The useful native plants of Australia, (including Tasmania)

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USEFUL NATIVE PLANTS OF AUSTRALIA.

Tue TECHNOLOGICAL MusEuM OF NEW SOUTH WALES,

SYDNEY.

OE, User Us

MATIVE PLANIS

OF

AUSTRALIA,

(INCLUDING TASMANIA)

BY

J. H. MAIDEN, Biles. EG Se ors,

CURATOR OF THE MUSEUM.

LMR ARY
apw YORE
BOTANICA!

Printed by order of the Committee of Management.

Powdow: TRUBNER AND CO., LUDGATE HILL.
Sydney: TURNER AND HENDERSON.
1889.

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THE TECHNOLOGICAL, INDUSTRIAL, AND
SANITARY MUSEUM OF NEW SOUTH WALES.

Founpep 1880.

Committee of atlanagement.

SIR ALFRED ROBERTS, Knrt., M.R.C,S., E. (CHAIRMAN).
ROBERT HUNT, Eso., C.M.G., F.G.S.
PROFESSOR LIVERSIDGE, M.A., F.R.S.

Tats Museum, which already contains over 25,000 specimens, is

intended to occupy a similar position and fulfil the same purpose

in this Colony, which the South Kensington Museum, the Bethnal

Green Museum, the Museum of Practical Geology, the Patent

Office Museum, and the Parkes Museum of Hygiene do in

London.

A complete synopsis of the Museum would be too voluminous;
the following notes will, however, probably give some idea of the
scope of it.

1. AniMAL Propucts (exclusive of foods) and specimens to show
the methods followed in their preparation and manufacture.
Propucts of (2) Mammatia.—Wool, hair and bristles, horn,
hides, skins and leather, furs, bones and ivory, oils, fats and
perfumes. (0) Brros.—Feathers, down, birdskins, eggs, oil
and fat. (c) FisHErtes.—Sponge, coral, pearls, shells, fish-
oil, furs, whale-bone; fish culture and apparatus. (d)
Reptit1a.—Tortoise shell.

1a. Economic Entomotocy.—The specimens are arranged so
as to enable the public to discriminate between insects
which are injurious to man and those who work for his
benefit; and show their life history and specimens of the
materials which they have destroyed or injured. Insect
ornaments. Insects used in medicine and dyeing. Silk-worm,
honey bee, &c.

Vile SYNOPSIS OF MUSEUM.

2. VEGETABLE Propucts, from the raw material through the
various stages of manufacture to the finished fabric or other
article. This section includes gums, resins, oils, woods,
fibres, tans, dyes, drugs, perfumes. Forestry and forest
products.

3. Waste Propucts, whether of animal, vegetable, or of inorganic
origin, with illustrations of their utilization.

4. Foops, animal and vegetable, their constituents, and illustrations
of their adulterations. Dietary tables and information con-
cerning the chemical composition and other important par-
ticulars regarding the human foods of the world.

5. Economic GroLtocy.—Metallic ores. Building and ornamental
stones. Mineralcombustibles. Lime; cement and hydraulic
cement, raw and burned. Artificial stone. Clays, kaolin,
silica, and other materials for manufacture of pottery, glass, &c.
Refractory materials. Substances used for grinding and
polishing ; pigments of inorganic origin. Collections of
minerals, rocks, and fossils, to illustrate well-known text-
books. Collections of minerals to illustrate physical proper-
ties, e.g., colour, lustre, diaphaneity. Woven fabrics of
mineral origin (e.g., wire-cloth, asbestos-cloth).

5A. Ceramics, Pottery, Porcetarin.—Bricks, drain-tiles, terra
cotta, architectural pottery; fire-clay goods, crucibles, pots,
furnaces, chemical stoneware ; tiles for ornament, pavements,
roofing, &c. ; earthenware, stoneware, art pottery and porcelain.

58. Grass.—Glass used for construction and for mirrors, window-
glass, plate-glass—rough ground and polished, toughened
glass, chemical and pharmaceutical glassware, decorative
glassware.

6. OrtcinaL SprecimENS oF Artistic WorKMANSHIP in wood,-
metal, and other substances. Coins and medals.

7. PHorocrapus, ELEectrotyPr, Praster, and other reproductions
of examples of art workmanship where originals are not to
be obtained.

8. ErunotocicaL Specimens.-—Musical instruments, national cos-
tumes, historical costumes, lace and embroidery.

SYNOPSIS OF MUSEUM. Vil.

g. Metatturcy.—Metals in a crude and refined state, with

specimens illustrating the various stages of production ; also
samples of products of working alloys. Products of washing
and refining precious metals. Electro-metallurgy. Products
of the working of metals (rough-castings, wrought-iron, &c.)
Manufactured metals (blacksmiths’ work, wheels and tires,
&c.) Wire drawing—Needles, pins, &c.

10. Mine Eneinerrinc.—Boring and drilling rocks, &c.; con-

EES

12.

ED

14.

se

16.

struction of shafts, &c.; hoisting; pumping and draining ;
ventilating ; hydraulic mining; quarrying ; modeis of mines,
veins, &c; geological maps, sections, and plans of gold and
other fields.
SPECIMENS illustrative of the Mechanical Properties of various
kinds and qualities of structural materials.

Mirirary and Naval Armaments, Ordnance, Fire-arms, and
Hunting apparatus. Military small arms, muskets, pistols,
and magazine guns, with their ammunition. Light artillery,
compound guns, machine guns, mitrailleuses, &c. Heavy
ordnance and its accessories. Knives, swords, spears and
dirks. Fire-arms and other implements used for sporting and
hunting. Traps for game, birds, vermin, &c.

Naval ARCHITECTURE, &c. Railway apparatus. A#rial,
pneumatic, and water transportation.

AGRICULTURE. Agricultural tools, appliances, and machinery ;
also soils, manures, &c. In this section will be included
mineral fertilizing substances, e¢.g., gypsum, phosphate of
lime, marls, shells, coprolities, &c., not manufactured.
Specimens to illustrate the life-history of animals useful to
man.

INsTRUMENTs of precision and apparatus for observations,
research, experiment, and illustration. Instruments for
physical diagnosis. Surgical instruments and appliances,
with dressings. Dental instruments and appliances.
SANITARY Conditions, Appliances, and Regulations. Industrial
designs. Domestic architecture and building construction.
Architectural designs in general. Decoration of interior of

Vill. SYNOPSIS OF MUSEUM.

buildings. Vehicles and appliances for the transportation of
the sick and wounded during peace and war, on shore or at
sea. Apparatus for heating and lighting. Apparatus used
for cooking. Laundry appliances. Bath-room and water-
closet. Manufactured parts of buildings (sashes, &c.)

17. EpucatTionaL.—Arrangements, furniture, appliances, and
modes of training of Kindergarten, schools, colleges, pro-
fessional and technicai schools, institutions for deaf, dumb,
blind, etc.

18. CHEMICAL AND PHARMACEUTICAL Propucts.—Organic and
inorganic preparations which are put to some useful purpose.

19. Mopets, Drawines, anp Descriptions or Patents: Special
attention is paid to those which are likely to prove of use in
the Colonies, or which have been taken out in Australia.

20. Exuipition Catatocurs, Trade Journals, Price Lists, and
descriptions of new processes or industries. The information
afforded to manufacturers, merchants, and tradesmen by a
collection of this kind is of great value.

Series of specimens illustrating all the stages of a manu-
factured article are especially desired. Loans of suitable exhibits
{removable at pleasure) are also received, and the Committee
undertakes to take especial care of such, and to insure them
against fire.

Sufficient concise information is attached to each exhibit or
group to satisfy without wearying the visitor; a full description will
be given in the catalogues. ' The prices paid for specimens and
their commercial value is indicated wherevér possible. The cost
or value of gifts is not affixed where donors express wishes to
the contrary.

J. H. MAIDEN,
Curator and Secretary.

OCT 6 - 1927

PREPAGE.

Tuis book originated in a catalogue the author had prepared of
such specimens obtained from plants indigenous in Australia as
were in the Museum. But as the work proceeded new specimens
continued to arrive, and as it was found that the catalogue would, for
that reason alone, never be complete, he decided to extend it, so
as to include all Australian plants which up to the present are
known to be of economic value, or injurious to man and domestic
animals. ;

The subdivisions of “Timbers,” ‘‘ Drugs,” ‘‘ Foods,” etc.,
are those which from experience he has found most convenient to
Museum visitors. Under each of these sections the species have
been arranged in alphabetical order. The practice of subdivision
into sections has the drawback of causing a certain amount of
repetition, which, however, the author has endeavoured to minimise
by cross references, but its many advantages are at once apparent.

At the end will be found a complete index of the whole of
the botanical names (whether in use now or obsolete), and the
vernacular and aboriginal names used throughout the book,
together with a brief miscellaneous index. It is believed that the
list of aboriginal and colonial names is the most complete which
has been published up to the present time. Wherever possible,
an endeavour has been made to indicate the locality in which a
vernacular name is in use,as many of them are extremely local.
It will be observed that some of the colonial names are very
misleading, and the matter is sometimes rendered more difficult
through the same name having been given to several plants.
Many of the names, as might be expected, are those of European
plants Australian ones are supposed to resemble. But as the flora
of the two continents are very dissimilar, difficulties in giving
them common names crop up very readily. A few of the names
may prove to be erroneous, especially some of those attributed to
Eucalypts, but the greatest care has been exercised, while the

X. PREFACE.

reprehensible practice of fitting botanical names on to vernacular
ones has never been attempted by the author. He has reason,
however, to suspect that this has been done in some lists of
economic plants he has quoted.

The literature of Australian economic vegetable products may
be said to date from the great Exhibition of 1851. But until the
last few years, owing to the somewhat unsettled nomenclature of
Australian plants, the properties of the same plant will be often
found described under a variety of botanical names. In order to
make these old books of reference conveniently available to
readers, the author has found it necessary to give the synonomy of
all plants referred to. The nomenclature adopted is that of the
Flora Australiensis of Bentham and Mueller. All references
to that work are denoted by ‘‘ B.Fl.’ But the species-names have
been invariably compared with the Census of Australian Plants
of Baron Mueller (Part i. “‘ Vasculares,”’ printed for the Victorian
Government, 1882, and with annual supplements). The references
to that work are indicated by ‘“ Muell. Cens.” Where no such
reference is made, it denotes that the species named in the Flora
Australiensis and the Census are identical. But in those cases
in which the Cezsus species-name differs from that in the F/ora,
a note to that effect is invariably given. In some cases the Census
is the only authority quoted ; in these instances the species has
not been described in the F/ora. In the case of some new species,
the names are to be found in neither of these works, for these,
suitable references are given.

The use of the learned Baron’s Census side by side with the
flora Australiensis, became an absolute necessity for the following
reasons. The earlier volumes of the //ora were published over
twenty-five years ago, and during that period a large number of
species have been added (almost entirely by Baron Mueller himself),
the localities of plants have been confirmed or rectified, and
greatly extended, and the two learned botanists have not always been
unanimous as to the botanical limitation of genera and species.
Further, additional information has shown that some of the names
(especially in the earlier volumes) of the //ora required amending.
The Census is, in part, an enlarged index, and supplement to the

PREFACE. XI.

seven volumes of the /Vvora, and is not merely useful, but
absolutely indispensable to the student of Australian plants.

The genus Eucalyptus is the only one in which any alteration
of the arrangement referred to above has been made. In regard
to this the author has generally adopted the nomenclature of
the classical monograph, Lucalyptographia, of Baron Mueller
(Government Printer, Melbourne, issued in ten parts, descriptive
of one hundred species, from 1879 to 1884), and cross-references
have been made to the Flora Australiensts.

Because this is not a text-book of Systematic Botany,
botanical diagnoses of all kinds have been rigorously suppressed.
They would be simply useless padding in a book with the aim of
the present one.

Where possible the writer has quoted or embodied the reports
of uninterested experts outside the colonies in regard to the adapt-
ability of Australian raw products. Many commendations of raw
products for specific uses have been made either hastily or
ignorantly. It goes without saying that where such commenda-
tions have been found by manufacturers and others to be
undeserved, the reputation of Australian products in general has
suffered. The man who lauds a raw product must not forget the
responsibility he thus takes upon himself. ‘These remarks have
impressed themselves on the author with great force in regard to
the products of this new country.

The author has not confined himself to the uses to which
plants, not endemic in Australia, are alone put in that continent.
Doubtless the knowledge of the uses to which a plant is put in
other countries of the world may lead, in some cases, to its useful
employment here.

Wherever he could trace the original authors of statements, the
author has made it a point of honour to acknowledge them. Of
course, he is largely indebted to the works of Baron Mueller, and
also to the readiness with which that distinguished botanist always
assists him to disperse his difficulties. The Rev. Dr. Woolls of
Sydney has recorded many useful facts in regard to the utilization
of our native plants, and has also favoured the author with others.
To Mr. F. M. Bailey, Government Botanist of Queensland, he is

Xi. PREFACE.

indebted for many notes. He is much indebted to his assistant,
Mr. R. T. Baker, for patient aid in revising the proofs; aid which
has frequently necessitated sacrifice of his own time.

As this is the first book covering the whole of the subjects to
which it refers, the author trusts it may be found useful. Many of
the observations will be found to be original; some have been
jotted down in his note-book during the last few years, others
have been obtained from actual examination of the excellent
collection of Australian products now in this Museum. While
this work has been passing through the press he has obtained a
mass of further information, and cordially invites correspondence
on Australian economic botany.

TEcHNOLoGIcAL Museum,
Fanuary, 1889.

CONTENTS.

Human Foops anp Foop Apjuncrs -
2, ForaAGE PLANTS—

a, GRASSES S : = ;

To STOCK = = 4 s
Sa DEUGS. - : S E f

4. Gums, Resins, AND Kinos—

we. 6a. Gus s i " :

i
é

6. RESINS - = S = £
: c. Kr1Nos_ = — < i
; 5- Orrs—
a. VOLATILE OR ESSENTIAL - =
n 6. EXPRESSED OR FIXED - » 2
; 6. PERFUMES & : E Es
©7- Dyes - = = é : E
8. TANS : 2 2

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i?

11. MISCELLANEOUS = = = z

EX OF MISCELLANEOUS SUBJECTS -
», WERNACULAR NAMES = 2

», BOTANICAL NAMES - Z =

6, EXCLUSIVE OF GRASSES, AND INCLUDING PLANTS

NOXIOUS_

PAGE

LES:
145

208

223

235

253°
283:
288.
203.
302,
331

617°
636

647°

. 648-

667°

a

HUMAN Food AND Foop ApJUNcTS.”

Hooker, in his flora of Tasmania, truly remarks that the
products of many plants, although ‘‘eatable,” are not ‘fit to eat,”
and would never be employed as food except in the direst
necessity. Australian indigenous fruits, roots, leaves, and stems
are nothing to boast of as eatables ; and, as in the greater part of
this continent there is a very great scarcity, or even entire absence
of water, an explorer can rarely traverse long distances without
taking suitable food with him. ;

There is little doubt that most of those which are here
recorded as having been utilised for food in other countries are
also eaten by the omnivorous Australian aboriginal. Besides
these, only those parts of certain plants have been referred
to which have been recorded as having been used as food by
aboriginals and colonists. Extended observations must greatly
augment the list.

Knowledge in regard to the indigenous vegetable food
resources of these colonies should be considered an absolute
necessity by those whose avocations take them out of beaten tracks,
especially in the dry country, while the ordinary citizen may find
himself occasionally in a position in which an acquaintance with
the scanty vegetable food products of the bush would be useful to
him.

AzsoricinaL Mrtuop or Optaininc WarTER.

We are indebted to the aboriginals for a method of obtaining
water, and that from a source in which we should perhaps least
look for it. This simple method, which had best be given in the
words of those who have had much intercourse with the blacks,
is now given, and no adult in Australia should be ignorant of it.

* This section forms the substance of a paper entitled, “‘ Australian Human Foods and
Food-Adjuncts,’’ read by the author before the Linnean Society of New South Wales,
30th May, 1888.

B

2 AUSTRALIAN NATIVE PLANTS.

There is no doubt that a knowledge of this method of obtaining
water would have been the means of saving the lives of many ~
people who have suffered one of the most terrible of all deaths—
death from thirst.

“Tt frequently happens to the natives, when out in the mallee
country, that the water-holes on which they had counted on
obtaining a supply of water have dried up ; but they are never at a
loss. They select in the small broken plains some mallee trees,
which are generally found surrounding them. The right kind of
trees can always be recognised by a comparative density of their
foliage. A circle a few inches deep is dug with a tomahawk
around the base of the tree ; the roots, which run horizontally, are
soon discovered. ‘They are divided from the tree and torn up,
many of them being several feet in length. They are then cut
into pieces, each about nine inches long, and placed on end in a
receiver, and good, clear, well-tasted water is obtained. The
roots of several other trees yield water.” (Dr. Grummow.) This
method of obtaining water in arid regions has been described in
almost similar language by many explorers.

‘* How the natives existed in this parched country was the
question! We saw that around many trees the roots had been
taken up, and we found them without the bark, and cut into short
clubs, or billets, but for what purpose we could not then discover,

I expressed my thirst and want of water. Looking as
if they understood me, they hastened to resume their work, and I
discovered that they dug up the roots for the sake of drinking the
the sap. It appeared that they first cut these roots into billets, and
then stripped off the bark or rind, which they sometimes chew,
after which, holding up the billet, and applying one end to the
mouth, they let the juice drop into it.’”—TZhree Expeditions
(Mitchell), pp. 196 and 199.

See also a paper by Mr. K. H. Bennett, Proc. Linn. Soc.
NES Wag Vill, 213.

See Lucalyptus, Vitts, Hakea.

ABORIGINAL BEVERAGES.

‘“The natives used also to compound liquors—perhaps after

a slight fermentation to some extent intoxicating—from various

HUMAN FOODS, 8

flowers, from honey, from gums, and fromakind of manna. The
liquor was usually prepared in the large wooden bowls (¢arnucks)
which were to be seen at every encampment. In the flowers of a
dwarf species of Banksia (B. ornata) there is a good deal of
honey, and this was got out of the flowers by immersing them in
water. The water thus sweetened was greedily swallowed by the
natives. The drink was named Zeal by the natives of the west of
Victoria, and was much esteemed.”—Aborigines of Victoria
(R. Brough Smyth), i., 210.

See Banksia, Grevillea, Hakea, Lambertia, Telopea.

Sir Thomas Mitchell (Three Expeditions, ii., 288), speaking
-of an “‘Ironbark” near Port Phillip (Melbourne), says: ‘‘ The flowers
are gathered, and by steeping them a night in water the natives
made a sweet beverage called ‘boo].’’’ (Evidently the same name
as that in the preceding paragraph.)

1. Acacia aneura, /.v.47., N.O., Leguminosz, B.FI., ii., 402.
“ Mulga.”

In Western New South Wales two kinds of galls are commonly
found on these trees. One kind is very plentiful, very astringent,
and not used ; but the other is less abundant, larger, succulent and
edible. ‘These latter galls are called ‘“‘ Mulga apples,” and are said
to be very welcome to the thirsty traveller.

Western Australia, through the other mainland colonies to
‘Queensland.

2. Acacia Bidwilli, Bexth., N.O. Leguminosz, B.FI., ii., 420.
“ Waneu,” of the aboriginals of Central Queensland; ‘‘ Yadthor,” of
those of the Cloncurry River, Northern Queensland,
“The roots of this tree are edible after baking.’ (Thozet.)
Queensland and Northern Australia.

3. Acacia cibaria, &.v.dZ, N.O. Leguminosz, Muell. Cens.,

p. 46.
‘“Wonuy,” of the natives about Shark’s Bay,

“The natives use the seeds for food.’’ (Mueller and Forrest,
Plants Indigenous around Shark’s Bay, W.A., 1883.)

A quantity of these seeds, obtained from near Milparinka,
New South Wales, is in the Technological Museum. They are

4 AUSTRALIAN NATIVE PLANTS.

two or three times as large as most acacia seeds (resembling small
castor-oil seeds somewhat), have excessively hard and very thick
coats, and what little nutritive matter they contain seems very
liable to the attacks of an insect.

Western Australia and New South Wales.

4. Acacia longifolia, Willd., var. SopHorz. (Syn. A. Sophore,
R. Br., Mimosa Sophore, Labill.,) N.O. Leguminose,
B. FI. ii, 398:
It was the ‘‘ Boobyalla” of the aboriginals of Tasmania.

“The natives of Tasmania used to roast the ripening pods of
this wattle, pick out the seeds and eat them.” (Backhouse.) It is
believed that the seeds of other species of wattle were consumed
in a similar manner.

Near the coast in all the colonies except Western Australia.

5. Acena sanouisorbee, Vahl., (Syn. A. sarmentosa, Carmich.,)
N.O. Rosacez, B.FI., ii., 434.
AY SSB urns
The leaves of this plant have been used as a substitute for
tea, and have been highly spoken of by some for this purpose.
All the colonies except Western Australia.

6. Achras australis, #. Br., (Syn. Sapota australis, A.DC.,
Sideroxylon australe, Benth., and J. Hook.,) Muell. Cens.,
p- 92, N.O. Sapotacez, B.FI., iv., 282.
“Black Apple,’ “Brush Apple,” ‘ Wild” or ‘“ Native Plum” of
colonists. Following are some aboriginal names :—“ Jerra-wa-wah,”
Illawarra and Brisbane Water (New South Wales); ‘‘ Wycaulie,” Richmond

and Clarence Rivers (New South Wales); ‘“‘Tchoonboy,’’ Northern New
South Wales and Southern Queensland.

The rich milky sap resembles cream in taste ; the fruit is like
a very large plum, but of coarse, insipid flavour.
New South Wales and Queensland.

7. Adansonia Gregorii, /.v.4/7., N.O., Malvacee, B.FI., i., 223-
** Sour Gourd,” ‘‘ Cream of Tartar” tree.

“The dry acidulous pulp of the fruit is eaten. It has an

agreeable taste, like cream of tartar, and is peculiarly refreshing

in the sultry climates where the tree is found. It consists of gum,

HUMAN FOODS. 5

starch, sugary matter, and malic acid.” (Zreasury of Botany.) A
fine figure of this tree has just been published in part 26 of the
Picturesque Atlas of Australasia.

This species is hardly to be distinguished from the Baobab of
Africa (A. digttata).

Northern Australia.

8. Adenanthera pavonina, Zzv., N.O. Leguminose, B.FI.,

ii., 298, and Muell. Cens., p. 43.

‘** Barricarri” of India, “‘ False Jequirity.”

In India these seeds are occasionally used as an article of
food. They are of the size of a kidney bean. They would
doubtless require boiling, or some similar preparation, for it should
be borne in mind that the Leguminosz must be regarded asa
poisonous Natural Order, in spite of the fact that it yields some
of the most valuable foods used by man and beast.

Queensland..

9. Agaricus (Psalliota) campestris, Zzu., N.O. Fungi, Muell.

Fragm. XI., Suppl., p. 79.

“The Common Mushroom.”

This, and several other edible species of mushroom, are found
in Australia. Besides the present one, no mushroom perhaps is
generally used in these colonies as food. Of course the dryness
of the climate renders these edible fungi much less abundant than
they otherwise would be.

All the colonies except Western Australia.

10. Aleurites moluccana, Wrl/d., (Syn. A. Amdinux, Pers.,
A. ftriloba, Forst., Fatropha moluccana, Linn.,) N.O.
Euphorbiacez, B.Fl., vi., 128. Noted in Muell. Cens., p. 20,

as A. friloba.
“Candle Nut Tree.”

The natives of the countries in which this tree grows are very
fond of the nut, which is similar in flavour to the common walnut,
and very wholesome. It is, however, rather rich, from the quantity
of oil it contains.

Queensland.

6 AUSTRALIAN NATIVE PLANTS.

rt. Alsophila australis, R.Br., (Syn. A. excelsa, R.Br. >

A. Cooperi, Hook., et Bak.,) N.O. Filices, B.Fl., vii., 710,

for A. australis, and 711 for A. excelsa and A. Coofpert.

Bentham, however, expresses some doubts as to whether

these may not be distinct species after all, and Baron

Mueller (Cens., p. 137) records A. australis and A. excelsa

as distinct species. Dr. Woolls further discusses the subject.

Proc. Linn. Soc. N.S.W., vi., 746.

“Tree Fern.” The aboriginals of Illawarra (New South Wales) used
to call it ‘“‘ Beeow-wang,” and the aboriginals of Queensland, ‘‘ Nanga-
nanga.” The aboriginals of the Corranderrk Station (Victoria) call it
** Pooeet.”

The pulp of the top of the trunk is full of starch, and is
eaten raw and roasted by the aboriginals. This whitish substance
is found in the middle of the tree from the base to the apex, and
when boiled tastes like a bad turnip. Pigs feed on it greedily.
(See also Tasmanian Fournal for 1842, p. 35-)

Tasmania, Victoria, New South Wales, and Queensland, for
A. australis; the two latter colonies for A. excelsa.

12. Amarantus viridis, Z7mv., (Syn. Euxolus viridis, Mogq.,)
N.O. Amarantacex, B.Fl., v., 215... Bentham considers this
may be introduced, and Mueller (Cens.) omits it.

This weed is a perfect nuisance in gardens and roadsides, but

Mr. F. M. Bailey points out that besides being a fair substitute

for cabbage, the leaves have been used externally with advantage

as an emollient poultice. I have had this plant cooked, and I do
not hesitate to pronounce it a valuable vegetable. It is an excel-
lent substitute for spinach, being far superior to much of the
leaves of the white beet sold for spinach in Sydney. Next to
spinach it seems to be most like boiled nettle leaves, which when
young are used in England, and are excellent. This amarantus
should be cooked like spinach, and as it becomes more widely
known, it is sure to be popular, except amongst persons who may

consider it beneath their dignity to have anything to do with so
common a weed.

All the colonies.

HUMAN FOODS. 7

13. Angiopteris evecta, Ho ffm., N.O. Filices, B.FI., vii., 694.
“The aboriginals used to feed on the pith of this tree-fern,
which contains a certain amount of starch similar to sago.”’ (Foster.)
This plant is not endemic in Australia.
Queensland.

14. Apium australe, Zhou. (Syn. A. prostratum, Labill. ;
Petroselintum prostratum, DC.; Helosciadium australe,
Bunge; H. prostratum, Bunge.), N.O. Umbelliferze, B.FI.,
ili., 372. A. prostratum in Muell. Cens., p. 63.

“ Australian Celery.”
“This plant may be utilised as a culinary vegetable.” (Mueller.)
It is not endemic in Australia.
All the colonies.

15. Aponogeton elongatus, /.v.4/., and A. monostachyus

Linn., N.O. Alismacez, B. FI., vii., 188.

“The tuberous roots of these water-plants are starchy, and of
excellent taste, though not large ” (Mueller.)

New South Wales, Queensland, and Northern Australia,
A. elongatus; Queensland and Northern Australia, A, mono-
Stachyus.

16. Araucaria Bidwillii, Hooker, N.O. Coniferz, B,FI., vi. 243.
“ Bunya Bunya.”

‘The cones shed their seeds, which are two to two and a-half
inches long by three-quarters of an inch broad ; they are sweet
before being perfectly ripe, and after that resemble roasted chest-
nuts in taste. They are plentiful once in three years, and when
the ripening season arrives, which is generally in the month of
January, the aboriginals assemble in large numbers from a great
distance around, and feast upon them. Each tribe has its own
particular set of trees, and of these each family has a certain
number allotted, which are handed down from generation to
generation with great exactness. The bunya is remarkable as
being the only hereditary property which any of the aborigines are
known to possess, and it is therefore protected by law. The food
seems to have a fattening effect on the aborigines, and they eat
large quantities of it after roasting it at the fire. Contrary to their

8 AUSTRALIAN NATIVE PLANTS.

usual habits, they sometimes store up the bunya nuts, hiding them
in a water-hole for a month or two. Here they germinate, and
become offensive to a white man’s palate, but they are considered
by the blacks to have acquired an improved flavour.” (Hill.)
Dr. Bennett mentions that after an indulgence in this exclusively
vegetable diet they have an irresistible longing for flesh, and that
in order to satisfy that craving cannibalism used to be frequent
amongst those tribes who were visitors (for the purpose of eating
the bunya-bunya seeds) of those tribes in whose territory the
bunya-bunya tree grows.
Queensland.
17. Astelia alpina, R.Br., N.O.; Liliacess, .B.F Ij: viligeeee

“The fruit is sweet, and the bases of the leaves are eaten.”
(R. C. Gunn.)

Tasmania, Victoria, and New South Wales.

18. Astroloma humifusum, 2.2r., (Syn. A. pallidum, Sond. ;
Styphelia humifusa, Pers.; Ventenatia humtfusa, Cav.,)
and A, pinifolium, (Syn. Styphelia pinifolia, Spreng.,
Stenanthera pintfolia, R. Br.,) N.O. Epacridez, B.FL, iv.,
156 and 159. Styphelia humifusa and S. pinifolia in
Muell. Cens., p. 105.

Commonly called ‘‘ Ground-berry.’”’ In Tasmania the fruits are often
called ‘‘ Native Cranberries.”

The fruits of these dwarf shrubs are much appreciated by
school-boys and aboriginals. They have a viscid sweetish pulp,
with arelatively large stone. The pulp is described by some as
being ‘‘ apple-flavoured,” though I have always failed to make out
any distinct flavour.

All the colonies, except Queensland, A. humifusa ; Tasmania,
Victoria, and New South Waies, A. pznzfolza.

19. Atalantia slauca, Hook. f., (Syn. TZriphasia glauca,

Lindl.),” N-©. “Rutacese, B.F Ej, 7370.

“Native Kumquat,” ‘ Desert Lemon.”

The fruit is globular, and about half-an-inch in diameter. It
produces an agreeable beverage from its acid juice. A fair pre-
serve may be made out of the fruit.

New South Wales and Queensland.

HUMAN FOODS. 9

20. Atherosperma moschata, Zadi//., N.O. Monimiacez,

B.FI., v.,.284.

“ Sassafras.”

The fragrant bark of this tree has been used as tea in Tasmania.
A decoction or infusion of the green or dried bark was made, and
according to Mr. Gunn, it has a pleasant taste when taken with
plenty of milk. Its effect is, however, slightly aperient.

It is also used in the form of a beer.

Tasmania, Victoria and New South Wales.

21. Atriplex cinerea, Por. (Syn. 4. halimus, R.Br, A.
eleagnotdes, Moq.,) N.O. Chenopodiacez, B.FI., v., 171.
Once used as pot-herb in New South Wales. During his

overland journey to Port Essington, Leichhardt used a species of

Atriplex as a vegetable, and spoke very highly of it.

All the colonies.

22. Avicennia officinalis, Zzzv., (Syn. A. tomentosa, Jacq.,)
N-@. Verbenacez, B.F1.; v., 69.

?

‘“Mangrove.” ‘‘ Egaie,”’ of the Cleveland Bay aboriginais ; ‘“‘ Tagon-

tagon,” of the Rockhampton aboriginals; ‘‘ Baa-lunn,” and ‘‘ Tchoonche”
are other aboriginal names.

“ The fruit is heart-shaped, with two thick cotyledons. The
aboriginals of Cleveland Bay dig a hole in the ground, where they
light a good fire; when well ignited, they throw stones over it,
which when sufficiently heated, they arrange horizontally at the
bottom, and lay on the top the gaze fruit, sprinkling a little
water over it; they cover it with bark, and over the whole earth is
placed to prevent the steam from evaporating too freely. During
the time required for baking (about two hours), they dig another
hole in the sand; the softened “gave is put into it, they pour
water twice over it, and the A/zdamo is now fit for eating. They
resort to that sort of food during the wet season when precluded
from searching for any other.’’ (Murrell’s testimony,* quoted by
Mons. Thozet.)

In Salt-water estuaries all round the coast.

* Murrell was a shipwrecked sailor, who lived for seventeen years with the aboriginals
of Cleveland Bay, Queensland.

10 AUSTRALIAN NATIVE PLANTS,

23. Banksia, spp., N.O. Proteacez, B.FI., v., 541.

‘© Honeysuckle.”

The name “honeysuckle” was applied to this genus by the
early settlers, from the fact that the flowers, when in full bloom,
contain, in a greater or lesser quantity, a sweet, honey-like liquid,
which is secreted in considerable quantities, especially after a
dewy night, and is eagerly sucked out by the aborigines. “It is
so abundant in B. erzc¢folia and B. collina that when in flower the
ground underneath large cultivated plants is in a complete state of
puddle; bees and wasps become intoxicated, and many lose their
lives in it.” (Smith: Déctronary of Useful Plants.) This may
possibly be true of a particular Banksia cultivated under exceptional
conditions. But certainly it does not apply, except in a very
modified degree, to the case of any Banksia I have noticed, and
since I observed the above statement I have taken the trouble to
look at hundreds of individuals of various species with the view to
testing its accuracy. I have also requested Mr. Bauerlen (a
collector for the Technological Museum) to make similar obser-
vations, and he writes: —‘‘ I have never heard from anyone having
observed the liquid exuding so abundantly as mentioned by
Smith. I have often found the flowers pretty rich in the honey-
like liquid, and when travelling over dry, waterless areas I have
sometimes sucked the liquid from the flowers to quench my
thirst, but always endeavour not to do so, as it invariably gives me
a headache, and a feeling of nausea afterwards.’ See also
Grevillea, Hakea, Telopea, Lambertia (all Proteaceous plants).

Throughout Australia.

24. Billardiera scandens, Smzth (Syn. B. mutabiiis, Salisb.;
B. latifolia, Putterl.; B. grandiflora, Putterl.; B. angustz-
folia, DC.; B. canariensts, Wendl.,) N.O. Pittosporez,

BE) ites:
‘© Apple Berry.”

The berries are acid and pleasant when fully ripe. From their
shape children call them ‘‘ dumplings.’ When unripe, a small
quantity of the juice produces very disagreeable and persistent
heartburn.

All the colonies except Western Australia.

HUMAN FOODS. II

25. Bombax malabaricum, DC. (Syn. B. heptaphyllum, Cav.;
Salmalia Malabarica, Schott.), N.O. Malvacez, B.FI., i.,
223.

The ‘ Simool” tree or ‘f Malabar Silk-cotton’”’ tree of India.
“The calyx of the flower-bud is eaten as a vegetable in India.”
(Brandis.)
Queensland and Northern Australia.

26. Bowenia spectabilis, Hook., N.O. Cycadex, B.FL., vi., 254.
“The yam-like rhizome is used largely for food by the natives.”
(Bailey.)
Queensland.

27. Brasenia peltata, Pursh., (Syn. Hydropeltis purpurea,
Mich.,) N.O. Nymphzacez, B.FI., i., 60. Cabomba peltata,
#-v.M.; Muell. Cens., p. 1.

This plant is considered nutritious in America, probably from
the large grained starch it contains.
Victoria, New South Wales, and Queensland.

28. Buchanania arborescens, 2/ume (Syn. Condogeton arbor-

escens, R.Br.,) N.O. Anacardiacez, Muell. Cens., p. 25.

The “Little Gooseberry-tree” of Leichhardt.

“The unripe fruits of this plant were gathered, and, when
boiled, imparted an agreeable acidity to the water, and when thus
prepared, tasted tolerably well. When ripe, they become sweet
and pulpy, like gooseberries, although their rind is not very thick.
This resemblance induced us to call the tree ‘the little gooseberry’
tree. It wasmuch esteemed by the natives.” (Leichhardt: Over-
land Fourney to Port Essington, p. 479.)

Queensland.

29. Caladenia, spp., N.O. Orchidez, B.FI., vi., 376.
“€ Spider Orchids.”
These and other orchids have edible tubers.
Throughout Australia.

12 AUSTRALIAN NATIVE PLANTS.

30. Calophyllum inophyllum, Z:nz., N.O. Guttiferee, B.FI., i.,

183.

The ‘ Ndilo”’ of India.

During a debate on the Pearl Fisheries Bill in the Queensland
Assembly, a clause was specially inserted to protect trees of this
species at Thursday Island. A fine of £10 is inflicted on any
person who cuts down or injures this or a cocoa-nut tree, or any
other tree bearing edible fruit. This clause is, of course, in the
interest of the aboriginals.

Queensland.

31. Canavalia obtusifolia, DC., N.O. Leguminose, B.FI., ii.,

256.

“The seeds are eaten by the blacks after cooking, as they are
poisonous in the raw state. Some shipwrecked sailors in North-
west Australia were poisoned by them.’’ (Forrest.)

New South Wales, Queensland, Northern and Western
Australia.

a2) Capparis canescens, Banks, N.O. Capparidez, B.FI., i., 96.

“Native Date.”? ‘‘ Mondoleu” (diminutive of ‘‘ Mondo,” C. Mitchelli)
of the aboriginals about Rockhampton.

“The fruit is pyriform and half an inch in diameter. It is
eaten by the aborigines without any preparation.” (Thozet.)
Mr. P. O’Shanesy observes that the pulpy part in which these
Australian species of Capparis are imbedded is a good substitute
for mustard.

Queensland.

a! Capparis Mitchelli, Zezd/., (Syn. Busbeckia Mitchellz, F.v.M.,)

N.O. Capparidez, B.FI., i., 95.

‘‘Small Native Pomegranate,” ‘“‘ Native Orange,” ‘‘ Mondo,” of the
aboriginals about Rockhampton (Queensland); ‘‘ Karn-doo-thal,” of the
aboriginals of the Cloncurry River (Northern Queensland.)

The fruit is from one to two inches in diameter, and the pulp,
which has an agreeable perfume, is eaten by the natives.

All the colonies, except Tasmania and Western Australia.

HUMAN FOODS. 13

34. Capparis nobilis, #.v.17., (Syn. Busbeckia arborea, F.v.M.;

B. nobilis, Endl.), N.O. Capparidez, B.FI., i., 95.

“Native Pomegranate,” ‘“‘Grey Plum,” ‘‘ Caper-tree,” ‘‘ Karum,” of
the aboriginals about Rockhampton (Queensland).

The fruit, which is from one to two inches in diameter, is
eaten by the natives.

New South Wales and Queensland.

35. Cardamine hirsuta, Zzzx., (Syn. C. parviflora, Hook.; C.
debtlis, Banks; C. paucijuga, Turcz.,) N.O. C
feel, i., 70.
Called ‘‘ Lady’s Smock” in England. It is a “ Cress.”

This and other species afford excellent pot-herbs when
luxuriant and flaccid. The present one is a common weed almost
throughout the world.

Throughout the colonies.

36. Cardiospermum Halicacabum, Z7n7., N.O. Sapindacez,
BEN 1.5" 453.
iy Heartseed,” “ Heart-pea,” ‘‘ Winter-cherry,” ‘‘ Balloon Vine.”
This common tropical weed is eaten as a vegetable in the
Moluccas.
Queensland and Northern Australia.

EVE Careya arporea,. -oxb.,. Gyn.) Cio australis, F.viM. ;

Barringtonia Careya, F.v.M.,) N.O. Myrtacez, B.FI., iii.,

289 (C. australzs in Muell. Cens., p. 60).

Called ‘‘ Broad-leaved Apple” tree. The ‘‘ Barror” of the Rock-
hampton aboriginals. Variously called ‘‘ Go-onje” and “ Gunthamarra,”’
by the aboriginals of the Cloncurry River (Northern Queensland) ; and
** Otcho,” by the aboriginals of the Mitchell River.

The Rev. J. E. Tenison-Woods records that the Queensland
blacks eat the seeds, and he has heard it said that they roast and
eat the fruit as well.
| Queensland and Northern Australia.

‘

14 AUSTRALIAN NATIVE PLANTS.

38. Cargillia australis, 2.2r., (Syn. Maba Cargillia, F.v.M. ;
Diospyrvos Cargillia, ¥.v.M.,) N.O. Ebenacez, B.FI., iv.
288. Diospyros Cargillia in Muell. Cens., p. 92.

“Black Plum,” of Illawarra (New South Wales); ‘ Booreerra,” of
some aboriginals.

The fruits are of the size of a large plum, and of a dark
purple colour. They are eaten by the aboriginals.

New South Wales and Queensland.

39. Carissa ovata, &.Ar., (Syn. C. Brownii, F.v.M.,) N.O.
Apocynez, B.FI., iv., 305. C. Brownzi, F.v.M., in Muell.
Cens., p. 93.

‘Native Scrub Lime.” ‘‘ Karey” of the aborigines of the Rockhampton
tribe (Queensland); ‘‘ Ulorin” of the aboriginals of Cleveland Bay tribe;
“ Kunkerbury ” of the aboriginals of the Cloncurry River (Northern
Queensland).

This little bush produces a very pleasant fruit, which is both
agreeable and wholesome. It is like a sloe, egg-shaped, and about
half-an-inch long. It exudes a viscid milky juice and contains a
few woody seeds. “I can testify that the fruit is both agreeable
and wholesome, and IJ never knew an instance of any evil conse-
quences, even when they were partaken of most abundantly,”—
(Tenison-Woods, Vol. vii., 571., Proc. Linn. Soc. N.S.W.)

South Australia, New South Wales, and Queensland.

40. Cassytha filiformis, Zznz., (Syn. C. guzneensts, Schum.,)

NO Caurine, BPS v5-3 bi.
This and other species of Cassytha are called “ Dodder-laurel.” The

emphatic name of ‘ Devil’s guts”

is largely used, It frequently connects
bushes and trees by cords, and becomes a nuisance to the traveller.

“This plant is used by the Brahmins of Southern India for
seasoning their buttermilk.” (Zreasury of Botany.)

Queensland and Northern Australia.

41. Castanospermum australe, 4. Cunn., N.O. Leguminosz,
BEL ale, 95%
“Moreton Bay Chestnut,” “Bean” tree. Called “ Irtalie” by the
aboriginals of the Richmond and Clarence Rivers (New South Wales) ;
and ‘‘ Bogum ” by others of Northern New South Wales.

HUMAN FOODS. 15

“The beans are used as food by the aborigines, who prepare
them by first steeping them in water from eight to ten days; they
are then taken out, dried in the sun, roasted upon hot stones,
pounded into a coarse meal, in which state they may be kept for
an indefinite period. When required for use, the meal is simply
mixed with water, made into a thin cake, and baked in the usual
manner. In taste, cakes prepared in this way resemble a coarse
ship biscuit.” (C. Moore.)

A sample of starch from these beans was exhibited by
Mr. Moore at the Intercolonial Exhibition of Melbourne, 1866.

Northern New South Wales and Queensland.

42. Casuarina stricta, Azz, (Syn. A. guadrivalvis, Labill. ;
C. macrocarpa, A. Cunn.; C. cristata, Mig.; C. Gunniz,
Hook.), N.O. Casuarinez, B.FI., vi. 195. C. guadrivalvis
m Muell. Cens., p. 22.

“Shingle Oak,” ‘‘ Coast She-oak,” ‘‘ River Oak,” ‘‘ Salt-water Swamp
Oak.” The “ Worgnal” of the aboriginals of the Richmond and Clarenc
{New South Wales).

In cases of severe thirst, great relief may be obtained from
chewing the foliage of this and other species, which, being of an
acid nature, produces a flow of saliva—a fact well-known to bush-
men who have traversed waterless portions of the country. This
acid is closely allied to citric acid, and may prove identical with it.
Children chew the young cones, which they call ‘‘ oak apples.”

All the colonies except Western Australia and Queensland.

43. Chenopodium auricomum, Z7nd/., N.O. Chenopodiacez,

Bell, V., 159.

This is another of the salt-bushes, which, besides being
invaluable food for stock, can be eaten by man, All plants of the
Natural Order Chenopodiacez (Salsolaceze) are more or less useful
in this respect.

The following account of its practical utilization will be of
interest :—

“We have recently gathered an abundant harvest of leaves
from two or three plants growing in our garden, ‘These leaves
were put into boiling water to bleach them, and they were then

16 AUSTRALIAN NATIVE PLANTS.

cooked as an ordinary dish of spinach, with this difference in
favour of the new plant, that there was no occasion to take away
the threads which are so disagreeable in chicory, sorrel, and
ordinary spinach. We partook of this dish with relish—the
flavour—analogous to spinach, had something in it more refined,
less grassy in taste. The cultivation is easy: sow the seed in
April (October) in a well-manured bed, for the plant is greedy ;
water it. The leaves may be gathered from the time the plant
attains 50 centimetres (say 20 inches) in height. They grow up
again quickly. In less than eight days afterwards another
gathering may take place, and so on to the end of the year.” —
Fournal de la Ferme et des Maisons de Compagne, quoted in
Pharm. Fourn. (2) vill., 734-
In all the colonies except Tasmania and Western Australia.

44. Chenopodium murale, Zzun., (Syn. C. erosum, R.Br.,)
N.O. Chenopodiacez, B.Fl,, v., 160. Bentham considers
this may have been introduced, and Muell. (Cens.) omits it
altogether.

“ Australian Spinach,” “‘ Fat-hen.” Other species share this name.
A pot-herb, which may be utilised in the same manner as the
preceding species.
Southern colonies.

45. Citriobatus pauciflorus, A. Cunn., (Syn. Lxtosporus spine-

scens, F.v.M.,) N.O. Pittosporez, B.FI., i., 122.

‘Native Orange,” “ Orange Thorn.”

The fruit is an orange berry with a leathery skin, about one
inch and a half in diameter. The seeds are large. It is eaten by
the aboriginals.

New South Wales, Queensland, and Northern Australia.

46. Citris australis, Planch., (Syn. Limonia australis, A.
Cunn.,) N.O. Rutacez, B.FI., i., 371. Cztrus Planchoniz,
F.v.M., in Muell. Cens., p. 112.

‘““Native Lime,” ‘‘ Orange.”
The fruit, which is an inch and a-half in diameter and almost
globular, yields an agreeable beverage from its acid juice.
New South Wales and Queensland.

HUMAN FOODS. 17

47. Claytonia balonensis (Balonnensis), Z7vd/., (Syn. Calan-
drinia Balonnensis, F.v.M.), N.O., Portulaceze, B.FI., i.,
172.

Called ‘ Periculia” by the aboriginals. (Stuart).

“This plant is eaten with bread by white people. The blacks
also use it for food, mixed with baked bark.” (Annie F. Richards,
in Proc. K.S.S.A., iv., 136.)

“The seed is used for making a kind of bread, after the
manner of that of Portulaca oleracea.” (Mueller, Fragm., x., 71.)

South Australia, New South Wales, and Queensland.

48. Claytonia polyandra, F.v.M., (Syn. Talinum polyandrum,
Hook.), N.O., Portulacez, B.FI., i., 172.
“Coonda” of the aboriginals about Shark’s Bay.
“Used as food by some Western Australian tribes.’’ (Mueller
and Forrest, Plants Indigenous about Shark’s Bay, W.A., 1883.)
North and Western Australia, South Australia, and New
South Wales.

49. Cocos nucifera, Z7zz., N.O., Palme, B.FI., vii., 143.
“Cocoanut Palm.”

This nut is so well known that the following few notes con-
cerning it will be sufficient. As an article of food the kernel is of
great importance to the inhabitants of the tropics. In the
Laccadives it forms the chief food, each person consuming four
nuts per day, and the fluid, commonly called milk, which it
contains, affords them an agreeable beverage. While young they
yield a delicious substance resembling blanc-mange.

Among other products. of this palm may be mentioned
“toddy,’’ which when fermented is intoxicating ; strong arrack is
also distilled from it, besides which it yields vinegar and “‘ jaggery,”
or sugar.

50. Colocasia antiquorum, Scho/?, (Syn. Caladium acre, R.Br.,

Arum Colocasia, Linn.), N.O., Aroidez, B.F1: vii., 155.

The ‘Taro”’ of the Fijians.

““This plant is cultivated in most tropical countries, Egypt,
India, etc., for the sake of its leaves, which when uncooked are
acrid, but on boiling, the water being changed, they lose their

Cc

18 AUSTRALIAN NATIVE PLANTS.

acridity, and may be eaten as spinach.” (Zreasury of Botany.)
“Acid fruits are added to assist the removal of the acridity.
Hindoos and Mahometans are very fond of all parts of the plants
of this genus.” (Dymock.)

“When the crop is gathered in Fiji,’’ says Dr. Seemann (Flora
Vitiensts), ‘‘ the tops of the tubers are cut off and at once replanted.
The young leaves may be eaten like spinach, but, like the root,
they require to be well cooked in order to destroy the acridity
peculiar to aroideous plants. The Fijians prefer eating the cooked
Taro when cold; Europeans as a rule like it quite hot, and, if
possible, roasted. A considerable number of varieties are known,
some better adapted for puddings, some for bread, or simply for
boiling or baking. ‘The outer marks of distinction chiefly rest
upon the different tinge observable in the corm, leaf, stalks, and
ribs of the leaves—white, yellowish, purple.”

The roots are also largely consumed for food in Japan, and in
a descriptive Catalogue of the Japanese exhibits at the Health
Exhibition, London, 1884, they are styled “ Japanese Potatoes.”

Following is an analysis taken from the Catalogue :—

PA ipemen: 4008 2 he ee, ee
Fat cia, Ue 6k Ae ae
Glucose: 205... SU POS a er
Starch’ “Pcs sled, 2) Jee
Pectose) ete... 0.800 ei
UNSEAT Sos .:e te Sens vie ge on nee eee
Water i500 cig eee 2 eee
Queensland. ee

5t. Colocasia macrorrhiza, Scho/t, (Syn. Caladium macror-
rhizon, R.Br.; Alocasia macrorrhiza,Schott), N.O., Aroidez,
Bala vis; £55
“Pitchu,” of the aboriginals of the Burnett River (Queensland);
‘‘ Cunjevoi,” of those of South Queensland; ‘‘ Hakkin,” of the Rockhamp-
ton (Queensland) aboriginals ; ‘‘ Bargadga,” or ‘“‘ Nargan,” of the Cleve-

land Bay aboriginals.

HUMAN FOODS. 1y

“The young bulbs, of a light rose colour inside, found growing
on large old rhizomes, are scraped, divided into two parts, and
put under hot ashes for about half an hour. When sufficiently
baked, they are then pounded by hard strokes between two stones
—a large one, Wallarie, and asmall one, Kondola. All the pieces
which do not look farinaceous, but watery when broken, are
thrown away; the others, by strokes of the Kondola, are united
by twos or threes, and put into the fire again; they are then taken
out and pounded together in the form of a cake, which is again
returned to the fire and carefully turned occasionally. This
operation is repeated eight or ten times, and when the Hakkin,
which is now of a green-greyish colour, begins to harden, it is fit
for use.”’ (Thozet.)

New South Wales and Queensland.

52. Coprosma hirtella, Zad///., (Syn. C. cuspidifolia, DC.),
N.O., Rubiacez, B.FI., iii., 429.

Fruit sweet, eatable, not agreeable. The fruits of other
species may be eaten also.
All the colonies except Queensland and Western Australia.

53. Coprosma Billardieri, Hook. f, (Syn. C. microphylla,
Hook. f.; Canthium gquadrifidum, Labill.; Marguisca
Billardiert, A. Rich.), N.O., Rubiacez, B.F'1., ili., 430.
“Native Currant.” “ Morr,” of the aboriginals of Coranderrk Station

(Victoria).

This plant bears a small round drupe, about the size of a
small pea. Mr. Backhouse states that (over half a century ago)
when British fruits were scarce, it was made into puddings by some
of the settlers of Tasmania, but the size and number of the seeds
were objectionable.

Tasmania and Victoria.

54. Cordia Myxa, Linn., (Syn. C. dichotoma, Forst.; C. Brownt,
DC.; C. latifolia, Roxb. ; C. ‘xiocarpa, F.v.M.; C. obligua,
Willd.; C. polygama, Roxb.), N.O., Boraginez, B.FI., iv.,

386.
The “ Sebesten Plum” of India.

20 AUSTRALIAN NATIVE PLANTS.

“In India the tender young fruit is eaten as a vegetable, and
is pickled ; the ripe fruit is eaten, and is greedily devoured by
birds; the kernel is eaten, and tastes somewhat like a filbert ;
that of the cultivated tree is better.’’ (Brandis.)

Queensland.

55. Correa alba, Axdr., (Syn. C. cotinifolia, Salisb. ; C. rufa
Vent.; Mazeutoxeron rufum, Labill.), N.O., Rutacez, B.FI.
Ly 354-
“Called ‘‘Cape Barren Tea’”’ in Tasmania, on account of its use near
that headland.

The leaves of this plant have been used by the sealers on the
islands in Bass’s Straits as a substitute for tea.
Tasmania, South Australia, Victoria, and New South Wales.

56. Crinum flaccidum, Aerd., (Syn. Amaryllis australasica,
Ker; C. australis, Spreng.), N.O., Amaryllidez, B.FI., vi.,

454.
-The ‘ Darling Lily.”

This exceedingly handsome white-flowered plant, which grows
back from the Darling, has bulbs which yield a fair arrowroot.
On one occasion, near the town of Wilcannia, a man earned a.
handsome sum by making this substance when flour was all but
unobtainable.

South Australia, Victoria, New South Wales, and Queensland.

57. Cucumis trigonus, Roxb., (Syn. C. pubescens, Hook. ;
C. jucundus, F.v.M.; C. picrocarpus, F NAW)
Cucurbitacee, B.FI., iii., 317.

‘‘ Boomarrah,”’ of the aborigines of the Cloncurry River (North Queensland).
Sir Thomas Mitchell, in one of his western trips, speaks of

this plant growing in such abundance that the whole country

seemed strewed with the fruit, which was then ripe, and of which
the natives ate great quantities, and were very fond. It is about
the size of a plum only.

In the Z7easury of Botany it is observed that the tender tops
of all the edible species of Cucurbtiacee, boiled as greens or
spinach, are even a more delicate vegetable than the fruit.

HUMAN FOODS. 21

New South Wales, Queensland, Northern and Western
Australia.

58. Cyathea medullaris, Swer/z, N.O., Filices, B.Fl., vii., 708.
** Black-stemmed Tree-fern.”’
“The aboriginals used to feed on the pith of this tree-fern,
which contains a certain amount of starch similar to sago.” (Foster.)
Tasmania, Victoria, and New South Wales.

59. Cycas media, &.2r., N.O., Cycadez, B.FI., vi., 249.
“Nut Palm.’ “ Baveu,” of Central Queensland aboriginals.

“Employed bythe aborigines as food. An excellent farina is
obtained from it. The nuts are deprived of their outer succulent
cover (sarcocarp) and are then broken; and the kernels, having
been roughly pounded, are dried three or four hours in the sun,
then brought in a dilly-bag to a stream or pond, where they remain
in the running water four or five days, and in stagnant water three
or four days. By a touch of the fingers the proper degree of
softness produced by maceration is ascertained. They are after-
wards placed.between the two stones mentioned under Colocasia
macrorrhizon, reduced to a fine paste, and then baked under the
ashes in the same way that our bush people bake their damper.”
(Thozet.)

Queensland and Northern Australia.

60. Cymbidium canaliculatum, ”.27., N.O., Orchidez, B.FI.,
wi, 302.
“The only orchid of the interior of tropical Australia which
affords mucilaginous food.” (Mueller.) The stems, etc., are eaten.
South Australia, New South Wales, Queensland, and Northern
Australia. .

61. Cyttaria Gunnii, Zerk., N.O., Fungi, Muell., Fragm., xi.,
IOI, Supp.
This edible fungus is found on the branches of /agus
Cunninghamit, or native Beech.
Tasmania,

22 AUSTRALIAN NATIVE PLANTS.

62. Dendrobium canaliculatum, ?.2r., (Syn. D. Tattonianum,

Batem.), N.O., Orchidez, B.FI, vi., 282.

“’Yamberin,” of the Queensland aboriginals.

‘“‘The bulbous stems, after being deprived of the old leaves,
are edible.” (Thozet.)

Queensland.
63. Dendrobium speciosum, Smith, N.O., Orchidez, B.FI., vi., 279-

“Rock Lily.”

The large pseudo-bulbs have been eaten by the aboriginals ;
they, however, contain but little nutritive matter.

Victoria, New South Wales, and Queensland.

64. Dicksonia antarctica, Zadc//., (Syn. D. Billardiert, F.v.M. ;
Cybotium Billardiert, R. C. Gunn in Tas. Journ. 1842.),
N.O., Filices; B.F1.; vii, 712. 0D. Billardiere mm Magee
Cens.;. pk 37.

The pulp of the top of the trunk is full of starch, and is eaten
by the aboriginals both raw and roasted.

“The native blacks of the colony used to split open about a
foot and a-half of the top of the trunk, and take out the heart,
in substance resembling a Swedish turnip, and of the thickness
of a man’s arm. This they either roasted in the ashes, or ate as
bread; but it is too bitter and astringent to suit an English
palate.” (Gunn.)

All the colonies, except Western Australia.

65. Dioscorea hastifolia, Zd/., N.O., Dioscoridez, B.FI., vi., 461.
Ae sYGanniesy
“One of the hardiest of the yams. The tubers are largely
consumed by the local aborigines for food ; it is the only plant on
which they bestow any kind of cultivation, crude 4s it is.’
(Mueller. )
Western Australia.

66. Dioscorea sativa, Zevz., (Syn. D. la/zfolia, Benth. ; D. bulbi-
Sera, Forst.; Helmia bulbifera, Kunth), N.O., Dioscoridez,
B.F1., vi., 461.

“Yam.” “ Karro,” of the aboriginals of the Mitchell River (North
Queensland.)

HUMAN FOODS. 23

This yam is eaten by the aboriginals of Australia, and in India
it is cultivated almost everywhere as a vegetable. In Watts’ Dict.
the tubers are said to contain 23 per cent. of starch, and 68 per

cent. of woody fibre, gum, etc. In the same work, however, the
tubers of D. dulbifera (merged in this species) are only credited
with 10 per cent. of starch.

Queensland and Northern Australia.

67. Dioscorea transversa, 7”.2r., (Syn. D. punctata, R.Br.),
N.O., Dioscoridez, B.FI., vi., 460.
“Long Yam.” “ Kowar,” of the aborigines of Central Queensland.
“The small young tubers are eaten by the aborigines without
any preparation.” (Thozet.)
New South Wales, Queensland, and Northern Australia.

68. Dodonea spp. div., N.O., Sapindacez.

** Native Hops,” on account of the capsules bearing some resemblance
to hops, both in appearance and taste.

In the early days of settlement the fruits of these trees were
extensively used, yeast and beer of excellent quality being pre-
pared fromthem. They are still so used to a smallextent. WD.
attenuata, A. Cunn., for instance, was largely used in the Western
District. In times of drought cattle and sheep eat them. ;

Throughout the colonies.

69. Diploglottis Cunninghamii, Hook. f, (Syn. Cupanta Cun-
ninghamit, Hook. f.; C. australis, Hook. f.; Stadmannia
australis, Don), N.O., Sapindacee, B.FI., i., 454.

** Tamarind Tree.” “ Burrunedura,” of the aboriginals of Illawarra ; and

** Aucoloby,” and Toonoum,” of those of northern New South Wales.
This tree produces racemes of pleasant sub-acid fruit, used

for preserves.

New South Wales and Southern Queensland.

70. Drimys aromatica, /.v.4/., (Syn. Zasmannia aromatica,
R.Br.), N.O., Magnoliacez, B.FI.. i., 49.
‘ Peppersarees:

24 AUSTRALIAN NATIVE PLANTS.

The drupe is used as a condiment, being a fair substitute for
pepper, or rather allspice The leaves and bark also have a hot,
biting, cinnamon-like taste

Tasmania, Victoria, and New South Wales

71 Eleaonus latifolia, Zezn., (Syn. E. conferta, Roxbs; L£s
ferruginea, A. Rich.), N O., Eleeagneze, Muell Cens., ps 64.
“The fruit is eaten in India, It is acid and somewhat astrin-

gents It makes good tarts.” (Beddome.)
Queensland.

72. Hleocarpus Banoroftii, “v.47, and Bail., N.O., Tiliacez.
Proc. RS Queensland, 1885.
The cotyledons or ‘ kernels” have a good flavour, and are
eaten by the settlers. Other species of L/@ocarpus have fruits
which are more or less useful in this respect.

Johnstone River, Queensland.

73. Entada scandens, Benth., (Syn. 2. Pursetha, DC.; Mimosa
scandens, Linn.), N.O., Leguminose, B.FI.,. ii., 298 £.
Pursetha, in Muell. Cens., p. 43.

“Queensland Bean,” ‘“‘ Barbaddah,” of the Cleveland Bay aboriginals.
“These large beans are eaten by the aboriginals. They are
put into the stone oven and heated in the same way and for the
same time as those of Awizcennia tomentosa (q.v.); they are then
pounded fine and put into a dilly-bag, and left for ten or twelve
hours in water, when they are fit for use.’ (Murrell’s testimony).

The natives of India also eat them after roasting and soaking in

water.
Queensland.

74. Erythrina indica, Zam., N.O., Leguminose, B.FI., ii., 253.
“Indian Coral ”’ tree.
In Ceylon the young tender leaves are eaten in curries.
Queensland and Northern Queensland.

75. Eucalyptus corymbosa, Smzth, (Syn. Metrosederos gummi-
fera, Soland.), N.O., Myrtacez, B.FI., iii., 256.

‘* Bloodwood.”

HUMAN FOODS. 25

Archdeacon King has noticed Mellitose-manna on the leaves
of this tree to a small extent when they are pierced by a beetle.
(Anoplognathus cereus.)

~ New South Wales and Queensland.

76. Eucalyptus dumosa, 4. Cunn., (a Mallee), B.FI., ili., 230;
E. gracilis, F.v.M., (a Mallee), B.FI., iii., 211; E, incrassata,
Labill., (a Mallee), B.FI., iii, 231; E. microtheca, F.v.M. ;
(“Bastard Box” or “ Coolibah,”) B.FI., iii., 223; EH, oleosa,
F.v.M., (a Mallee), B.FL., iii., 248, N.O., Myrtaceze.

These Eucalypts, amongst others, yield water from their roots.
See page 1. See also Hakea leucoptera and Vitis (Cissus).

Chiefly in the arid regions of the colonies.

Vf Eucalyptus dumosa, 4. Cuzn., N O., Myrtacex, B.FI., ili., 230.
(erp, “Larp,” “Laap,” or “ Earap ~ Euealypt:

This shrub yields a kind of manna called Lerp or Larp by
the aboriginals. It is the nidus of an insect, and consists of
starch-like substance, which is eaten in summer by the aborigines
of the mallee country of Victoria. It somewhat resembles in
appearance small shells; it is sweet, and in colour white or
yellowish-white. According to Dr. Thomas Dobson, of Hobart,
the insect which causes the Lerp to form is Psylla EKucaly pti.
It is probably formed on the leaves of other mallee Eucalypts.

“This substance occurs on the leaves, and consists of white
threads clotted together by a syrup proceeding from the insect
(Psylla Eucalypti) which spins those threads. It contains, in
round numbers, of water 14 parts, thread-like portion 33 parts,
sugar 53 parts. The threads possess many of the characteristic
properties of starch, from which, however, they are sharply
distinguished by their form. When lerp is washed with water the
sugar dissolves and the threads swell but slightly, but dissolve to
a slight extent, so that the solution is coloured blue by iodine.
The threads freed from sugar by washing consist of a substance
called Lerp-amylum.

‘‘Lerp-amylum is very slightly soluble in cold water, not
perceptibly more so in water at 100°, but entirely soluble to a thin

26 AUSTRALIAN NATIVE PLANTS.

transparent liquid when heated to 135° in sealed tubes with 30
parts of water; this solution on cooling deposits the original
substance in flocks, without forming a jelly at any time. The
separation is almost complete.

“If the material employed in this experiment were entirely
free from sugar, the liquid left after the separation of the flocks will
also be free from sugar. The flocks deposited from solution are
insoluble in boiling water, therefore lerp-amylum suffers no
chemical change on being heated to 150° with water, Heated in
the air-bath to 190° while dry, it turns brown, and is afterwards
merely reddened by solution of iodine; at the same time it
becomes partly soluble in hot water; hence it appears that lerp-
amylum undergoes a change similar to that which occurs when
starch is converted into dextrin. By oxidation with nitric acid it
yields oxalic acid, but no mucic acid; it is neutral to vegetable
colours, and is not precipitated by lead acetate, and is therefore not
to be confounded with the gums, etc.

“Tt gave by analysis 43°7 and 43°07 carbon, 6°6 and 6°4 hydro-
gen, agreeing with the formula C,H,,O, (44°4 C. and 6°24 H.)
Like starch, lerp-amylum rotates the plane of polarisation to the
right ; and on digestion with dilute sulphuric acid, etc,, forms a
crystallisable carbo-hydrate which agrees in its properties with
dextrin. It is insoluble in ammonia cuprate, and is homogeneous.

“Though the behaviour of lerp-amylum to iodine and to
water, and its insolubility in cupra-ammonia distinguish it from
cellulose, it is to be borne in mind that there are forms or condi-
tions of cellulose which are blued by iodine and dissolve in
water.” (Flickiger, in Wa/ts’ Dict. vii., 2nd Suppl. 7333)

See also a paper: ‘‘On anew kind of Manna from New South
Wales,” by Th. Anderson (fourn. fiir Prakt. Chemic. xlvii., 449.)

Victoria, and Southern New South Wales.

78. Eucalyptus dumosa, A. Cunn., (for synonyms see B.FI.),
N.O. Myrtacee, B.FI., iii.7230.
The ‘‘ White Mallee,” of South Australia; ‘‘ Weir-Mallee,” of
aboriginals ; ‘‘ Bunurduk,” of the aboriginals of Lake Hindmarsh Station
(Victoria).

HUMAN FOODS. 27

“The blacks in South Australia powder the bark of the root
_ of this and perhaps other Mallees, and eat it either alone, or mixed
with portions of other plants. They call it ‘Congoo.’’’ (Proc.
R.S.S.A.)

South Australia, Victoria, and New South Wales.

79- Eucalyptus Gunnii, Hook. 7, (Syn. LZ. ligustrina, Miq.;
E. acervula, Hook. f.), N.O., Myrtacez, B.FI., iii., 246.

In Tasmania this is knownas ‘‘ Cider Gum,” and in South-Eastern
Australia occasionally as the ‘‘ Sugar Gum.” In the same part it is known
as “White Gum,” ‘Swamp Gum,” or “ White Swamp Gum,” and in the
Noarlunga and Rapid Bay districts of South Australia as ‘‘ Bastard White
Gum.” Occasionally it is known as “‘ Yellow Gum.” Near Bombala (New

South Wales) two varieties go by the names of ‘‘ Flooded or Bastard Gum,”
and “Red Gum.”

The sweetish sap of this tree is often converted by settlers
(especially in Tasmania) into a kind of cider.
Tasmania, Victoria, and New South Wales.

80. Eucalyptus Raveretiana, 7.v.4/., N.O., Myrtacex, F.v.M.,

Fragm. x.

“Grey Gum,” “ Iron Gum,” ‘ Thozet’s Box.”

“From cuts in the stem an acidulous, almost colourless liquid
exudes in considerable quantity, in which respect this species
resembles Z. Gunniv.” (Mueller.)

Queensland.

81. Eucalyptus viminalis, Zadz//., (Syn. L. fabrorum, Schlecht,

and several other synonyms), N.O., Myrtacez, B.FI., iil., 239.

The ‘‘ White Gum,” or “Swamp Gum” of Tasmania. It is also
called ‘‘Manna Gum.” Other names are ‘Grey Gum,” ‘“ Blue Gum,”
“ Drooping Gum,” etc.

From the bark of this tree a kind of manna exudes. It isa
crumbly white substance, of a very pleasant, sweet taste, and in
_much request by the aborigines.

A white, nearly opaque manna from the normal LZ. w/minalis
was found by Mr. Bauerlen at Monga, near Braidwood (New South
Wales). It. is in small pieces, about the size of peas, but of

28 AUSTRALIAN NATIVE PLANTS. 4

irregular, flattened shape. In appearance it very much resembles
lime which has naturally crumbled or slacked by exposure to a
moist atmosphere.

It is composed of an unfermentable sugar called Lucalin,
which is peculiar to the sap of the Eucalyptus, together with a
fermentable sugar, supposed to be Dextroglucose. The manna is
derived from the exudation of the sap, which “ drying in the hot
parched air of the midsummer, leaves the sugary solid remains in
a gradually increasing lump, which ultimately falls off, covering
the ground in little irregular masses.” (McCoy.) This exudation
of the sap is said by McCoy to take place from the boring of the
“* Great Black or Manna Cicada.” (C. me@rens.)

The Hon. William Macleay of Sydney is, however, by no
means of that opinion, as he thinks it cannot be doubted that the
manna is the work of a gall-making Coccus. The subject requires
clearing up, and it is to be hoped that a naturalist will give his
earnest attention to the matter.

South Australia, Tasmania, Victoria, and New South Wales.

82. Eucheuma speciosa, 7. Agardh., (Syn. Gigartina speciosa,
Sond.), N.O., Algz, Plate txiv. Harvey’s Phycologia
Australasica.

“Jelly Plant,” of Western Australia.

This is a remarkable sea-weed of a very gelatinous character
which enters into the culinary arrangements of the people of
Western Australia for making jelly, blanc-mange, etc. Size and
cement can also be made from it. It is cast ashore from deep
water.

Coast of Western Australia.

83. Eugenia Jambolana, Zam., (Syn. EL. Mooret, F.v.M.;
Syzygium Fambolanum, DC.), N.O., Myrtacee, B.FI. iii.,
283. £. Afloorei in Muell. Cens., p. 59.

‘* Durobbi,”’ of the aboriginals.
‘‘The fruit is much eaten by the natives of India; in ap-
pearance it resembles a damson, has a harsh but sweetish flavour,

HUMAN FOODS. 29:

somewhat astringent and acid. It is much eaten by birds,
and is a favourite food of the large bat or flying fox.” (Brandis.)
New South Wales and Queensland,

84. Eugenia myrtifolia, S/ms., (Syn. £. australis, Wendl. ;
Fambosa australis, DC.; F. Thozetrana, F.v.M.), N.O.,.
Myrtacee, B.FI., iii., 286.

“ Brush Cherry,” or ‘‘ Native Myrtle.”

The fruit is acid, and makes a good preserve.

“The red juice of the fruit of this tree is similar in its pro-
perties to that of red grapes. It contains free tartaric acid, cream
of tartar, sugar, and red colouring matter very sensitive to the
action of acids and alkalies. By fermentation it yields wine
possessing a bouquet. The colouring matter, which is soluble in
alcohol and ether-alcohol, but not in pure ether, is precipitated by
lead-acetate, decolourised by reducing agents, and recovers its red
colour on exposure to the air, just like litmus and the red colour
of wine.” (De Luca and Ubaldini, in Watts’ Dict., vi., 1st
Supp., 608.)

New South Wales and Queensland.

85. Eugenia Smithii, Porr., (Syr. Acmena floribunda, var. B.
DC.; A. elliptica, Don; Myrtus Smithi7, Spreng.; Syzy-
gium brachynemum, ¥.v.M.), N.O., Myrtacez, B. F., iii.,
283.

“Lilly Pilly.’ Called ‘‘Tdgerail,” by the aboriginals of Illawarra
(New South Wales); and ‘‘ Coochin-coochin,” by some Queensland
aboriginals.

The fruits are eaten by the aboriginals, small boys, and birds.
_ They are formed in profusion, are acidulous, and wholesome,
They are white with a purplish tint, and up to one inch in diameter.

Victoria to Northern Australia.

86. Eugenia Tierneyana, /.v d/., N.O., Myrtacez, B.FI., iii.,
284 |
The fruit of this tree is used for jam making by the settlers.
It is produced in very large quantities.
Queensland.

30 AUSTRALIAN NATIVE PLANTS.

87. Eustrephus latifolius, A.Br., (Syn. Z. Brownii F v.M. ;
E. Watsonianus, Mig.; Luzuriaga latifolia, Poir.), N.O.,
Liliacee, B.FI., vii... 18. 2. Brownit in Muell. Cens.,
p: 117.

“This climber produces sweet though only small tubers,
which, however, are probably capable of enlargement through
culture.” (Mueller.)

Victoria, New South Wales, and Queensland

88. Exocarpus cupressiformis, R.Br., (Syn. Leptomeria acerba,
Sieb. non R.Br.), N.O., Santalacez, B.FI., vi., 229. Zxo-
carpos in Muell. Cens.

“Native Cherry.” ‘‘ Tchimmi-dillen,”’ of Queensland aboriginals ;
‘““Coo-yie,” is another aboriginal name.

The fruit is edible. The nut is seated on the enlarged
succulent pedicel. This is the poor little fruit of which so much
has been written in English descriptions of the peculiarities of the
Australian flora. It has been likened to a cherry with the stone
outside (hence the vernacular name) by some imaginative person.

All the colonies.

89. Exocarpus latifolia, &.2r., (Syn. £. miniata, Zipp.; E.
luzontensis, Presl.; EL. ovata, Schnitzl.), N.O., Santalacez,

BFL, wi...228;
Broad-leaved ‘‘ Native Cherry,” “ Scrub Sandalwood.” “ Oringorin ”
of the Queensland aboriginals ; and ‘ Ballat’’ of those of Gippsland.
The fruit is edible, being much the same as the preceding

species. This plant is not endemic in Australia.
Northern New South Wales to North Australia.

90. Ficus aspera, orst., (Syn. &. scabra, Forst.), N.O.,
Urticez, B.Fl. vi.,174. F. scabra in Muell. Cens., p. 22.
“ Rough-leaved Fig.” Cailed also ‘ Purple Fig” and “ White Fig.’’
“‘Noomaie,” of the Rockhampton aboriginals ; ‘‘ Balemo,” of the Cleveland
Bay (Queensland) aboriginals,

HUMAN FOODS. 31

“The fruit, which is black when ripe, is eaten by the abori-
ginals.” (Thozet.)
Victoria to Queensland.

91. Ficus glomerata, Welld., (Syn. F. vesca, F.v.VU.; Covellia

glomerata, Miq.), N.O., Urticez, B.FI., vi., 178.

*‘ Clustered Fig ” tree.

The fruit, which is of a light red colour when ripe, hangs in
clusters along the trunk and on some of the highest branches anil
is used as food by the aborigines.

“The ripe fruit is eaten, and is good either raw or stewed.”
(Gamble, Manual of Indian Timbers.) Brandis, however, says:
“In times of scarcity the unripe fruit is pounded, mixed with
flour, and made into cakes.”’

Queensland and Northern Australia.

92. Ficus platypoda, 4. Cunn., (Syn. Urostigma platypodum,

Miq.), N.O., Urticeze, B.FI., vi., 169.

On his journey from Western Australia to the overland
telegraph line, Mr. John Forrest, on more than one occasion,
pronounced the fruit of this tree to be ‘“‘ very good.”

Eee © onanesy (Proc. Linn. - Soc. N.S.W.,.vi., 736),
however, states that the fruit of this species is not edible. But
the appetities of explorers frequently become voracious, and not
too discriminating.

South Australia, Queensland, and Northern Australia.

93. Fusanus acuminatus, &.2r., (Syn. Sanfalum Preissianum,

Mig.; S. acuminatum, A.DC.), N.O., Santalacee, B. FI.

vi., 215. S. acuminatum in Muell. Cens., p 64.

“ Quandong,” “‘ Native Peach.”

The fleshy pericarp which envelops the seed known as the
‘Quandong, makes an excellent sub-acid preserve and jelly. It is
somewhat of the same flavour as the black guava. By simply
extracting the stones and drying the fruit in the sun, it may be
dried and used when convenient, just like preserved apples) The
kernel is also edible, being very palatable. It is quite spherical.

All the colonies, except Tasmania and Queensland,

32 AUSTRALIAN NATIVE PLANTS.

94. Fusanus persicarius, Fv.M., (Syn. Santalum persicarium,
F.v.M.), N.O., Santalacee, B.FI., vi. 216.
‘‘ Native Sandalwood.”
‘The root-bark is used as food by the aboriginals.”’ (Hokero.)
All the colonies, except Tasmania and Queensland.

95. Gastrodia sesamoides, #.2r., N.O., Orchidez, B.FI., vi.,
309.

‘Native Potato,” of parts of Tasmania.

The tubers were roasted and eaten by the Tasmanian natives.
These tubers grow out of one another, and are of the size, and of
nearly the form of kidney potatoes ; the lowermost is attached by
a bundle of thick fleshy fibres to the root of the tree from which
it derives its nourishment. Mr. R. C. Gunn described the taste
of them as somewhat resembling beetroot.

All the colonies except South and Western Australia.

96. Gaultheria antipoda, var: Forst., (Syn. G. depressa, Hook., f.),
N.O., Ericacez, B.FI., iv., 142.

The fruit is of superior flavour.
Tasmania.

97- Gaultheria hispida, R.Br., N.O., Ericacez, B.FI., iv., 141.

‘“ Wax-cluster.”

The fruit is eatable. The flavour is difficult to describe, but
it is not unpleasant. The late Mr. R. C. Gunn states that in tarts
the taste is something like that of young gooseberries, with a
slight degree of bitterness.

Tasmania, Victoria, and New South Wales.

98. Geitonoplesium cymosum, 4. Cuzn., (Syn. G. monfanum,
A. Cunn.; G. asperum, A. Cunn.; G. angustifolium, A.
Koch; ZLuguriaga cymosa, R.Br.; LZ. montana, R.Br.),
N.O., Liliacez, B.F1., vii., 19.

“The young shoots offer a fair substitute for asparagus.”
(O’Shanesy.) And Baron Mueller suggests the culture of the plant
with the view to its improvement.

Victoria, New South Wales, and Queensland.

HUMAN FOODS. 33

99. Geranium dissectum, Zzvv., (Syn. G. parviflorum, Willd. ;
G. ptlosum, Forst,; G. philonothum, DC.; G. potentilloides,
L’'Hér,; G. australe, Nees), N.O., Geraniacez, B.FI., i., 296.

** Crow-foot.” Called ‘‘ Native Carrot” in Tasmania.

The roots used to be eaten by the Tasmanian aboriginals, and
doubtless by those of Australia. They used to roast them, for
they are large and fleshy. This plant is not endemic in Australia.

Throughout the colonies.

100. Gleichenia dichotoma, ook.. (Syn. G. Hermanni, R.Br. ;
Polypodium dichotomum, Thunb.; Mertensia dichotoma,
Willd.), N.O., Filices, B.FI., vii., 698. G. Hermann? in
Muell. Cens., p. 137.

The aboriginals have used the root of this fern for the
purpose of extracting the starch for food. This plant is not
endemic in Australia.

New South Wales, Queensland and Northern Australia.

to1. Gracilliaria confervoides, var: Grev., N.O., Algz, Harvey’s

Phycologia Australasica.

This almost cosmopolitan sea-weed is used for making a
jelly in Tasmania. For ordinary purposes it can be ranked in
nutritive value with Irish or Caragheen Moss.

Tasmania and South Coast of Australia.

102. Grevillea annulifera, /.v.4/., N.O., Proteacez, B.FI. v., 460.

The seeds are comparatively large, of almond taste, and the
fruits are produced copiously. The shrub will live in absolute
desert sands. (Mueller.)

Western Australia.

103. Grevillea Kennedyana, F.v.M., N.O., Proteacese, Proc.
RES. Vict., 1887.
Many of the Grevilleas contain more or less honey, but this
recently discovered one contains it the most abundantly, as far as
Iam aware. The flowers are exceedingly rich in a clear, sweet,

honey-like liquid, which can be easily shaken out from the
D

34 AUSTRALIAN NATIVE PLANTS.

flowers and collected. Mr. Bauerlen tells me that on account of
this liquid the flowers are difficult to preserve. See also Banksia
Grey Ranges, New South Wales.

104. Grewia polygama, Aoxd., (Syn. G. heliclerifolia, Wall),

N:O., Tiliacesej, BeBl.:i-, (271.

“Plain Currant,” ‘‘Karoom,” of aboriginals of the Rockhampton
tribe. '‘ Ouraie,” of aboriginals of Cleveland Bay, and “ Kooline,” of those
of the Cloncurry River.

““T found a great quantity of ripe Grewia seeds, and, on
eating many of them, it struck me that their slightly acidulous
taste, if imparted to water, would make a very good drink; I
therefore gathered as many as I could, and boiled them for about
an hour ; the beverage which they produced was at all events the
best we had tasted on our expedition, and my companions were
busy the whole afternoon in gathering and boiling the seeds.”
(Leichhardt, Overland Expedition to Port Essington, p. 295.)

Queensland and Northern Australia.

105. Haemodorum spicatum, #.47., (Syn. H. edule, Endl.), and
other species, N.O., Amaryllidez, B.FI., vi., 420.

The bulbs are eaten by the aboriginals.
Western Australia.

108. Hakea leucoptera, &.Br., (Syn. HW. leucocephala, Dietr. ;
H. virgata, R.Br.; H. tephrosperma, R.Br. ; H. longicuspis,
R.Br..; A. stricta, F.v.M.),; N.O., Proteacez,-B.Fl5 W..agmee

‘“* Needle-bush,” ‘‘ Pin-bush.”

Good drinking water is got from the fleshy roots of this bush
in the arid districts in which it grows. The same method of
obtaining it is employed as described at page 1.

“Tn an experiment on a water-yielding Hakea, the first root,
about half-an-inch in diameter and six or eight feet long, yielded
quickly, and in large drops, about a wine-glassful of really
excellent water.’ (Lockhart Morton, Froc. R.S. Vic., 1860,
Pp: 132.)

All the colonies, except Tasmania and Western Australia.

HUMAN FOODS. 35

107 Hakea lorea, &.2r., (Syn. Grevillea lorea, R.Br.), N.O.,

Proteacez, B.FI., v., 496.

“ Cork-tree.”’

The Proteaceze seem to be the most abundant yielders of
honey amongst Australian plants. The flowers of the present
species are very rich in a brown, thick, honey-like liquid, which
sometimes is so abundant as to flow along and envelop the twigs.
When pressing some flowers for herbarium specimens, Mr. Bauerlen
found the liquid actually to run out between the papers. See also
Banksia.

From New South Wales to Northern Australia.

108. Heleocharis (Eleocharis) sphacelata, “.2r., (Syn. WH.
plantaginea, F.v.M.; Scirpus sphacelatus, Spreng.), N.O.,
Cyperacee, B.F1., vii., 292.

“Kaya,” of the aboriginals of Central Queensland.

“This plant has small, almost spherical tubers—six or twelve
to each plant. They are eaten by the aborigines without any
preparation.” (Thozet.)

All the colonies, except Western Australia.

109. Hibiscus heterophyllus, Vew/., (Syn. A. grandifiorus,
Salisb.), N.O., Malvacez, B.FI,, i., 212.

“Queensland Sorrel,” and ‘Green Kurrajong.” It is the ‘‘ Batham”
of the aboriginals of Central Queensland. ‘‘ Dtharang-gange’’ is a New
South Wales aboriginal name.

The young shoots, leaves and roots are eaten by the
aborigines without any preparation. (Thozet.)

New South Wales and Queensland.

110. Hibiscus. tiliaceus, Z7wz., (Syn. Parttium tiliaceum, St.
Hil.), N.O., Malvacez, B.FI., i., 218.

“Cotton-tree.” ‘‘ Talwalpin”

Forster says the bark is sucked in times of scarcity when

bread fruit fails in the South SeaIslands. It abounds in mucilage.

The late M. Thozet says the aborigines of Central Queensland

prize the root of this tree very much for food, and, in times of

is an aboriginal name,

scarcity, eat the tops, which taste like sorrel.
New South Wales, Queensland, and Northern Australia.

36 AUSTRALIAN NATIVE PLANTS.

111. Hirneola auricula—Jude, res, (Syn. Lxzdia auricula-
Jude, Fries), N.O., Fungi, F.v.M. Fragm., xi. (Suppl.), go.

This species is largely used in China as food. It is acommon
European species, growing chiefly on the elder, but also on the
elm.

Victoria, Tasmania, and New South Wales.

112. Hirneola polytricha, “/rzes, N.O., Fungi, Fragm., xi.

(Suppl.), go.

‘‘This is the common form in Port Jackson and along the
east coast. It is also found in New Zealand, where it became an
article of export for the Chinese market. It is used to thicken
soup.” (Tenison-Woods and Bailey, Proc. Linn. Soc. N.S.W.,
V., 77+) :

South Australia, New South Wales, and Queensland.

113. Hovea longipes, Benth., (Syn. H. le‘ocarpa, Benth.), N.O.,
Leguminose, B.FI., ii., 174.

Mr. P. A. O’Shanesy says that the young pods of this shrub
are eaten by the Queensland aborigines.
New South Wales and Queensland.

114. Ipomoea Spp., N.O., Convolvulacez.
“Native Yams.”
The tubers of these plants are sometimes eaten by the
aboriginals.

ris; Lagenaria vulgaris, Ser., N.O., Cucurbitacez, B.FI., iii.,
316.

The fruit of this plant is purgative, and even poisonous, but
after due preparation the aboriginals have been known to eat it,
while some of the cultivated varieties seem to be eaten with
impunity in various parts of the world.

At the Health Exhibition of 1884, held in London, the dried
fruit from Japan was exhibited. The following particulars are
taken from the catalogue of the Japanese exhibits. ‘The method
of manufacturing it is the following :—The first step is to cut off
the extremities ; then the seeds and pulp are taken out. The fruit

HUMAN FOODS. a7

is then cut to a certain length, and is dried by hanging it on sticks.
It will thus be preserved for a long period, if kept in proper
vessels and closed tightly. ‘The method of cooking is by boiling
with water, soy, sugar, mirin (sweet wine), etc. Following is an
analysis :—

Albumen . : : O22 Carbon : . 37°855 84:
Extract by Petroleum ether 1°544 Nitrogen . ; - 1g10/ g8
Glucose . . . . 20080 | Hydrogen. . . 4380)8%.
Dextrin . ‘ ‘ . 157410 Oxygen. ‘ oR Ir RS2) eee
Non-nitrogenous substances Ash . : : . 4920/02

and starchtraces . . 18°688 Water : : . 20°350
Cellulose . ; ‘ . 10°686
Ash . 4 : : - 4°920 99997
Water. ; : . 20°390

100°040
Queensland.

116. Lambertia formosa, Swth, (Syn. Prosea nectarina, Wendl.,)
N.O., Proteacez, B.FI., v., 415.

“ Honey-flower,”’ or ‘‘ Honeysuckle.”

This plant is as well known to small boys about Sydney as it
is to birds and insects. It obtains its vernacular name on account
of the large quantity of a clear honey-like liquid the flowers
contain. After sucking some quantity the liquid generally
produces nausea and headache. Sometimes it is so plentiful as
to flow down the twigs. See Banksia.

New South Wales and Western Australia.

117. Lavatera plebeia, Sims., (Syn. ZL. Behriana, Schlect. ;
Malva Behriana, Schlecht.; A. Preisstana, Miq.), N.O.,
Malvacee, B.FI., i., 185.

“Tree Mallow.”

“In the early days of South Australia the roots of a white-
flowering variety of this mallow were largely used by the natives
for food. These roots were somewhat of the consistency of
parsnips.” (Bailey.)

All the colonies except Queensland.

38 AUSTRALIAN NATIVE PLANTS.

118. Leptomeria acida, &.2r.; L. aphylla, &.8r., (Syn. LZ.
pungens, F.v.M.); L, Billardieri, R.Br. (Syn. Thestum
drupaceum, Labill.), N.O., Santalacez, B.FI., vi., 222.

‘* Native Currants.”

The berries are edible, having a pleasant sub-acid flavour.
They are useful to quench the thirst when in the bush, and are
used for making jelly and preserve. The fruits of Lepfomerra
actda have been examined chemically by Mr. (now Dr.) Rennie.
Vide Proc. Roy. Soc. (N.S.W.), p. 119, et seq.

Tasmania, New South Wales, and Queensland (ZL. acida};
South Australia, Victoria, and New South Wales (Z. aphylila) ;
Tasmania, New South Wales, and Victoria (Z. Billardierz).

119. Leptospermum scoparium, /ors/., (Syn. LZ. floribundum,
Salisb.; Z. recurvifolium, Salisb.; ZL. junzperinum, Smith ;
L. multiforum, Cav.; L. juntperifolium, Cav.; L. squar-
rosum, Sieb.; LZ. rubricaule, Link; L. stypheltotdes, Schau.;
L. actculare, Schau.; L. oxycedrus, Schau.; L. baccatum,
Schau. ; LZ. persicifiorum, Reichb.; ZL. divaricatum, Schau.),
N.O., Myrtacez, B.FI., iii., 105.
Sh ecamireesa
It is said that this is the shrub the leaves of which were
utilised by the crews of Captain Cook’s ships for the purpose of
making ‘‘tea,’’ and that they were also used with spruce leaves
in equal quantity for the purpose of correcting the astringency
in brewing a beer from the latter. It is exceedingly common
about Sydney, so large quantities would therefore be available to
the sailors. Species of this genus are exceedingly abundant
not far from the coast, and the leaves would be very readily
available, but the taste of the infusion made from them is too
aromatic for the European palate.

All the colonies except Western Australia.

120. Leucopogon Richei, &.2r., (Syn. L. parviflorus, Lindl.;
L. polystachyus, Lodd.; ZL. lanceolatus, Sieb.; Styphelia
Richet, Labill.; S. parviflora, Andr.; S. guidium, Vent.),

HUMAN FOODS. 39

N.O., Epacridez, B.FI., iv., 186, Séyphelia Richer, in Muell.

Cens., p. 105.
sie 2 “ Carrot-wood.”

The insignificant and barely edible berries of this shrub are
said to have saved the life of the French botanist Riche, who was
lost in the bush on the South Australian coast for three days, at
the close of the last century.

All the colonies.

r21. Linum marginale, A. Cunn., (Syn. L. angusttfolium, DC,),
meoevLine, B.FI., i., 283.
“Native Flax.”
“The mucilaginous seeds of this plant are eaten by the

aborigines.’ (Mueller.) They are less than half the size of
ordinary linseed, but possess all the properties of the latter.
Towards the end of the summer large quantities of the seed may
be obtained in many places.

Throughout the colonies.

122. Lissanthe montana, #&.27., N.O., Epacridez, B.FI., iv., 176.
United with Z. Hookert, Sond., under the name of Styphelia
montana, F.v.M., in Muell. Cens., p. 106.

The white, transparent fleshy fruits of this species are edible.
Tasmania, Victoria, and New South Wales.

123. Lissanthe sapida, &.27.; St phelia sapida, F.v.M.; N.O.,
Epacridez, B.FI., iv., 175. Styphelia sapida in Muell.
Cens., p, 105.

“ Native Cranberry.”

The fruit is edible. It is something like the Cranberry of
Europe both in size and colour, but its flesh is thin, and has been
likened (Treasury of Botany) to that of the Siberian Crab.

New South Wales.

124. Lissanthe strigosa, #.2r., (Syn. Z. subulata, R. Br.; L.,
intermedia, A. Cunn.; Styphelia strigosa, Smith), N.O.,
Epacridez, B.Fl., iv., 175. Séypheléa strigosa in Muell.
Cens., p. 105.

The berries are edible.
All the colonies except Western Australia.

40 AUSTRALIAN NATIVE PLANTS.

125. Livistona australis, J/ar/. (Syn. Z. inermis, Wendl.
Corypha australis, R.Br.), N.O., Palme, B.FI., vil., 147.
Muell. in Cens., p. 120, separates Z. cnermis from L.

australis.
‘Cabbage Tree.” ‘ Kondo” of the aboriginals.

The aboriginals are very fond of the growing centre or heart
of this tree, which they eat in a raw or cooked state. But Baron
Mueller says that the value of this esculent was not known to
them in their uncivilized state.

‘‘ Several of my companions suffered by eating too much of
the Cabbage-palm” (Leichhardt, Overland Expedition to Port
Essington.) At p. 41, he says, ‘‘the tops of the Corypha palm
eat well, either baked in hot ashes or raw, and, though very indi-
gestible, did not prove injurious to health when eaten in small
quantities.”

Victoria to Queensland.

126. Maba laurina, ”.27., N.O., Ebenacez, B.FI., Iv, 2a.

This tree bears green, palm-like fruit, which is edible.
(Kennedy.)
Queensland.

127. Macadamia ternifolia, 7.v.J/, (Syn. Helicia sternifolia,

F.v.M.), N.O., Proteacex, L.FI., v., 406. ;

“Queensland Nut.” Kindal-kindal”’ of the aboriginals.

This tree bears an edible nut of excellent flavour, relished
both by aborigines and Europeans. As it forms a nutritious
article of food to the former, timber-getters are not permitted to
fell these trees. It is well worth extensive cultivation, for the nuts
are always eagerly bought.

Northern New South Wales and Queensland.

128. Macrozamia Spp., N.O., Cycadee, _ B.F1.,. vi.,.250.5 semees
phalartos in Muell. Cens., p. 110.

“The kernels of the nut, after being pounded, macerated and
baked, are eaten by the natives. Curiously enough, the original
occupants of the soil seemed never to have made use of the copious
starch, which can be readily washed out of the comminuted stems

tan

HUMAN FOODS. 41

of any Cycadaceous plants. All these plants are pervaded by a
virulent poison-principle, which becomes inert or expelled by
heat.’ (Mueller.)

In all the colonies except Tasmania and Victoria.

129. Macrozamia Miquelii, F.v.M.,, (Syn. Encephalartos Miquelit,

F.v.M.; £. ¢ridentatus, Lehm.), N.O., Cycadex, B.FI.,

vi., 253.

‘Dwarf Zamia.” ‘ Banga” of Central Queensland aboriginals.

Found generally in the same locality as Cycas media, with a
large cone fruit not unlike a pine-apple. The seeds, orange-red
when ripe, and separating freely, are baked for about half-an-hour
under ashes ; the outside covers and stones are then broken, and
the kernels, divided by a stroke of the Kozdola, are put into a
dilly-bag and carried to a stream or pond, where they remain six
or eight days before they are fit for eating. (Thozet.)

Queensland.

130. Macrozamia spiralis, 1/7., (Syn. Zamea spiralis,. R.Br.;
Encephalartos spiralis, Lehm.), N.O., Cycadacez, B.FI., vi.
251. Encephalartos spiralis in Muell. Cens., p. 110.

“ Burrawang Nut,” so called because they used to be, and are to some

extent now, very common about Burrawang, N.S.W.

The nuts are relished by the aboriginals. An arrowroot of
very good quality is obtained from them.
New South Wales and Queensland.
131. Marattia fraxinea, Sth, (Syn. JV. salicina, Smith), N.O.,
. Filices, B.FI., vii., 695. .
The aboriginals used to feed on the pith of this tree-fern,
which contains a certain amount of starch similar to sago.

(Foster.) The roots were used for a similar purpose. This plant

is not endemic in Australia.

New South Wales and Queensland.

132. Marlea Vitiensis, 2ex‘ham, (Syn. Rhytidandra vitiensts, A.
Gray; R. polyosmoitdes, F.v.M.; Pseudalangium polyos-
motdes, F.v.M.), N.O., Cornacee, B.Fl., iii., 386. RAysr-
dandra vitiensts in Muell. Cens., p. 74.

‘“* Musk Tree.”

42 AUSTRALIAN NATIVE PLANTS,

The fruit is edible. (P. O’Shanesy.) This plant is not
endemic in Australia.

New South Wales and Queensland.

133. Marsdenia Leichhardtiana, “v.47, (Syn. Leichhardtia
australis, R..Br.), N.O., Asclepiadacee, B.FI., iv., 341.

‘“‘Doubah”’ or “‘ Doobah”’ (aboriginal name for pods). It is the
“ Carcular”’ of the Central Australian aboriginals.

The milky unripe fruits of this tree are eaten by the abori-
gines. In this state they are about the size of a large acorn, but
more pointed at the ends. Sir Thomas Mitchell speaks of-the
aboriginals as eating the fruits, seeds and all, but they were pro-
nounced better roasted.

All the colonies except Tasmania.

134. Marsilea quadrifolia, Linn., N.O., Marsileacez, B.FI., vii.
683 (where see synonymy).

* Clover-fern,” ‘* Nardoo.”’

In the summer months the swamps containing this plant dry
up, and it withers completely away, but the spore cases remain.
In former years (and even now in remote districts) the natives used
to collect these, grind them between two stones, so as to make a
kind of flour or meal, which they made into paste and used as an
article of food. Nardoo contains but little nutritive matter, and
must be exceedingly difficult to digest. Nevertheless, the fruits
of this plant (or perhaps Sesbanta aculeata—see Bailey’s remarks
under that head) were the diet the Burke and Wills expedition
were at one period reduced to. The following quotation from
Wills’ Journal is taken from Brough Smyth's Aborigines of
Victorta :—‘‘I cannot understand this nardoo at all; it certainly
will not agree with me in any form. We are now reduced to it
alone, and we manage to get from four to five pounds a day
between us. . . . It seems to give us no nutriment.
Starvation on nardoo is by no means very unpleasant, but for
the weakness one feels and the utter inability to move oneself,

HUMAN FOODS. 43

for, as far as appetite is concerned, it gives me the greatest
satisfaction.”

“To Dr. Beckler is due the credit of having pointed out, first
of all, when releasing Lyons and Macpherson from their perilous
position, that the Marsilea fruit formed part of the food of some of
the aboriginal inland tribes, the use of the plant having providen-
tially been communicated to Lyons and his companion by the
natives. Previously we were not aware of the economic utility of
this kind of fern.” (Mueller, Zrans. R.S. Victoria, 1862.)

For full notes and physiological observations on the Nardoo
plant, Joc. c??.

In Brough Smyth’s Adorigines of Victoria, i., 383, will be
found a drawing of these stones, such as are used by the natives
of the Darling. The following description is given :—

“The slab, generally of sandstone, is about twenty-two-inches*
in length, fourteen inches in breadth, and about one inch in
thickness. The handstones (Wadlong) are round, or of an oval
form, and vary in size. One is four inches and a-half in breadth,
and one inch and three-quarters in thickness; and another is six
inches in length, four inches and a-half in breadth, and three
inches in thickness. The Wa/long have hollows cut in them, so
as to be more easily held by the hand.

“Mr. Howitt says that the stones here figured are like those
usually seen at Cooper’s Creek. In the flat stone there is a
depression which leads out to the edge bya channel. In grinding
grass, or portulaca-seed, a little water is sprinkled in by the left
hand, and the seeds being ground with the stone in the right
hand form a kind of porridge, which runs out by the channel into
a wooden bowl (Peechee), or a piece of bark. It may then be
baked in the ashes, or eaten as it is, by using the crooked fore-
finger as a spoon. The term used for grinding seeds is Bowar-
dakoneh.

* In the Technological Museum isa very fine pair of stones from the Korningbirry
Creek, one hundred miles N.W. of Wilcannia, and eighty miles south of Milparinka,
N.S.W. The material is of fine-grained sandstone, inclining to quartzite. The dimensions
of the bed-stone are 23 x 14 (widest part) x 2to 2 inches, while those of the hand-stone are
5¢X 4X 1jinches. The handstone has no hollow cut init, but it is well-worn, and it is,, of
course, impossible to say what its original thickness was.

44 AUSTRALIAN NATIVE PLANTS.

“‘ Nardoo seeds are pounded by the above, placing a few in at
atime with the left hand. The ‘tap-tap’ of the process may be
heard in the camp far into the night at times.”’

All the colonies, except Tasmania.

135. Melodorum Leichhardtii, Benth., (Syn. Unona Leichhardtit,
F.v.M.), N.O., Anonacez, B.F1., i. 52.

‘““ Merangara ” of the aboriginals.

“This tree has an oblong or almost round fruit, with one or
two seeds. It is eaten by the aborigines without any preparation.”
(Thozet.)

Northern New South Wales and Queensland.

136. Mesembryanthemum equilaterale, aw., (Syn. IZ. glauces-
cens, Haw.; M. Rossi, Haw.; MM. nigrescens, Haw.; MW.
praecox, Haw.), N.O., Ficoidezx, B.FI., iii, 324.

“Pig Faces.’’ ‘‘ Karkalla,” of the Port Lincoln (S.A.) aboriginals ;
“*Katwort,” of the East Gippsland aborigines; ‘‘ Berudur,” of those of the
Lachlan River (New South Wales). It was the ‘‘Canajong,” of the
Tasmanian aboriginal.

The fleshy fruit is eaten raw by the aborigines. The leaves
are eaten baked. Wilhelmi, in Proc. R.S. Vict., 1860, gives an
interesting account of the preparation of this substance for food
by the Port Lincoln natives (S.A.): ‘“ Pressing the fruit (pigs’
faces) between their fingers, they drop the luscious juice into
their mouth. During the ‘ Karkalla’ season, which lasts from
January to the end of summer, the natives lead a comparatively
easy life; they are free from any anxiety of hunger, as the plant
grows in all parts of the country, and most abundantly on the
sandy hills near the sea. ‘The men generally gather only as much
as they want for the moment, but the women collect large
quantities for eating after supper. The Port Lincoln blacks eat
only the fruit of this plant, but those living between the Grampians
and the Victorian ranges, as a substitute for salt with their meat,
eat also the leaves of this saline plant.”’

All the colonies.

HUMAN FOODS. 45,

137. Microseris Forsteri, Mook., (Syn. Scorzonera scapigera,
Forst.; S. (Jfonermios) Lawrenci?, Hook. f.; Phyllopappus
lanceolatus, Walp.), N.O., Composite, B.F1., iii., 676.

“ Murr-nong,” or “ Mirr n’ yong,” of the aboriginals of New South

Wales and Victoria. :

The tubers were largely used as food by the aboriginals.

They are sweet and milky, and in flavour resemble the cocoanut.
All the colonies.

138. Mimusops Browniana, Benth., (Syn. JZ. Kawki, R.Br.; A.
Kauki, var. Browniana, A.DC.), N.O., Sapotacez, B.FI., iv.,.
285.

The fruit is edible.
Queensland.

139. Mimusops parvifolia, R. Br., N.O., Sapotacez B.FI., iv., 284.
This tree yields a thick milky sap, which tastes like fresh
cream. (Hill.)
Queensland and Northern Australia.

140. Morinda citrifolia, Zczv., (Syn. Sarcocephalus cordatus,
Mig. ; S. undulatus, Mig.; S. Letchhardtii, ¥.v.M. ; Nauclea
Letchhardtit, F.v.M.; N. coadunata, Smith; NV. undulata,
Roxb.; WV. cordata, Roxb.,) N.O. Rubiacez, B.FI., ili., 402
and 423; Muell. Cens., 74 and 75.

‘“Leichhardt’s Tree,’ ‘Canary Wood,” “Indian Mulberry.”

“ Oolpanje,” of the aboriginals of the Mitchell River; and ‘‘ Coobiaby,” of

those on the Cloncurry River; both in Northern Australia. It is the

“Toka ” of those of Rockhampton ; and “ Taberol”’ of those of Cleveland

Bay.

“Tt has a bitter-flavoured, granulated fruit, of which the
natives are very fond.’ (Thozet.)
Queensland and Northern Australia.

141. Mucuna gigantea, DC., N.O., Leguminosz, B.Fl., ii, 254.
“The seeds are eaten by the blacks after due preparation.”
(Woolls.) This plant is not endemic in Australia.
Northern New South Wales, Queensland, and Northern
Australia.

46 AUSTRALIAN NATIVE PLANTS.

142. Muhlenbeckia adpressa, edssw., var. hastifolia, (Syn.
M. Gunnit, Hook, f.; Polygonum adpressum, Hook, 1.),
N.O., Polygonacez, B FI., v., 274.

“Native Ivy.” ‘* Macquarie Harbour Vine or Grape,” of Tasmania.
The currant-like fruits are sub-acid, and were, and perhaps
still are used for tarts, puddings, and preserves ; the leaves taste
like sorrel.
All the colonies except Queensland.

143. Mylitta australis, Berk., (Syn. Motihyvdnum australe,

F.v.M.), N.O., Fungi. Muell. Fragm., xi., 101.

‘© Truffles,” or ‘‘ Native Bread.”

This insipid underground fungus is generally met with by
accident. When growing rapidly it sometimes causes the ground
to crack, and may thus be discovered by a careful observer, as it
probably was by the aborigines, who used it as food. It should
be boiled, though cooking changes its character but little. It is
said to taste like boiled rice. It is, however, perfectly insipid.

“The largest I have seen is about the size of a child’s head,
but a much larger one was dug up at Melbourne some months
ago.” (Woolls, 1859.)

“Tt has a black skin which drops off in little fragments, enclos-
ing a veined white mass, which at first is soft, and has a peculiar
acid smell, but when dry becomes extremely hard and horny.”
(Treasury of Botany). Mr. Brough Smyth likens its appearance
to unbaked brown bread. Backhouse states that the natives always
informed him that they obtained it from the neighbourhood of
a rotten tree.

An interesting note on a specimen from Tasmania, by Mr. Wm.
Southall, F.L.S., will be found in Pharm. Fourn. [3}, xv., 210,
and a drawing of a section of a young plant is also given.

Victoria, New South Wales and Tasmania.

144. Myoporum debile, &.Br., (Syn. JL diffusum, R.Br. ;
Pogonia debilis, Andr.; Andreusia debilis, Vent.; Capraria
calycina,; A. Gray), N.O., Myoporinee, B.FI., v., 8.

“ Amulla,” of the aborigines.

HUMAN FOODS. 47

The fruit, which is a quarter of an inch in diameter, is
slightly bitter to the taste. It is eaten by the aboriginals.
New South Wales and Queensland.

145. Myoporum serratum, &.2r., (Syn. A. cnsulare, R.Br. ;
M. tasmanicum, A.DC.), N.O., Myoporinez, B.FI., v., 6,
M. insulare in Muell. Cens., p. 104.

*‘ Blue-berry ” tree, “‘ Native Currant ” tree, ‘‘ Native Myrtle,” ‘‘ Native
Juniper,” ‘Cockatoo Bush.” “ Palberry ” of the aborigines of the Coorong
_ (South Australia.)

The berries are edible, though somewhat of a saltish and
bitter flavour. They are much relished by birds.
All the colonies except Queensland.

146. Myoporum platycarpum, 2.2r., (Syn. Disoon platycarpus,

F.v.M.), N.O., Myoporine, B.FI., v., 7.

‘* Sandalwood,” ‘t Dogwood.”

The saccharine exudation or manna from this tree is of a
dirty-white colour with a pinkish tinge, and is eagerly sought after
and eaten by the aborigines. It is exceedingly sweet, and very
pleasant to the taste.

All the colonies except Tasmania and Queensland.

147. Myrtus acmenioides, 7.7.7.
‘White Myrtle,” of the Richmond and Clarence. ‘“ Lignumvitz.”

Myrtus fragrantissima, /.v.4/.,N.O., Myrtacex, B.FI., iii.,
276-7.

The leaves of these two species are used for flavouring tea
in Queensland. (O’Shanesy.)

New South Wales and Queensland.

148. Nasturtium palustre, DiGi syn, WV, gerrestre, R.Brs; lV.
semtpinnatifidum, Hook.), N.O., Cruciferz, B.Fl., i., 65.
Called ‘‘ Native Cabbage” on the banks of the River Nepean (New

South Wales).

This and other species afford excellent pot-herbs when
luxuriant and flaccid. (Hooker.) This plant is not endemic in
Australia.

All the colonies except Western Australia.

48 AUSTRALIAN NATIVE PLANTS.

149. Nelumbium speciosum, Wid/d., (Syn. NV. nucifera, Geertn.),
N.O., Nympheacee, B.FI., i., 62. Melumbo nucifera, in
Muell. Cens., p. 1.

‘Sacred Lotus,” ‘‘ Pink Water-lily.”’ ‘‘ Aquaie,” of the aboriginals.
“This plant was worshipped by the ancient Egyptians. It
no longer is found on the Nile, but in many parts of Asia, and in

India, China, and Japan, it is still held sacred. In China, India,

and North Australia the root, stock and seeds are used as food,

while medicinal properties are assigned to the viscid juice of the
leaf-stalks.”. (Treasury of Botany.) The seeds are eaten raw,
or roasted as coffee. (//ooker.)

Queensland and Northern Australia.

150. Nitraria Schoberi, Z77., (Syn. WV. Billardiert, DC.; WN.
Oliviert, Jaub., and Spach.; Zygophvllum australasicum,
.Mig.), N.O., Zygophylle, B.FI., i., 291.

“ Karambi,” of Port Lincoln natives, South Australia.

It produces fruit of the size of an olive, of a red colour, and
agreeable flavour. When the weather is hot the natives lie at
full length under a bush, and do not leave it until they have
stripped it of its berries. (Wilhelmi.) Proc. R.S. Vic., 1860,
p. 143. This plant is not endemic in Australia.

All the colonies, except Tasmania and Queensland.

151. Nymphea gicantea, Hook., (Syn. WV. stellata F.v.M.),
N.O., Nymphzacez, B.FI., i., 61. 4. gigantea and WN.
stellata are separated into two species, Muell. Cens., p. 1.
“Blue Water-lily.” ‘‘ Yako Kalor” of the Rockhampton aborigines

(Queensland) ; ‘‘ Kaooroo,” of those of Cleveland Bay; ‘ Arnurna” of

those of the Mitchell River.

The roots and fruit are eaten. The flower-stalks, too, may
be eaten when young. (Thozet.).
New South Wales, Queensland, and Northern Australia.

152. Ccimum sanctum, Linn., (Syn. O. anisodorum, F.v.M.; O.
caryophyllinum, F.v.M.), N.O., Labiate, B.Fl., v., 74.
‘“Mooda,” of the aboriginals of the Cloncurry River (North Queens-

land) ; ‘‘ Bulla-bulla”’ of those of the Mitchell River.

HUMAN FOODS. 49

The odour of the variety occurring in North Australia is
similar to anise, while that of the East Australian variety resembles
cloves. A pot herb.

Queensland and Northern Australia.

153. Oryza sativa, Zznn., N.O., Graminee, B.FL., vii., 550.
“Rice.” ‘“ Kineyah,” of the aboriginals of the Cloncurry River
(North Queensland).
Baron Mueller found this plant to be truly indigenous in
Australia. It is so well-known that it need not be dwelt upon

here.
Northern Australia and Queensland.

154. Owenia acidula, /.v.47., N.O., Meliacez, B.FI., i., 385.

“Sour Plum,” “ Native Peach or Nectarine,” ‘‘ Emu Apple.” ‘“ Mooley
Apple” is a Western New South Wales name. Aboriginal names are
“ Rancooran,” “ Warrongan,” and ‘‘ Gruie-Colaine.”

The sub-acid fruit of this tree relieves thirst. It is eaten both
by colonists and aboriginals, and is of the size of a small nectarine.

South Australia, New South Wales, and Queensland.

155. Owenia cerasifera, 7.v.1/., N.O., Meliacex, B.FI., i., 386.
- “Queensland Plum,” ‘‘ Sweet Plum,” “ Rose Apple,” ‘“‘ Rancooran.”
This plant bears a fine juicy red fruit with a large stone.
When fresh gathered it is very acid, but the Rev. J. E. Tenison-
Woods states that on keeping, or better still, burying for a day or
two in sand, it is both palatable and refreshing.
Queensland.

156. Owenia venosa, /.z.JZ,, N.O., Meliacez, B.FI., i., 386.
**Sour Plum,” ‘“ Tulip Wood,” ‘ Mouliibie,” of the aborigines of
Southern Queensland ; ‘‘ Pyddharr,” is another aboriginal name.

A beverage is produced by boiling the fruit, which, after
going through certain processes, is denominated wine, and forms
an agreeable beverage. (Hill.)

Queensland.

E

50 AUSTRALIAN NATIVE PLANTS.

157. Oxalis corniculata, Zzzx., (Syn. O. microphylla, Poir. ;
O. perennans, Haw.; O. Pretsstana, Steud.; O. cognata,
Steud.), N.O., Geraniacez, B.FI., i., 301.

“Clover Sorrel,” or ‘‘ Sour Grass.”
The acidulous leaves of this plant are eaten by the
natives. (Mueller.)
Throughout the colonies.

158. Pandanus odoratissimus, Zzzn. 7, (Syn. P. spzralis, R.Br.),
N.O., Pandanez, B.F'., vii. 148.

‘* Screw Pine.”

‘‘The natives at this season (September 16) seemed to live
principally on the seeds of this plant, but they evidently require
much preparation to destroy their deleterious properties. At the
deserted camp of the natives which I visited yesterday, I saw half
acone of the Pandanus covered up in hot ashes, large vessels
{koolimans) filled with water in which roasted seed-vessels were
soaking, seed-vessels which had been soaked were roasting on the
coals, and large quantities of them broken on stones and deprived
of their seeds. This seems to show that in preparing the fruit
when ripe for use it is first baked in hot ashes, then soaked in
water to obtain the sweet substance contained between its fibres,
after which it is put on the coals and roasted to render it brittle,
when it is broken to obtain the kernels.’’ (Leichhardt, Overland
Journey to Port Essington.)

“The lower, yellow, pulpy part of the drupes, and also the
tender white base of the leaves, are eaten raw or boiled during
times of scarcity in India.” (Cyclop. of India.)

Northern Australia.

159. Pandanus pedunculatus, ”.27., N.O., Pandanee, B.FI.,

vii., 149.

“Screw Pine,” ‘Bread Fruit.” The ‘‘Wynnum,” of Queensland
aboriginals.

The kernels of the fruit are eagerly eaten by the aborigines,
as are also the mucilaginous young parts of the leaves, etc.

New South Wales and Queensland.

HUMAN FOODS. 51

160. Panicum decompositum, &.87., (Syn. P. /evinode, Lindl. ;
P. proliferum, F.v.M.; P. amabile, Balansa), N.O , Graminez,
Pl; Nii., 489.

“Native Millet,” ‘‘ Umbrella Grass.” The seed used to be called
“Cooly ” by Western New South Wales aboriginals, and ‘‘ Tindil ” by the
aboriginals of the Cloncurry River (North Queensland).

The grains pounded yield excellent food, although the grains
are rather small. This plant is not endemic in Australia.
All the colonies except Tasmania.

161. Parinarium Nonda, /.v.4Z., N.O., Rosacez, B.FI., ii., 426.
The ‘‘ Nonda Tree” of N.E. Australia.

The aborigines use the esculent drupes as food. When ripe
they taste somewhat like a mealy potato, with, however, a trace of
that astringency so common to Australian fruits. They resemble
in size and appearance a yellow egg-plum. Leichhardt, in his
Overland Fourney to Port Essington, p. 315, describes the tree
and its fruit, and also states that he found the fruit in the dilly-
bags of the natives, and also abundantly in the stomachs of emus.

Queensland and Northern Australia.

162. Persoonia Spp., N.O., Proteacez.
‘* Geebung.”’
These fruits are mucilaginous, insipid, and slightly astringent.
They are largely consumed by aboriginals, and also to some extent
by small boys.

163. Phaseolus Mungo, Zznz., (Syn. P. Max, Linn.), N.O.,

Leguminosz, B.FI., ii., 257.

“ Komin,” of the Rockhampton aboriginals; “ Kadolo,” of the Cleve-
land Bay aboriginals.

The roots of this pulse-plant are edible, and can be eaten
after baking. (Thozet.) Doubtless the blacks eat the seeds as well.
It is commonly cultivated for its seeds in India and parts of
Africa, where it is a common article of food. There are numerous
cultivated varieties.

Queensland and Northern Australia.

52 AUSTRALIAN NATIVE PLANTS.

164. Physalis minima, Z7n., (Syn. P. parviflora, R.Br.), N.O.,
Solanez, B.FI., iv., 466.

’

“ Neen-gwan,’
Queensland).

of the aboriginals of the Cloncurry River (North

The berries are eatable. The plant is not endemic in Aus-
tralia. Another species is the well-known “ Cape Gooseberry.”

New South Wales, Queensland, and Northern Australia.

165. Picris hieracioides, Z7zz., (Syn. P. barbarorum, Lindl. ;
P. angustifolia, DC.; P, attenuata, A.Cunn. ; P. asperrima,
Lindl.; P. hamulosa, Wall.), N.O., Composite, B.FI., iii.
678. (Not in Muell. Cens.)

Sir Thomas Mitchell (Zhree Expeditions, ii., 149) thus speaks
of this plant :—*‘ Near our camp we found some recent fire-places
of the natives, from which they must have hastily escaped on our
approach, for in the branches of a tree they had left their net
bags containing the stalks of a vegetable that had apparently
undergone some culinary process, which gave them the appearance
of having been half-boiled.

‘Vegetables are thus cooked, I am told, by placing the root
or plant between layers of hot embers, ‘until it is heated and
softened. The stalks found in the bag resembled those of the
‘potato, and they could only be chewed, such food being neither
nutritious nor palatable, for it tasted only of smoke.”

This plant is not endemic in Australia.

All the colonies.

166 Pipturus argenteus, Wedd., (Syn. P. propinguus, Wedd. ;
Urtica gigantea, Forst.), N.O., Urticee, B.FI., vi.. 185. P.
propinguus in Muell. Cens., p. 22.

“ Native Mulberry.” ‘ Kongangn,” and ‘“‘Coomeroo-cooméroo” of
Queensland aboriginals.

The white berries are eaten by the aboriginals. (Thozet.)
This plant is not endemic in Australia.

New South Wales and Queensland.

HUMAN FOODS. 53

167. Pittosporum phillyreoides, DC., (Syn. P. angustifolium,

Lodd.; and others), N.O., Pittosporez, B.FI., i., 112.

Called variously ‘* Butter-bush,” “‘ Native Willow,’ and “ Poison-berry
Free?’

The seeds are very bitter to the taste, yet the aborigines in
the interior were in the habit of pounding them into flour for use
as food. (Tepper.)

In all the colonies except Tasmania.

168. Podocarpus spinulosus, &.2r., (Syn. P. asplenifolia, Labill. ;
P. pungens, Caley; Nageta spinulosa, F.v.M.), N.O., Coni-
fer, B.FI., vi., 247. MV. spinulosa in Muell. Cens., p. 109.

“ Native Plum,” or ‘‘ Native Damson.

This shrub possesses edible fruit, something like a plum,
hence its vernacular names. The Rev. Dr. Woolls tells me that,
mixed with jam of the Native Currant (Lepfomeria acida), it
makes a very good pudding.

New South Wales.

169. Portulaca napiformis, F.v.M., N.O., Portulacez, B.FI., i.,
169.
The tubers of this plant are used by the natives for food.
Queensland and Northern Australia.

170. Portulaca oleracea, Z2zz., N.O., Portulacez, B.FI.,i., 169.

“ Pigweed,” or ‘‘ Purslane,” of England; ‘‘Thukouro,” of the
-aboriginals of the Cloncurry River.

The seeds of this plant are largely used for food by the
natives of the interior. One would suppose that so small a seed
would scarcely repay the labour of collecting, but the natives
obtain large quantities by pulling up the plants, throwing them in
heaps, which after a few days they turn over, and an abundant
supply of seed is found to have fallen out, and can be easily
gathered up; the food prepared from this seed must be highly
nutritious, for during the season that it lasts the natives get in
splendid condition on it. The seeds are jet black and look like
very fine gunpowder. The natives grind them in the usual mill
(?.e., a large flat-stone or bed-stone on which the seed is put, anda

54 AUSTRALIAN NATIVE PLANTS. -

smaller one to be held in the hand for grinding), and of the flour
they make a coarse paste. See Marsilea.

““We had almost daily occasion to praise the value of the
Purslane, which not only occurred in every part of the country
explored, but also principally in the neighbourhood of rivers,
often in the greatest abundance. We found itin sandy and grassy
localities so agreeably acidulous as to use it for food without any
preparation, and I have reason to attribute the continuance of our
health partly to the constant use of this valuable plant. The
absence of other antiscorbutic herbs in the north, and the facility
with which it may be gathered, entitle it to particular notice.”
Baron Mueller’s Bofanical Report of the North Australian Expe-
dition (quoted by Dr. Woolls).

All the colonies, except Tasmania.

171. Pteris aquilina, Linn., var. esculenta, Hook., (Syn. P. escu-
lenta, Forst.), N.O., Filices, B.FI., vii., 731.

‘“‘ Brake-fern ” or “‘ Bracken.” pais! called ‘“ Tara”’ by the abori-
ginals of Tasmania.

The aboriginals use the bate rhizomes of this plant for
food. They are eaten both raw and roasted. By crushing and
washing, the little starch they contain can easily be obtained. In
Tasmania this fern is often tall enough to conceal a man on
horseback. An interesting account of the economic value of this
fern, by Mr. J. R. Jackson, will be found in the Pharm. Fourn.
[2], vili., 354.

In Japan the starch from this fern is called ‘‘ Warabi,” and is
obtained in the following manner :—“ In the season when the fern
is withered, and no young shoot is to be seen, its root is collected,
cut up into pieces, pounded, washed, decanted, and the settled
starch is collected and dried. It is mixed with wheat-flour or rice-
meal and made into cakes, or when made into paste by boiling with
water mixed with the astringent juice of the Japanese date-plum
(Diospyros Kakz), it is used for joining paper together ; the joint
does not part though exposed to rain, hence it is widely used for
this purpose.” (Catal. of Fapanese Exhibits at the Health Ex-
hibition, London, 1884).

All the colonies.

HUMAN FOODS. 55

172. Rhagodia parabolica, 2.Br., N.O., Chenopodiacex, B.FI.,

Ww, 153:
A “ Salt-bush.”

This bush yields, according to Mr. Stephenson, who accom-
panied Sir Thomas Mitchell in one of his expeditions, as much as
2 ozs. of salt by boiling 2 lbs. of leaves.

Travellers in the interior have found these salt bushes
exceedingly useful as vegetables. Sir Thomas Mitchell relates that
after twice boiling the leaves a few minutes in water to extract
the salt, and then an hour in a third water, they formed a tender
vegetable resembling spinach.

South Australia, New South Wales, and Queensland.

173. Rhamnus vitiensis, Bexth., (Syn. Dallachya vitiensis,
F.v.M.; Colubrina vitiensis, Seem.), N.O., Rhamnez, B.FI1.,
i, 413. Dallachya vitiensts, in Muell. Cens., p. 60.
*‘ Murtilam,” of the aboriginals.
The berries, which are a quarter of an inch in diameter, are
edible.
Queensland.

174. Rubus Gunnianus, Yovk., N.O., Rosacez, B.FI., ii., 430.
This plant yields the best native fruit in Tasmania (R. C.
Gunn.), though perhaps that is not saying much.
Tasmania.

175. Rubus rosefolius, Swcth, (Syn. R. roseflorus, Roxb.; R.
eglanteria, Tratt.; R. pungens, Cambess.; R. Sikkimensis,

Or 2.), N.O., Rosacez, B.FI., il, 431.

** Native Raspberry.” ‘‘ Neram” of the aboriginals.

Baron Mueller says, ‘‘ This shrub bears in woody regions an
abundance of fruits of large size, and these early and long in the
season.”

The Australian species of Ruwdus are for the most part insipid,
with a mawkish, granular taste, and with a trace of astringency.
They are encouraging to look at, but extremely disappointing to
taste.

Victoria, New South Wales and Queensland.

56 AUSTRALIAN NATIVE PLANTS.

176. Salicornia australis, Soland., (Syn. S. indica, R.Br.), N.O.,
Chenopodiacez, B.F1, v., 205.
The young shoots are pickled.
All the colonies.

177. Sambucus Gaudichaudiana, DC., and §. xanthocarpa, -
F.v.M,, (Syn. Tripetelus australasicus, Lindl.), N.O. Capri-
foliacez, B.FI., iii., 398.

“‘ Native Elderberry.”
The fruit of these two native elders is fleshy and sweetish,
and is used by the aborigines for food.
All the colonies except Western Australia (S. Cagdichaw-
diana); Victoria, New South Wales and Queensland (S. xantho-
car pa.

178. Santalum lanceolatum, ”.2r., (Syn. S. oblongatum, R.Br.),

N.O., Santalacez, B.FI., vi., 214.

‘“Sandalwood”’ of the colonists. The “ Tharra-gibberah” of the
aboriginals of the Cloncurry River (North Queensland).

This tree produces a small purple fruit of very agreeable
taste. (Leichhardt’s Overland Fourney to Port Essington,
P- 95:)

All the colonies except Tasmania and Victoria.

179. Scevola Keenigii, Vahl, (Syn. S. Taccada, Roxb.; S.
sericea, Forst.; S. Lobelia, De Vr.; S. macrocalyx, De Vr. ;

S. chlorantha, De Vr.; S. Lambertiana, De Vr. ; S. montana,

Labill.), N.O., Goodeniacez, B.FI., iv., 86.

It sometimes goes under the name of “ Native Cabbage.”

A large, succulent shrub, often met with along the sandy
beach. It has large rich green foliage, and a vegetable might be
made out of it. It is a common coast plant in the warmer parts
of the world. ”

Queensland and Northern Australia.

180. Schmidelia serrata, DC., (Syn. S. stimoriensis, DC. ;
Ornitrophe serrata, Roxb.; Allophyllus ternatus, Lour.),
N.O., Sapindacez, B.FI., 1., 455. Allophyllus ternatus, in
Muell. Cens., p. 24.

HUMAN FOODS. 57

Its small red, ripe berries are eaten in India. (Cyclop. of
India).

Queensland and Northern Australia.

181. Semecarpus Anacardium, Z-vz., (Syn. S. australasicus,

Engl.), N.O., Anacardiacez, B.FI., i., 491.

‘‘ Marking-nut” tree of India.

The thick fleshy receptacle bearing the fruit is of a yellow
colour when ripe, and is roasted and eaten by the natives of India.
The seeds, called Malacca-beans or Marsh nuts, are eaten.
(Treasury of Botany). The Portuguese at Goa salt the green
fruit and use them like olives. (Dymock). When fresh the
fruit is dry and astringent—roasted, it is said to taste somewhat
like roasted apples, and when dry somewhat like dates. (Brandis).

Queensland and Northern Australia.

182. Sesbania aculeata, Pers., (Syn. S. australis, F.v.M.), N.O.,
Leguminose, B.FI., ii., 213.
The “ Nardoo” of the aboriginals of the Norman River, Queensland.
The natives of Northern Queensland make, or used to make,
a bread of the seeds of this species. (See Marsilea guadrifolia).

“In North Queensland, according to Mr. T. A. Gulliver, the
natives make bread of the seeds of Sesbania aculeata, Pers. Iam
of opinion that this is the true Nardoo of the Cooper’s Creek
natives. The unfortunate explorers (Burke and Wills) might
easily have mistaken the spore cases of a Marszlea for the shelled-
out seeds of Sesbania.” (Bailey, in Proc. Linn. Soc. N.S.W.,
1880, p. 8).

South Australia, New South Wales, Queensland, Northern
and Western Australia.

183. Solanum aviculare, Zorst., (Syn. S. vescum, F.v.M.; S.
laciniatum, Ait.; S. reclinatum, L’Hér.), N.O., Solanez,
B.FI., iv., 448. In Muell. Cens., p. 95-6, S. aviculare and
S. vescum are made separate species.

58 AUSTRALIAN NATIVE PLANTS.

* Kangaroo Apple,” ‘‘ Gunyang,” or “‘ Koonyang” of the Gippsland -
and other aboriginals. ‘‘ Meakitch” or ‘‘ Mayakitch” or ‘“‘ Mookich” of the
aboriginals of Western Victoria (Lake Condah).

Its large fruit resembles that of the potato. The fruit when
perfectly ripe, which is indicated by the outer skin bursting, may
be eaten in its natural state, or boiled and baked. It hasa méaly,
sub-acid taste, and may be eaten in any quantity with impunity ;
but until the skin bursts, although the fruit may otherwise appear
ripe, it has an acrid taste, and causes an unpleasant burning
sensation in the throat. (Gunn).

All the colonies except Western Australia and Queensland.

184. Solanum esuriale, Zzzd/., (Syn. S. pulchellum, F.v.M.),

N.O., Solanez, B.FI., iv., 454.

“Comyn” of the aboriginals of the Lachlan River, New South Wales.
‘* Qon-doroo”’ of those of the Cloncurry River, North Queensland.

The berries of this plant were eaten by the native guides of
Sir Thomas Mitchell. (Three Expeditions, ii., 43).

All the colonies except Tasmania and Western Australia.

185. Solanum hystrix, &.Br., N.O., Solanez, B.FI., iv., 458.
Called ‘“‘ Walga’’ by aborigines in South Australia.

The blacks use the fruit for food, but only with the pounded
and baked bark of the mallee root, called “ Congoo” by them.
Before using the fruit they take off the shell (the dry prickly calyx),
and remove the seeds. ‘This leaves a pulpy skin about the thick-
ness of that of a native peach (? Owenza) ; the fruit and bark are
then made into a cake. When fruits are not obtainable, and they
are otherwise hard pressed for food, the natives bleed themselves
in the arm, and use the blood with the bark. The natives told
me, when opening the fruit for the seeds, not to eat the fruit, as it
would make my throat sore, nor yet to touch my eyes with my
fingers. The fine prickles and juice got into my fingers, and
produced a good deal of pain and inflammation for a short time.
(Annie F. Richards, in Proc. RS. S.A., iv., 136).

South Australia.

HUMAN FOODS. 59

186. Solanum simile, /v.47, (Syn. S. laciniatum, var. R.Br.,
S. fasciculatum, F.v.M.), N.O., Solanezx. B.FI., iv., 448.
Called ‘“‘ Quena,” by aboriginals in South Australia.

The blacks are fond of the fruit, but do not eat it until it has
fallen to the ground. Both black and white men agree that to eat
many will cause sickness. The fruit causes a hot burning taste in
the mouth, but its scent reminds me of that of strawberries.
(Annie F. Richards, Proc. R.S.S.A., iv., 136.)

All the colonies, except Tasmania and Queensland.

187. Sonchus oleraceus, Zzuz., (Syn. S. asper, Fuchs; S.
ciliatus, Lam.; S. fallax, Wallr.), N.O., Composite, B.FI.,

ili., 679. The genus Somchus is omitted from Muell. Cens.

Commonly called ‘‘Sow-thistle.” It is the ‘‘ Thalaak”’ of the East
Gippsland aborigines.

The stems and roots are eaten. (Hooker.) Leichhardt, in
his Overland Fourney to Port Essington, says that the young
shoots of Somchus made an excellent vegetable. This plant is
not endemic in Australia.

Throughout the colonies.

188. Sterculia diversifolia, G. Don., (Syn. Brachychiton popul-
neum, R.Br. ; Pecilodermis populnea, Schott.), N.O., Stercu-
liacez, B.FI., i., 229. Brachychiton populneum in Muell.

Cens.,-p.! 15.
“Black Kurrajong.” The ‘‘ Bottle-tree ” of Victoria.

The tap-roots of young trees, and the young roots of old
trees, are used as food by the aborigines. (Macarthur.) When
boiled they have a flavour similar to that of turnips, but sweeter.
The seeds of this and other species are edible, and make a good
beverage.

Victoria, New South Wales, and Queensland.

189. Sterculia quadrifida, R.Br., N.O., Sterculiacez, B.FI., i.,

227.
A “ Kurrajong.” ‘ Calool,” of the aborigines of northern New South
Wales, ‘“ Convavola” is another aboriginal name.

The black seeds taste like filberts. As many as eleven of
the brilliant scarlet fruits may be seen in a cluster, and each of

60 AUSTRALIAN NATIVE PLANTS.

them may contain up to ten or eleven seeds. (Mueller.) The
mucilaginous substance of the unripe fruit is also edible.
(Thozet.)

Northern New South Wales, Queensland, and Northern
Australia.

190. §terculia rupestris, Benth., (Syn. Delabechea rupestris,
Lindl.; Brachychiton Delabechit, F.v.M.), N.O., Sterculi-
acez, B.FI., i., 230. Noted as Brachychiton Delabechitz, in
Muell. Cens., p. 15.

A ‘Kurrajong.” The “ Bottle-tree”’ of N.E. Australia, and also
called ‘‘Gouty-stem,” on account of the extraordinary shape of the trunk.
It is the ‘‘ Binkey ” of the aboriginals.

The stem abounds in a mucilaginous substance resembling
pure tragacanth, which is wholesome and nutritious, and is said
to be used as an article of food by the aborigines in cases of
extreme need. A similar clear jelly is obtainable by pouring
boiling water on chips of the wood.

“Tt is said that the soft juicy tissue of the stem can be eaten,
and that many a wanderer in the bush has staved off hunger by
its means. The young shoots and roots of young trees are
agreeable and refreshing. ‘The nuts also are eaten.’ (Thozet,
also Tenison-Woods, Proc. Linn. Soc. N.S. W., vol. vii-, p. 573-

Thozet speaks of the natives cutting holes in the soft trunk,
where the water lodges, and rots the trunk to its centre. These
trunks are so many artificial reservoirs of water. When a tree
has been cut its resources are not exhausted. The tired hunter,
when he sees a tree that has been tapped, cuts a hole somewhat
lower than the old cuts, and obtains an abundant supply of the
sweet mucilaginous juice afforded by the tree.

Queensland.

191. Sterculia trichosiphon, Benth., (Syn. Trichosiphon australe,
Schott; Brachychiton platanoides, R.Br.), N.O., Sterculiacez,
B.Fl., i., 229. Brachychiton platanoides in Muell. Cens.,

p- 15. 2
‘““ Ketey” of the aborigines.

HUMAN FOODS. 61

The roots of young plants are eaten by the aborigines with-
out any preparation. (Thozet.)
Queensland and Northern Australia.

192. Styphelia adscendens, &.2r., N.O., Epacridex, B.FI., iv.,
146.
The fruit is eatable.
South Australia, Victoria, New South Wales, and Tasmania.

193. Styphelia triflora, Andr., (Syn. S. glaucescens, Sieb.), N.O.
Epacridez, B.FI., iv., 147.

‘« Five Corners.”

These fruits have a sweetish pulp with a large stone. They
form part of the food of the aboriginals, and are much appreciated
by schoolboys. When from a robust plant they are of the size of
a large pea, and not at all bad eating.

New South Wales and Queensland.

194. Sueda maritima, Dwmor/., (Syn. S. australis, Mog. ;
Chenopodium maritimum, Moq.; S. australis, Moq. ; Cheno-
podium australe, R.Br.), N.O. Chenopodiacez, B.FI., v., 206.

The fleshy leaves of this plant can be utilised for pickling.
(Woolls.)

It is common on the sea coasts of most temperate and
sub-tropical regions of the world.

Throughout the colonies.

195- Tacca pinnatifida, “ors¢., N.O., Taccacex, B.FI., vi., 458.

The root is very bitter when raw, but yields a great quantity
of white fecula, of which good flour for confectionery is made.
The fecula much resembles arrowroot, and is very nutritive. In
Arracan the starch is, or was extracted for the China market.
(Pharm. Fourn., vi., 383.)

Queensland and Northern Australia.

62 AUSTRALIAN NATIVE PLANTS.

196. Telopea speciosissima, 7.2r., (Syn. Lmbothrium speciosis-
stmum, Smith; LE. spathulatum, Cav.; E. speciosa, Salisb. ;
Flylogyne speciosa, Knight), N.O., Proteacez, B.FI., v.. 534.

“ Waratah,” or “ Native Tulip.”

So early as 1803 it was observed (Curtis’s Bot. Mag.) that
the natives make an agreeable repast by sucking the tubular
flowers, which abound in honey. See Banksia.

New South Wales.

197- Terminalia sp., N.O., Combretacez.

“We collected a great quantity of Terminalia gum, and
prepared it in different ways to render it more palatable. The
natives, whose tracks we saw everywhere in the scrub, with
frequent marks where they had collected gum, seemed to roast it.
It dissolved with difficulty in water; added to gelatine soup it was
a great improvement. . . . But it acted asa good lenient
purgative on all of us.” (Leichhardt, Overland Fourney to Port
Essington, p. 374.)

198. Terminalia Catappa, Linn., N.O. Combretacez, Muell.

Cens., p. 50.
“ Country Almond” of India.

This plant is also a native of India. The seeds are like
almonds in shape and whiteness, but, though palatable, they have
none of their peculiar flavour. (Zreasury of Botany.)

Queensland.

199. Terminalia oblongata, 7.v.4/., N.O. Combretacez, B.FI.,
li., 499.

‘“Yananoleu”’ of the aboriginals.”’
The purple fruit is edible.
Queensland.

200. Tetragonia expansa, Murr., (Syn. Z. inermis, F.v.M.),
N.O., Ficoidez, B.FI., iii., 325.
“New Zealand Spinach.”
This plant was introduced to England by Sir Joseph Banks
on his return with Captain Cook from his first voyage round
the world. As a substitute for summer spinach it has been

HUMAN FOODS. 63

grown in private (English) gardens for many years past, and it
yields a large produce, which in the hands of a skilful cook may
be made an excellent vegetable dish, though inferior to spinach.
The chief objection to it as a cooked vegetable is: the abundance
of mucilage, which gives it a somewhat slimy consistence.
(Treasury of Botany.) It should be eaten when young, as when
mature it possesses some acridity. It is already cultivated to
some extent in Australian gardens, but it is abundantly wild at
many parts of the coast.

All the colonies.

201. Tetragonia implexicoma, Hook. f, (Syn. Zetragonella
implexicoma, Miq.), N.O., Ficoidez, B.F1., iii., 326.
Called “Ice Plant” in Tasmania.
Baron Mueller suggests that this plant be cultivated for
spinach.
All the colonies except Queensland.

202. Timonius Rumphii, DC., (Syn. Polyphragmon sericeum,
Desf. ; Guettarda poly phragmordes, F.v.M.), N.O., Rubiacez,
Be Ani, 41-7.

‘“Kavor-kavor,” of the aboriginals.

The aboriginals are particularly fond of this fruit, which has
much the appearance of the crab or wild apple of Europe.
{Thozet.)

Queensland and Northern Australia.

203. Trigonella suavissima, Zzzd/., N.O., Leguminosz, B.FI.,

li., 187.

“The perfume of this herb, its freshness and flavour, induced
me to try it as a vegetable, and we found it to be delicious, tender
as spinach, and to preserve a very green colour when boiled.”
(Mitchell, Three Expeditions, p.554.) It is an excellent antiscor-

butic.
All the colonies except Tasmania and Queensland.

64 AUSTRALIAN NATIVE PLANTS.

204. Typha anoustifolia, Linn., (Syn. T. Brownti, Kunth.; 7.
latifolia, G. Forst.; TZ. Shuttleworthit, Sond.); N.O.,
Typhacez, B.FI., vii., 159. Muell. Fragm., vii., 116.

Called “ Bullrush,” and also “ Cat’s Tail” and “ Reed Mace.” It is the
“‘ Wonga” of the Lower Murray aboriginals.

The young shoots are edible, and resemble asparagus. The
root is excellent. The pollen is used as food by the natives of
Scinde, India, being made into cakes. (Dymock). It is used for
the same purpose in New Zealand.

In a paper by Gerard Krefft (Proc. Philos. Soc. N.S.W.
1862-5) ‘On the Lower Murray Aboriginals,’ the following
description is given by him of the method of preparing these roots
for food. He gives the species name as Z: Shuttleworthit, but
this has been merged in the present species :—‘‘ At a certain
period, I believe January and February, the women enter the
swainps, take up the roots of these reeds, and carry them in large
bundles to their camp. The roots thus collected are twelve to
eighteen inches in length, and they contain, besides a small
quantity of saccharine matter, a considerable quantity of fibre.
The roots are roasted in a hollow made in the ground, and either
consumed hot or taken asa sort of provision upon hunting ex-
peditions ; they are at best a miserable apology for flour, and I
almost believe it was on account of the tough fibre thus obtained
that these roots were made an artcle of food.”

This plant is also termed the ‘‘ Asparagus of the Cossacks,”
the Cossacks of the Don being very fond of it. They prepare it
like asparagus, and cut it, like the latter, when the young shoots
are pushing ; the tender blanched part is boiled in water seasoned
with salt, and served up in the same way as asparagus. The
various culinary preparations to which asparagus is subjected are
suitable for Zypha /latvfolia. In collecting it they peel off the
cuticle, and select the blanched tender part, usually about eighteen
inches in length, near the root, and this constitutes a dish cool,
agreeable and wholesome. (Pharm. Fourn., vii., 543).

For notes on the economic value of this plant, see also Proc.
R.S. Tasmania, 1882, p- 163.

HUMAN FOODS. 65

100 parts of the entire plant contain, after drying, 9°58 per
cent. ash; and the ash contains, in 100 parts :—

Potash ... fs ais A vil 14.8
Lime _... a She Suc “sc 21.9
Magnesia ne ae ae cs 1.56
Ferric Oxide ... Sot at ei or
Sulphuric Anhydride... ails sh 2.5
c Bilies ©. ee ai oe af 0.6
Carbonic Acid... bee RS dbs 21.0
Phosphoric Pentoxide... My. we 3.9
Potassium Chloride ... ve. a 16.8
Sodium Chloride wag : 16.9

(Schulz-Fleeth, Watt's Dict., v., p. 930).
The pollen contains :—

Stearin and Olein _... sts sis 3.6 per cent.
Sugar ... y bes ass ae 18.3
Starch ... sus Ss cs i 2.0
Pollenin = : , 25.0

Magnesium and Potassium Phosphates,

together with small quantities of

other potassium salts... oe 2.5
Silica. ;.. ae ar Ae 4, 0.4

The root-stock contains, in the fresh state, according to
Lecocq, in December, 12.5 parts starch to 73 parts water; but in
April only 10.5 parts starch to the same quantity of water.

A decoction of the root is: said to be used in Turkey as a
remedy for dropsy and snake-bites. (Landerer, Watts’ Dict., v.,

930).
“Balyan” (Typha angustifolia 7)

“The principal food of the inhabitants of the Kalaire, or
Lachlan, appeared to be ‘balyan,’ the rhizome of a monocoty-
ledonous plant or bulrush growing amongst the reeds. It contains
so much gluten, that one of our party, Charles Webb, made, in a
short time, some excellent cakes of it; and they seemed to me
lighter and sweeter than those prepared from common flour. The
natives gather the roots and carry them on their heads in great

F

66 AUSTRALIAN NATIVE PLANTS.

bundles within a piece of net. . . . And, indeed, this was
obviously their chief food among the marshes.’’ (Mitchell,
Three Expeditions, ii., 61.)

Throughout the colonies.

205. Typhonium Brownii, Scho//, (Syn. Arum orixense, R.Br.,)

N.O., Aroidez, B.FI., vii., 154.

“* Merrin” of Central Queensland aboriginals.

The tubers, which are yellow inside, are manipulated in the
same way as those of Colocasia macrorrhiza (No. 51, q.V.),,
but none are watery, and they are made to adhere together after
the first roasting.

New South Wales to Northern Australia.

206. Vigna lanceolata, Bexth., N.O., Leguminose, B.FI., ii.,

260.

This twiner produces, along with the ordinary cylindrical
pods, others underground from buried flowers, and these some-
what resemble common ground or pea-nuts. (O’Shanesy.)

South Australia, New South Wales, Queensland, Northern
and Western Australia.

207. Vitis hypoglauca, Fiv.M,, (Syn. Cissus hypoglauca, A.
Gray ; C. australasica, F.v.M.), N.O., Ampelidez, B.FI., i.,

450. : ’
“ Native Grape,” ‘‘ Gippsland Grape.”

This evergreen climber yields black edible fruits of the size
of small cherries. This grape would perhaps be greatly improved
by culture. (Mueller.)

Mr. Bidwill’s life was saved when he was lost in the bush by
the water he was able to procure by incising one of these vines.
(Dr. George Bennett.)

Victoria, New South Wales, and Queensland.

208. Vitis opaca, 2v.JZ7,, (Syn. Cissus opaca, F.v.M.), N.O.,
Ampelidez, B.FI., i., 450.

HUMAN FOODS. 67

“Burdekin Vine,” ‘‘ Round Yam.” ‘Yaloone” is the aboriginal
name (Qentral Queensland) for the large ones, and ‘‘ Wappoo-wappoo ”’ for

the small ones.

The tubers are very numerous, and some weigh from five to
ten pounds. They are eaten after immersion in hot water like water-
melons (the small and young ones are the best); they are, how-
ever, difficult to digest. (Thozet.)

It is probably the yam alluded to by Leichhardt (Overland
Expedition to Port Essington, p. 150). ‘‘ Both tubers and berries
had the same pungent taste, but the former contained a watery
juice which was most welcome to our parched mouths.’

New South Wales and Queensland.

209. Xanthorrhea, spp., N.O., Juncacez.

“ The bases of the inner leaves of the grass-tree are not to be
despised by the hungry. The aborigines beat off the heads of
these singular plants by striking them about the top of the trunk
with a large stick; then they stript off the outer leaves and cut
away the inner ones, leaving about an inch and a-half of the
white tender portion joining the trunk ; this portion they ate raw or
roasted, and it is far from disagreeable in flavour, having a nutty
taste, slightly balsamic.” (Backhouse.)

The centre of the stem contains about five per cent. of sugar.

“The interior or pith of the tree is broken up. It is then
subjected to hydraulic pressure, when a copious flow of the
saccharine juice takes place. About twenty gallons to the ton
are obtainable. On distillation this quantity of raw juice yields
four gallons of proof spirit.’ (Ligar, Zrans. R.S. Victoria,
1866).

In the year 1876 an application (which lapsed) was made at
the Patent Office, Melbourne, for a patent for making sugar from
X.hastilis. Following is the specification :—‘‘ The substance used
is the inner white or cellular portion of the plant. This is
submitted to pressure, mechanical or hydraulic. The juice
expressed is boiled till a scum rises to the surface. This scum is
skimmed off, lime being used to assist in the operation. After
clarification, the juice is filtered through animal charcoal, and

68 AUSTRALIAN NATIVE PLANTS, .

again boiled. The clear syrup thus produced may then be
crystallised and manipulated by the process used to produce sugar
from cane.”

Throughout the colonies.

210. Ximenia americana, Zzzz., (Syn. X. elliptica, Forst.; X.
laurina, Del.; X. exarmata, F.v.M.), N.O., Olacinez, B. FI.,

i, 391. X. elliptica, in Muell. Cens., p. 63.

This plant bears round orange-coloured fruits, of which the
natives of the South Sea Islands are very fond, though they are
rather tart. (Zreasury of Botany.) Before they are ripe they
possess a powerful odour of essential oil of almonds.

ZIT: Zizyphus Jujuba, Lam., N.O., Rhamnee, B.FI., i., 412.

“Jujube Tree” of India. ‘‘Balyan” is an aboriginal name, but, of
course, different to the ‘‘ Balyan ” of p..65.

This tree yields an excellent dessert fruit, and is largely
cultivated by the Chinese, who recognise a great number of
varieties, differing in the shape, colour and size of the fruits.
(Treasury of Botany.) In India it is much cultivated.

Queensland.

212: Zizyphus Gnoplia, Mill., (Syn. Z. celtidfolia, DC.; Z.
rufula, Miq.; Z. Napeca, Roxb.), N.O., Rhamnez, B.FI., i.,
fie.

In India the fruit is eaten by the natives, its taste being
pleasantly acid, and it is a great favourite with the thirsty traveller ;
mice are fond of it. (Cyclop. of India.)

Northern Australia.

HUMAN FOODS. 69

APPENDIX.

Anoplognathus cereus. (See Eucalyptus corymbosa.)

I cannot, up to the present, trace any account of this species
of Anoplognathus.

Cicada moerens. The “Great black or Manna Cicada.”

In the Prodromus of the Zoology of Victoria, by Prof. McCoy,
Decade V., Plate 50, will be found admirable drawings of this
insect, and also a full account of its life-history. From this source
the few particulars following are taken :—

The young resemble fleas in size and shape; they quickly
reach the ground, into which they burrow, and whence they may
be dug out at the roots of trees any time during the larval and
pupa states. The larva is white, and seems to feed on under-
ground roots ; the eyes, six legs, and antennz agreeing with the
pupa, which chiefly differs in having the rudimentary wings visible
at the sides of the body. The pupz ultimately come out of the
ground, crawl up a few feet on the trunk of the nearest gum-tree
in the night, ana then, splitting along the back, the surprisingly
larger, winged, perfect insect creeps out, leaving the empty pupa
skin clinging to the tree quite perfect, even to the smallest hair or
other part, in the position of life. . . . Both sexes have short
lives in the perfect state, and may be seen lying about the ground
under the trees, dead or dying in abundance, after their noisiest
few days. This particular species chiefly frequents Lucalyptus
viminalis.

Psylla Eucalypit. A homopterous insect which, on the
leaves of Hucalyptus dumosa, produces “Lerp Manna’ (q.v).
This and many other species are in the preparatory stages covered
with a white cottony secretion, and their excrement forms threads
or masses of a gummy sucreous nature.

See a paper by Thos. Dobson, B.A., in the Proc. RS. Van
Diemen’s Land of 1851, on the life-history of this insect. Excel-
lent plates and full particulars of its life-history are given. A
reprint of a paper by Dr. Anderson, of Edinburgh, on the same
subject appears in the same volume.

FORAGE PLANTS.

A. GRASSES,

OR

NATURAL ORDER GRAMINEZ.

A FEW grasses, not useful as fodder plants, but having miscel-
laneous uses, have been placed here for convenience.

Hardly any group of plants is so variable as the present
one, hence the different statements made by different authors
in regard to some of the species.

ly Agropyrum scabrum, Beauv., (Syn. Festuca scabra, Labill. ;
F. rectiseta, F. Browniana, F. Billiardiert, Anthosachne aus-
tralastca, Steud.; Triticum scabrum, R.Br.; Vulpia rectiseta,
V. Browniant, V. scabra, V. Brauniana, Nees.), B.F1., vii.,
665. Agropyron in Muell. Cens., p. 135.

This grass is a good winter species. It stands the drought
well. It is rather coarse, growing plentifully on rich soil ; it is not
much relished by stock, but is eaten when young. The seeds are
very injurious to sheep, often causing blindness by penetrating
their eyes. They deteriorate wool greatly.

It has been rather differently described as follows:—*A
perennial grass ; grows about two feet in height ; does not perfect
its seed well; produces plenty of tender foliage, and is not much
affected by dry seasons, or easily injured by overstocking. It is a
valuable grass.”

* Iam indebted to Mr. Frederick Turner, Superintendent of Hyde Park Gardens,
Sydney, for some of the notes on grasses,

FORAGE PLANTS. 71

Differences in soil and latitude affect some grasses greatly.
Absence of these particulars in reports on individual species often
causes their reconcilement to be a matter of difficulty.

All the colonies.

2: Agropyrum velutinum, Vees., (Syn. Zrticum velutinum,

Hook. f.), B.FI., vii., 665.

Annual; seeds in October and November. This species is
not much relished by stock, when other and more palatable kinds
are obtainable. It grows plentifully on black soil, or on ground
liable to inundation.

Tasmania, Victoria, and New South Wales.

5 Agrostis scabra, Wel/d.,, (Syn. A. parviflora, R.Br.; A.
intricata, Nees ; A. laxiflora, Rich.; Trichodtum laxiflorum,
Mich.), B.FI., vii., 576.

‘* Slender Bent Grass.’’
A slender tufted, glabrous grass, of delicate, succulent habit.

It is useful, in spite of the prejudice which exists against

species of the grass.

In all the colonies except Western Australia and Queensland.

4. Alopecurus geniculatus, Zmv., (Syn. A. australis, Nees; A.
paniceus, Gider). B.FI., vii., 555.

“ Knee-jointed Fox-tail Grass.”’

A delicate annual spring grass, growing around shallow pools
of water. It is much relished by stock of all kinds and is very
nutritious, but unfortunately is of short duration, withering off on
the advent of hot weather. It seeds in September and October,
It should be observed that the opinions of some British authors in
regard to the value of this grass are contradictory.

5. Amphibromus Neesii, Svewd., (Syn. Avena nervosa, R.Br. ;
Danthonia nervosa, Hook.), B.Fl., vii. 589. Noted as
Danthonia nervosa in Muell. Cens., p. 134.

72 AUSTRALIAN NATIVE PLANTS.

A tall succulent, perennial grass, growing in and around
shallow pools of water ; it is of rather a fugitive nature, but during
its existence stock of all kinds are exceedingly fond of it. It
seeds in September and October.

All the colonies except Queensland.

6. Amphipogon strictus, &.2r., (Syn. A. caricinus, F.v.M.; A.
Brownet, F.v.M.; Mgopogon strictus, Beauv.), B,FI., vii.,
597:

A short, close-growing, perennial grass, growing on rich
loamy soil. Although attractive-looking from its vivid greenness,
it is not much eaten by stock whilst other more palatable kinds are
obtainable. Drought-resisting, and valuable when other kinds are
scarce, Seeds from October to January.

All the colonies except Tasmania.

7. Andropogon affinis, 7.2r., B.Fl., vii.,"530.
A good open pasture grass, which will stand close feeding:
It isa perennial dwarf-growing species; it stands drought well,
and on that account is valuable. It yields a fair amount of fodder.
New South Wales and Queensland.

8. Andropogon annulatus, Yorsk., B.FI., vii.."531.

** Blue Grass.”

Recommended as a meadow grass. It is both a summer and
winter grass. It does not grow fast in winter, but at the period of
its greatest growth it sends up an abundance of herbage. It is of
an upright habit of growth.

South Australia, Victoria, Queensland, and Northern Aus-
tralia.

9. Andropogon bombycinus, #.4r., B.FI., vii., 533.
‘““ Woolly-headed Grass.”
A valuable pasture grass, highly spoken of by stockowners,
and said to be very fattening. (Mr. P. A. O’Shanesy, however,
States that it is not at all relished by stock.) The bases of the

FORAGE PLANTS. 73

stems of this species, like those of several others of the genus, are
highly aromatic.
All the colonies except Tasmania.

10. Andropogon erianthoides, 7-v.J/., B.FI., vii., 529.

A very superior grass, and stock are considered to thrive
better upon it than upon most others. It produces a heavy crop
of rich, succulent herbage, much relished by all descriptions of
stock. It spreads from the roots, and also seeds freely.

“It would be hard to find a superior grass to this, for even
when eaten close to the ground, stock are said to do better on this
than on any other of our indigenous species.” /Bailey).

New South Wales and Queensland.

11. Andropogon intermedius, &.27., B.FI., vii., 531. (Syn. A.
tnundatus, F.v.M.)
A strong, erect-growing grass, yielding a quantity of feed
during the summer months.
All the colonies except ‘Tasmania.

12. Andropogon lachnatherus, Bevth., (Syn. A. procerus, F.v.M. ;
A filipendulinus, Hoch.), B.FI., vii., 534.
Produces a heavy crop of grass relished by stock ; found on

low, wet soils.
New South Wales and Queensland.

23, Andropogon pertusus, Wel/d., B.FI., vii., 531.
“ Blue Grass,”

Good for pasture, and very generally distributed. It stands
drought well, and is a fair winter grass, if the weather is not too
severe. It is very highly prized. It is not endemic in Australia.

South Australia, Victoria, New South Wales, and Queensland.

14. Andropogon refractus, &.2r., B.FI., vii., 534.
“Kangaroo Grass.”
A grass said to be excellent for either pasture or hay. It isa
very productive summer grass, but makes little growth during the

714 AUSTRALIAN NATIVE PLANTS.

winter, unless upon sheltered forest land. Its roots have a strong
aromatic flavour.

‘“‘It was usually a coarse jungle-grass, more like a rush or
sedge, and often completely concealing the horses. The species
was most commonly Axdropogon refractus, a worthless, weedy
grass, only good when young and green. In the dry state the
horses would not touch it.” (Tenison-Woods, Explorations in
Northern Australia.)

Victoria, New South Wales, and Queensland.

15. Andropogon sericeus, 2.Br., (Syn. A. chrysatherus, F.v.M. ;
A. annulatus, F.v.M.), B.F1., vii., 529.

* Blue Grass.”

This grass yields enormously during the summer months, but
not being permitted to seed, as it requires to do every few years,
it is now becoming scarce. It is one of the most esteemed of our
pasture grasses, beloved by all herbivorous animals. It grows on
rich, loamy soil, and seeds in October and November. It is per
ennial.

All the colonies, except Tasmania.

16. Anthistiria avenacea, 7.v.J7., (Syn. A. dasisertcea, F.v.M.),
B,FI., vii., 543.
“ Oat Grass,’ A ‘‘ Kangaroo Grass.”
In parts it is one of the most productive grasses in Australia,
and (unlike other kangaroo grasses) it possesses the advantage of
being a prolific seeder. It is nutritious and perennial, and pro-

duces a large amount of bottom-fodder. It seeds in November —

and December, is peculiar to the back country, and is found only
on the richest soil, only in a few places, and there over a limited
area. It grows in small detached tussocks; the leaves or blades
are eaten by stock, but the seed-stalks are left standing.

All the colonies, except Tasmania.

17. Anthistiria ciliata, Zz. (Syn. A. australzs, R.Be: 3
cespitosa, Anders, ; A. cuspidata, Anders.), B.F1., vii., 542.

‘‘Common Kangaroo Grass.”

FORAGE PLANTS. 715

A tall, perennial, upright-growing grass, often three feet in
height. The roots are strong, fibrous, and penetrating. It is
found in all parts of Australia, forms but few perfect seeds, and
these do not germinate freely. It is one of the finest and most
useful of the indigenous grasses. It remains green during the
summer, but turns a little brown during the autumn, when its
nutritive qualities are at the highest. Horses keep in better con-
dition on this grass, doing hard work, than on almost any other
species of native grass. Hooker wrote, in 1859: ‘‘ This is the
best fodder-grass in Australia.” Although in the eastern portions
of New South Wales, and also of Victoria, this is looked upon as
a good pasture grass, it is not much esteemed in western New
South Wales, and is not relished by stock. It is very restricted in
its habitat, being found chiefly in the back country, and there to
a limited extent, and only on the richest soils; in fact, the only
situations in New South Wales in which it is largely found are the
small rich alluvial flats, found in the gorges and valleys of the
rocky hills between the Lachlan and Darling. In such places it
grows very rank and luxuriant, and perhaps for this reason is not
liked by stock. It seeds in November.

Baron Mueller says: ‘‘ This is an excellent grass for stock,
and makes a larger amount of bottom-feed than the other kangaroo
grasses. Its growth should be encouraged by every means.”

It contains :—

Albumen ... Fc aa Ae 54) 2°O5,.DeG Cent:
Gluten. —..: ba a ey, nay,
Starch as iat ee a ao .0)
Gum aes aa is ms Lene:
Sugar Ass f. - 3300

(F.v.M., and L. Rummel).
All the colonies.

18. Anthistiria frondosa, 2.2)., N.O., Graminew, B.FI., vii., 542.

‘“‘ Broad-leaved Kangaroo Grass.”
A most useful grass, to judge by the manner stock feed it
down when young. (Armit.)
Etheridge River (Queensland), and Northern Australia.

76 AUSTRALIAN NATIVE PLANTS.

19. Anthistiria membranacea, Zzzd/., (Syn. Lseclema Mitchellit,

Anders.), B.FI., vii., 543.

‘‘ Barcoo Grass” of Queensland; called also ‘‘ Landsborough Grass.”

One of the best pasture grasses in Queensland. It is exceed-
ingly brittle when dry, and stock are so fond of it that they are
sometimes found licking the broken parts from the ground. It
seeds freely, and is particularly fitted for dry hot pastures, even of
desert regions. It is a quick-growing summer species. It is
fattening. Others remark that on account of its being so thinly
scattered on stiff clayey soils on the plains only, it is seldom eaten
by stock, and is consequently of little value. Annual; seeds in
November.

West and South Australia, New South Wales and Queensland.

20. Aristida arenaria, Gaudich, (Syn. A. contorta, F.v.M.;
Arthratherum arenartum, Nees.) ; B.FI., vii., 561.
A dry wiry grass, bad for sheep on account of its sharp seeds.
It is perennial, and seeds in October and November,
All the colonies except Tasmania.

21. Aristida calycina, &.2r., B.FI., vii., 563.

A dry, coarse, wiry grass, not relished by stock. It grows on
sandhills in detached tussocks. It is only eaten in times of
scarcity, and is of little value. The seeds are injurious to wool.
It is perennial, and seeds in November and December.

All the colonies except Tasmania and Western Australia.

22. Aristida depressa, Retz., (Syn. A. vulgaris, Trin.), WaGe

Graminez, B.F]., vii., 563.

Perennial ; seeds in Octoberand November. A rather coarse
grass, growing on sandy or light loamy soils, and not much liked
by stock.

New South Wales and Queensland.

23. Aristida leptopoda, Benth., B.FI., vii., 562.

A grass yielding a fair amount of fodder; found growing on
rich soils.

All the colonies, except Tasmania and Western Australia.

FORAGE PLANTS. 17

24. Aristida stipoides, R.Br., N.O., Graminez, B.FI. vii., 561.
A coarse, perennial grass, seeding in November growing on
sand-hills, and not relished by stock.
All the colonies, except Victoria and Tasmania.

25. Aristida vagans, Cav., (Syn. A. ramosa, Sieb. ; A. parviffora,

Steud.), B.FI., vii., 562.

A superior grass to A. calycina, though perhaps that is not
saying much. It keeps green in the winter. It is an annual ;
seeds in October and November; is an exceedingly coarse species ;
grows plentifully on sand-hills, and is only eaten by stock in times
of scarcity.

Victoria, New South Wales and Queensland.

26. Arthraxon ciliare, Beauv., (Syn. Batratherum echinatum,
Nees.; Andropogon echinatus, Heyne); N.O., Graminez,.
B.FI., vii., 524.

A broad-leaved, creeping grass, found about swamps.
New South Wales and Queensland.

27. Arundinella Nepalensis, 7777., (Syn. Acratherum miliaceum,

Eink,), B.F1., vii., 545.

A grass well adapted for hay. On the Darling Downs, under
cultivation, it has been cut three times during the season. In
some districts it yields a fair amount of fodder, in others it is of
a dry, coarse nature. It is not endemic in Australia.

Throughout Queensland.

28. Astrebla elymoides, Bar/., ef F.v.M., p. 660, Synop. Queens-
land Flora (Bailey).
“True Mitchell Grass.”

A strong-growing grass, the flowering spike resembling ears
of wheat ; is said to have highly fattening qualities. It is used as
food by the natives. It is one of our best pasture grasses, and
springs from every joint after rain; it will stand well through the
droughts, and is highly spoken of by all stockowners. The most
valuable fodder grass in Queensland.

78 AUSTRALIAN NATIVE PLANTS.

“T met this grass on the Warrego in 1876, when it was almost
the only grass showing any vitality.” (Bailey).
Queensland.

29. Astrebla pectinata, F.v.M. (Syn. Danthonia pectinata, Lindl).

B.FI., vii., 602.
‘© A Mitchell Grass.”

This is a valuable grass; it stands the drought well, and is
sought greedily after by stock. It isa perennial desert species, and
very fattening. It is often spoken of very favourably by the
squatters of Northern Queensland. It seeds in October and

November.
South Australia, New South Wales and Queensland.

30. Astrebla triticoides, 7.v.4/., (Syn. Danthonia triticoides,

Lindl). B.FI., vii., 602.

** Mitchell Grass.”

A strong growing grass. The flowering spikes resemble ears
of wheat, and are said to have highly fattening qualities. It is
somewhat wiry, and grows on stiff clayey soil. It is readily
eaten by stock, but is by no means plentiful. It is perennial, and
seeds in November and December.

South Australia, New South Wales and Queensland.

31. Astrebla triticoides, var. lappacea, /.v.17., (Syn. Danthonia
lappacea, Lindl).

This grass, although of a coarser nature than A. pec/inata,
possesses the same characteristics, and from the well-known
fattening and drought-resisting qualities of both species, they are
deserving of cultivation. Seed has been sent to America for trial
in the Southern States.

Central Australia.

32. Bromus arenarius, Zadcl/., (Syn. B. australis, R.Br). B.FI.,
vii., 661.
“ Wild Oats.” ‘‘ Sea-side Brome-grass.”’
An annual early spring grass, very rare in Queensland; in
other colonies it is more abundant. It makes its growth during

FORAGE PLANTS. 79

winter and early spring. It makes excellent hay. Seeds August
to October. It is a delicate species, growing on rich moist soil ;
is of an exceedingly fugitive nature, withering off quickly on the
advent of dry weather.

Buchanan (/ndigenous Grasses of New Zealand) speaks of
it as a common sea-side weed, which from its dry woolly nature
is very unpalatable to all kinds of stock. Some authorities, how-
ever, state that cattle are fond of it.

All the colonies except Tasmania.

33- Cenchrus australis, R.Br., (Syn C. echinatus, var. Trin.),

B.F1., vii., 497.

This grass affects moist banks, and is very nutritious, but
its long spikes of clinging seeds prevent cattle from feeding on
it. (O’Shanesy.)

New South Wales and Queensland.

34. Chionachne cyathopoda, #.7.47,,(Syn Sclerachne cyathopoda,
F.v.M.), B.FI., vii., 516.
It is a valuable fodder grass, yielding a large return.
Tropical and Eastern sub-tropical Australia.

35. Chloris acicularis, Zzzd/., (Syn. C. Moore’, F.v.M.), B.F1.,
Vii., 612.
“* Lesser Star Grass.”
Similar to C. d/varicata, and grows on similar soil. It seeds
in November and December.
All the colonies, except Tasmania.

36. Chloris divaricata, &.2r., B.FI., vii., 612,
‘““Dog-tooth Star Grass.”

An early grower, and although the stalks appear dry, it
yields a quantity of nutritious feed. The flower panicles give it
an uninviting appearance. It is a succulent and highly relished
perennial summer grass, growing thickly on rich, loamy soil, and
seeds in November and December.

Queensland and Northern Australia.

80 AUSTRALIAN NATIVE PLANTS.

37. Chloris scariosa, 7.v.JZ, B.Fl., vii., 614.

Particularly recommended as a pasture grass. It is scarce
out of the Rockhampton district. (Bailey.)
Tropical Australia.

38. Chloris truncata, 2.27., B.FI., vii., 612.
‘* Windmill Grass.”

An erect species, found in Queensland, on the Condamine
River. It is perennial and showy, an excellent summer and
autumn grass, of ready growth, and relished by stock.

All the colonies, except Tasmania and Western Australia.

39. Chloris ventricosa, #.2r., (Syn. C. sclerantha, Lindl.), B.FL.,
vii., 613. ;
‘© Blue Star Grass.”
An erect, quick-growing species, found along the borders of
scrubs. It produces a large quantity of leafy feed.
New South Wales and Queensland.

40. Chrysopogon Gryllus, Z7i., (Syn. Andropogon Gryllus,
Linn., Holcus Gryllus, Trin.) ; B.FI., vii., 537. Noted in
Muell. Cens., p. 132, as Andropogon Gryllus.

An excellent pasture grass, easily recognised by its golden
beard. It produces a large quantity of feed during the summer
months. It is not endemic in Australia.

All the colonies, except Tasmania.

4l. Chrysopogon parviflorus, Benth., (Syn. C. violascens, Trin. ;
C. montanus, Trin.; Andropogon montanus, Roxb.; A.
micranthus, Kunth.; Holcus parvifiorus, R.Br.; H. cerul-
escens, Gaud.; Anatherum parviflorum, Spreng.; Sorghum
parviflorum, Beauv.); B.FI., vii., 538. Referred to in Muell.
Cens., p. 132, as Andropogon montanus.

‘Scented Grass.”
A tall, strong-growing, coarse grass, deep-rooted, and of
stoloniferous habit. It is partial to rich flats. The flower panicles
possess a peculiar perfume. It is of too dry a nature to be of

FORAGE PLANTS. 8I

value for fodder. Mr. P. A. O’Shanesy however states that cattle
are fond of it.

Victoria to Northern Australia.

42. Cynodon dactylon, Pers., (Syn. Panicum dactylon, Linn. ;

Digitaria stolonifera, Schrad.) ; B.F1., vii., 609.

“Indian Doub Grass,” ‘‘ Couch Grass.”

This is generally considered an introduced grass, but it is,
however, indigenous. It is good for pasture, especially when
mixed with white clover. Sheep are very fond of it. It is a most
troublesome weed in cultivated places.

All the colonies except Tasmania.

43. Cynodon tenellus, &.2r., (Syn. C. altior, F.v.M.); B.FI., vii.,
609.
This is one of the creeping grasses. It makes a quantity of
feed during summer. Stock are fond of it.
Queensland.

44. Danthonia bipartita, “.v.JZ., (Syn. Monachather paradoxus,
Steud.); B.FI., vii., 592.

Available as a tender-leaved and productive perennial grass
for arid country. Mr. Buchanan (/udigenous Grasses of New
Zealand), remarks that the Dazthonias seem to possess an inherent
recuperative power, which enables them at any time, when the
destroying agency is removed, to renew their growth, and spread
in abundance. This may be partly ascribed to their capacity of
ripening abundance of seed, and their ready adaptation to climatic
changes and difference of soil.

Ali the colonies except Tasmania,

45. Danthonia longifolia, K.br.; BBL. vil....593. United. in
Muell. Cens., p. 134, with other species toform D. penzczllata.
‘© White-topped Grass.”’
This grass is of a wiry nature on the Darling Downs (Queens-
land), but on the coast it yields a fair amount of fodder.
Southern Queensland and New South Wales.
G

82 AUSTRALIAN NATIVE PLANTS.

46. Danthonia pallida, R.Br., B.FI., vii., 593. United in Muell.

Cens., p. 134, with other species to form D. penictllata.

‘* Silver Grass.”

A fine useful, drought-resisting species, growing plentifully in
stiff clayey soil, and much relished by stock of all descriptions.
It is perennial, and seeds in September and October.

Throughout Australia.

47. Danthonia penicillata, 7.v.J/,, B.Fl., vii, 592. Baron
Mueller’s name to include D. pallida, D. longifolia, D.
robusta, D. racemosa, D. pilosa, D. semiannularis, D.
setacea, D. paucifiora; but Bentham, while conceding that
some of them may require further investigation, considered
they should at least be distinguished as marked races.

“Wallaby Grass.”

This perennial grass is useful for artificial mixed pasture. It
is principally valuable in spring. It is one of the most variable of
grasses.

Throughout Australia.

48. Danthonia racemosa, #.2r., B.FI., vii., 594. (See D. pentcil-

Jata, under which species this is included by Baron Mueller.)

“Mulga Grass.”

Peculiar to the back country. It derives its vernacular name
from being only found where the Mulga-tree (Acacia aneura and
other species) grows ; it is a very nutritious and much esteemed
grass. Perennial; seeds in October and November.

49. Danthonia robusta, v.17, B.FI., vii, 593. United by
Baron Mueller, Cens., p. 134, with other species to form D.
penicillata.

Forms large patches of rich foliage at the very edge of
glaciers.
Australian Alps (Victoria and New South Wales).

50. Deyeuxia Forsteri, Kunth., (Syn. Agrostis Solandri, F.v.M.;
A. Forstert, Roem, et Schult; A. @mula, R.Br.; A. retro-
fracta, Willd.; A. semzbarbata, Trin.; A. debilis, Poir;

FORAGE PLANTS. 83

Lachnagrostis retrofracta, Trin.; Z. Willdenow7t, Trin. ;
Calamagrostis emula, Steud.; C. Willdenow7t, Steud) ; B.F1.,
vii., 579. Noted as Agrostis Solandri in Muell. Cens.,

p- 133.
‘© Toothed Bent Grass.”

Produces a large quantity of sweet fodder in damp localities,
valuable for pastures. It is essentially a winter-grass, dying out
on the approach of summer.

Its percentage composition is :—

Albumen ... sae an 4.08
Gluten a ae am 8

Starch ve eo A, I 34
Gum es et = 2.50
Sugar a Si a 9-75

(Mueller and Rummel),

It seeds in September and October. Some authorities say
that it is rather a coarse grass, and not much relished by stock,
but is eaten while young. Its pointed seeds are very injurious to
wool, and frequently cause blindness.

All the colonies.

51. Dichelachne crinita, Zook, £, (Syn. D. Hookeriana, Trin. ;
D, Forsteriana, Trin. ; D. comata, Trin.; D. longiseta, Trin. ;
D. vulgaris, Trin. ; Anthoxanthum crinitum, Linn.; Agrostis
crinita, R.Br.; Muehlenbergta crinita, Trin. ; JZ. mollicoma,
Nees; Apera crinita, Palisot), B.Fl., vii., 574.

‘“‘Long-hair Plume Grass.”

A good winter species which grows quickly and_ bears
abundance of seed.

“Tt is a valuable grass, and forms, when in flower, a promi-
nent feature in pasture. Asa pasture grass, when grown under
favourable circumstances on rich valley bottoms with perennial
moisture, it is very succulent, but when on dry clay hills it is harsh
and scanty ; its nutrient qualities may be admitted, forming as it
does a large constituent of pastures famous for fattening stock.
As a fodder grass it possesses considerable bulk, and would add

84 AUSTRALIAN NATIVE PLANTS.

much value to a mixed crop of hay. (Buchanan, Juzdigenous
Grasses of New Zealand).

All the colonies.

52. Dichelachne sciurea, Wook. 7, (Syn. D. Szeberiana, Trin. ;
D. vulgaris, Trin.; D. montana, Endl.; Agrostis sciurea,
R.Br. ; A. rara, Nees. ; Muehlenbergia scturea, Trin. ; Stipa
Dichelachne, Steud.); B.FI., vii, 574. Vide also Muell.
Fragm., viii., 105.

‘‘ Short-hair Plume Grass.”

One of the best winter grasses; a quick grower, and an
abundant seeder. It is of slender, succulent habit, and would
become valuable as a fodder plant, if cultivated. It is a small,
tufted, glabrous species.

New South Wales and Queensland.

53. Diplachne fusca, Beauv., (Syn. Festuca fusca, Linn. ; Lepto-
chloa fusca, Kunth; T7ritodia ambigua, R.Br.; Uralepis
fusca, Steud.; U. Drummondiz, Steud.) ; B.F1., vii., 619.
This species is found in low, wet ground ; it yields a succulent

herbage relished by stock. It is a highly nutritious perennial

grass, and seeds in October and November.

All the colonies except Tasmania.

54. Diplachne loliiformis, 7:v.J7., (Syn. Festuca, or Leptochloa
loliiformis, F.v.M.), B.FI., vii., 618.
A good pasture grass, of slender habit. It is low-growing,
plentiful on light, loamy, or sandy soils, and a good sheep grass.
Perennial ; seeds in October.

All the colonies except Tasmania and Western Australia.

55. Distichlis maritima, Rafinesgue, (Syn. D. shalassica, E.
Desv.; Brizopyrum spicatum, Hook. et Arn.; Uniola dis-
tichophylla, Labill.; Poa distichophllya, R.Br.; P. paradoxa,

FORAGE PLANTS. 85

Roem. et Schult.; P. Michauxt, Kunth; P. ¢halassica,
Kunth. ; Festuca distichophylla, Hook. f.) ; B.FI., vii., 637.

This dwarf creeping grass is of great value for binding soil,
forming rough lawns, useful for edging garden plots in arid places,
and covering coast sand.

All the colonies except Western Australia and Queensland.

56. Echinopogon ovatus, Beauv., (Syn. £. Siebert, Steud. ;
Agrostis ovata, Forst.; Cinna ovata, Kunth; Hystericina
alopecurioides, Steud.) ; B.F1., vii., 599.

“ Rough-bearded Grass.”

An erect, glabrous grass, found plentifully throughout the
winter months along the banks of riversand creeks. Mr. Buchanan
Cndigenous Grasses of New Zealand) speaks of it as a harsh,
scabrid grass. He states that it is eaten by sheep and cattle, but
is of little value on account of its harsh, non-succulent foliage and
straggling habit.

All the colonies.

57. Ectrosia leporina, #.Zr., B.FI., vii., 633.

Perennial ; seeds in October and November. A good pasture
grass.
New South Wales to Northern Australia.

58. Ectrosia leporina, var. micrantha, &.2r., B.Fl., vii., 634.

Perennial ; seeds in October and November. A somewhat
uncommon grass, growing on sandy soil, and not of much value
on account of its rarity.

North Queensland.

59. Hleusine epyptiaca, Pers., (Syn. Z. cruciata, Lam.; £.
radulans, R.Br.; Cynosurus egyptius, Linn.; Dactyloctentum
e@gyptiacum, Willd.), B.F1., vii., 615.

“ Egyptian Finger Grass.”

86 AUSTRALIAN NATIVE PLANTS.

This is a fine dwarf succulent open pasture grass, highly
spoken of by sheep owners. It is a very nutritious annual, of
prostrate habit, growing plentifully on rich soils; seeds in October.

“Tt is deserving of extensive cultivation.” (Bailey).

All the colonies except Tasmania.

60..Hleusine indica, Ger/n., (Syn. £. marginata, Lindl. ;
Cynosurus tndicus, Linn.; Panicum compressum, Forst.);
B.FI.. vii., 615.

In the southern districts this is a strong succulent pasture
grass in summer; but further north it affords good pasture
throughout the season, and may be recognised by its deep green
colour, strong stalks, and star-like panicle, the spikelets of which
are flatand broad. This plant is not endemic in Australia.

New South Wales and Queensland.

61. Blionurus citreus, IZunro, (Syn. Andropogon citreus, R.Br.);
B.FI., vii., 510.
A leafy grass, with slender stems, bearing spikes of a strong
citron scent.
Northern Queensland.

62. Eragrostis Brownii, Nees, (Syn. Poa Brownz, Kunth.; P.
polymorpha, R.Br. ; Megastachyva polymorpha, Beauv.); B.FI1.,

vii., 646.

There are several varieties of this fine pasture grass, common
on both rich and poor soils, producing an abundance of foliage;
it bears hard feeding, and is one of the best grasses to stand both
summer and winter. In fact it keeps beautifully green in the
driest Australian summer, even on poor soil.

All the colonies except Tasmania.

63. Eragrostis Brownii, /Vees, var. interrupta, (Syn. Z. inéer-
rupta, Steud.; Poa interrupia, R.Br.) ; B.FI., vii., 647.
A stronger grower than the normal species, but its qualities
are much the same.
Queensland and New South Wales.

FORAGE PLANTS. 87

64. Eragrostis chetophylla, Svewd., (Syn. E. settfolia, Nees ;
Poa.diandra, F.v.M.); B.FI., vii, 648. Noted in Muell.

Cens., p. 135, as LZ. sefzfolia.

A wiry, but excellent fodder grass, perennial, and growing
on stiff loamy soil. It seeds in November and December.
All the colonies except Tasmania and Victoria.

65. Eragrostis eriopoda, Benzh., B.FI., vii., 648.

Though of rather a wiry nature, this grass is eagerly eaten by
stock, and has remarkable drought-resisting powers. It grows on
clayey soil, and stock are very fond of it; it is perennial, and
seeds in November and December, as do all the species of this
grass.

South Australia, New South Wales, and Northern Australia.

66. Eragrostis faleata, Gaud., (Syn. Poa falcata, Gaud.); B.FI.,
vii., 649.
Peculiar to the back country ; only grows on sandy soil.
All the colonies except Tasmania. __

67. Eragrostis lanifiora, Benth., B.FI., vii., 648.

Found on clayey soil only; one of the grasses of the remote
interior.

South Australia, New South Wales, and Queensland.

68. Eragrostis lacunaria, /.v.J7,, B.FI., vii., 649.

A fine, but rather wiry grass, on sandy soil; it is perennial,
and is an excellent pasture grass, according to some, while others
state that it is of little value for feed.

All the colonies except Tasmania and Western Australia.

69- Eragrostis leptostachya, S/ewd., (Syn. Poa leptostachya,
R.Br., B.FI., vii., 645.

A slender growing grass, yielding a fair amount of fodder.
New South Wales and Queensland.

88 AUSTRALIAN NATIVE PLANTS.

70. Eragrostis pilosa, Beauz., or Paliso¢ (?) (Syn. £. parviflora,
Trin. ; Z pellucida, Steud.; Poa pilosa, Linn.; P. verticil-
lata, Cav.; P. parviflora, R.Br.; P. pellucida, R.Br.) ; B.F1.,
vii., 645.

A very abundant, erect, tufted annual grass, affording good
feed to stock throughout the season. It is a delicate species, and
seeds in abundance.

South and Western Australia, Victoria, New South Wales,
and Queensland,

71 Eragrostis tenella, Beaw7,, (Syn. Poa éenella, Linn.), B.FI.,
vii., 643.
An erect, tufted annual, and a fine productive grass for a
sheep run.

All the colonies except Tasmania.

72. Briachne obtusa, &.Zr., B.FI., vii., 632.

A variable grass, making a quantity of feed. It is peculiar to
the back country, where it grows on sandy soil, and, although of
a somewhat wiry nature, is much relished by stock. It is not
plentiful ; it is perennial, and seeds in October and November.

New South Wales, Queensland, South and Western Australia.

73. Briachne squarrosa, #.r., (Syn. Azra sguarrosa, Spreng.) ;
B.F1., vii., 628.

An erect-growing species, and a good pasture grass.
Northern Queensland.

74. Briochloa annulata, Kunth, (Syn. Paspalum annulatum,
Fligge ; Helopus annulatus, Nees); B.F1., vii., 463.

A quick-growing, succulent grass, highly relished by stock.
It is perennial, and endures moderate cold, and in South Queens-
land affords fodder all the year round. It resists drought.
(Bailey.) It stands well during the winter months, and makes
early spring growth. It is annual, and seeds in December,

Queensland, New South Wales and South Australia.

FORAGE PLANTS. 89

75. Eriochloa punctata, Mamzlt., (Syn. Milium punctatum,
Linn. ; Paspalum punctatum, Fligge) ; B.FI., vii., 462.

This is an excellent grass, both for summer and winter ; it is
rapid-growing, sweet, and succulent, and is greatly relished by
stock. It is perennial, and grows on stiff, clayey soil. Seeds in
November and December.

Queensland, Victoria, and New South Wales.

76. Festuca ovina, Zzvn., (Syn. #. duriuscula, Linn.) ; B.FI.,, vii.,

664. F. durtuscula in Muell. Cens., p. 134.

‘“‘ Sheep’s Fescue.”

A perennial grass, thriving on widely different soils, even on
-moory and sandy ground. It yields a good crop, resists drought,
and is also well adapted for lawns and the swards of parks. It is
not endemic in Australia.

All the colonies except Queensland and Western Australia.

777, Glyceria dives, /.v.17., (Syn. Festuca dives, F.v.M.; Poa dives,
F.v.M.); B.FI., vii., 659. Poa dives in Muell. Cens., p. 134.

One of the most magnificent of all sylvan grasses, not rarely
twelve feet, and exceptionally seventeen feet high ; root perennial,
or, perhaps, of two or three years’ duration. This grass deserves
to be cultivated in any forest tracts, as it prospers in shade ; along
rivulets in deep soil it assumes its grandest forms. It requires a
cool climate. The large panicle affords nutritious forage.

Victoria, from West Gippsland to Dandenong, and the
sources of the Yarra and Goulburn.

78. Glyceria fiuitans, #.2r., (Syn. Festuca fiuttans, Linn.) ;
B.FI., vii., 657. Poa fluitans, Scopoli, in Muell. Cens.,

p. 134.

“Manna Grass.”

Perennial; excellent for stagnant water and slow-flowing
streams. The foliage is tender. The seeds are sweet and palat-
able, and are in many countries used for porridge.

All the colonies except Queensland.

go AUSTRALIAN NATIVE PLANTS.

79. Glyceria Fordeana, 7.7.47, (Syn. Poa Fordeana, F.v.M.);
B.FI., vii., 637. Poa Fordeana in Muell; Cens., p. 134.

Perennial ; seeds in September and October. An excellent
fodder grass, rich and succulent, growing plentifully in moist —
situations.

South Australia, Tasmania, and New South Wales.

80. Glyceria ramigera, 7.v.4Z, (Syn. Poa ramigera, F.v.M.);
B.FI., vii., 659. Poa ramigera in Muell. Cens., p. 134.
“Cane Grass,” ‘‘ Bamboo Grass.”

A tall cane-like species, growing plentifully in large detached
tussocks in “clay pans,” or as they are locally termed, “cane
swamps.” It is largely used for thatching purposes, for which it
is admirably adapted. Roofs twenty years old made of this grass
are standing and are waterproof still. Stock are exceedingly fond
of the seed-heads and young succulent shoots. It seeds as a rule
in November and December, and is perennial.

South Australia, Victoria, and New South Wales.

81. Hemarthria compressa, #.4r., (Syn. H. uncinata, R.Br.);
BF). vil;45, 10:

A strong, hard grass, with creeping roots, found on wet sour
soils, and useful for covering land of that description.
Throughout the colonies.

82, Heteropogon contortus, Rem. et Schult., (Syn. 7. hirtus, Pers. ;
Andropogon contortus, Linn.; A. sfriafus, R.Br.); B.FI.,
vii., 517. Andropogon contortus in Muell. Cens., p. 132.

“Spear Grass.”
A splendid grass for a cattle run, as it produces a great
amount of feed, but is dreaded by the sheep-owner on account of
its-spear-like seeds.

Western Australia; New South Wales to Northern Australia.

83. Heteropogon insignis, Ziw., (Syn. Andropogon triticeus,
R.Br.); B.FI., vii, 517. Noted in Muell. Cens., p. 132, as

Andropogon triticeus.

FORAGE PLANTS. gi

A robust perennial, and one of the tallest of our tropical
grasses. The flower-stalks attain a height of eight to twelve feet,
and are hard and cane-like, but a quantity of leafy feed is produced
at their base. Its strong and wiry roots penetrate from two to
three feet into the ground. Cattle and horses are extremely fond
of it. This plant is not endemic in Australia.

Queensland and Northern Australia.

84. Hierochloa alpina, Rem. et Schult. (Syn. H. borealis

Schroeder ; H. odoratus, Linn.; H. Frasert, Hook.); B.FI.,

vii.. 559, where it is given var. Prasert of HX. redolens.

H. redolens in Muell. Cens., p. 132.

“Holy Grass.”

This is a very sweet scented grass. Much historical interest
is attached to this species in some parts of Europe, from a long-
prevailing custom of strewing it before churches on certain festivals.
In Sweden it is hung over beds, in the belief that it induces sleep ;
and in Iceland it is used to scent the clothes and apartments of
the inhabitants. According to Cuthbert W. Johnson, its nutritive
qualities are greater than in most of the early spring grasses; but
from the paucity of its foliage it cannot be recommended in
agriculture. From this opinion it may be concluded that this
species will be valuable in the sub-alpine pastures of New Zealand
as an early and nutritious food, and, from its small growth, be well
adapted for sheep. (Buchanan, J/udigenous Grasses of New
Zealand).

In Tasmania, Victoria, and New South Wales.

85. Hierochloa redolens, &.2r., (Syn. H. antarctica, R.Br.;
Hlolcus redolens, Forst.; Melica magellanica, Desv.; Dis-
arrhenum antarcticum, Labill.; Zorresta redolens, Brown) ;
B.FI., vii., 558. (A/verocloe in Muell. Cens.)

“«Scented Grass.”
A tall, perennial, nutritious grass, with the odour of Coumarin.

It is worthy of dissemination on moist pasture land. These

grasses are particularly valuable for their fragrance as constituents

g2 AUSTRALIAN NATIVE PLANTS.

of hay. Averochloas are particularly suitable for cold, wet, moory
grounds. This plant is not endemic in Australia.
Tasmania, Victoria, and New South Wales.

86. Imperata arundinacea, Cyr., B.FIL., vii., 536.
‘*‘ Blady Grass.”’

This is one of the grasses most frequently met with on rich
alluvial land, is one of the most common grasses of Northern
Australia, and produces, after being burnt, a large quantity of
succulent feed, relished by stock. When kept eaten down in the
spring, and not allowed to become rank, it affords good feed for a
considerable length of time.

All over the colonies.

87. Isachne australis, &.2r., (Syn. Panicum atrovirens, Trin. ;
P. antipodum, Spreng.); B.Fl., vii., 625. Recorded as
Panicum atrovirens in Muell. Cens., p. 130.

A perennial grass, not large, but of tender, nutritive blade,
particularly fitted for moist valleys and woodlands. It is greedily
eaten by all kinds of stock ; it also grows in India, China, etc.
Mr. Buchanan says that little is known of this grass except in
the Auckland district, New Zealand, where, according to Kirk, it
is abundant in swampy places. He calls it a valuable grass.

Eastern Australia.

88. Ischemum australe, 2.2r., (Syn. Andropogon cryptatherus,

Steud.), B.FI., vii., 519.

This species is found near rivers and swamps; it has a
creeping underground root, from which it springs up quickly,
yielding a good deal of fodder.

New South Wales and Northern Australia.

89. Ischemum laxum, &.2r., (Syn. Andropogon nervosus,
Rottb.; Hologamium nervosum, Nees) ; B.FI., vil., 522.
‘* Rat-tail Grass.”

FORAGE PLANTS. 93

An upright, slender growing grass; found throughout the

colony, rather coarse, but yielding a fair amount of feed, which is
readily eaten by cattle.

Queensland and Northern Australia.

go. Ischeamum pectinatum, Z7r7v., (Syn. Andropogon falcatus,
Steud.); BPI. vii., 521.

This is a fine growing grass, forming dense tufts of herbage.
New South Wales and Queensland.

gt. Lappago racemosa, Wrl/d., (Syn. Tragus racemosus, Desf.);
B.FI., vii., 506.

racemosus.

Noted in Muell. Cens., p. 131, as Zragus

An annual, found on ridges, and a good grass for winter and
early spring. It is very similar in habit to Panicum helopus ;
stock are very fond of it; it seeds in October and November.

All the colonies except Western Australia and Tasmania.

g2. Leersia hexandra, Swarfz., (Syn. Z. australis, R.Br.; L

mexicana, Kunth; Asprella australis, Roem. et Schult.) ;
B.FI., vii., 549.

‘© Rice Grass.”
A rough-leaved species, common along the watercourses of
Queensland. Stock are remarkably fond of it.

New South Wales and Queensland.

93. Leptochloa chinensis, Vees, (Syn. Z. ¢fenerrima, Roem. et
Schult; Poa decipiens, R.Br.; P. chinensis, Keen; Eragrostis
decipiens, Steud.; Eleusine chinensis, F.v.M.); B.FI., vii.

617. Noted in Muell. Cens., p. 134, as Eleustne chinensis.

An excellent pasture grass, much relished by stock; it has

tender panicles, and grows from two to three feet high. It is not
endemic in Australia.

New South Wales and Queensland.

94 AUSTRALIAN NATIVE PLANTS.

94. Leptochloa subdigitata, Trin,, (Syn. Poa digitata, R.Br. ;
Eleusine digttata, Spreng.; E. polystachya, F.v.M.); B.F1.,
vii., 617. Noted in Muell. Cens., p. 134, as LZleusine
digitata,
Valuable for fixing wet river banks and slopes ; it forms large
patches ; cattle and horses relish it.

All the colonies except Victoria and Tasmania.

95. Microlena stipoides, &.2r., (Syn. M. Gunnii, Hook. f.;
Ehrharta stipotdes, Labill.); B.Fl., vii., 552. Noted in

Muell. Cens., p. 132, as Lhrarta stipoides,

“‘ Weeping Grass,”’ “*‘ Meadow Rice Grass.”

A perennial grass, which keeps beautifully green all through
the year. For this reason its growth for pasturage should be
encouraged, particularly as it will live on poor soil, provided it be
damp. It is considered nearly as valuable as Kangaroo grass,
and in the cool season more so. Mr. Bacchus finds it to bear
overstocking better than any other native grass, and to maintain a
close turf. It is valued in New Zealand. High testimony of the
value of this grass is also given by Ranken, after experiments
extending over many years. It, however, does not always freely
seed. An analysis made in spring gave the following results :—

Albumen ... ioe Je ee
Gluten es ute ia g°13
Starch “5 oy oy 1°64
Gum... ee ae ea) SRZE
Sugar ef Br ne = Ses

(F.v.M. and L. Rummel).
Throughout the colonies.

96. Neurachne Mitchelliana, ees, B.FI., vii., 508.
“Mulga Grass.”
With its companion, WV. Munrot (F.v.M), eligible as a
perennial fodder grass for naturalisation in sandy or dry sterile

land. It endures drought, but requires heavy rain to start anew.
{R. S. Moore.)

FORAGE PLANTS. 95

According to Mr. Bailey it produces good pasture feed, and
is relished by stock of all kinds. It is a short, thickly-growing
species, peculiar to back country; seeds in September and
October.

South Australia, Victoria, New South Wales, and Queens-
land.

97- Neurachne Munroi, “v.47, (Syn. Panicum Munrot, F.v.M.);
BP le, vii., 508.

A very rare grass, peculiar to the back country, and only
found amongst Mulga scrubs (Acacia aneura and allied species).
Interior of South Australia, Victoria, and New South Wales.

98. Oplismenus compositus, Beauv., (Syn. Panicum compositum,
Linn.; Orthopogon compositus, R.Br.) ; B.F1., vii., 491.

This is a useful grass for covering ground under the shade of
trees. It is not of much use for fodder, as stock seldom touch it.
Victoria, New South Wales, and Queensland.

99. Oplismenus setarius, var., Rem. e¢ Schult., (Syn. O. emulus,
Kunth ; Panicum imbecille, Trin.; Orthopogon camulus,
R.Br.; Hekaterosachne elatior, Steud.) ; B.FI., vii., 492.
Under Sefarta glauca in Muell. Cens., p. 130.

“Slender Panic Grass.”

A sparse-foliaged grass, not adapted for pasture, its usual
habitation being under the shelter of bush. It may be termed an
unsocial grass, as it is most commonly found growing in isolated
patches, and it probably could not exist under a struggle for
place with grasses of more robust habit on open land. Cattle eat
this grass readily, but their relish for it must be greatly lessened
by the large amount of foreign matter, such as dead leaves, with
which it is usually associated ; it may, therefore, be classed with
some other bush grasses as an auxiliary to supplement neigh-
bouring pastures during .dry seasons. (Buchanan, Judigenous
Grasses of .New Zealand.)

South Australia and Victoria, to Northern Australia,

96 AUSTRALIAN NATIVE PLANTS.

100. Panicum bicolor, #.2r., B.FI., vii., 487.

A good, useful perennial pasture grass, growing thickly on
sandhills. It seeds in November and December.

New South Wales and Queensland.

101. Panicum brevifolium, 77/iig.. (Syn. P. tenuzflorum, R.Br.);
B.FI., vii., 461.
This grass has a running stem, and forms a good bottom as
a pasture grass. (Bailey.) It is not endemic in Australia.
New South Wales, Queensland, and Northern Australia.

102. Panicum ceenicolum, 7-v.4/., B.FI., vii., 467.

Valuable as a lasting grass for moist meadows.
All the colonies except Queensland and Tasmania.

103. Panicum colonum, Zz7z., (Syn. Oplismenus colonum, Kunth);

B.FI., vii., 478.

“Shama Millet” of India; called also, in parts of India, ‘‘ Wild Rice ”
or “ Jungle Rice.”

Has erect stems from two to eight feet high, and very
succulent. The panicles are used by the aboriginals as an article
of food. The seeds are pounded between stones, mixed with
water, and formed into a kind of bread. It is not endemic in

Australia.
Composition of Shama (husked)—
In 100 parts. In 1 Ib.
Water a: 12.0 sae I OZ. 403 gIs.
Albuminoids 9.6 <a l jy 238
Starch ae 74:3 PE Ll... Socom
Oil <p 6 a 12"
Fibre Me. 1.5 oA 1OG tes
Ash wa 2.0 140-5

Food-grains of India. (Church).
North Queensland.

104. Panicum crus-galli, Zinn., (Syn. Oplismenus crus-galli,
Kunth ; Echinochloa crus-gallt, Beauv.); B.F1., vii., 479.
“The Barnyard, or Cockspur Grass,”

FORAGE PLANTS. 97

A strong-zrowing grass, which affords a large amount of feed
to cattle in seasons of scarcity, and is much improved by cultiva-
tion. It is from one to eight feet high, and is found in swamps.
It is a rich but annual grass of ready, spontaneous dispersion,
particularly along sandy river banks, also around stagnant water.
It will succeed also on somewhat saline soil, particularly on
brackish watercourses, also in moor land. It is regarded by
R. Brown as indigenous in Eastern and Northern Australia, and
Bentham, while retaining the species, observes that this common
weed of most tropical and temperate countries has probably been
introduced in some of the Australian localities. In an English
work it has been described as “a strong, coarse grass, found in
moist, arable land in Great Britain, but of no agricultural use.”
(Parnell). But according to Bailey, speaking of its adaptability
for Queensland, ‘‘this fine, succulent grass is well adapted for
sowing on damp land, for cutting like sorghum for fodder. If cut
early it will make a second growth. Horses are particularly fond
of it.”

All the colonies except Tasmania.

105. Panicum decompositum, R.Br., (Syn. P. proliferum, F.v.M.;

P. amabile, Balansa; P. /evinode, Lindl.) ; B.F1., vii., 489.

“ Australian Millet,” “Umbrella Grass,” “ Tindil” of the aboriginals of
the Cloncurry River, North Queensland.

One of the most valuable of the Darling Downs (Queensland)
grasses. Under cultivation it has yielded in one season over three
tons of hay per acre. It is a semi-aquatic species, tall, coarse,
and succulent, producing abundance of feed, and greatly relished
by stock. It seeds in December and January. It is short-lived,
but is one of the most spacious of Australian nutritious species.
The aborigines convert the small millet-like grains into cakes.

Alluding to this grass, Sir Thomas Mitchell (Zhree Ex pedr-
tions) pp. 237 and 290, says :—“In the neighbourhood of our
camp the grass had been pulled to a very great extent, and piled
in hay-ricks, so that the aspect of the desert was softened into the
agreeable semblance of a hay-field. The grass had evidently been
thus laid up by the natives, but for what purpose we could not

H

98 AUSTRALIAN NATIVE PLANTS.

imagine. At first I thought the heaps were only the remains of
encampments, as the aborigines sometimes sleep on a little dry
grass, but when we found the ricks, or hay-cocks, extending for
miles, we were quite at a loss to understand why they had been
made. All the grass was of one kind, and not a spike of it was
left in the soil, over the whole of the ground. . . . We were
still at a loss to know for what purpose the heaps of one particular
kind of grass had been pulled, and so laid up hereabouts.
Whether it was accumulated by the natives to allure birds, or by
rats, as their holes were seen beneath, we were puzzled to deter-
mine. The grass was beautifully green beneath the heaps, and
full of seeds, and our cattle were very fond of this hay.” (See
“‘ Foods.’’)

This plant is not endemic in Australia.

All the colonies except Tasmania.

106. ‘Panicum distachyum, Linn., (Syn. P. subguadriparum,
Prin.) BES wil., 475.
The stems of this grass creep and root at the joints ; it is an
immense yielder, and is grown for hay in the northern districts.
This is one of several indigenous grasses tested at Grace-
mere, near Rockhampton, and considered best for the purpose of
hay-making. (Bailey). It is not endemic in Australia.
Northern Australia, Queensland, New South Wales, and
South Australia.

107. Panicum divaricatissimum, ”.2r., B.FI., vii., 467.
‘* Spider Grass.”

Found more abundantly in the warmer inland regions. A
good perennial and drought-resisting species. It is an excellent
fodder grass, and grows profusely on light loamy and sandy soil.
It seeds in November and December.

All Australia, except Tasmania and Western Australia.

108. Panicum effusum, 2.2r., B.FI., vii., 488.

An erect-growing grass, making a good pasture; it is a free
seeder, and a favorite amongst stockowners. It is a succulent

FORAGE PLANTS. 99

summer grass growing on stiff clayey soil; it is much relished’ by
stock, but is of short duration, soon withering off It seeds from
October to December.

All the colonies except Tasmania.

109. Panicum flavidum, /e/z., (Syn. P. drizordes, Jacq.) ; B.FI.,

Vil., 474
““Vandyke Grass”’ (of Bailey).

This is a fine succulent grass; when growing on alluvial flats
the panicles are often prostrate from the weight of seed; a good
winter species. Amongst the many species of grasses found in
Western New South Wales there is none that stock are more fond
of than this. It is met with both’on the plains and in the back
country, more particularly in the latter, and is only found on rich
sandy or loamy soil, and amongst timber, and as a rule beneath
the shelter of some spreading tree or large bush. [t is perennial,
and seeds in October and November. It is not endemic in
Australia.

The warmer parts of New South Wales, also Queensland and
Northern Australia. :

110. Panicum foliosum, &.2,7., B.FI, vii., 481.

A grass with broad, hairy leaves, usually found on ground
that has been cultivated. It yields a fair amount of feed ; it is one
of the best grasses for river banks.

Northern New South Wales and Queensland.

111. Panicum gracile, KBr, (syn. 2. yuoulorum, Trin. :- 2:

distans, Trin.) ; B.FL, vii., 475.

A highly nutritious grass, growing on light rich soil. All
descriptions of stock are fond of it. Itis a summer species, and
is perennial ; it seeds in November and December.

All the colonies except Tasmania.

112. Panicum helopus, Trin., (Syn. Urochloa pubescens, Beauv. ;
U. panicotdes, Beauv.) ; B.FI., vii., 476.
An exceedingly succulent and nutritious annual grass,
growing plentifully on sand-hills and loose, sandy soil. It is of

100 AUSTRALIAN NATIVE PLANTS.

prostrate habit, seeds in October and November, and all descrip-
tions of stock are fond of it.
South Australia ; New South Wales to Northern Australia.

113. Panicum indicum, Z7vz., B.FI., vii., 480.

A grass usvally found in wet soils and swamps ; produces a
fair amount of feed during summer. It is not endemic in Aus-
tralia.

North and South Queensland, and New South Wales.

114. Panicum leucopheum, 7.2. ef K., (Syn. P. villosum,
R.Br. ; P. Brownz, Roem et Schult.; P. glaree, F.v.M.; P.
lanifiorum, Nees.) ; B.F1., vii., 472.

A very good pasture grass, producing an abundance of feed
during winter. It is a tall, perennial summer species, growing in
detached tussocks on sand-hills. Stock of all kinds are extremely
fond of it. The seeds ripen freely in November and December,
and are of a beautifully soft and velvety nature. It is not en-
demic in Australia.

All the colonies except Tasmania and Western Australia.

115. Panicum macractinum, Bensh., B.FI., vii., 468.
‘“* Roly-poly Grass.”

This species produces immense dry and spreading panicles ;
it is perennial, and seeds in November and December. It isa some-
what straggling species, growing in detached tufts, on sand-hills
and sandy soil, and much relished by stock.

New South Wales and Queensland.

116. Panicum marginatum, 7.4r., B.FI., vii., 485.

A rigid, coarse grass, found on hard, strong ground; of little
value for fodder.

Southern Queensland, New South Wales, and Victoria.

117. Panicum melananthum, /.z.4/., B.Fl., vii., 488.

An annual, with a creeping stem; yields a fair amount of
feed during the summer ; this species is easily distinguished by its

FORAGE PLANTS. Io]

large panicle of dark-coloured seeds. It seeds in October and
November, and is rather a rare species, growing on light loamy

soil.
Southern Queensland, New South Wales and Victoria.

118. Panicum Mitchelli, Bexch., B.F1., vii., 489.

An erect-growing perennial grass, nearly allied to P. effusum,
but of stronger growth, a quick grower, yielding a great amount
of feed, highly relished by stock. It seeds in October and
November, and is a highly succulent and nutritious grass, growing
in detached tussocks on rich loamy soil on the plains. The leaves
of this species are unusually broad; it soon withers in dry weather,

All the colonies except Tasmania and Western Australia.

119. Panicum myurus, Zamarck., (Syn. P. interruptum, Willd. ;
Hymenachne myurus, Beauv.) ; B.FI., vii., 480.

A perennial aquatic grass, with broad-bladed foliage, fit for
ditches and swamps. It is regarded as very palatable and
nutritious to stock by Mr. Bailey. It is a common tropical grass.

North-eastern Australia.

120. Panicum parviflorum, 7#.27., B.FL., vii., 470.

A fine pasture grass, generally met with on ridges. There
are two varieties—one with fine spreading panicles, and the other
having only one or two very long, erect spikelets in its panicle.
Both of them are excellent grasses, and worthy of cultivation.
The species is erect-growing, very productive during summer,
stands drought well, and produces plenty of seed. According to
Mr. Bailey it is amongst the nutritious grasses of Australia.

New South Wales and Queensland.

121. Panicum prolutum, F.0.M., B.F1., vii.; 490.

An erect, rigid-growing species, producing a quantity of feed
during the summer months, and seeds at various times during the
year; itis perennial. It is a very common grass on black soil or
ground subject to inundation, and valuable from its drought-
resisting nature. When other grasses are plentiful it is not much

102 AUSTRALIAN NATIVE PLANTS.

eaten, but when the more delicate kinds are withered, it is readily

eaten, as it retains its greenness long after the others have become

dry. In former years, the seeds of this grass were gathered in

large quantities by the natives as an article of food, and being

ground between two stones, was converted into a kind of meal.
All the colonies except Tasmania and Western Australia.

122. Panicum prostratum, Zamarck., B.FI., vii., 476.

Perhaps also indigenous to tropical America. It is perennial,
and good for pastures.
Northern Australia.

123. Panicum pygmeum, *.Br., B.FI., vii., 484.

A small species, creeping and rooting at the nodes; will grow
well under a dense shade. It forms a soft, thick, carpet-like
verdure. (Bailey.)

New South Wales and Queensland.

124. Panicum repens, Z77., (Syn. P. arenarium, Brot.; P. atr-

otdes, R.Br.) ; B.FI., vii., 484.

The stems spring from a creeping and rooting base; it is too
small a grass to be of value for feed, but will grow well under a
dense shade, yet some style it a good fodder grass. It is per-
ennial, and well suited for naturalization on moist soil, river banks
or swamps. It is not endemic in Australia.

All the colonies except Tasmania and Western Australia.

125. Panicum sanguinale, Zinz., (Syn. Digttarza sanguinalis,

Scop. ; Syntherisma vulgare, Schrad.) ; B.Fl., vii., 469.

“Hairy” or “ Cock’s-foot Finger-grass.”” ‘‘ Summer Grass.”

A creeping, quick-growing grass; a great pest to farmers. It
readily disseminates itself on barren ground, and is likely to add
to the value of desert pastures, although it is annual. Stock
relish this grass.

“Tt is of no agricultural use, but rather a troublesome weed,
especially in those countries in which it is a native.” (Parnell.)

FORAGE PLANTS. 103

It produces much seed, of which birds are very fond, and
requires to be protected by nets, or otherwise, during the time of
ripening. The smaller birds pick out the ripe seed, even when
only a small quantity is formed among the blossoms. The
common method of collecting and preparing it in Germany is as
follows :—At sunrise the grass is gathered or beaten into a hair-
sieve from the dewy grass, spread on a sheet, and dried fora
fortnight in the sun; it is then gently beaten with a wooden pestle
in a wooden trough or mortar, with straw laid between the seeds
and the pestle, till the chaff comes off; they are then winnowed.
After this they are again put into the trough or mortar in rows,
with dried marigold flowers, apple, and hazel-leaves, and pounded
till they appear bright ; they are then winnowed again, and being
made perfectly clean by this last process, are fit for use. The
marigold leaves are added to give the seed a finer colour. A
bushel of seed with the chaff yields only about two quarts of clean
seed. When boiled with milk and wine it forms an extremely
palatable food, and is in general made use of whole, in the manner
of sago, to which it is in most instanees preferred. (Hortus
Gramineus Woburnensis).

All the colonies except South Australia and Tasmania.

126. Panicum semialatum, 7#.8r., (Syn. Urochloa semialata,

Kunth; Corrdochloa semialata, Nees.) ; B.F1., vii., 472.

This species produces a quantity of feed from thick nodes at
the base ; it will stand drought well, and stock are fond of it. It
is a tall, superior pasture grass, of easy dispersion in warm, humid
localities. It is not endemic in Australia.

New South Wales and Queensland.

127. Panicum trachyrachis, Bex/h., B.FI., vii., 490.
“Qo-kin” of the aborigines of the Mitchell River (North Queensland).
A valuable open pasture grass, of quick growth, producing a
great amount of feed during summer; is also a free seeder. The
seeds are sometimes used as food by the natives.

New South Wales, Queensland, and Northern Australia.

104 AUSTRALIAN NATIVE PLANTS,

128. Pappophorum nigricans, &.Br., (Syn. P. commune, F.v.M. ;
P. pallidum, R.Br.; P. purpurascens, R. Br.; P. gracile,
R.Br. ; P. cwrulescens, Gaud. ; P. flavescens, Lindl. ; P. virens,
Lindl.) ; B.FI., vii., 601. P. commune in Muell. Cens., p. 133.

Widely dispersed over the continent of Australia, also in some
parts of Asia and Africa. Perennial; regarded as a very fattening
pasture grass, although the flower spikes are of a wiry nature. It
is useful for arid localities. It is a somewhat coarse species,
growing on sandhills plentifully; but it is not much eaten by stock
when other grass is available. Seeds in October and November.

All the colonies except Tasmania.

129. Paspalum brevifolium, //ig., (Syn. Panicum tenuiflorum,
R.Br.) ; B.FI., vii., 461.

Stems erect and slender from a creeping root; will stand on
high land; produces a fair amount of feed and plenty of seed.
Northern Australia, Queensland, and New South Wales.

130. Paspalum distichum, Zzvz., (Syn. P. /¢ttorale, R.Br.) ; B.FI.,

vii., 460.

“ Sea-side Millet,” ‘‘ Water Couch,” ‘‘ Silt Grass.”

A creeping, rapid-growing, succulent grass, found growing in
swampy land, sometimes in water, producing in the summer
months a quantity of feed; is a poor grass for making hay, as it
turns black in drying. Horses and cattle eat it readily. It
supplies valuable food for stock in localities where species of value
are never abundantly found. It is beautifully green throughout
the year, and offers a sufficiently tender blade for feed; is excep-
tionally adapted to cover silt or bare slopes on banks of ponds or
rivers, where it grows grandly; moderate submersion does not
destroy it, but frost injures it ; it thrives well also on salt marshes,

Queensland, New South Wales, and Western Australia.

131. Paspalum scrobiculatum, Z7uz., (Syn. P. orbiculare, Forst.;
P. polystachyum, R.Br.; P. pubescens, R.Br.; P. metabolon
Steud,) ; B.F1., vii., 460.

“Ditch Millet.” The ‘‘ Koda Millet” of India. ‘‘ Hureek.”

FORAGE PLANTS. 105

An erect, quick-growing, pasture grass, which furnishes a
good ingredient for hay. ‘The stem sometimes attains a height of
eight feet. It stands winter well, and will bear close feeding.
The flower panicle of this species is terribly subject to ergot in the
autumn months. Its value for pasture by itself is probably insig-
nificant. A variety of this grass, called ‘“ Hureek”’ in India
(which is, perhaps, the “ Ghohona Grass,” a reputed Indian
poisonous species), is said to render the milk of cows that graze
upon it narcotic and drastic. (Lindley, quoted in Handbook of
New Zealand Grasses.) Is this because of its liability to
ergotism? This grass is much used by the Fijians for strewing
the floors of their houses and public buildings. A good variety
of this grass (‘‘ Koda Millet”) is used in India as a food-grain.

Composition of “Koda Millet’ (husked).

In 100 parts. In 1 |b.

Oz. grs.

Water ... ais Lett 7: ae 1 382
Albuminoids ... apy Le. ee r=ik2
Starch... eG Pome hie’ wes 12 154
ae sar aes *: O 147
Pibre ... ce nye OFF Ax Oo 49
BNSER. |. ae Rees ee! aa O.Or

Food Grains of India. (Church.)
New South Wales, Queensland, and Northern Australia.

132. Pennisetum compressum, #.2r., (Syn. Sefaria compressa,
Kunth ; Gymnothrix compressa, Brogn.) ; B.F1., vii., 495.

A strong-growing, coarse kind of grass, found on the margins
of swamps. Of little value for fodder.

Southern Queensland and New South Wales.

133. Perotis rara, X.2r., B.FI., vii., 509,

This is a slender-growing species, attaining the height of one
foot ; is a quick grower, and succulent, and stock are stated to be
fond of it; but Mr. P. A. O’Shanesy, speaking of the dry summer

106 AUSTRALIAN NATIVE PLANTS.

of 1881, states that he has observed that goats will not eat it, even
in places where there are no other grasses.

All the colonies except Tasmania and Western Australia.

134. Poa Billardieri, Stewd., (Syn. P. australis var. Billardiert,
Hook ; Arundo powformis, Labill.) ; B.FI., vii., 651.

A perennial, rigid grass, of some value for pasture.

All the colonies except New South Wales and Queensland.

135. Poa ceespitosa, Forst., (Syn. P. australis, R.Br. ; P. levis,

R.Br, ; P. plebera, R.Br.; P. afinis, R.Br.) ; B.F 1°, vite Ones

““ Weeping Polly-Grass,” ‘‘ Wiry Grass.”

A fine grass, with rather a tufty habit of growth, and of very
variable form, generally met with upon rich, damp soils, where it
produces freely. It is a rich and succulent grass, forming a fine
fodder. It seeds in September and October.

All the colonies.

136. Pollinia fulva, Benth., (Syn. Saccharum fulvum, R.Br. ;
Erianthus fulvus, Kunth) ; B.FI., vii., 526. Noted in Muell.
Cens., p. 131, as Lrianthus fulvus.

“Sugar Grass.”

The “ Sugar Grass” of colonists, so called on account of its
sweetness ; itis highly productive, and praised by stockowners.
Cattle eat it close down, and therefore it is in danger of extermina-
tion, but it is readily raised from seed.

All the colonies except Tasmania.

137. Rottbeellia ophiurioides, Bewth., (Syn. Andropogon rott-
belliotdes, Steud.; Ischemum rottbelliotdes, R.Br.); B.FI.,

Vil., 514.

A tall, perennial grass, praised by Mr. Walter Hill as a fodder
plant. It is hardy in regions free from frost. Its culm rises to
the height of eight feet, and it yields a large quantity of fodder, as
its culm, seed, and foliage, together with the base of its thick
stem, are eagerly eaten by cattle and horses.

Queensland, and Northern Australia.

FORAGE PLANTS. 107

138. Setaria glauca, Palisot, (Syn. Panicum glaucum, Linn.
Pennisetum glaucum, R.Br.) ; B.FI., vii., 492.

An erect-growing, annual grass of quick growth, producing
an abundance of succulent herbage, highly relished by stock; is
also a free seeder.

All the colonies except Tasmania.

139. Setaria macrostachya, 7.2. e¢ K., (Syn. Panicum macro-
stachyum, Nees. ; Pennisetum ttalicum, R.Br.); B.F1., vii., 493-

Found along the banks of creeks, but will also grow on any
ground. Produces a great amount of feed, of which cattle are
extremely fond.

All the colonies except Tasmania.

140. Schedonorus Hookerianus, Bexch., (Syn. Festuca Hookeriana,
F.v.M.; Poa Hookervana, ¥.v.M.); B.FI., vii., 656. Noted

in Muell. Cens., p. 134, as Mestuca Hookertana.

A tall, perennial grass, evidently nutritious ; should be tried
for pasture, and perhaps destined to become a meadow grass of
colder countries. It does not readily produce seed. It stands
mowing and depasturing well, and is much liked by cattle, horses,
and sheep.

Tasmania, Victoria, and New South Wales.

141. Schedonorus littoralis, Beauv. (Syn. S. Brllardieranus,
Nees ; Festuca I1ttoralis, Labill.; Arundo triodrotdes, Trin.) ;
B.FI., vii., 655. Noted in Muell. Cens., p. 134, as Festuca
littoralis.

An important grass for binding drift-sand on sea-shores.
All the colonies.

142. Sorghum fulvum, Beawv., (Syn. Holcus fulvus, R.Br. ;
Andropogon tropicus, Spreng.) ; B.FI., vii. 541. Andropogon
tropicus in Muell. Cens., p. 132.

g, anda
splendid grass for a cattle run. Not endemic in Australia.

Queensland and Northern Australia.

A strong erect-growing species, succulent when youn

108 AUSTRALIAN NATIVE PLANTS.

143. Sorghum halepense, Pers., (Syn. Holcus halepensis, Linn. ;
Andropogon halepense, Sibth.); B.Fl., vii., 540. Noted in
Muell. Cens., p. 132, as Andropogon halepense.

A strong, erect-growing species, varying from two to ten feet
high, succulent when young, a splendid grass for a cattle run,
though not much sought after by sheep. It is a free seeder.
The settlers on the banks of the Hawkesbury (New South Wales)
look upon it as a recent importation, and seed of it has been
distributed under the name of Panicum spectabile! (Woolls.)

Coast of Queensland, New South Wales, and Western
Australia.

144. Spinifex hirsutus, Zadc7/., (Syn. 8. sericeus, Raoul.; S.
inermis, Bks. et Sol.; Zxalum inerme, Forst.); B.FI., vii.,

503- ;
“ Spring Rolling Grass.”

The present grass has no claim whatever as a food plant for
stock, and can only be recommended as a sand-binder in fixing
drift sands when encroaching on valuable land. For this purpose
it deserves more attention than has hitherto been bestowed upon it.
It is a plant of comparatively rapid growth, and would give
effectual aid in checking the inroads of wind-driven sand,
conditionally that the plants be carefully conserved from fire.
(Buchanan, J/ndigenous Grasses of New Zealand.) S. longifolius,
R.Br. (Syn. S. fragilis, R.Br.), is another species valuable for
the same purpose,

On the coast of all the colonies.

145. Sporobolus actinocladus, 7.7.12, (Syn. Vilfa or Agrostis
actinoclada, F.v.M.) ; B.FI., vii., 623.

Perennial; seeds in October and November. A much
esteemed pasture grass of the back country, common on rich
loamy soil; stock of all kinds are very fond of it.

South Australia, New South Wales to Northern Australia.

FORAGE PLANTS. 109

146. Sporobolus indicus, &.Br., (Syn. S. elongatus, R.Br.; S.
tenacissimus, Beauv. ; Vilfa elongata, Beauv. ; V. tenacissima,
Trin. ; V. capensis, Beauv.) ; B.FI., vii., 622.

** Rat-tail Grass.’’ ‘Chilian Grass.” “ Jil-crow-a-berry”’ of the
aboriginals of the Cloncurry River, Northern Australia,
A fine, open, pasture grass, found throughout the colonies.

Its numerous penetrating roots enable it to resist severe drought.

It yields a fair amount of fodder, much relished by stock, but is

too coarse for sheep. The seeds form the principal food of many

small birds. It has been suggested as a paper-making material.

(See “ Fibres.”’)

All the colonies except Tasmania.

147. Sporobolus Lindleyi, Benth., (Syn. S. pallidus, Lindl. ; S.
subtilis, F.v.M. ; Vilfa Lindley, Steud.) ; B.FI., vii., 623.
“Yak-ka Berry” of the aboriginals of the Cloncurry River, North

Queensland.

A slender-growing species, making a quantity of growth
during winter, It is a perennial grass, growing on rich soil, and
is much relished by all kinds of stock. It seeds from October to
December.

All the colonies except Tasmania.

148. Sporobolus pulchellus, A.Br., (Syn. Vilfa pulchella,
Mian.) >-B.Fl., vii., 623.
Similar to S. actinocladus, but extremely rare.

New South Wales to Northern Australia.

149. Sporobolus virginicus, var. (?) pallida, Awnsh, (Syn.
Agrostis virginica, Linn.; Vilfa virginica, Beauv.; B.F1.,
vii., 621.

A fine grass, found near salt marshes, possessing highly
fattening qualities. It is also described as a rare grass, only found
on loose, white sand, around the margins of lakes, and of no great
value. Perennial; seeds in November.

All the colonies except Tasmania.

110 AUSTRALIAN NATIVE PLANTS.

150. Stipa spp.

‘“Spear Grasses.”
These grasses are excellent feeding before the appearance of
the inflorescence ; afterwards they are known as ‘‘ Spear Grasses.”
Throughout the colonies.

151. Stipa aristiglumis, Fa. I, Mi, 376,

Graziers consider this perennial grass to be very fattening,
and to yield a large quantity of feed. Its celerity of growth is
such that when ‘t springs up it will grow at the rate of six inches
in a fortnight. Horses, cattle and sheep are extremely fond of it.
It ripens seed in little more than two months in favourable
seasons. It is a somewhat coarse species, growing plentifully on
rich soil in the back country. The seeds of this grass are very
injurious to sheep and wool, often in good seasons causing the
death of numbers, by first becoming attached to the wool and
working through the skin, causing intense fever, and often pene-
trating into the vitals. Perennial; seeds from September to
November.

South Australia, Victoria, New South Wales and Queensland.

152. Stipa elegantissima, Zadz//., B.F1., vii. 565.

A climbing species. It is usually found growing beneath the
shelter of some thick bush, three or four feet high; at the flowering
season the seed heads force their way through the bush and cover
the whole with a mass of beautiful silver plumes, forming a
conspicuous object. It is much relished by stock. It seeds in
September and October, and is perennial.

All the colonies except Tasmania.

153. Stipa micrantha, Cav. (?) §. verticillata, WVees., (Syn. S.
ramosissima, Nees; Streptachne verticillata, Trin. ; S. ramo-
sessima, Trin. ; Urachne ramostssima, Trin.); B.FI., vii., 566.
Noted in Muell. Cens., p. 132, as Sfcpa vertictllata.

‘‘ Bamboo Grass.”
Though apparently a hard grass, it is highly spoken of as
horse-feed, and produces a very large quantity of fodder.
New South Wales and Queensland.

FORAGE PLANTS. II]

154. Stipa pubescens, R.Br., (Syn. S. rudts, Spreng. ; S. commu-

tata, Trin.); B.FI., vii., 569.

Another climbing grass, found only in the back or timbered
country. The seed-heads differ in colour, being a rich brown,
nor does it grow so tall as the preceding. Stock are very fond of
it. Perennial ; seeds in October.

All the colonies.

PS5. Stipa scabra, Zzzd/., B.FI., vii., 570.

Although to the casual observer this grass may appear
identical with Deyeuxia Forstert, it is really quite distinct, and the
difference can be detected by the leaves or blades being much
shorter, and in the living plant more thick or fleshy, and as a rule
lying flat on the ground, from the centre of which the seed-stalks,
rarely more than two in number, spring; whilst they seldom, if
ever, attain the height those of D. Forster? does. This grass is
peculiar to the back country, and is only found on dry chalky or
limy soils, where it grows plentifully. Stock, especially sheep,
are excessively fond of it, more so than of the other species,
although they are considered good pasture grasses. Perennial ;
seeds in October and November.

All the colonies except Tasmania.

156. Stipa setacea, 2.Br., B.FI., vii., 568.
“Spear Grass.”

A rather coarse but very useful grass on account of its
drought-resisting qualities, and much relished by stock of all
kinds. The seeds are injurious to sheep and to wool; seeds in
September and October.

All the colonies.

rs. Stipa teretifolia, Szewd., (Syn. Dichelachne stipotdes, Hook.
f.; D. sefacea, Nees; D. rigida, Steud.; Agrostis rigida,
me ieich.); B.Fl:, vii., 567.
A densely-tufted or tussock grass, its habitat being near the
sea, on banks or rocks. It is perennial, and seeds in January; it
is of little value as food for stock, and from its very rigid, non-

I12 AUSTRALIAN NATIVE PLANTS.

succulent habit, is not likely to be improved by cultivation. It is
only grazed by horses and cattle during its flowering and seeding
season, and the hard wiry nature of its foliage renders it worthless,
either in pasture or as fodder. It might, however, be utilised in
the manufacture of paper, as it possesses a strong fibrous structure.
(Buchanan, /zdirgenous Grasses of New Zealand.)

Western Australia, Tasmania, and Victoria.

158. Zoysia pungens, V7l/d., (Syn. Rottbellia uniflora, A. Cunn.);

B.FI., vii., 506.

A grass of considerable value on littoral swamps and dry flats
near the sea. According to Kirk, it is found sometimes forming
a compact turf of dry land, and affording a large supply of succu-
lent herbage for horses, cattle and sheep. Its value, however, in
such localities, if bulkier grasses would grow there, must be com-
paratively little, as, from its close-growing habit, it chokes out all
other species. It is evidently much relished by stock, and is
worthy of introduction in sand-hill districts near the sea, or saline
soil inland; it would clothe the wet flats with a valuable sward.
It will be easiest propagated by roots, the closely-matted, wiry
fibres forming coherent masses of turf, which are easily conveyed
in fragments to a distance without injury. (Buchanan, /adigenous
Grasses of New Zealand.)

Tasmania, Victoria, New South Wales, and Queensland.

FORAGE PLANTS.

B. NON-GRASSES,

INCLUDING

meets INJURIOUS TO STOCK.*

Owince to the severity of the droughts, and, in some districts, the
competition of rabbits and other vermin, cattle and sheep in
Australia have at times to endeavour to preserve existence by
devouring any vegetable matter whatsoever. The plants eaten
by stock therefore embrace a very large number of species, but
I have confined myself in the following pages to references to the
plants usually eaten by them, either because they are abundant, or
readily withstand the drought, or because stock are very partial to
browsing upon them. The poisonous plants, of course, come
under a different category. If I were to record the names of all
suspected poisonous plants the list would be a very long one. The
observations of bushmen as to the poisonous nature of certain
plants are not always to be relied ont and the enquiry, even to a
scientific man, is attended with much difficulty. In Plants
Injurtous to Stock (Bailey and Gordon), Government Printer,
Brisbane, will be found references to a number of suspected
plants, but in regard to many, the verdict of ‘“‘ not proven”’ must
be entered.

* Nearly the whole of this section formed the subject of a Paper read by the Author
before the Royal Society of N.S.W., 6th June, 1888.

+ The allegation is from time to time made in the newspapers that, sometimes through
ignorance, and sometimes as a matter of expediency, squatters report that their sheep or
cattle have fallen victims to poison-weeds, when in reality they have perished from disease,
Whatever the extent of this mis-representation may be, it is an undoubted fact that, during
the last few years, many instances of alleged poisoning by weeds having been enquired into
on the spot by a competent veterinarian, have been proved to have been caused by disease.

I

II4 AUSTRALIAN NATIVE PLANTS.

See also “Remarks on some Indigenous Shrubs of South
Australia, suitable for culture as Fodder.” (S. Dixon.) Proc. R.S.
of S.A., vol. viii.

See also a paper by the Rev. Dr. Woolls, “On the Forage
Plants Indigenous in New South Wales.” (Proc. Linn. Soc.,
NV.S.W., vii., 310.)

Notes on the plants eaten (whether from inclination or
necessity) by stock, with good or bad results, the distribution of
them, together with any other particulars bearing upon their use
as fodder plants, are much required, as the systematic recording
of such information is even yet (at least as far as Australia is
concerned) in its infancy. It is highly desirable to collect seeds
of each useful (or likely to be useful) fodder plant, for experi-
mental cultivation, either with the view to its improvement under
such treatment, or with the view to acclimatise it in some other
country in which it is not indigenous or already introduced. <A
careful system of exchange of this kind cannot but result in
benefit to the countries concerned.

1. Abrus precatorius, Z7x., N.O., Leguminose, (Syn. A.
paucifiorus, Desv.; A. sguamulosus, E. Mey.); B.FI., ii.,
270.

The pretty little red seeds with black spots are called ‘*Crab’s Eyes,”
and ‘ Jequirity Seeds.”

This plant is not sufficiently abundant in Australia to affect
stock to an appreciable extent, but it is interesting to observe that
the cattle plague commission of India (1870), in their report,
mentioned that a large number of the criminal cases of cattle-
poisoning are effected through the agency of the seeds of this
plant. More extended enquiry showed that this practice was
common throughout the greater part of India. (Dymock.)

Queensland and Northern Australia.

2. Acacia aneura, /.v.47., N.O., Leguminosz, and other species,
BEB), i. 202.

“* Mulga,”’ forming the chief ingredient of the scrub of that name.

FORAGE PLANTS. 115

The leaves are eaten by stock. In the Technological
Museum are samples of wool from sheep fed erclusively on this
shrub on a station in Western Queensland. The wool is not of
the first quality, as might be expected, but it is good. The follow-
ing are some particulars of the wool :—

Wool of ewe hoggets (under 10 months’ growth), average
length of staple 2% inches.

Wool of wether hoggets (12 months’ growth), average length
of staple 4 inches.

Wool of 4-tooth ewes (18 months’ growth), length of staple

¢ inches.

All the colonies except Tasmania.

3. Acacia doratoxylon, 4. Cunz., N.O., Leguminose, B.FI., ii.,
403.
“ Spear-wood,” a ‘“ Brigalow,” ‘ Currawang,” or ‘ Caariwan,”
‘“‘ Hickory.”
The leaves are eaten by stock.
All the colonies except Tasmania and Western Australia.

4. Acacia pendula, 4. Cunn., N.O., Leguminose, (Syn. A.

leucophylla, Lindl.); B.F1., ii., 383.

“Weeping ”’ or true “‘ Myall.’”’ Called ‘‘ Boree ” and “ Balaar” by the
aboriginals of the western districts.

Stock are very fond of the leaves of this tree, especially in
seasons of drought, and for this reason, and because they eat down
the seedlings, it has almost become exterminated in parts of the
colonies.

New South Wales and Queensland.

5. Acacia salicina, Zznd/., N.O., Leguminose, (Syn A. ligulata,
meoamn.); B.F 1., ii, 367.

“Native Willow,” and ‘“ Broughton Willow,” near the Broughton
River (Northern S.A.), Called ‘“‘ Cooba” or ‘“‘ Koobah” by the aboriginals
of Western New South Wales, and ‘‘ Motherumba” by those on the Castle-
reagh River, New South Wales.

The leaves are eaten by:stock. ‘This is another tree which is
rapidly becoming scarce, owing to the partiality of stock to it.
All the colonies except Tasmania.

116 AUSTRALIAN NATIVE PLANTS.

6. Albizzia basaltica, Benth., N.O., Leguminosz, (Syn. Acacra
basaltica, F.v.M.); B.FI., ii., 422.
“Dead Finish.”
Cattle like the foliage of this tree.
Queensland.

7. Albizzia lophantha, Benth. N.O., Leguminose, (Syn. Acacia
lophantha, Willd.; Mimosa distachya, Vent.; MZ. elegans,
Ande); BETS, 1: 421,

Cattle browse on the leaves of this tree. It is, however, of
rapid growth.
Western Australia.

8. Angophora intermedia, DC., N.O., Myrtaceze, (Syn. Metro-
stderos floribunda, Smith); B.F1., iii., 184.
‘“‘ Narrow-leaved Apple Tree.”
Victoria, New South Wales, and Queensland.
9. Angophora subvelutina, /\v.d7, (Syn. A. velutina, F.v.M.);

B.FI., iii., 184.
“‘ Broad-leaved Apple Tree.”

New South Wales and Queensland.

The Rev. Dr. Woolls states that these “apple trees” are
sometimes cut down to keep cattle alive in dry seasons, as the
leaves are relished by them.

10. Apium leptophyllum, Fiv.M., N.O., Umbelliferee, (Syn.

FHelosciadium leptophyllum, DC.); B.FA1., iii., 372.

“Wild Parsley.”

Occasionally eaten by stock. It is worthy of note that this
plant (in common with others of the genus) is sometimes acrid
and injurious when grown in damp soils. It is, doubtless, capable
of much improvement by careful cultivation. This plant is not
endemic in Australia.

Victoria, New South Wales, and Queensland.

11. Atalaya hemiglauca, /.v.J7, N.O., Sapindacee, (Syn.
Thouinia hemiglauca, F.v.M.); B.FI., i., 463.

“Cattle Bush.”? ‘ White-wood.”

FORAGE PLANTS. 117

The leaves of this tree are eaten by stock, the tree being
frequently felled for their use during seasons of drought.
South Australia, New South Wales, and Queensland.

12: Atriplex Billardieri, ook. £, N.O., Chenopodiacez, (Syn.
A. crystallina, Hook, f.; Odtone Billardier’, Mog. ;
Theleophyton Billardiert, Mogq.); B.FI., v.. 180. A. erys-
tallinum in Muell. Cens., p. 30.

A “Salt-bush.” Several species of this genus are indigenous in
England, where they go by the name of ‘‘Orache.”

This herb vegetates solely in salty coast sands, which, like
Cakile, it helps to bind, on the brink of the ocean and exposed to
its spray. (Mueller.)

All the colonies except Queensland and Western Australia.

13. Atriplex campanulata, Benth., N.O., Chenopodiacez ; B.FI.,
Ve, 17S. :
‘“ Small Salt-bush.”

Salt-bushes are so appreciated by stock, that in many parts of
the colonies they are far less plentiful than they used to be.
Unless stock-masters can see their way clear to keep their sheep,
&c., in certain paddocks, while the vegetation in others is en-
deavouring to recuperate, this kind of vegetation will continue to
diminish, to the detriment of the pastoral industry. Greedy crop-
ping of salt-bush without any efforts at conservation is assuredly
“killing the goose with the golden eggs.”

The following analysis of this salt-bush, by Mr. W. A. Dixon,
will be found Proc. Royal Society, N.S. W., 1880, p. 133 :—

Oil a. a ees ee ). eii2.2d.
Carbohydrates ... ag i hpASI47
Albuminoids ... ~ iy ROME 2I25
Woody fibre... My die ODS. Le
Ash-CO, ahh wi in UAT 23192

100.00
Nitrogen site wis ie Sra 90
Woody parts of plant... ae 8 per cent.

Edible bo a ne 2 per cent.

118 AUSTRALIAN NATIVE PLANTS.

Onash. On plant. .

Potash wit id Airs LQ EOE 3.25
Soda... ee ae a a Oeee 6.27
Chloride of sodium ... pe Sea 8.46
Lime Le of, ae OR 2.03
Magnesia... ae A Seas 1.39
Ferric oxide ... te Sed 1.83 AS
Sulphuric oxide Beer naka 63
Phosphoric oxide... Se sO .gI
Silica (soluble) sc wie: ewan 54

100.00 23.92
South Australia, New South Wales and Queensland.

14 Atriplex halimoides, Zzzd/ey, N.O., Chenopodiacez, (Syn.

A. Lindleyt, Mog, A. inflata, F.v.M.); B.F1., v., 178.

A ‘ Salt-bush.”

Found over the greater part of the saline desert-interior of
Australia, reaching the south and west coasts. A dwarf-bush,
with its frequent companion, A. holocarpum, (F.v.M.), among the
very best for salt-bush pasture. (Mueller.)

All the colonies except Tasmania.

£5: Atriplex nummularia, Z7ndley, N.O., Chenopodiacez ; B.FI.,
v.. L70:
‘* Old-man Salt-bush,”’ or ‘‘ Cabbage Salt-bush.”

One of the tallest and most fattening and wholesome of
Australian pastoral salt-bushes; also highly recommended for
cultivation, as natural plants. By close occupation of the sheep and ~
cattle runs, have largely disappeared, and as this useful bush is
not found in many parts of Australia, sheep and cattle depastured
on salt-bush country are said to remain free of fluke, and get
cured of Distoma-disease, and of other allied ailments. (Mueller.)

All the colonies except Western Australia and Tasmania.

The following analysis of this salt-bush is by Mr. W. A.
Dixon (Proc. Royal Society, N.S.W., 1880, p. 133) :—

FORAGE PLANTS. 1 @ Fe)

Oil <a His at ath if, oUlg are
Carbohydrates ‘x Se Vall A285
Albuminoids ..., Me eat Freel Gags
Woody fibre... Roi ae eer TIA 4
Ash CO, Je aif id we Bin28

100.00
Nitrogen ve sits = ios, 2a O9
Woody parts of plant ... “es TO per cent:
Edible ... oo vee a=. 29Gsper cent.

On ash. On plant.

Potash ae ok in B5209 4.91
Soda ... si “0 LBS? 9.25
Chloride of sodium ... adie tO ty fe) 9.47
Lime ... a his ition bees bis 2.7
Magnesia... aN see Ory C8 ie
Ferric oxide be ibe 64 .20
Sulphuric oxide ts geet She 99
Phosphoric oxide... es ay 1.28
Silica (soluble) ee Aaa: C8 35

LOOi00,\. 21.26

16. Atriplex semibaccata, &. Br., N.O., Chenopodiacee ; B.FI.,
We 75.
A perennial herb, much liked by sheep.
All the colonies except Tasmania.

17. Atriplex spongiosa, #.v.d/., N.O., Chenopodiacez, (Syn. A.
semibaccata, Moq., not R.Br.); B.FL., v., 179.
A useful salt-bush for culture.

Through a great part of Central Australia, extending to the
west Coast.

18. Atriplex vesicaria, Heward, N.O., Chenopodiacex ; B.FL.,
wh 2:
A “ Salt-bush.”

120 AUSTRALIAN NATIVE PLANTS.

Perhaps the most fattening and most relished of all dwarf
salt-bushes of Australia, holding out in the utmost extremes of
drought and scorched even by the hottest winds. Its vast
abundance over extensive salt-bush plains of the Australian
interior, to the exclusion of almost every other bush, except
A. halimoides, indicates the facility with which this species
disseminates itself. (Mueller.)

In the interior of South-eastern Australia, also in Central
Australia and Western Australia.

19. Avicennia officinalis, Zzz., N.O., Verbenacez, (Syn. A.
tomentosa, Jacq.); B.FI., v., 69.

A ‘‘Mangrove”’ or ‘‘ White Mangrove.” The “‘ Tchoonchee” of some
Queensland aboriginals, and the “‘ Tagon-tagon ”’ of those of Rockhampton
(Queensland), and “‘ Egaie”’ of those of Cleveland Bay.

The leaves of this tree are eaten by cattle, and are considered
very nutritious.
All the colonies (round the coast) except Tasmania.

20. Barringtonia acutangula, Gerin., N.O., Myrtacex, (Syn.
Stravadtum rubrum, DC.); B.FL., iii., 288.

Brandis (Forest Flora of India) states that the bark of this
tree, mixed with pulse and chaff, is given as cattle fodder in India.
Northern Australia.

21. Boerhaavia diffusa, Zznz., N.O., Nyctaginee, (Syn. 2.
pubescens, R.Br.; B. procumbens, Roxb.); B.FI., v., 277,
Called ‘‘ Goitcho”’ by the natives of the Cloncurry River, Northern

Queensland.

The Rev. Dr. Woolls points this out as a useful forage plant,
which, having a long tap root, can withstand a considerable
amount of drought, whilst it affords pasture early in the season,
ere the grasses are fully developed. This plant is not endemic in
Australia. It is a troublesome weed in some warm countries.

In all the colonies except Tasmania.

22. Bulbine bulbosa, Haw., N.O.,Liliacex, (Syn. B. australis,
Spreng. ; B. suavis, Lindl. ; B. Fraserz, Kunth; B. Hookert,

FORAGE PLANTS. 121

Kunth; Anthericum bulbosum, R.Br.; A. semibarbatum,
Hook.) ; B.FI., vii., 34.
“‘ Native Onion,” ‘‘ Native Leek.”

Mr. W. N. Hutchison, Sheep Inspector, Warrego, Queens-
land, reports of this plant: ‘Its effects on cattle, sheep and horses
are almost the same, continually lying down, rolling, terribly
scoured, mucous discharge from the nose, of a green and yellowish
colour. Cattle survive the longest; sheep take some three days,
and horses will linger for a week.” In Plants Injurtous to
Stock (Bailey and Gordon) two cases of poisoning are also
instanced. : ,

All the colonies except Western Australia.

23. Bursaria spinosa, Cav., N.O.,-Pittosporeze, (Syn. //ea spinosa,
pdr); B.FI., i., 115;

“ Native Box.”

It is greedily eaten by sheep, but its thorny character preserves
it from extinction upon sheep-runs. It is very variable in bulk ;
usually a small scrub, in congenial localities it developes into a
small tree.

All the colonies.

24. Cassia eremophila (nemophila), 4. Cun, N.O., Leguminosz,
(Syn. C. canaliculata, R.Br., C. heteroloba, Lindl.); B.F1.,

it, 207.

Mr. S. Dixon states that both the pods and leaves of this
plant are eaten by stock.

In all the colonies except Tasmania.

25. Castanospermum australe, 4. Cunun; N.O., Leguminose ;

Beh. A. 275.

“Moreton Bay Chestnut.” ‘Bean Tree.’ Called ‘‘Bogum” and
“Trtalie” by the aborigines.

Stock owners are destroying this tree owing to the belief that
cattle are poisoned through eating the seeds. They are, however,
quite harmless when cooked, and form, in fact, part of the diet
of the aborigines.

122 AUSTRALIAN NATIVE PLANTS.

The Government Analyst of New South Wales has failed to
find an alkaloid or poisonous principle in the seeds, and suggests
that they may be injurious on account of their indigestibility.
(Report of Dept. of Mines, N.S.W., p. 46.) It is, however, to be
borne in mind that the Leguminosz are emphatically a poisonous
Natural Order, although they yield some of the most valuable foods
of man and beast. ;

Northern New South Wales and Queensland.

26. Casuarina stricta, 47/., N.O., Casuarinez, (Syn. C. guadri-
valuts, Labill.; C. macrocarpa, A. Cunn.; C. cristata, Miq. ;

C. Gunnit, Hook. f.); B.FI., vi., 195. C. guadrivalvis in

Muell. Cens., p. 22.

“Coast She-oak.” ‘Swamp Oak.” ‘ River Oak.” “ Wargnal”
of the aboriginals.

Mr. S. Dixon states that in Port Lincoln (S.A.) the fallen
catkins (male inflorescence) form the chief sustenance in winter,
on much of the overstocked country.

The foliage is eagerly browsed upon by stock, and in cases of
drought these trees are pollarded for the cattle. Old bullock-
drivers say that cattle prefer the foliage of the female plant (J. E.
Brown). Casuarina foliage has a pleasant acidulous taste, but it
contains a very large proportion of ligneous matter.

Mr. S. Dixon (op. cz¢.) states that this tree is too sour to be
very useful to ewes rearing lambs, but if sheep had only enough
of it the ‘‘ brake” or tenderness of fibre would often be prevented
in our fine wool districts, and much money saved by the increased
value a sound staple always commands.

All the colonies except Queensland and Western Australia.

27. Casuarina suberosa, O//o ef Dietr., N.O., Casuarinez, (Syn.
C. leptoclada Miq.; C. me@sta F.v. M.); B.FI., vi., 197.
“ Erect She-oak.’”’ ‘Forest Oak.” ‘‘ Swamp Oak.” “ River Black-
oak.” ‘Shingle Oak.” ‘Beef Wood.” ‘“ Dahl-wak” of the aborigines,
A very valuable fodder tree, largely used and much valued in
the interior districts as food for stock during periods of drought.
The same remarks apply more or less to all species of Casuarina.
All the Colonies except Southern and Western Australia.

FORAGE PLANTS. 123

28. Cedrela Toona, 7oxd., N.O., Meliacez, (Syn. C. australzs,
F.v.M.); B.FI., i., 387. C. australis in Muell. Cens., p. 9.
“Ordinary Cedar.” Called “ Polai” by the aboriginals of Northern

New South Wales; ‘‘ Mumin,” or ‘“‘Mugurpul,” by those about Brisbane ;

and ‘*‘ Woota’’ by those about Wide Bay, Queensland.

The leaves are used to feed cattle in India. (Gamble.) It
should be observed, however, that Baron Mueller differs from
Bentham in considering the Australian “Cedar ”’ specifically dis-
tinct from the “‘Toon”’ of India. In any case the trees are so
closely related that any property possessed by the one is shared
by the other.

New South Wales and Queensland.

29. Claytonia polyandra, #.v.47,,N.O., Portulacez, (Syn. Zalinum

polyandrum, Hook.); B.FI., i., 172.

* Coonda”’ of the aboriginals about Shark’s Bay, Western Australia.

Sheep can largely feed on this succulent shrub for a consider-
able time without drinking water. (Mueller and Forrest, P/anés
Indigenous about Shark’s Bay, W.A., 1883.) The same obser-
vation is doubtless true of the other C/ayfonias, and also of the
closely related Portulaca oleracea, the common Purslane.

Interior of New South Wales, South-Western and Northern
Australia.

30. Chionanthus ramifiora, 7oxd., N.O., Jasminez, (Syn. C.
effusifiora, F.v.M.; Linoctera effustfiora, F.v.M.; ZL. ramt-
fora, DC.; Mayepea ramifiora, F.v.M.); B.FI., iv., 301.
Mayepea ramifiora, ¥.v.M., in Muell. Cens., p. 92.

The fruit of this plant is the food of the jagged-tailed bower-
bird (Preonodura Newtontana). (Bailey.) This observation is
interesting, and is the more valuable in that the vegetable foods
of our indigenous fauna have very rarely been botanically deter-
mined. This plant is not endemic in Australia.

Queensland.

31. Claytonia (Calandrinia) Balonnensis, or balonensis, Zzxd/.,
N.O., Portulacee; B.Fl., i., 172.

P21 AUSTRALIAN NATIVE PLANTS,

** Munyeroo,” of natives of South Australia; “ Periculia” of natives, of
Central Australia. (Fragm., p. 71.)

Mr. S. Dixon states that a large mob of cattle, destined to
stock a Northern Territory run, travelled some two hundred miles
without a drink, which would have been altogether impossible in
the absence of this succulent plant.

South Australia, New South Wales and Queensland.

32. Conospermum Stcechadis, Zxd/., N.O., Proteacez, (Syn.
sclerophyllum, Lindl.); B.F1., v., 374.

Western Australia and New South Wales.

c: triplinervium, R.Br., (Syn. C. lanitflorum, Endl.; C.

undulatum, Lindl.) ; B.F1., v., 375.

Western Australia.

Baron Mueller suggests that these plants be tried on the
worst desert country, as all kinds of pasture animals browse with
avidity on the long, tender, and downy flower-stalks and spikes,
without touching the foliage, thus not destroying the plant by close

cropping.

33- Cucumus trigonus, Aoxd., N.O., Cucurbitaceez, (Syn. C.
pubescens, Hook.; C. jucundus, F.v.M.; C. picrocarpus,
aM) 5 BoP es 307.

“ Boomarah ” of the aboriginals of the Cloncurry River, North
Queensland.

Stock are said to be very fond of this plant in the Western
districts of Queensland. (Bailey.) Sir Thomas Mitchell speaks
of this plant covering a great area of ground, in one of his journeys
in Western New South Wales.

New South Wales, Queensland, Northern and Western Aus-
tralia,

34. Daucus brachiatus, Szed., N.O., Umbelliferze, (Syn. Scandix
glochidata, Labill.); B.FI., iii., 376.
‘“‘ Native Carrot.”
Stock are very fond of this plant, when young. Sheep thrive
wonderfully on it where it is plentiful. It is a small annual

FORAGE PLANTS. 125

herbaceous plant, growing plentifully on sandhills and rich soil ;
the seeds, locally termed ‘Carrot Burrs,’ are very injurious to
wool, the hooked spines with which the seeds are armed attaching
themselves to the fleece, rendering portions of it quite stiff and
rigid. The common carrot belongs, of course, to this genus, and
the fact that it is descended from an apparently worthless, weedy
plant, indicates that the present species is capable of much
improvement by cultivation. This plant is not endemic in
Australia.
All the colonies.

35. Daviesia Spp., N.O., Leguminosz.
‘© Hop Bush.”

Some of these shrubs are called ‘‘ Hop Bushes ” on account of
the pleasant bitter principle which pervades them. Horses and
cattle are fond of browsing on them.

Chiefly in Western Australia, but also in New South Wales
and other colonies.

36. Dodonza lobulata, 7/.v.17., N.O., Sapindacee; B.FI.,.i., 479.
““ Hop Bush.”

One of the best fodder shrubs in the Lachlan district of New
South Wales. The seed pods in particular contain a very pleasant
bitter. There is no reason to suppose that this particular species
is preferred by stock to any other of the genus, only I have not
seen it recorded that sheep, cattle, &c., have actually been observed
to browse upon any other, with the exception of D. viscosa.

Southern and Western Australia, New South Wales and
Victoria.

cve Eremophila longifolia, F.v.M., N.O., Myoporinez, (Syn.
Stenochilus longifolius, R.Br., S. salictnus, Benth., S.
pubifiorus, Benth.) ; B.FI., v., 23.
‘Emu Bush,” “ Dogwood ;” “ Berrigan” of the natives.

The leaves are greedily eaten by cattle and sheep. Observa-
tions in regard to the effect on stock of browsing upon plants
belonging to the ALyoporinee are much needed, as statements
hitherto made in respect to them are not always reconcilable.

126 AUSTRALIAN NATIVE PLANTS.

Mr. S. Dixon states that this tree is one of the first to be

barked by rabbits.
All the colonies except Tasmania.

38. Eremophila maculata, /.v.JZ,, (Syn. Stenochtlus maculatus,
Ker.; S. racemosus, Endl.; 5S. curvipes, Benth.); N.O.,
Myoporinez, B.FI., v., 29.

Called ‘‘ Native Fuchsia” in parts of Queensland.

This is considered poisonous by some, and by others a good
fodder bush.

It does not appear to be dangerous to stock accustomed to
eat it, but to others, travelling stock particularly, Mr. Hutchinson
of Warrego (Q.), considers it to be deadly. The effects of this
plant are always worst after rain. It appears to be most dangerous
when in fruit. (Bailey and Gordon.)

All the colonies except Tasmania.

39. Eremophila Mitchelli, 2exth., N.O., Myoporinee, B.FI., v.,

21.
“Rosewood,” or ‘“f Sandalwood.”

The leaves are eaten by stock. The seeds of several species
are eaten by emus.
New South Wales and Queensland.

40. Eucalpytus corynocalyx, Fv.M., (Syn. E. cladocalyx, F.v.M.);
N.O., Myrtacez, B.FI., iii., 218.

* Sugar Gum.”

The sweetish foliage of this tree is browsed upon by cattle
and sheep; in this respect this eucalypt may be classed with one
other, 2. Gunnit. (J. E. Brown.)

South Australia.

41. Eucalyptus Gunnii, Hooker £, (Syn. £. ligustrina, Miq. ; £.
acervula, Hook. f.); N.O., Myrtacez, B.FI., iii., 246.

“White Swamp Gum,” or “ Cider Gum.” It possesses some other
vernacular names.

FORAGE PLANTS. 127

This tree also bears the name of the ‘‘ Sugar Gum” because
of the sweetness of the leaves, which consequently are browsed
upon by stock. It is a common tree in Tasmania, where it is
called ‘‘ Cider Gum,” as an excellent cider is made from the sap
taken from it in the springtime.

Tasmania, the extreme south-eastern portion of South Aus-
tralia, thence to Gippsland, and into New South Wales as far as
Berrima.

42. Eucalyptus pauciflora, Sieb., (Syn. £. coriacea, A. Cunn.,
the species name in B.Fl.; £. plebophylla, Fv.M.; £. sub-
multiplinervis, Mig.; £. piperita, var. paucifiora, DC.; and
£. procera, Dehn., perhaps); N.O. Myrtacez, B.FI., iii., 201.
“White Gum,” “ Drooping Gum.” It is sometimes called ‘* Moun-

tain Ash.” It possesses other vernacular names.

The leaves of this tree are very thick, and in dry seasons are
eaten by cattle. (Woolls.) possums have a predilection for
the young foliage of this tree, so that they often kill trees of this
species.

Tasmania, Victoria and New South Wales.

43. Euphorbia alsineeflora, @azl/., N.O., Euphorbiacee, B.FI.,
Vi., 49.
This plant is said to be a dangerous poison-herb to sheep.
The natural order is emphatically a poisonous one.
Northern Australia.

44. Euphorbia Drummondii, 2o/ss., N.O., Euphorbiacez, B.F1.,

Vi., 49.

Called ‘‘ Caustic Creeper” in Queensland. Called ‘‘ Milk Plant ” and
**Pox Plant” about Bourke.

This weed is unquestionably poisonous to sheep, and has
recently (Oct., 1887) been reported as having been fatal to a flock
near Bourke, N.S.W.

It has been observed that when eaten by sheep in the early
morning, before the heat of the sun has dried it up, it is almost
certain to be fatal. It is seldom eaten, except by travelling sheep,
and when grass isscarce. Its effect onsheep is curious. The head

128 AUSTRALIAN NATIVE PLANTS.

swells to an enormous extent, becoming so heavy that the animal
cannot support it, and therefore drags it along the ground; the
ears get much swollen, and suppurate. (Bailey and Gordon.)

Following is Mr. S. Dixon’s remarks on this plant :—“A
friend of mine fed some old ewes on the undoubtedly poisonous
E. Drummondii, but could not kill them, although he had often
lost an odd sheep or two from pees and no other known po
ous plant exists on his property.’

Throughout the colonies.

45. Huphorbia eremophila, 4. Cunn. (Syn. £. deserticola,

F.v.M.); N.O., Euphorbiacez, B.FI., v., 52.

This plant should be, perhaps, placed in the “ suspected ”
list. In the western interior some people say it is highly poisonous,
others, as usual, say that they have seen sheep eat it with not the
least injurious result.

Mr. Bauerlen gathered a quantity of this plant for the Tech-
nological Museum, and appended the following note :—“ The
plants I send I gathered in a horse paddock. There was plenty
of evidence on the plants that horses or cattle browse on it, but
no injurious result is recorded at the station.”

In all the colonies except Tasmania.

46. Ficus glomerata, Wel/d., (Syn. F. vesca, F.v.M.; Covellia
glomerata, Miq.); N.O., Urticez, B.FI., vi., 178.
‘Clustered Fig.”
The leaves are used in India for cattle and elephant fodder.
(Gamble, Manual of Indian Timbers.)
Queensland and Northern Australia.

47. Flagellaria indica, Z7z., N.O., Liliacez, B.FI., vii. 10.
A “ Lawyer Vine.”

Leichhardt (Overland Fourney to Port Essington), p. 424,
speaks of his bullocks feeding heartily upon this plant, particularly
as the country was most wretched and the grass scanty and hard.
This plant is not endemic in Australia.

New South Wales, Queensland, and Northern Australia.

~ a Fie Pe Lee ta ee SlCUDD
ee

FORAGE PLANTS. 129

48. Flindersia maculosa, 7:v.17., (Syn. F. Strzeleckiana, F.v.M. ;
Ela@odendron maculosum, Lindl.; Strzeleckya dissosperma,
F.v.M.); N.O., Meliacez, B.FI.,i.,389. &. Strzeleckiana in
Muell. Cens., p. 9.

‘“‘ Spotted Tree,” ‘‘ Leopard Tree.”

During periods of drought sheep become exceedingly fond of
the leaves of this tree, which they greedily devour, as well as the
twigs up to the size of a goose-quill, and hence the tree is in
danger of extermination, as it has not the recuperative power of
some trees.

Northern New South Wales and Queensland.

49. Gastrolobium spp., especially G. obovatum, Benth.; G, tri-
lobum, Benth; G, spinosum, Benth., (Syn. G. Prezss77, Meissn.),
G. oxylobioides, Benth.; G. calycinum, Benth.; G, callis-
tachys, Meissn., (Syn. G. /ineare, Meissn.); G. bilobum, R.Br.,
N.O., Leguminose, B.F1., ii., 101-7.
Commonly known as “ Poison Bushes.” At the Blackwood River,

according to Oldfield, G. calycinum is knownas the “ York Road Poison
Bush.”

These plants are dangerous to stock and are hence called
“Poison Bushes.’’ Large numbers of cattle are lost annually in
Western Australia through eating them.

The finest and strongest animals are the first victims; a diffi-
culty of breathing is perceptible for a few minutes, when they
stagger, drop down, and all is over with them. After the death of
the animal the stomach assumes a brown colour, and is tenderer
than it ought to be; but it appears to be that the poison enters the
circulation, and altogether stops the action of the lungs and heart.*
The raw flesh poisons cats, and the blood, which is darker than
usual, dogs; but the roasted or boiled flesh is eaten by the natives
and some of the settlers without their appearing to suffer any
inconvenience. (Drummond, in Hooker’s fournal of Botany.)

The blossoms are also frequently eaten by animals, and are,
I think, the most poisonous part, for the greatest number of sheep
are lost from the poisonous effect of this plant at the period of its

* See also an interesting account of some physiological experiments to ascertain the
nature of the poison, Pharm. F¥ourn., vi., 312

K

130 AUSTRALIAN NATIVE PLANTS.

inflorescence. When the seeds fall on the ground, the wild pigeons
greedily feed and fatten on them; if the crops of these pigeons,
containing the seeds, be eaten by dogs, they die; yet the pigeons
themselves, when dressed, are good food, and at that season are
eaten in large numbers by the settlers. Horses, so far as is
known, are not affected by it, at least this is the prevailing opinion,
although it is disputed by some of the settlers. (T. R. C. Walter,
in Pharm. Fourn., Vi., 311.)

With sheep who have eaten the herb, the best treatment has
been found to fold them, or shut them up in a close yard, so
closely packed that they can hardly move, and to keep them thus
without food for thirty-six hours. (See an interesting account in
Pharm. Fourn., Vi., 31.)

In the Flora Australiensis a statement is quoted that G.
bilobum is the worst of the “ Poison Bushes.’’ Certainly some of
them render extensive tracts of country unoccupiable.

Western Australia.

50. Gastrolobium gsrandiflorum, 77.17, N.O., Leguminosz,
B.FI., ii., 103.

‘© Wall-flower or Desert Poison Bush.”’

With one exception, this is the only Gastrolobium out of
Western Australia, and it is the only Queensland one,

Baron Mueller identified this plant as having poisoned large
numbers of cattle and sheep on the Cape River, and at the sources
of the Burdekin and Flinders Rivers in 1863-4. He recommends
frequent burning off on the stony ridges it frequents, with the
view to its suppression or eradication.

Queensland and Northern Australia.

51. Geijera parviflora, Zizd/., (Syn. G. pendula, Lindl.) ; N.O.,
Rutacee, B.FI., i., 364.
‘“‘ Wilga,” ‘‘ Sheep-bush,” ‘“‘ Dogwood” and * Willow.”
Mr. S. Dixon states that sheep only are particularly fond of
this bush, and it seems quite unaffected by droughts,
All the colonies except Tasmania.

FORAGE PLANTS. 131

52. Geranium dissectum, Zzzv., (Syn. G. pilosum, Forst.; G.
parviflorum, Willd.; G. philonothum, DC.; G. potentilloides,
L. Hér.; G. australe, Nees; G. carolinianum, Linn.) ;
N.O., Geraniacex, B.FI., i., 296; G. carolintanum in Muell.
ens: pt 3.
“Crowfoot.” ‘Terrat” of the aboriginals of Coranderrk Station, Victoria.
This plant is known and highly prized as a very superior pasture
herb. It is very plentiful on the sand-hills during the springtime of
good seasons. The seeds, which ripen about the end of September,
are very injurious to sheep and wool, and when this plant is plenti-
ful, often cause the death of numbers of sheep, and if the shearing
is late, injure the wool to a very great extent. The seeds, which
have exceedingly sharp, hard, barbed points, readily attach them-
selves to wool or the skins of sheep, whilst the spiral shaft, with
the long crank attached, gives the whole the action of an auger,
worked by the movements of the animal or the action of the wind.
If the point of one of these seeds is stuck lightly into the sand on
a windy day it will soon bury itself up to the base; this is how the
seeds are planted by nature. Injurious as this plant is, it has its
redeeming points, for it is one of our most nutritious fodder
plants, all kinds of stock being exceedingly fond of it, and when
cut in a green state, and before the seeds mature, it makes excel-
lent hay.
Thoughout the colonies. This plant is not endemic in Aus-
tralia.

53. Gompholobium uncinatum. 4. Cunz., N.O., Leguminose,
B.FL., ii., 46.

This small shrub is noteworthy as being very hurtful to sheep
that may eat of it (Zreasury of Botany). South Australia is
quoted (of. czt.) as its habitat, but this is a mistake.

New South Wales.

54. Gossypium Sturtii, #v.47, (Syn. Sturtia gossypioides,
R.Br.) ; N.O., Malvacee, B.FI., i., 222.

This plant affords stock a good summer feed. (Dixon.)
South Australia and New South Wales.

132 AUSTRALIAN NATIVE PLANTS.

55- Heterodendron olezfolium, Des/, N.O., Sapindacee, B.FI.,
i., 469.
“Emu Bush.” “ Jiggo” and “‘ Behreging ” are aboriginal names.
The seeds, which are dry, are eaten by emus. Mr. S. Dixon
states that both sheep and cattle feed greedily upon it.
All the colonies except Tasmania.

56. Hibiscus heterophyllus, Vext., (Syn. 7. grandiflorus, Salisb.);

N.O., Malvacee, B.F1., i., 212.

“ Green Kurrajong.” ‘‘ Dtharang-gange”’ is an aboriginal name.

The leaves, branches, and bark of this tree are greedily eaten
by cattle in winter. They are mucilaginous, in common with
other plants of this natural order.

New South Wales and Queensland.

57. Jacksonia scoparia, &.Br., var. macrocarpa, (Syn. 7.
cupulifera, Meissn.); N.O., Leguminose, B.Fl., ii, €0.
F. cupulrfera in Muell. Cens., p. 34.
A ‘‘ Dogwood.”
Cattle and horses relish the foliage of this small tree
amazingly. (Mueller.)
Western Australia.

58. Kochia aphylla, ”.Br., N.O., Chenopodiacezx, B.FI., v., 188.
Considered by Baron Mueller to be a variety of A. vzllosa.

(Muell. Cens., p. 30.)
A *Salt-bush.”

All kinds of stock are often largely dependent on it during
protracted droughts, and when neither grass nor hay are obtain-
able I have known the whole bush chopped up and mixed with a
little corn, when it proved an excellent fodder for horses. One
drawback it has, its stems are very fibrous, and the older
portions indigestibly so. It is the principal cause of those bezoars,
or felted knobs in the manipulus of the sheep, which in very pro-
tracted droughts kill them by hundreds. When, however, the
rains come, and soft herbage is abundant, these bezoars either
partially dissolve, or become covered with a shiny black coating,
so that they resemble a papier-maché ball. (S. Dixon.)

In all the colonies except Tasmania.

FORAGE PLANTS.

133

59. Kochia pyramidata, Bexh., N.O., Chenopodiacee, B.FI., v.,

186.
‘Blue Bush.”

The following analysis of this salt-bush by Mr. W. A. Dixon,
is to be found in the Proc. Royal Society, New South Wales,

1880, p. 133 i—

Oil 5 Zaria
Carbohydrates .., 32.63
Albuminoids . ... 19.94
Woody fibre 8.04
Ash, CO, 37-25

100.00
Nitrogen vee ee Ls “researc si
Woody parts of plant ... roy Aber Colts
Edible ... bat ee wa, 03 per cent:

On ash. On plant.

Potash - ah nt} £12.89 4.62
Soda ... oes oe ey OQ. AZENT TeKSB
Chloride of sodium ... J3t8 920267 9-93
Lime ... Sie Le SGOT) Beas 3.26
Magnesia... 8 hath) 07.22 2.92
Ferric oxide ae Abt 1.28 .48
Sulphuric oxide eee aR ENG as Mt
Phosphoric oxide _... tei! BtG8 1.48
Silica (soluble) Fae et. OF 1.52

1OO.0G, 937.25
South Australia, Victoria and New South Wales.

60. Kochia villosa, Zzd/., (Syn. K. tomentosa, F.v.M.; K. pubes-
cens, Moq.; Maireana tomentosa, Moq.); N.O., Chenopodia-

cee, B.FI., v., 186.
“Cotton Bush.’’

A valuable salt-bush, which withstands a very high tempera-
ture. But Mr. S. Dixon (of. cit.) states that this species is
“hateful’’ to stock. (See XK. aphy/lia.)

In all the colonies except Tasmania.

134 AUSTRALIAN NATIVE PLANTS.

61. Lotus australis, Azdr., (Syn. Z. levigatus, Benth ; L.
albidus, Lodd.) ; N.O., Leguminosz, B.FI., ii., 188.

All the colonies.
Lotus corniculatus, Z7uz. ,
All the colonies except Western Australia and Queensland.

These plants are often reputed poisonous in Australia, which
is doubtless a mistake, as they make excellent fodder, and are
considered valuable ingredients in meadows and pastures. (Bailey.)

Doubtless this idea has arisen owing to the poisonous nature
of some leguminous bushes similar in leaf and habit. Baron
Mueller, however, states (Trans. R. S. Victoria, vol. vi., 1861-4),
that this plant causes sheep to perish, in some cases, in half an
hour. The most contrary evidence as to the effect of these plants
on stock is to hand from Western New South Wales.

‘“‘T am inclined to believe that many leguminous plants reputed
to be poisonous are not really so, but that an excess of either
foliage or seeds eaten by a hungry animal throws off such an abun-
dance of gases, that ‘‘hoove” ensues, which is nothing more than an
excessive distension of the stomach, pressing against the diaphragm,
preventing the lungs from working, and the animal is really
strangled to death. To this cause I attribute all the deaths (and
they are very numerous) caused by Loftus australis, var. Behrit,
really an excellent fodder plant, akin to the Lucernes, but when
seeding, and especially after rain, if hungry sheep are allowed to
feed greedily upon it they die by hundreds, while sheep in con-
finement, and fed solely upon it, do not die, but actually thrive, as
was shown some years since in Adelaide.’ (S. Dixon, of. cét¢.)

62. Malvastrum spicatum, 4. Gray, (Syn. Malva spicata, Linn. ;
M. ovata, Cav.; M. timorensis, DC., M. brachystachya,

F.v.M.); N.O., Malvacez, B.FI., i., 187.

Some squatters have considered this a valuable sheep-herb.
(Bailey.) This plant is not endemic in Australia.

South Australia, New South Wales and Queensland.

FORAGE PLANTS. 135

63. Marsilea quadrifolia, Linn., (Syn. M. Brownti, A. Braun. ;

M. angustifolia, R.Br.; M. hirsuta, R.Br. ; Ml. Drummondit,

A. Braun.); N.O., Marsiliacez, B.FI., vii., 683.

‘‘ Nardoo,” “ Clover Fern.”

This plant is much relished by stock. It grows plentifully in
swamps and shallow pools of water. It is, however, better known
as yielding an unsatisfactory human food in its spore-cases.

All the colonies except Tasmania.

64. Myoporum deserti, 4A. Cunn., (Syn. MZ. dulce, Benth.;
M. strictum, A. Cunn.; J. patens, A. Cunn.; MZ rugulo-

sum, F.v.M.); N.O., Myoporinez, B.FI., v., 5.

“ Ellangowan Poison-bush ” of Queensland. ‘“‘ Dogwood Poison-bush”
of New South Wales.

This appears to be a well-authenticated poison-bush, but
apparently only when in fruit. It is reported from Ellangowan,
Darling Downs, Queensland, that out of a flock ot 7,000 sheep
passing Yandilla (Q.), 500 succumbed to eating this plant.
(Bailey and Gordon.)

All the colonies except Tasmania.

65. Myoporum platycarpum, 2.2r., Disoon platycarpus, F.v.M.,

N.O., Myoporinez, B.FI., v., 7.

“ Dogwood.” ‘‘ Sandalwood.”

The leaves are eaten by stock, but not, as far as I can learn,
with any evil effects. It is often felled for sheep in time of
drought.

All the colonies except Victoria and Queensland.

66. Nicotiana suaveolens, Zehm., (Syn. N. undulata, Vent. ;
NV. Australasia, R.Br.; N. rotundifolia, Lindl.; MW. fasti-
giata, Nees); N.O., Solanez, B.FI., iv., 469.

“* Native Tobacco.”

This plant grows luxuriantly on the sand-hills in the Riverina
(New South Wales) in good seasons. It used, in the early days
of the colonies (and in the interior districts up to quite recent
years), to be manufactured into tobacco. It is readily eaten by
stock.

All the colonies except Tasmania.

130 AUSTRALIAN NATIVE PLANTS.

67. Pimelea hematostachya, #v.JZ., N.O., Thymelez, B.FI.,

Vii Ze.

This very handsome plant might with advantage be introduced
into garden culture, but it is one of the worst of poisonous herbs,
and often causes the loss of hundreds of sheep, yet their lives
could, perhaps, be saved by slitting their ears soon after they had
eaten the herb. (Bailey.)

Queensland.

68. Pittosporum phillyreoides, DC., (Syn. P. angustifolium,

Lodd.; P. longifolium, Putterl.; P. Roéanum, Putter. ;

P. ligustrifolium, A. Cunn.; P. oleefolium, A. Cunn. ;

P. acactoides, A. Cunn.; P. salicinum, Lindl.; P. lanceola-

tum, A. Cunn.) ; N.O., Pittosporez, B.FI., i., 112.

Called variously ‘‘ Butter-bush,” ‘‘ Willow Tree,” ‘ Native Willow,”
and “ Poison-berry Tree.”

In times of scarcity this tree is of great value, as it with-
stands drought, and sheep and cattle browse upon its foliage.
Stock are so partial to it in the interior districts that it is in danger
of extermination in parts, and it is a tree which should be con-
served.

All the colonies except Tasmania.

69. Plantago varia, R.Br., (Syn. P. debili’s, Nees) ; N.O., Plan-

taginez, B.FI., v., 139 (where see synonymy).

“ Native Plantain.”

This plant is relished by stock. Speaking of an allied species
(P. lanceolata), an English writer observes :—“‘ Its mucilaginous
leaves are relished by sheep, and, to acertain extent, by horses and
cattle, but it seldom answers asa crop, unless on very poor land
where little else will grow. It was generally sown with clover, and
this mixed crop is occasionally seen now on barren soils, but there
can be little doubt that the plantain is inferior in produce, and
probably in nutritive qualities, to many plants that would grow
equally well onthe sameland. Mingled with grasses in permanent
pasture it may be beneficial in small quantity, but tends, like all
broad-leaved plants, to destroy the more delicate herbage around it.”’

All the colonies.

FORAGE PLANTS. 137

70. Pomaderris racemosa, ook., N.O., Rhamnez, B.FI., i., 421.
The leaves when chewed or soaked are found to be slightly
mucilaginous. This explains the fondness that stock have for
this plant. It always seems fresh and green, and stands stocking
well. (S. Dixon.)
All the colonies except Western Australia and Queensland.

71. Psoralea tenax, Zzzd/., N.O. Leguminosz, B.FI., ii., 193.

Considered a good fodder by some. (Bailey.)
New South Wales and Queensland.

72. Pterigeron adscandens, Benth., N.O., Composite, B.FI., iii.,
533-
Specimens of this plant have been frequently sent to Brisbane
as a poison herb. (Bailey.)
Queensland and Northern Australia.

73- Rhagodia spp., N.O., Chenopodiacez, B.FI., v., 151 et seq.
“ Salt-bushes.”

These plants are palatable to sheep and cattle on account of
the salt which they contain, nearly two ounces having been
obtained from two pounds of leaves. They are all more or less
useful, but the two following are perhaps best known.

74. Rhagodia Billardieri, R. Brown, (Syn. R. baccata, Mog. ;
Chenopodium baccatum, Labill.; R. Candolleana, Mog.) ;
N.O., Chenopodiacez, B.Fl., v., 152.

This is an important bush for binding moving sand on sea-
shores. (Mueller.) It is eaten by stock.
All the colonies.

ec. Rhagodia parabolica, R.Br., (Syn. BR. reclinata, A. Cunn.) ;
N.O., Chenopodiacez, B.FI., v., 153.
“ Salt-bush.”
This plant is relished by stock.
All the colonies except Tasmania.

[ 38 AUSTRALIAN NATIVE PLANTS.

76. Sarcostemma australe, &.2r., N.O., Asclepiadez, B.FI., iv.,
328.
Called ‘Caustic Plant,” or ‘Caustic Vine’? in Queensland, and
“ Gaoloowurrah”’ by the aboriginals at Port Darwin.

In the Warrego district, Queensland, a great number of fat
cattle have perished from eating this plant. The death of sheep
from eating it is also well authenticated. (Bailey and Gordon.)

Yet Mr. S. Dixon stated that he had not known stock to touch
this plant till the summer of 1880-1, when the cattle on the eastern
plains of South Australia lived upon it, without water, for some
months of continued drought. (Proc. R.S., S.A., iv., 135.)

All the colonies except Victoria and Tasmania.

77. Scleroleena bicornis, Zzvd/., (Syn. Chenolea bicornis, (Vide
Proc. R.S., 1880); Kentropsis lanata, {Moq.; Antsacantha
bicornis, F.v.M.; Bassia bicornis, F.v.M.); N.O., Chenopo-
diacez, B.FI., v., 195.

Bassia bicornis in Muell. Cens., p. 30. This must not be
confounded with the Sapotaceous genus Bassza of Linn., which
are usually large trees. Genera Plantarum, Benth., and Hook.,
ii., 658.

N.B.—In Mr. Dixon's paper the name is given as Chenolea
bicornis. There is no such- species. It is probably intended for

Sclerolena bitcornts.
“ Cotton-bush.”

The following analysis of this Salt-bush by Mr. W. A. Dixon
is in the Proc. Royal Society, N.S.W., 1880, p, 133 :—

Oil op 52 ade 6 sad S288
Carbohydrates ... gis = sae SOLES
Albuminoids ... xt we dom 0888
Woody fibre ... ie sis ain (24.01
Ash, CO, si Pe ee ‘on eee

100.000
Nitrogen oe wae as ee
Woody parts of plant ... Ri 6 per cent.

Edible so uw ..» 94 per cent.

FORAGE PLANTS. 139

On ash. On plant.

Potash ... ik 38s fap BATA 7ST
soda: i); i. #3 ~~ iS <BORETs: ¢ Tied 2
Chloride of sodium ... ple £ BRA ho S7FZ
ime’ *.: gee ee in«) 24233 = 0.703
Magnesia Ter 653 3028.27 001 579
Ferric oxide. ~... se i 18-28" © 4;090
Sulphuric oxide my sivie’ FAQS 276
Phosphoric oxide 42 Ppa 38s
Silica, soluble ... eS. R= 3550-1 -425%

100,00 7,000

All the colonies except Tasmania and Western Australia.

78. Seshania ewgyptiaca, Pers., (Syn., schynomene Sesban,
Linn.); N.O., Leguminosz, B.F1., ii., 212.
= Ngeen-jerry ” of the aboriginals of the Cloncurry River (North Queens-

land).
The leaves and branches are cut for cattle-fodder in India.

(Gamble.)
Northern Australia.

79. Sida rhombifolia, Z777., N.O., Malvaceae, B.FI., i., 196.

“Common Sida Weed,” ‘‘ Queensland Hemp.” Called ‘“ Paddy
Lucerne” in the Clarence and Richmond River districts of New South
Wales. It is often called ‘‘ Native Lucerne” in other parts of the colony.

It may not be generally known that the ripe carpels of this
weed often cause the death of fowls that feed on them, by the
sharp terminal arms of the carpels irritating the inside and causing
inflammation. (F. M. Bailey.)

The leaves are mucilaginous, as are also the tops, and cattle
are very fond of them. They are, however, unable to destroy the
plants, by reason of the very strong fibre of the stems.

New South Wales to Northern Australia.

80 Solanum eremophilum, /.v.d/., N.O., Solanez, B.Fl., iv., 459.

Between Cobham and Mount Arrowsmith (New South Wales)
an old drover stated that he has repeatedly seen sheep and cattle
die after eating this pretty blue and purple plant.

140 ‘AUSTRALIAN NATIVE PLANTS.

81. Solanum simile, 7.7.2, (Syn. S. laciniatum, var., R.Br. ;
S. fasciculatum, F.v.M.); N.O., Solanacez, B.FI., iv., 448.
Called ‘‘ Quena” by aboriginals in South Australia.
Sheep feed on this plant. (Annie F. Richards in Proc. R.S.,
S.A., iv. 136.)
All the colonies except Tasmania and Queensland.

82. Sterculia diversifolia, G. Doz., (Syn. Brachychiton popul-
neum, R.Br. ; Paecilodermis populnea, Schott.) ; N.O., Stercu-
liaceze, B.F1., i., 229. Brachychiton populneum in Muell.
ens Dp. 15.

‘‘Kurrajong,” or “ Black Kurrajong;” the “‘ Bottle Tree” of Victoria.
Cattle and sheep are fond of the leaves and branches, and in
some dry seasons have existed for long periods on scarcely any-
thing else. In parts of the Riverina (New South Wales) the trees
are cut down as required for this purpose. (General Report,

Sydney International Exhibition, 1879.)

Victoria, New South Wales and Queensland.

83. Swainsonia Spp., N.O., Leguminose, B.F1., ii., 216 et seq.
“‘ Native Indigos.”’

These plants are reputed poisonous to stock. The active
principle does not appear to have been isolated, as it only exists
during certain stages of growth (prior to flowering) of the plant,
and it seems to be decomposed on drying the plant. The real
nature of the poison will, therefore, probably remain undetermined
until such time as a chemist can work at the plant on the spot, or
take steps to receive a perfectly fresh supply of it.

Throughout the colonies.

84. Swainsonia galegifolia, R.Br., (Syn. S. Oshornit, Moore;
Vicia galegifolia, Andr.; Colutea galegifolia, Sims); N.O.,
Leguminose, B.FI1., ii., 217.

“Darling Pea,” ‘‘ Indigo Plant.”

This is a dreaded plant from the great amount of loss it has |
inflicted on stock-owners. Its effect on sheep is well known ; they
separate from the flock, wander about listlessly, and are known to
the shepherds as “ pea eaters,’ or “ indigo eaters.” When once a

FORAGE PLANTS. IAI

sheep takes to eating this plant it seldom or never fattens, and
may be said to be lost to its owner. The late Mr. Charles Thorn,
of Queensland, placed a lamb which had become an “indigo
eater’ in a small paddock, where it refused to eat grass. It, how-
ever, ate the. indigo plant greedily, and followed Mr. Thorn all
over the paddock for some indigo he held in his hand.

At Taroom (Q.) horses were hobbled for the night at a place
where much of this plant was growing. On the following morning
they were exceptionally difficult to catch, and it was observed how
strange they appeared. Their eyes were staring out of their heads,
and they were prancing against trees and stumps. The second
day two out of nine died, and five others had to be left at the
camp. When driven they would suddenly stop, turn round and
round, and keep throwing up their heads as if they had been hit
under the jaw ; they would then fall, lie down for a while, rise, and
repeat the agonising performance. On one station, in the course
of a few weeks, eight head were shot, having injured themselves
past hope of recovery. Plants Injurtous to Stock (Bailey and
Gordon).

The Rev. Dr. Woolls, however, points out (Proc. Zinn. Soc.,
N.S. W., vii., 315), that from experiments made near Mudgee,
New South Wales, it does not appear that this species is dele-
terious when eaten with other herbage.

New South Wales and Queensland.

85. Swainsonia Greyana, Lindl., (Syn. S. grandiflora, R.Br.) ;
N.O. Leguminosz, B.FI., ii., 216.

“ Poison Bush.”

This plant is reported to cause madness, if not death itself, to
horses. The poison seems to act on the brain, for animals
‘affected by it refuse to cross even a small twig lying in their path,
probably imagining it to be a great log. Sometimes the poor
creatures attempt to climb trees, or commit other eccentricities.
(Woolls.) It is regarded with great horror on the Darling,
especially in dry seasons, when other herbage fails. Baron
Mueller believes in the poisonous properties attributed to this

142 AUSTRALIAN NATIVE PLANTS.

particular species. (Trans. R.S. Victoria, vol. vi., 1861-4.) It
would appear to be very similar in its effects to the preceding
species.

“‘T may add that this plant is popularly supposed to produce
a sort of insanity, ending in some cases in death, in stock that
feed upon it. Iam of opinion that this is incorrect; I have never
seen any stock actually feeding upon it, but I have seen horses
eat freely, without any evil effect, of another species of the same
genus (?), which grows plentifully on the black soil flats which are
at times inundated by the waters of the Darling. The Hon.
William Macleay, who has had large experience in a district where
this plant grows, informed me a few days ago that he also was of
Opinion that it is not poisonous to stock.” (H. R. Whittall, in
Proc. Linn. Soc. N.S.W., ix., 179.) As testimony in regard to
the properties of S. ee this is a little vague, but I have
given it litteratim.

South Australia, Victoria, New South Wales and Queensland.

86. Tephrosia purpurea, Pers., Scar = piscatorta and others,
Pers.) ; N.O., Leguminosz, B.FI., ii., 209.

These species possess properties deleterious to stock. The
latter was reported from the Flinders River, Queensland, as a
poison herb. (Bailey and Gordon.) TT, rosea, #.v.JZ, is also
poisonous.

South Australia, New South Wales to Northern Australia.

87. Trachymene australis, Bexth., (Syn. Didiscus prlosus, Benth. ;
D. anisocarpus, F.v.M.; D. grandis, F.v.M.; Dimetopra
anisocarpa, Turcz; D. grandis, Turcz.); N.O., Umbelliferz,
B.FI., iii., 349. Dédiscus pilosus in Muell. Cens., p. 62.

**'Wild Parsnip.”

Recently (December, 1887) the sudden death of numbers of
cattle in the vicinity of Dandenong, Victoria, was attributed to
their having eaten a plant known as the wild parsnip. Baron
Mueller pronounced specimens forwarded to him by the Chief

FORAGE PLANTS. | 143

Inspector of Stock to belong to this species. Its action is so
powerful that no remedial measures seem to be of any avail.
The only way to destroy the plant is to pull it up by the roots
and burn it.

In all the colonies.

88. Trema aspera, Blume., (Syn. Celtis aspera, Brong ; Sponia
aspera, Planch.); N.O., Urticez, B.FI., vi., 158. This, and
other species of Trema recorded by Bentham, are all united
by Baron Mueller under the typical Z. cannadina, Lour.,
(Vide Muell. Cens., p. 21.)

*© Peach-leaved poison bush.” ‘‘ Elm.” “ Rough Fig.” A “ Kurrajong.”
This shrub is firmly believed by some to be poisonous. It is
likely very indigestible, as it produces an excellent strong fibre.

(Bailey.)

All the colonies except South and Western Australia.

89. Trichodesma zeylanicum, .2r., (Syn. Pollichia zeylanica,
F.v.M.); N.O., Boraginez, B.FI., iv., 404. P. zeylantca in
Muell. Cens., p. 100.

Baron Mueller recommends this plant as a fodder herb,
stating that the dromedaries of Giles’ exploring party (1873-4)
were found to be particularly partial to it. It is not endemic in
Australia.

All the colonies except Victoria and Tasmania.

go. Trigonella suavissima, Zzndiey, N.O., Leguminose, B.FI.,
ii; 197.
From its abundance in the neighbourhood of Menindie it is often
called ‘‘ Menindie Clover.” It is the ‘‘ Australian Shamrock”’ of Mitchell,
and the ‘‘ Calomba ” of the natives of the Darling.

This perennial, fragrant, clover-like plant is a good pasture
herb. Sir Thomas Mitchell (Three Expeditions) speaks of it in
the highest manner as a forage plant on several occasions.

Interior of Australia, from the Murray River and tributaries
to the vicinity of Shark’s Bay, Western Australia.

144 AUSTRALIAN NATIVE PLANTS,

gl. Ventilago viminalis, Zook. ; N.O., Rhamnez, B.FI.,<i548ae
“Supple Jack.” ‘Thandorah” of the aboriginals of the Cloncurry
River (North Queensland).
The leaves are eaten by stock.
South Australia, New South Wales and Queensland.

92. Zizyphus jujuba, Zam. ; N.O., Rhamnez, B.FI., i., 412.
‘* Jujube Tree.”
The leaves are much valued for cattle-fodder in India.

Queensland.

SUBSTANCES REPUTED MEDICINAL.
(DRUGS).

In regard to the ‘‘ New Remedies,” it will be well to remember
the judicious remarks of Sir Joseph Hooker in his introductory
essay on the Flora of Australia, appended to the Flora of
Tasmania.

“I have not alluded to pharmaceutical plants: such may exist,
and multitudes of the weeds, seeds, and roots of Australia will no
doubt enjoy a more or less substantial reputation as drugs for a
period, and then be consigned to oblivion. This is the pharma-
ceutical history of the plants of all countries that have long been
inhabited by civilised man, and Australia will form no exception
to them, the fact being, that of the multitude of names of plants
that appear in Pharmacopzias, the number of really active and
useful plants is extremely small.”

Queensland is by far the richest of the colonies in plants con-
cerning which medicinal properties have been recorded ; but the
great majority of these will be found to be also common to India
and the Archipelago, and to have been employed by the natives of
those countries.

With the exception of some plants not endemic in Australia,
which have already been utilized by dwellers in older countries,
most of the plants of this continent reputed medicinal, have
been enquired into only when their true botanical positions
were assigned. We are aware that certain properties are
possessed by plants belonging to certain genera and natural
orders; when an Australian plant is found to belong to such an

* See also “ Essential Oils,’’ “Gums,” &c. The species found in New South Wales
are dealt with ina paper read by the author before the Linnean Society of New South
Wales, March, 1888, entitled Some Reputed Medicinal Plants of New South Wales.

L

146 AUSTRALIAN NATIVE PLANTS.

order or genus, we can usually make a very sagacious surmise as
to its properties. The science of botany, therefore, may save the
student of Materia Medica from groping about and testing plants
in an empirical way. Nevertheless, there is still much empiricism
in the study of vegetable Materia Medica, as it is only of
comparatively recent years that the analyst and physician have
recognised the enormous mutual advantage of co-operation with
the botanist. Yet comparatively few genera have been tested for
medicinal properties throughout the world, so that the limit of the
aid afforded us by analogy is easily passed.

Australian botany may be said to have been brought into order
by the publication of the Flora Australiensis, the oldest volumes
of which only date back some twenty-five years. Before that
time very few people in these colonies professed any botanical
knowledge whatsoever, and our plant-nomenclature was in a
pitiable state, empirics adding to the prevalent lack of knowledge
by bestowing names on plants without a word of description,
increasing the difficulty of the situation by synonymy worse than
useless. Anyone need only examine old exhibition literature to
be convinced of the truth of my remarks. To Baron Mueller and
Mr. Bentham are, of course, mainly owing the ‘‘ exact” position
which Australian botany holds in this centenary year. The main
work of the classification of our plants has already been performed,
and the student of Materia Medica now can reap the advantage.
There is no doubt that many observations of early colonists on the
medicinal properties of plants have been lost to us through their
lack of botanical knowledge, or lack of facilities to have plants
named in which they were interested. And considering the circum-
stances under which many of the pioneers of this colony worked, it
becomes a matter of surprise to us, not that they have recorded
so little, but that they have been recorded so much, and in such
detail, in regard to the economic properties of our indigenous flora.
Of course, drugs form but one group or division of substances
which have been pressed into the service of man.

In fairness to ourselves we must confess ourselves very little
indebted to the Australian aboriginal for information as to the
medical (or in fact any other) properties of our plants. The

SUBSTANCES REPUTED MEDICINAL. 147

poor aboriginal chiefly takes interest in the vegetation as supplying
him with his scanty food, or as affording him fibre useful in
securing fish and other animal sustenance. As faras we know, the
Materia Medica of the blacks is of a very meagre description, yet
the acquisition of even such little knowledge as they are supposed
to possess has been slow and difficult, inasmuch as persons who
have lived in a state of nature with them have not been
distinguished for either their medical or botanical knowledge.
Civilised or semi-civilised blacks frequently know but little about
their native Materia Medica, and the difficulty of obtaining
reliable information is enhanced (as I have experienced to a slight
extent) through the extreme willingness of town blacks to impart
information in regard to any plant which may be shown them,
which impresses one with the thought that they are too willing
to oblige. But perhaps this is mainly owing to asking them
leading questions.

With the native Materia Medica of India, for instance, the
case is very different. While some remedies are evidently used
fancifully, and others for every disease to which the human frame
is liable, much of the knowledge in regard to it is exact, the out-
come of intelligent observation and enquiry, and the work of the
European practitioner to classify the native drugs is a compara-
tively easy one.

There is an important matter which I have often heard
referred to by medical men and others. It may be only an
ingenious surmise, but I am inclined to think it is more than that,
as evidence to prove its truth is from time to time brought forward.
It is this. Native Australian drugs will probably be found
peculiarly efficacious in the treatment of diseases, or modifications
of diseases, which are co-extensive with their distribution.

The number of really useful New South Wales drugs, as far
as our knowledge at present extends, is, as will be seen, but very
limited, and in regard to these even, our knowledge lacks precision.
It will thus be seen how little trodden has been this particular field
of enquiry. Yet it is not too early even now to attempt to system-
atise such knowledge as we possess—this has been the object in
view in submitting the few pages which follow.

148 AUSTRALIAN NATIVE PLANTS.

1. Abrus precatorius, Zzn7., (Syn. A. pauciflorus, Desv.; A.

squamulosus, E. Mey.); N.O., Leguminosz, B.F1., ii., 270.

‘*‘ Indian Liquorice.”

The roots of this plant are used in India as a substitute for
liquorice, though they are somewhat bitter. In Java the roots are
considered demulcent. The leaves, when mixed with honey, are
applied to swellings, and in Jamaica are used as a substitute for
tea. Under the name of “‘ Jequirity”’ the seeds have recently been
employed in cases of ophthalmia, a use to which they have long
been put in India and Brazil.

Queensland and Northern Australia.

2. Abutilon indicum, G. Doz., (Syn. A. astaticum, G. Don; Sida
indicum, Linn.; S. astatica, Linn.); N.O., Malvacez, B.FI.,
In2O2.

This species, together with many others of this natural order,
possesses demulcent properties, and is used for that reason.
Queensland and Northern Australia.

3. Acacia SPP, N.O., Leguminosz.
“ Wattles.”

The barks of all wattles are more or less astringent (see
‘“'Tans’’), and are used in domestic medicine to make decoctions
or infusions employed in diarrhoea or dysentery, perspiring feet,
some affections of the eyes, and a number of severe and trifling
ailments in which an astringent may or may not be of service.

The medicinal properties of these barks are discussed in a
paper by Dr. S.J. Margarey on A. pycnantha, in Trans. RS.
South Australza, iii., xiv.

The astringent principle (accompanied by no injurious sub-
stance in large quantity) is present to a more or less useful extent
in the barks of scores of genera of our native trees, ¢.g., Lucalyplus,
Banksia, Casuarina.

The gums of some species of wattle are used to a limited
extent in domestic medicinejand surgery. (Vide Flindersta
maculosa, infra.)

Throughout the colonies.

SUBSTANCES REPUTED MEDICINAL. 149

4. Acacia delibrata, 4. Cunn., N.O., Leguminose, B.FI., ii., 404.

Dr. Bancroft, of Brisbane, has found a saponin in the pods.
Physiologically, it was found to act as an irritant poison. It has a
very disagreeable taste, and is soluble both in alcohol and water.

Queensland and Northern Australia.

5. Acacia falcata, W7lld., (Syn. A. plagiophy lla, Spreng.; Mimosa

obligua, Wendl.); N.O., Leguminosz, B.FI., ii., 361.

“ Hickory.” “ Lignum-Vite.” ‘ Sally.” It used to be called ‘‘ Wee-
tjellan” by the aboriginals of the counties of Cumberland and Camden
(New South Wales).

This bark, which contains much tannin, was used by the
aboriginals of the counties of Cumberland and Camden to stupefy
fish, and to make embrocations for the cure of cutaneous diseases.
(Macarthur.)

New South Wales and Queensland.

6. Acacia implexa, Bexth., N.O., Leguminose, B.FI., ii., 389.

The Rev. Dr. Woolls observes that the bitter bark of this tree
probably possesses medicinal properties. The bark of young
trees contains a very pleasant bitter.

Victoria, New South Wales and Queensland.

7. Acacia penninervis, Sved., (Syn. A. tmpressa, Lindl.); N.O.,

Leguminosz, B.FI., ii., 362.

“Hickory.” ‘‘ Blackwood.”

The bark (and, according to some, the leaves) of this tree
was formerly used by the aboriginals of southern New South
Wales for catching fish. They would throw them into a water-
hole, when the fish would rise to the top and be easily caught.
Neither the leaves nor bark contain strictly poisonous substances,
but, like the other species of Acacia, they would be deleterious,
Owing to their astringency.

All the colonies except South and Western Australia.

150 AUSTRALIAN NATIVE PLANTS.

8. Acacia salicina, var. varians, Zzvd/., (Syn. A. varzans,

Benth.); N.O., Leguminosz, B.F1., ii., 367.

The ‘‘ Goobang”’ of the natives of the western interior of New South
Wales.

Sir Thomas Mitchell speaks of the natives using a bough of
this tree to poison the fish in water-holes.

In the interior.

9. Achras laurifolia, 7.v.JZ, (Syn. Sersalista laurifolia, A. Rich.;
S. glabra, A. Gray; Stderoxylon Richardi, F.v.M.); N.O.,
Sapotaceze, B.FI., iv., 282. Svderoxylon Richardt in Muell.
Cens., p. 92.

This bark has a remarkably sweet taste, but is at the same
time astringent. Dr. Bancroft suggests that lozenges made of an
extract of it might prove useful in throat diseases. Following is
an analysis by Mr. Staiger :—

Extract (containing glycyrrhizin) ... a Bee
Tannin ats ees ae Cs oi eae
A substance intermediate between India-

rubber and gutta-percha aoe een ee
Woody fibre ... ee daz oe aye 3 ee
Moisture ay RP oe ae ons _ cea

New South Wales and Queensland.

10. Achyranthes aspera, Zzz., (Syn. A. australis, R.Br. ; and
incl. A. canescens, R.Br.; A. argentea, Lam.); N.O., Amar-
antacee, B.FI., v., 246.

Found also in all the tropical and sub-tropical regions of the
old world. The herb is administered in India in cases of dropsy.
The seeds are given in hydrophobia, and in cases of snake-bites,
as well as in ophthalmia and cutaneous diseases. The flowering-
spikes, rubbed with a little sugar, are made into pills, and given
internally to people bitten by mad dogs. The leaves, taken fresh
and reduced to a pulp, are considered a good remedy when applied

SUBSTANCES REPUTED MEDICINAL. I5!

externally to the bites of scorpions. The ashes of the plant yield
a considerable quantity of. potash, which is used in washing
clothes. The flowering spike has the reputation in India (Oude)
of being a safeguard against scorpions,..which it is believed to
paralyse. (Drury.)

South Australia, New: South: Wales; Queensland and Nor-
thern Australia.

11. Adiantum eethiopicum, Linn., (Syn. A. assimile, Swartz ;

A. trigonum, Labill.) ; N.O., Filices, B.FI., vii., 724.

Common “ Maidenhair Fern.”

This plant is said to possess medicinal properties, being
slightly astringent and emetic. It has been used in Europe in
making “Szrop de Capillatre,’ a demulcent drink, employed in
diseases of the chest.

All the colonies.

12. Alstonia constricta, #.v.17,, N.O., Apocynez, B.FI., iv., 314.
“Fever Bark.” ‘“ Bitter Bark.”

This yellowish-brown, often thick and deeply fissured bark, is
intensely bitter, and possesses valuable febrifugal and _ tonic
properties. It is regularly quoted in London drug lists. A
decoction is sometimes sold in the colonies as “ bitters.”
Mr. Christy states that it is used by some English brewers of
pale ale for export, as it produces neither headaches nor other ill
effects of hops. It tastes remarkably like Cinchona bark, and
seems to partake somewhat of the properties of both quinine and
nux vomica. This drug is undoubtedly worthy of careful experi-
ments by medical men. (See A. scholars.)

The bark contains, according to Palm (who examined it in
1863), a neutral resinous bitter principle, called by him a/séonzn,
similar to cazlcedrin and tulucunin, a volatile oil, smelling like
camphor, an iron-greening tannin, gum, resin, fat, wax, protein
substance, oxalic acid, and citric acid. The ash, amounting to
6.06 per cent. of the bark, contains in 100 parts :—

152 AUSTRALIAN NATIVE PLANTS.

Soda (anhydrous) ... fe Bes 0.48
Potash - or oa uss 6.96
Sodium Chloride... ae ren 3.06
Lime as is = L.wit Ggzaeg
Magnesia... aut 7 ae 3.61
Ferric oxide ... tic 2 nab 3-43
Manganoso-manganic oxide... aes 0.78
Sulphuric acid (anhydride) ... se 9-33
Phosphoric peroxide aa ae trace
Silica ... sek a xa coe, A OG
Carbonic acid io om as 23.501

( Watts’ Dict., vi., 1st suppt., 101.)

Mueller and Rummel, in Wittstein’s Organic Constituents of
Plants, give the following account of the alkaloid :--A/s/onzn, the
alkaloid of the bark of AJdstonza constricta, F.v.M., is obtained by
treating the alcoholic extract with water and a little hydrochloric
acid, adding to the filtered solution a small excess of ammonia,
dissolving the separated flocculent precipitate in ether, evaporating
the ethereal solution, and purifying the remaining alkaloid
(alstonin) by dissolving again in dilute acid and repeating the
above process. It forms an orange yellow, brittle, pellucid mass,
of very bitter taste, melts below 100°, and is carbonised at higher
temperatures; dissolves easily in alcohol, ether, and dilute acids, but
sparingly in water. All its solutions in the dilute state exhibit a
strong blue fluorescence which is not affected by acids or alkalies.
Its alcoholic solution has a slightly alkaline reaction. <A/dstonzn
combines with acids, but does not completely neutralise them.
Hydrochloric and other strong acids, also alkalies, decompose it
partly on evaporation in the water-bath to a dark-coloured acid
substance. The hydrochloride of alstonin gives precipitates with
the chlorides of platinum and mercury, iodide of potassium, the
phospho-molybdate and meta-tungstate of soda, bichromate of
potash, picric acid, and with the alkalies and alkaline carbonates.
Tannic acid does not precipitate the hydrochloride, but does the
acetate and the pure base. Concentrated nitric acid dissolves
alstonin with crimson colour, yellow on warming; sulphuric
acid reddish-brown, afterwards dirty green ; hydrochloric acid only

SUBSTANCES REPUTED MEDICINAL. 153

effects a yellowish solution. Alsfonzn differs from dtamine
chiefly by its behaviour towards concentrated acids, and by its
fluorescence, which has not been recorded of the other alkaloid.

The correctness of the above results has been disputed by
Hesse, who expressed the opinion that the supposed alkaloid was
a mixture of chlorogenine and porphyrine. (Ber. d. Deutsch.
Chem. Gessells, 1878, p. 2175.)

_ In June, 1879, Oberlin and Schlagdenhauffen* announced
the isolation of two alkaloids from this bark, a crystallizable and
an amorphous one. They found the bark to be soluble in ether
to the extent of 1.038 per cent., and to this ethereal extract their
attention was confined. In Pharm. Fourn. [3], ix., 1059, is an
abstract of their paper, and an account is given not only of the
method of preparing these alkaloids, but also of their physical and
chemical properties. The crystalline alkaloid occurring in silky
tufts of brilliant, colourless, isolated, or stellate crystals, is styled
alstoninet+, while an amorphous nitrogenous residue, possessing
alkaloid properties, obtained by spontaneous evaporation from the
mother liquor which yielded a/stonine, is provisionally termed
alstonicine.

In 1881 an exhaustive research on this bark was contributed
by Hesse to the Annalen der Chemie, ccv., 360, of which a careful
abstract appears in the Pharm. Fourn. [3] xi., 775. Palm’s
alstonin (notwithstanding the alleged absence of nitrogen) was
shown by Hesse to consist essentially of an alkaloid which he had
obtained from the bark and called chlorogenine. But as Palm’s
name had priority, Hesse called the alkaloid a/s/onzne. But unfor-
tunate confusion has arisen in Mueller and Rummel and Oberlin
and Schlagdenhauffen (vide supra) also having given so descrip-
tive aname to substances of different composition. The abstract
above referred to gives a very lucid account of the overlapping of
various researches, and shows how the different products obtained
by different observers may be reconciled. After this necessary
preliminary statement, Hesse gives a full account of the prepara-
tion and properties of the alkaloids found by him. They are :—

* Fournal de Pharmacie et de Chimie. + Probably Hesse’s porphyrine.

154 AUSTRALIAN NATIVE PLANTS.

1. Alstonine (synonymous with chlorogenine, and probably
identical with Palm’s a/stonin.) It is a brown, amorphous mass,
which can be rubbed to a brownish-yellow powder.

2. Porphyrine, a white powder found in very small quantity.

3. Porphyrosine, the examination of which is not yet com-
plete. :

4. Alstonidine, consisting of colourless, concentrically grouped
needles.

Hesse believes that this list by no means completely enumer-
ates the alkaloids obtainable from this interesting bark.

New South Wales and Queensland.

13. Alstonia scholaris, @.2r., (Syn. A. cuneata, Wall.) ; N.O.,

Apocynee, B.F1., iv., 312.

“Devil Tree” of India. ‘‘ Dita Bark.”

The powerfully bitter bark of this tree is used by the natives
of India in bowel complaints. (Zreasury of Botany.) It has
proved a valuable remedy in chronic diarrhoea and the advanced
stages of dysentery. It has also been found effectual in restering
the tone of the stomach and of the system generally in debility
after fevers and other exhausting diseases. (Pharm. of India.)
It is officinal in the Pharmacopceia of India as an astringent tonic,
anthelmintic, and antiperiodic. It is held in the highest repute in
the Phillippine Islands. For further information see Dymock
(Materia Medica of Western India). Most writers who speak of
it at all speak of it in terms of the highest praise. A very full
account of the various substances which have been extracted from
this bark will be found in Wa/?’s Dict., 3rd suppt., Part i., page
688 ef seg.

Northern Queensland.

14. Ammannia indica, Zam., (Syn. A. vesicatoria, Roxb.); N.O.
Lythrariez, B.F1., iii., 296. Not in Muell. Cens.; the Baron,
therefore, probably considers it introduced.

The whole plant has a strong aromatic smell. The leaves
are acrid, and are commonly used by the natives of India to raise

SUBSTANCES REPUTED MEDICINAL. 155

blisters in rheumatic pains, fevers, etc. The fresh leaves bruised
perform their office effectually in half-an-hour. (IF. M. Bailey.)
Queensland and North and South Australia.

15. Antidesma Dallachyanum, Bazl/., N.O., Euphorbiacez,

B.FI., vi., 85.

* Herbert River (Queensland) Cherry.”

The fruit, which in size equals that of large cherries, is of a
sharp acid flavour, resembling that of the red currant, which it
also equals in colour when made into jelly; and as the European
fruit is placed among medicinal plants on account of its juice
being grateful to the parched palates of persons suffering from
fever, this is worthy of a similar place. (Bailey.)

The same remarks are applicable to many of the sub-acid
fruits mentioned under “ Foods.”

Queensland and Northern Australia.

16. Archidendron Vaillantii, v.47. (Syn. Pithecolobium Vait-
lantit, F.v.M.; Albizzta Vatllantit, F.v.M.) ; N.O., Legum-
inose; Mueller, Fragm., v., 9, and ix., 178.

The pods contain beans which possess a black colour, and
nauseous, hot taste. The bark also is hot and acrid. Alcoholic
extract of the dried bean was made, five grains of which, sus-
pended in a few minims of water, were injected under the skin of
a kitten, which died asphyxiated ina few hours. The bark was
found to be more poisonous than the bean or leaves. Guinea-pigs
poisoned with this substance have painful convulsive movements
of the whole muscular system, increasing in frequency and force
as the poison gets absorbed. The hind legs get paralysed, and
the animals lie in a helpless state for many hours before they die,
and utter feeble cries when moved about. After death the muscles
contract when cut across, or when stimulated through their
nerves up to their exit from the cord. Neither the motor nor the
sensory nerves seem to be affected. This substance kills by
paralysing the reflex function of the spinal cord. (Dr. Bancroft,
meProc. AS. NV.S.W,,. 1886, p. 70.)

Queensland.

156 AUSTRALIAN NATIVE PLANTS.

17. Asparagus racemosus, Welld., (Syn. A. fasciculatus, R.Br. ;
Asparagopsis floribunda, Kunth; A. Browne, Kunth; A.
Decaisnet, Kunth) ; N.O., Liliacez, B.F1., vii. 17.

The roots of this plant are used medicinally by the natives of
India, but they appear to be wholly unworthy of notice. (Pharm.
of India.) An account of some of the uses to which it is put by
them will be found in Drury’s Useful Planis of India, p. 56.

Queensland and Northern Australia.

18. Atherosperma moschata, Zaéz//., N.O., Monimiacee, B.FI.,

v., 284.

“‘ Sassafras”’ (see Doryphora).

The bark contains an agreeable bitter, of much repute as a
tonic amongst» sawyers. It is called Native Sassafras from the
odour of its bark, due to an essential oil closely resembling true
sassafras in odour. Bosisto likens the smell of the inner bark to
new ale, and says that a decoction from this part of the tree is a
good substitute for yeast in raising bread. It is diaphoretic and
diuretic in asthma and other pulmonary affections, but it is known
more especially for its sedative action on the heart, and it has been
successfully used in some forms of heart disease.

It is prepared of the strength of 4 ounces of the bark to 20
ounces of rectified spirit, and is given in doses of 30 to 60 drops,
usually on a lump of sugar. The volatile oil of the bark alone is
said to have a lowering action on the heart. See “ Volatile and
Essential Oils.”

The bark has been examined by N. Zeyer, who has found in
it volatile oil, fixed oil, wax, albumin, gum, sugar, starch, butyric
acid, an aromatic resin, iron-greening tannic acid, and an alkaloid
which he designates atherospermine. The lead-compound of the
tannic {acid was obtained by. precipitating the clarified aqueous
decoction of the bark with lead acetate, digesting the well-washed
precipitate with acetic acid, and exactly saturating the filtrate with
ammonia. The greyish-yellow precipitate thus formed gave by
analysis, after drying, numbers corresponding to the formula
Cy Hy PbO.”

SUBSTANCES REPUTED MEDICINAL, 157

When the bark, after being boiled with water and treated
with dilute sulphuric acid, is exhausted with weak sodaley, the
aromatic resin passes into solution, and may be separated by preci-
pitation with hydrochloric acid, and purified by treatment with
alcohol and water. It is brown-red, has a faint aromatic odour,
tastes distinctly like nutmeg and sassafras, melts at 114°, dissolves
easily in alcohol and in alkaline hydrates and carbonates, but with
difficulty in ether and turpentine oil. The analysis of the resin
gave numbers according to the formula C,, H;, O;.

The ash, amounting to 3.64 per cent. of the air-dried bark,
and 4.06 per cent. of the bark dried at 100°, was found by Zeyer
to contain :—

Sodium chloride st Re aeOws
Potash (anhydrous) ... me sont 4a036
Soda do. — ed ilar. (OsgSE
Lime ner a ae ta 745-445
Magnesia gk asd ik aaah 4a BON
Alumina a ee He i (OFLOE
Ferric oxide... sks pt pes 02098
Manganic oxide aat was sets O44 7
Sulphuric acid (anhydride) . ia «ede
Phosphoric ey Fas vary gbslBG
Silica 8 oon on veo eatQOO
Carbonic bode - ae sxe: 11530.005

Atherospermine. The solution filtered from the impure lead-
precipitate, already said to have been obtained by N. Zeyer,
yields, on addition of ammonia, a precipitate which, after washing
and drying, digestion with alcohol, evaporation of the brown solu-
tion, mixing of the remaining mass with hydrochloric acid, and
precipitation with ammonia, yields crude atherospermine ; and by
agitating this substance with carbon bisulphide, dissolving the
mass left after evaporating off the carbon bisulphide in hydro-
chloric acid, and again precipitating with ammonia, the a/herosperm-
ine is obtained in the pure state.*

* The bark, which had been boiled with water for the preparation of the tannic acid
still retained a portion of the alkaloid, which was extracted therefrom by digestion
with dilute sulphuric acid.

158 - AUSTRALIAN NATIVE PLANTS.

Atherospermine forms a white, somewhat greyish, light, highly
electric powder, inodorous, and having a pure bitter taste. It turns
yellowish when exposed to sunshine, melts at 128°, and at a
higher temperature emits an empyreumatic odour, takes fire, and
burns away without residue; when slowly heated it gives off
an odour of putrid meat, and afterwards of herrings ( propyla-
miner). Itis nearly insoluble in water, dissolves with difficulty
in ether, more easily in alcohol, the solution having a distinct
alkaline reaction; is soluble also in chloroform, oil of turpentine,
and other volatile oils. When dissolved in dilute acids, it neutra-
lises them with formation of varnish-like salts. In contact with
iodic acid and a little water, it liberates iodine with brown colour.
The neutral solution of the alkaloid in hydrochloric acid is preci-
pitated white by alkalies and alkaline carbonates, yellow by picric
acid, yellowish-white by tannic acid, dirty-yellow by phospho-
molybdic acid, pale yellow by platinic chloride; it likewise preci-
pitates with iodide, ferrocyanide and sulphocyanide of potassium,
auric chloride, &c.. The formula of atherospermine has not yet
been ascertained. (Zeyer in Watt's Dict., vi., suppt., 231.)

The following account of <Asherospermine will also be
interesting :—

Atherospermine—C, H,, NO. (?) Alkaloid of the bark of
Atherospermine moschatum. Extract with warm water, acidified
by sulphuric acid, and precipitate with carbonate of soda. Wash
and dry the precipitate and extract with bi-sulphide of carbon.
Distil with water containing sulphuric acid, precipitate the
remaining liquid with ammonia, wash and dry the deposit. It is
a white, voluminous, highly electric powder, of crystalline
appearance under the microscope, and of a pure and lasting bitter
taste. Water dissolves only traces of it, but acquires a bitter
taste; ether dissolves at 16° one-thousandth, when boiling,
one-hundredth ; alcohol of 93 per cent. at 16° one-thirty-second
part, at the boiling point half its weight. Of greater solvent
power are chloroform, bi-sulphide.of carbon, oil of turpentine and
other essential oils and diluted acids. Chlorine-water produces a
yellow solution, not changeable by ammonia. Iodic acid gives
with atherospermine the same re-action as towards morphine and

SUBSTANCES REPUTED MEDICINAL, 159

oxyanthine, viz., it becomes deoxidised, and iodine is set free.
The neutral solution of chloride of atherospermine gives a white
precipitate with corrosive sublimate, a pale greenish-yellow with
chloride of platinum, and a yellow or orange precipitate with
nitrate of palladium. (Mueller and Rummel in Wi¢éstein’s
Organic Constituents of Plants.)

Tasmania, Victoria and New South Wales.

19. Barringtonia acutangula, Gaerin., (Syn. Stravadium rubrum,

DC.) N.O:, Myrtacez, B-FI., iii,’ 288.

In India an extract or juice is obtained from the leaves of
this tree which, when mixed with oil, is used in native practice for
eruptions of the skin. The kernels, powdered and prepared with
sago and butter, are used in diarrhoea; mixed with milk they
produce vomiting (Zreasury of Botany). ‘The root is bitter, and
is said to be similar to Cinchona, but also cooling and aperient.
(Drury.)

Northern Australia.

20. Barringtonia racemosa, Gaud.; N.O., Myrtacez, Muell. Cens.,
p- 29.
““Yakooro” of the aboriginals of the Mitchell River (North Queensland).
The root of this tree has a bitter taste, and is used by Hindoo
practitioners on account of its aperient and cooling qualities. The
seeds and bark are also used in native medicine; the latter is of
a reddish colour, and is said to possess properties allied to the
Cinchonas. The pulverised fruit is used as snuff, and, combined
with other remedies, is applied externally in diseases of the skin.
(Treasury of Botany.)
Queensland.

er. Barringtonia speciosa, Linn. f., (Syn., B. butonica, Forst. ;
Mammee americana, Linn.; Mitrarta commersonia, Gmel. ;
Butonica speciosa, Lam.; 2B. splendida, Sol.); N.O.,
Myrtacee ; B.FI. iii., 288.

‘““Mammee Apple” of Central America.

160 AUSTRALIAN NATIVE PLANTS.

The outer portion of the fruit, which is poisonous, is used in
Fiji for stupefying fish for the purpose of catching them.
(Seemann.)

Queensland.

22. Bombax malabaricum, DC. (Syn. B. heptaphylla, Cav. ;

Salmalia malabarica, Schott); N.O., Malvacee; B.FI. i.,

223.

The “ Simool Tree” or “‘ Malabar Silk Cotton Tree” of India.

The young roots are considered to have restorative, astringent,
and alterative properties (Dymock), but Waring (Pharm. of India)
thinks the roots generally attributed to this species may belong to
Curculigo orchioides, Gaertn.

Queensland and Northern Australia.

23. Boronia rhomboidea, Hook. ; N.O., Rutacez, B.FI. i., 324.

The leaves of this shrub are chopped up with fodder and given
to horses for worms in parts of Southern New South Wales.
Tasmania, Victoria and Southern New South Wales.

24. Brasenia peltata, Pursh. (Syn. Hydropeltis purpurea, Mich. ;
Cabomba peltata, F.v.M.); N.O., Nympheacez, B.FI. i., 60;
Cabomba peltata in Muell. Cens., p. 1.

A “ Water-lily.”
The leaves are astringent, and have been employed in phthisis
and dysentery in North America.
Victoria, New South Wales and Queensland.

25. Caesalpinia nuga, 4z/. (Syn. C. paniculata, Desf.) ; N.O.,
Leguminose, B.FI. ii, 277.

It is said that the roots are used in Asia in decoctions for
calculous and nephritic complaints. (F. M. Bailey.)
Queensland.

26. Calophyllum inophyllum, Zen. ; N.O., Guttifere, B.Fl., i.,
183.

‘¢ Alexandrian Laurel.” ‘‘ Ndilo Tree.”

SUBSTANCES REPUTED MEDICINAL. 161

The seeds are used to form a thick, dark green, strong-scented
oil, employed as an external application in rheumatism by the
natives of India. (See “ Oils.’’)

27. Cardiospermum Halicacabum, Zinz.; N.O., Sapindacez,

IBF I. 1., 453.

‘Balloon Vine”’ (because of its inflated membranous capsule), ‘‘ Heart-
seed” or ‘‘ Winter Cherry,” “ Heart Pea” (because of the heart-shaped
scar on the seed).

This plant is found in all tropical countries. The root is
laxative, diuretic, and demulcent. It is mucilaginous, but has a
slightly nauseous taste, and is used in rheumatism. (Treasury of
Botany.) Sanskrit writers mention this plant under the name of
- Jyautishmati, and describe the root as emetic, laxative, stomachic,
and rubefacient ; they prescribe it in rheumatism, nervous diseases,
piles, &c. The leaves are used in amenorrhea.

Rheede says that on the Malabar coast the leaves are adminis-
tered in pulmonic complaints. According to Ainslie, the root is
considered aperient, and is given in decoction to the extent of half
a teacupful twice daily. It would appear that in rheumatism the
Hindus administer the leaves internally rubbed up with castor-oil,
and also apply a paste, made with them, externally ; a similar
external application is used to reduce swellings and tumours of
various kinds. (Dymock.)

Queensland and Northern Australia.

28. Careya australis, #.v.47., (Syn. C. arborescens, Leich. ;
Barringtonta Careya, F.v.M.); N.O., Myrtacez, B.FI., iii.,
289, where it is described as Careya arborea var. ? australis.
Vide Muell. Cens., p. 60, and Muell. Fragm., v. 183.

‘“Go-onje,” and ‘‘ Gunthamarrah”’ of the aboriginals of the Cloncurry
River. ‘‘ Ootcho”’ of the aboriginals of the Mitchell River.

The bark of this tree is used by the blacks of Cleveland Bay,
Queensland, for stupefying fish, in fresh or salt water.

The typical C. ardorea is used in native Indian medicine in
several ways. It has a rough bark, the interior of which is red,
and very fibrous; it gives out much mucilage when moistened,
and is used on this account for preparing emollient embrocations.

M

162 AUSTRALIAN NATIVE PLANTS.

The clove-shaped calyces are used, as well as the juice of the fresh
bark, with honey, as a demulcent in coughs and colds. (Dymock.)
Queensland and Northern Australia.

29. Cassia Absus, Zzx., N.O., Leguminose, B.F1., ii., 290.

The seeds of this plant, which also grows in Egypt and India,
are bitter, aromatic, and slightly mucilaginous. They are used in
Egypt as a remedy for ophthalmia. (Treasury of Botany.) For
this purpose the grains are reduced to fine powder, and a small
portion, a grain or more, introduced under the eyelid. It was
tried with success in an epidemic of purulent ophthalmia which
visited Brussels in 1822. (Pharm. of India.)

It is a remedy which should be used with caution.

Queensland and Northern Australia.

30. Cassytha filiformis, Z7n., (Syn. C. guineensis, Schum.) ;

N.O., Laurinez, B.FI., v., 311.

© Dodder-Laurel.’”’ ‘‘ Devil’s Guts.”

The whole plant pulverised, and mixed with dry ginger and
butter, is used in the cleaning of inveterate ulcers in India. The
juice of the plant, mixed with sugar, is occasionally applied to
inflamed eyes. (Rheede.) It is used in native practice as an
alterative in bilious affections, and for piles. (Dymock.)

Queensland and Northern Australia.

31. Casuarina equisetifolia, Hors, (Syn. C. muricata, Roxb.) ;
N.O., Casuarinez, B.Fl., vi., 197.

“Forest Oak.” ‘Bull Oak.” “Swamp Oak.” ‘“ Wunna-wunna-
rumpa” of some Queensland aboriginals.

The bark, according to Dr. Gibson, is an excellent astringent,
and may be used with advantage in chronic diarrhcea and
dysentery. It is not used medicinally by the natives of India.
The Chinese in Bombay say that it is used as an astringent in
China. (Dymock.) Doubtless the barks of the numerous other
Australian species possess similar properties.

New South Wales, Queensland and Northern Australia.

SUBSTANCES REPUTED MEDICINAL. 165

32. Cedrela Toona, Roxd. (Syn., C. australis, F.v.M.); N.O.,,

Meliacex, B.FI. i. 387; C. australis in Muell., Cens., p. 9.

Ordinary ‘“‘Cedar.” For aboriginal names, see “ Timbers.”

This tree is also a native of India, and its bark has been found
valuable in fevers, dysentery, &c. (Treasury of Botany.) It is
astringent, and in India has been considered a reliable antiperiodic,
and by Dr. Newton a good substitute for cinchona. (Pharm. of
India.) The flowers are considered emmenagogue. (Dymock.)

New South Wales and Queensland.

33. Cerbera Odollam, Zz. (Syn. C. Manghas, Bot. Mag.); N.O.,
Apocynee, B.FI. iv., 306.

This tree is also a native of Malabar, and while the fleshy
drupe, according to Lindley, is innocuous, the nut in the interior is
narcotic, and even poisonous. The bark is purgative ; the unripe
fruit, moreover, is dangerous, and is said to be used by the natives
of Travancore to destroy dogs ; the teeth of the unfortunate animals
being, as is reported, loosened so as to fall out after masticating
it. (Treasury of Botany.)

Waring (Pharm. of India) deprecates the use of the milky
juice and leaves of this plant as emetics and purgatives, on the
ground that they are dangerous, and that there are numbers of safe
and efficient drugs for these purposes.

In Java the leaves are used as a substitute for senna. (Drury.)

Queensland and Northern Australia.

34. Chionanthus picrophloia, #v.1Z., (Syn. Mayepea picrophlota,
F.v.M.); N.O., Jasminez, B.FI. iv., 301 ; Mayepea picrophlora
in Muell., Cens. p. g2.

The intensely bitter bark of this tree may be administered in
intermittent fevers.
Queensland.

35- Cinnamomum Tamala, 72. Mees (Syn. C. Laubatit, F.v.M. ;
C. albiflorum, Nees; C. Cassia, Blume; Laurus Tamala,
Hamilt.; Z. Cassta, Roxb.; N.O., Laurinez, B.FI. v., 303.

“© Cassia Cinnamon.”

164 AUSTRALIAN NATIVE PLANTS,

The leaves are used both as a condiment and as a medicine
in India. They are considered to be carminative, stimulant,
diuretic, diaphoretic, lactagogue, and deobstruent. (Dymock.)
The bark is also used for almost similar purposes.

Queensland.

36. Cocos nucifera, Z2nz. ; N.O., Palmez, B.FI., vii., 143.
“Cocoanut Palm.”

Various medicinal qualities are attributed to this palm. The
flowers are employed by the natives of the tropics as an astringent,
the roots as a febrifuge, the milk in ophthalmia, &c.

Queensland.

37. Codonocarpus cotinifolius, 7.v.JZ., (Syn. Gyrostemon cotint-
folius, Desf.; Gyrostemon pungens, Lindl.; Gyrostemon

acacteformis, F.v.M.) ; N.O., Phytolaccacez, B.FI., v., 148.

“Quinine Tree.” ‘Medicine Tree” of the interior. Called also
‘ Horse-radish Tree,” owing to the taste of the leaves.

This bark contains a peculiar bitter, and no doubt possesses
medicinal properties. The taste is, however, quite distinct from
quinine.

All the colonies except Tasmania and Queensland.

38. Colocasia antiquorum, Schott., (Syn. Caladium acre, R.Br. ;
Arum Colocasia, Linn.); N.OQ., Aroidez, B.F1., vii., 155.

The acrid juice of the petioles of several varieties of this
species is a common domestic remedy in India, on account of its
styptic and astringent properties. ‘The petiole is slightly roasted,
and the juice expressed. ‘“‘ I have seen a purulent discharge from
the ears in children stopped by a single application. The tubers
of these plants chopped fine, tied in a cloth and heated, are used
as a fomentation in rheumatism.’”’ (Dymock, Materta Medica of
Western India.) Itis said that the juice of the petioles will even
arrest arterial hemorrhage. (Pharm. of India.)

Queensland.

SUBSTANCES REPUTED MEDICINAL. 165

39. Colocasia macrorrhiza, Schotz., (Syn. Caladium macrorrhizon,
R.Br. ; Alocasta macrorrhiza, Schott.); N.O., Aroidex, B.FI.,

Vii., 155.
“Pitchu” of the aboriginals of the Burnett River, Queensland;
“‘ Cunjevoi ” of those of South Queensland ; ‘‘ Hakkin”’ of the Rockhampton,

Queensland, aboriginals ; ‘‘ Banganga,” or ‘‘ Nargan,”’ of those of Cleveland

Bay.
This plant possesses much acridity in the fresh state, and is

employed by the natives of India as an external stimulant and
rubefacient. The acrid principle is, however, very volatile, and by
the application of heat, or simple drying, the roots become
innocuous. (Pharm. of India.) Asan antidote to the stings of
plants, see Laportea gigas.

New South Wales and Queensland.

49. Cordia Myxa, Zénz., (Syn. C. dichotoma, Forst. ; C. Brownt?,
DC. ; C. latifolia, Roxb. ; C. ixtocarpa, F.v.M.; C. obligqua,
Willd.; C. polygama, Roxb.); N.O., Boraginez, B.FI., iv.,

386.
The ‘“‘ Sebesten Plum ”’ of India.

This plant is also a native of India, and has succulent, muci-
laginous, and emollient fruits. From their mucilaginous qualities,
combined with some astringency, they have been employed as
pectoral medicines under the name of Sedesfens. The bark isa
mild tonic, and is used in India as gargles. (Treasury of
Botany.) The bark is much used as a mild tonic in Java.
(Drury.)

Queensland.

41. Croton phebalioides, &.2r., (Syn. C. stigmatosus, R.Br.);
N.O., Euphorbiacee, B.FI., vi., 125.
“‘Warrel” of the aboriginals of Northern New South Wales. A
“ Native Cascarilla.”
The bark contains an agreeable aromatic bitter.
New South Wales and Queensland.

42. Cryptocarya australis, Bex/h., (for botanical synonyms, see
* Timbers "’); N.O.; Laurinez, B.FI., v., 299.

‘‘ Laurel,” or ‘‘ Moreton Bay Laurel,” and ‘‘ Grey Sassafras.”

166 AUSTRALIAN NATIVE PLANTS.

The bark has a persistently bitter taste, due to the presence
of an alkaloid which crystallises from its solution in stellate masses
of acicular crystals. When administered to warm-blooded animals
the alkaloid produced difficulty of respiration, ending in asphyxical
difficulty and death. It also had a poisonous action on cold-
blooded animals belonging to the reptilia. (Bancroft, in Australian
Fourn. of Pharm., 1887.)

New South Wales and Queensland.

43. Cucumis trigonus, Roxb., (Syn. C. pubescens, Hook. ;
C. jucundus, F.v.M.; C. picrocarpus, F.v.M.); N.O.,
Cucurbitacez, B.FI., iii., 317.

This is an aboriginal food (see “‘ Foods”), but Iam unaware
of its use in the colonies as a medicine.

“The fruit is of the size and shape of a small egg, and
marked with green and yellow streaks, like colocynth. It is very
bitter, and at the feast of the Diwali, or New Year of the Hindus,
is brought to market for sale. The Hindus of Bombay have a
custom at this season of breaking the fruit under the foot and
then touching the tongue and forehead with it, with the idea that
having tasted bitter of their own accord, they may hope for preser-
vation from misfortune during the year. It is not eaten, but is used
medicinally in the same way that Cztrullus amarus is used in
Sind.” (Dymock, Materia Medica of Western India.)

New South Wales, Queensland, Northern and Western
Australia.

44. Cymbonotus Lawsonianus, Gazd., N.O.. Composite, B.FI.,

iii., 674.

In the southern parts of New South Wales the country people
prepare a salve, used for wounds, &c., by extracting the medicinal
properties of this plant by means of melted lard. Alternate
layers of lard and leaves are made, the mass is allowed to cool
slowly, and afterwards the lard is run out and is ready for use.
Some country folk are loud in their praises of its quick healing
effects. Mr. Bauerlen tells me they copied this use of the plant
from the Chinese. Although this humble plant is found in all

SUBSTANCES REPUTED MEDICINAL. 167

the colonies, it does not extend to China, so the Chinese probably
first used it in an empirical manner.
All the colonies.

45. Cynometra ramiflora, Zeww., var bijuga, (Syn. C. dijuga,

Spanoghe) ; N.O., Leguminose, B.FI., ii, 296.

The root is purgative. In India a lotion is made from the
leaves boiled in cow’s milk, which, mixed with honey, is applied
externally in scabies, leprosy, and other cutaneous diseases.
(Rheede.)

Queensland.

46. Daphnandra micrantha, Benth., (Syn. Atherosperma micran-

thum, Tul.); N.O., Monimiacez, B.FI., v., 285.

“Light Yellow-wood.” ‘“‘Satin-wood.”

The bark of this tree is intensely bitter, and is in much
repute as a tonic amongst sawyers. (Hill.) Dr. Bancroft has
quite recently drawn attention to the properties of this bark, which
are similar to those of D. repandula (q.v.).

New South Wales and Queensland.

+7. Daphnandra repandula, “v.47, N.O., Monimiacez, Muell.
ieens., p--3-

The bark of this tree has a transient bitter taste, and when
first removed from the tree it hasa yellow colour on the inner
surface, which changes to a metallic black on exposure to the air,
but becomes yellow again when dry. Infusions of the bark are of
a yellow colour, and remain free from microscopic organisms
when kept. The extract of the bark does not appear to contain
either gum or resin, but is rich in alkaloids. The extract is very
poisonous, one grain being a fatal dose for a frog, and ten for
warm-blooded animals. The alkaloids contained in the bark are
colourless when pure and crystalline. The active one is easily
separated from the others, being soluble in water. Its poisonous
action is chiefly due to its action on the heart. To some extent it
is antagonistic to strychnia. The poison powerfully affects fish,
molluscs, and infusoria. When applied topically to voluntary or

168 AUSTRALIAN NATIVE PLANTS.

involuntary muscles it paralyses them rapidly. It also retards the
development of septic organisms, and will deodorise putrid meat.
It checks the growth of grass, and will kill some water plants.
(Dr. Bancroft, in Australian Fourn. of Pharm., 1887, 104, and
Proc. R.S., N.S.W., 1886, p. 69.)

Queensland.

48. Doryphora sassafras, Zd/., N.O., Monimiacee, B.FI., v.,
283.
‘“ Sassafras.”
The bark is used as a tonic medicine. It is taken in the
form of an infusion.
New South Wales.

49. Derris uliginosa, Benth. (Syn. Pongamia uliginosa, DC. ;
P. religiosa, Wight); N.O., Leguminosz, B.FI., ii., 272.
The leaves are pounded and thrown into water, for the purpose

of stupefying fish, by the natives of many tropical countries.
Queensland and Northern Australia.

50. Drimys aromatica, FuM,, (Syn. Zusmannia aromatica,

R.Br.); N.O., Magnoliacez, B.FI., i., 49.

“Pepper Tree.”

This tree possesses aromatic properties, particularly in the
bark, which so closely resembles the Winter’s Bark of the Straits
of Magellan (Drimys Wintert), that it is said to be sometimes
substituted for it.

Tasmania, Victoria and New South Wales.

51. Duboisia Hopwoodii, #.v.JL, (Syn. Anthocercis P Hopwoodit,
F.v.M.); N.O., Solanez, (Scrophularinez in B.FI.); B.F1., iv.,
480. D. Hopwoodii in Muell. Cens., and that name has
been followed in this instance.

“Pituri;” spelt also “‘ Pitchiri,” ‘‘ Pitchery,” ‘‘ Pedgery,” ‘‘ Bedgery.”
This is the masticatory of the aboriginals of Central Australia,
corresponding in this respect to the ‘‘ Coca’ of Peru, the Betel nut
of the Eastern Archipelago, the “‘ Taezi Kaat” (Catha edulis) of

Arabia, &c. The drug is in the form of leaves, more or less

SUBSTANCES REPUTED MEDICINAL. 169

powdered, mixed with finely broken twigs, forming altogether a
brown herb. So fine is the powder, and so irritating, that the
most careful examination of a specimen is attended with sneezing.
The plant is, as far as known, extremely patchy in distribution,
and the blacks prize it so highly that they travel enormous dis-
tances to procure it; besides, it is a most valuable commodity for
tribal barter. They gather the tops and leaves during the month
of August, when the plant is in blossom, and hang them up to
dry. They are sometimes sweated beneath a layer of fine sand,
dried, roughly powdered, and then packed in netted bags, skins,
&c., for transport. I have examined perhaps a dozen packages of
Pituri at different times, and they have all been made of netted
work or canvas. Every bag appeared to be precisely the same
both in size, pattern and material. ‘The material I believe to be
obtained by the aborigines from gunny-bags or wool-packs ; these
are unpicked, woven into circular mats about six inches in
diameter and folded over the contained Pituri like a jam-tart. The
bag is then sewn up with fibre of the same material.* Two of
these bags now in the Technological Museum were obtained, the
one from Mount Margaret station, Wilson River, south-west
Queensland, to which place it had been brought by the blacks
from the Herbert River ; the other also from the Herbert River,
lat. 23° S., long. 139° E., near the Pituri Creek. In neither case
can more precise localities of the place from which the Pituri was
procured be obtained, perhaps partly because the blacks do not wish
the locality to become generally known, and partly because the
packages have passed through so many hands.

Sometimes pituri is chewed in company, a quid being passed
round from one native to another, and when they have had suffi-
cient, one politely plasters it behind his ear. It is also smoked,
and to prepare the leaves for this purpose they are damped, mixed
with potash prepared from the ashes of suitable plants, and rolled

* In the South Australian Museum the following pituri bags (amongst others! may be
seen :—

1. Skin of small animal, with the flesh-side outwards.

2. Bag of blue and red stripes, probably of European yarn.

3. A bag with red stripes, and stripes of the usual unbleached fibre,

170 AUSTRALIAN NATIVE PLANTS.

up in the shape of acigar. This is often chewed, and the saliva
swallowed. In small quantities it has a powerful stimulating effect,
assuaging hunger, and enabling long journeys to be made without
fatigue, and with but little food. It is also used by the aboriginals
to excite them before fighting. It is used to poison emus.

Wills’ diary from Cooper’s Creek (p. 283) has the following,
under date May 7th, 1861 :—

“In the evening, various members of the tribe came down
with lumps of nardoo and handfuls of fish, until we were positively
unable to eat any more. They also gave us some stuff they call
“bedgery”’ or “pedgery ;” it has a highly intoxicating effect when
chewed even in small quantities. It appears to be the dried stems
and leaves of some shrub.”

“The pituri consists of leaves broken into small particles and
mixed with acacia leaves, small dried berries containing reniform
seeds, and unexpanded flower-buds of the shape of a minute
caper.” (These surmises are, of course, not correct.)

In March, 1872, Dr. Bancroft, of Brisbane, read a paper
before the Queensland Philosophical Society on ‘‘ Pituri.” He
obtained specimens from a Mr, Gilmour, who had procured them
from the neighbourhood of the Kulloo water-hole, eight miles
beyond Eyre’s Creek. He stated that the use of the pituri is con-
fined to the men of a tribe called Mallutha, all the males of which
are circumcised. The pituri caused a severe headache in Euro-
peans who used it.

Dr. Bancroft thus describes the effect of an infusion of
pituri :—
1. Period of preliminary excitement from apparent loss of
inhibitory power of the cerebrum, attended with rapid
respiration ; in cats and dogs, with vomiting and profuse
secretion of saliva.
. Irregular muscular action, followed by general convulsions.
. Paralysis of respiratory function of medulla.
Death, or
. Sighing inspirations at long intervals.
. Rapid respiration and returning consciousness.

nu FW N

SUBSTANCES REPUTED MEDICINAL. I7!I

7. Normal respiration and general torpidity, not unattended with
danger to life.

The poison given by the mouth acts with less vigour; when
it is injected into the intestines the results are more certain. The
animal has a longer stage of excitement, the convulsive fit is not
sO severe, and recovery is more certain. Torpidity remains for
some hours.

A quarter of a drop injected under the skin of a rat causes
excitement ; the animal starts with slight noises, may fall over a
few times from very strong muscular irregularities; remains
excitable for some time, then gradually becomes torpid.

In small medical doses we may expect to find the period of
the excitement and the torpidity to be the only marked symptoms.
In cats and dogs the excitement is not marked, but vomiting of a
violent kind occurs.

Dr. George Bennett, of Sydney, has some notes on the drug
inthe V.S.W. Medical Gazette, iii, 8, May, 1873. His pituri
was obtained from the same source as that used by Dr. Bancroft,
but was in a damaged condition.

In September, 1878, Mr. A. W. Gerrard experimented with
a very small quantity (30 grains) of pituri, which had come into
his possession. He found an alkaloid, to which he gave the pro-
visional name of ‘‘pituria,’”’ but on account of the smallness of
material available, he was unable to describe its properties with
much definiteness. (See Pharm. Fourn., [3], ix., 251.) Loc. cit.
p. 638, will be found a chatty account of pituri, taken from the
Lancet, to which it was sent by Mr. J. G. Murray, surgeon to a
Central Australian exploring expedition.

Mr. A. Petit having obtained a quantity of pituri, repeated
and supplemented Mr. Gerrard’s experiments. (See a paper in the
Pharm. Fourn. [3], ix., 819.) He pronounces the alkaloid con-
tained in the substance to be nicotine, and quotes some physio-
logical experiments by Professors Sydney Ringer and Murrell as
supporting his view.

On 3rd November, 1880, Professor Liversidge, of the Sydney
University, read a paper before the Royal Society of New South

172 AUSTRALIAN NATIVE PLANTS.

Wales on the subject. Professor Liversidge had more material at
his disposal than had previous observers ; moreover, his research
is probably the most exhaustive that has ever been made on the
subject. The paper (Proc. R.S., V.S.W., 1880, 123) scarcely
bears abstracting. Professor Liversidge isolated a brown, liquid,
acrid alkaloid, distinct from nicotine, which he calls piturtne.

Interior of all the colonies except Tasmania and Victoria; in
other words, from the Darling and Barcoo Rivers to Western
Australia.

52. Duboisia myoporoides, #.2r., (Syn. Notele@a ligustrina, Sieb.) ;
N.O., Solanez (Scrophularinez in B.FI.); B.FI., iv., 474.
Called ‘‘ Corkwood” and ‘‘ Elm” by the colonists, and ‘‘ Orungurabie”

by the aboriginals of the Clarence River, New South Wales. ‘‘ Ngmoo” is

another aboriginal name.

The first important statement as to the narcotic effect of this
plant I can find is recorded by the Rev. Dr. Woolls, from a
correspondent of his. ‘It has an intoxicating property. The
aborigines make holes in the trunk and put some fluid in them,
which, when drunk on the following morning, produces stupor.
Branches of this shrub are thrown into pools for the purpose of
intoxicating the eels and bringing them to the surface. I have
known an instance in which giddiness and nausea have arisen
from remaining in a close room where branches of it have been
placed.” The smell is faint and sickly, but with nothing like the
intensity of D. Hopwoodit.

Dr. Bancroft, of Brisbane, obtained an extract from the plant,
which he found useful in ophthalmic surgery, and he introduced it
to the medical world.

The leaves owe their active properties to the presence in them
of an alkaloid called dubozsine, which Ladenberg pronounces
identical with hyoscamine, albeit there are minute differences
between them. The method adopted by Mueller and Rummel to
obtain the alkaloid, and a short account of the latest researches
of Ladenberg in regard to its position, are given herewith. (See
also Liversidge, Proc. R.S., V.S.W., 1880, 125.)

SUBSTANCES REPUTED MEDICINAL. 173

Dubotsine is a volatile alkaloid of the leaves and twigs of
Duboisia myoporotdes, R.Br., and probably identical with the
ptturine found by Staiger in Duboisza Hopwoodit, F.v.M. Pre-
pared like nicotine. It is a yellowish, oily liquid, lighter than
water, of a strong narcotic odour, resembling that of nicotine, and
also cantharides, of a very strong alkaline reaction ; neutralises
acids completely ; dissolves in any quantity of water, alcohol, and
ether ; throws down ferrous oxide from ferrous sulphate ; dissolves
concentrated acids, forming a colourless solution. Its hydro-
chloride in a weak, aqueous solution, is precipitable by biniodide
of potassium, the iodides of potassio-mercury, and of potassio-
bismuth, and by tannic acid, not by other alkaloid reagents.
Nicotine, which dudozsine resembles, is distinguished from the
latter by its specific gravity, its less-powerful odour, and by its
hydrochloride in a diluted aqueous solution being precipitated by
phosphomolybdate of soda, picric acid, and chloride of platinum.
(Mueller and Rummel, in Wittstein’s Organic Constituents of
Plants.)

About seven years ago, Professor Ladenberg, during his
investigation of the mydriatic alkaloids, arrived at the conclusion
that duboisine, the base obtained from the Australian Dudozsta
myoporotdes, was identical with hyoscyamine (Pharm. Fourn. [3],
xi., 351), though as generally met with probably contaminated
with some impurity. This opinion was subsequently challenged
by Herr Harnack, who affirmed that duboisine exercised a much
stronger physiological action than hyoscyamine. Professor
Ladenberg has, therefore, been induced to re-investigate the subject,
working upon a sample of duboisine supplied by Herr Merck.
The base, as received, was a yellow-brown, syrupy mass, which was
dissolved in hydrochloric acid, and precipitated with gold chloride.
The gold salt had at first a resinous appearance, but after four
recrystallizations, it became homogenous, melting constantly at
197° to 198°, and showing all the properties, and having the same
elementary composition as the gold salt of hyoscine. Neither
hyoscyamine nor any other alkaloid could be detected in the first
mother-liquor from the gold salt. Professor Ladenberg is of
opinion that the explanation of this different result probably lies in

174 AUSTRALIAN NATIVE PLANTS.

some variation in the method of preparing the duboisine, but con-
fesses he cannot say in what respect. It will be remembered that
the name ‘“‘hyoscine” was appropriated for a base found in the
mother-liquor, after the removal of hyoscyamine, in preparing that
alkaloid from henbane; itis isomeric with atropine and hyoscya-
mine, but is split up by alkalies into tropic acid and pseudo-
tropine. (Pharm. Fourn., 25th June, 1887.)

For an account of Gerrard’s experiments with the alkaloid of
this plant, together with some physiological experiments with it
(Vide Pharm. Fourn. [3], viii., 787, et seq.)

In practice, the sulphate of the alkaloid, which forms golden
yellow scales, is usually preferred. The dose is from 3, to #5 of

a grain.

The extract is said to have been given with great benefit in
cases of the night sweats of phthisis, without producing any bad
effects on the appetite. It produced entire relief from pain in a
severe case of vesical tenesmus from inflammation of the urethra
and neck of the bladder.

The following references to the alkaloid are taken from
Martindale and Westcott’s Extra Pharmacop@ia. It dilates the
pupil, dries the mouth, checks perspiration, causes headache and
drowsiness, antagonises muscarine. On the eye it acts more
promptly than atropine. (Lancet, i. 1878, 304.)

Eight cases of toxic symptoms, giddiness, delirium and
dryness of the mouth, from use of eye drops, four grains to the
ounce. (Lance/, ii., 1879, 353.)

As a mydriatic it is much stronger than atropine. Its use
requires care—it is apt to produce giddiness, etc., and even
delirium. (Lancet, ii., 1879, 441.)

Its action relative to atropine, physiologically, ete. (Prac-
Zitioner, Xxiii., 246.)

Therapeutic and physiological effects, differs from atropine
by the persistence and greater rapidity of its action on the muscle
of accommodation; is a useful calmative in maniacal delirium ;
as a sedative ointment, one in five hundred of vaseline applied
night and morning is useful in inflammation of the cornea.
(Prac., xxv., 294.)

SUBSTANCES REPUTED MEDICINAL. 175

In exophthalmic goitre, ;+5 grain, two or three times a day
gives great relief. (BIL F,, i., 1883, 958.)

Résumé of its physiological properties. (Lance?, ii., 1881,
806. British Medical Fournal, ii., 1879, 362, ii, 1881, 529.
Trans. Med. Congress, 1881, i., 511.)

53. Elephantopus scaber, Zzvz., N.O., Composite, B.FI., iii., 461.

The leaves of this plant are used in Travancore, boiled and
mixed with rice, for pains in the stomach, and swellings in the
body. (Treasury of Botany.)

Queensland and Northern Australia.

54. Bntada scandens, Bevxth., (Syn. £. Pursetha, DC.; Mimosa
scandens, Linn.); N.O., Leguminose, B.FI., ii., 298. £.
Pursetha in Muell. Cens., p. 43.

“ Queensland Bean.” ‘ Leichhardt Bean.”

The properties of the seeds do not appear to have been tested
in European practice ; among the natives of India they have the
reputation of being emetic. An infusion of the spongy fibres of
the trunk is used with advantage for various affections of the skin

in the Philippines. (Dymock, Materia Medica of Western India.)
Queensland.

55. Epilobium tetragonum, Z7zx., N.O., Onagrez, B.FI., iii.,
395:
The Rev. Dr. Woolls mentions that this small swamp plant is
used in rustic medicine in certain urinary disorders.
All the colonies.

56. Erythrea australis, 2.Br., N.O., Gentianex, B.FI., iv., 371.
‘* Native Centaury.”

This plant is useful as a tonic medicine, especially in

diarrhcea and dysentery. The whole plant is used and is

pleasantly bitter. It is common enough in grass-land, and

appears to be increasing in popularity as a domestic remedy.
All the colonies.

57. Erythrina indica, Zam., N.O., Leguminosz, B.FI., ii., 253.
** Coral Tree”’ (of India).

176 AUSTRALIAN NATIVE PLANTS.

Wight states that the leaves and bark are used as a febrifuge.
Kanni Loll Dey, in a communication in the Calcutta Exhibition
Catalogue, says :—“ It is anthelmintic and useful as a collyrium
(z.e., eye-salve or eye-wash) in ophthalmia. The leaves are
applied externally to disperse venereal buboes and to relieve pain
in the joints.” In the Concan, the juice of the young leaves is
used to kill worms in sores, and the young roots of the white-
flowered variety are pounded and given with cold milk as an
aphrodisiac. (Dymock, Materta Medica of Western India.)

Queensland and Northern Australia.

58. Erythroxylon australe, #.v.47., N.O., Linex., B.FL, i., 284.
Erythroxlyum in Muell. Cens.

Mr. Staiger finds that the leaves do not contain cocaine (the
well-known alkaloid of Z. Coca), but they contain coca-tannic acid.
Queensland.

59. Eucalyptus spp, N.O., Myrtacez.

It is very difficult to trace to individual species the properties
ascribed to the genus Eucalyptus. Eucalyptus is a name very
loosely used by many people, who forget that it comprises (Baron
Mueller’s census) no less than 134 species, while a fresh one is
occasionally discovered, and some of these have varieties so well
marked as to be classed as distinct species by some authors. It
should not be lost sight of that in this vast genus the properties of
different species are frequently very different, so that to describe a
product as simply “ Eucalyptus” is but a bald description, and one
likely to lead to great confusion. There is some excuse for this,
however, as Eucalyptus products have only been brought under
notice during the past quarter of a century, and some allowance
must be made to outsiders in respect to their references to a genus
so imperfectly known to Australians themselves. The leaves and
flowers are usually far removed from the ground (especially the
flowers), and some apparatus not usually possessed by pedestrians
must be used to obtain the latter. They are, therefore, compara-
tively unfamiliar ; this is doubtless partly the reason why they are
not better known.

SUBSTANCES REPUTED MEDICINAL. 177

Eucalypts contain a volatile oil, varying in composition in
some species, and of a somewhat complex nature (see ‘“‘ Oils’),
a bitter or tonic principle, in anamorphous condition, and strongly
hygroscopic, and a &7no.

The following species may perhaps be considered the chief
medicinal species :—

For volatile oil—Z’. amygdalina, E. oleosa, E. globulus.

For bitter principle—Z. rostrata, E. globulus.

For kino—Z. rostrata, E, calophylla, E. corymbosa, E.
maculata, E. tesselaris, E. siderophloia, E. amygdalina, E.
piperita.

It was formerly imagined by some that Eucalyptus: leaves
contain guinza or some other of the well-known alkaloids of
Cinchona barks. But the experiments of Broughton, the Govern-
ment quinologist, Ootacamund, India, entirely disprove this ; for
upon careful examination of the bark and leaves, this chemist
states that neither guzzza nor any of the other alkaloids of Cin-
chona barks, as guznidia, cinchonta, or cinchonidia, exist in the
plant in any proportion. The properties of the leaves, therefore,
so far as is known at present, depend essentially upon the volatile
oil. (Bentley and Trimen, Medicinal Plants, 109.)

The latter statement is hardly correct, as they owe some of
their principles to the bitter principle already referred to.

The juice of Eucalyptus leaves of various species has been
tried as a stimulant for the growth of the hair, much in the same
way as rue is used, but although the remedy certainly can do no
harm, the cases in which good has been reported to have ensued
are not so well authenticated as one could wish.

Mr. Baker (United States Consul at Buenos Ayres, where
several Eucalypts have been largely introduced), reports that the
people there bruise the leaves of Z. glodulus and bind them to
the forehead in nervous headache.

The leaves of Z. g/obulus and other species possess febrifugal
properties to some extent, and Mr. Bosisto has prepared a “‘ Lzguor
Euc. globulz,” which is sold as a fever and ague remedy. It is
said to counteract malaria without exciting the prejudicial effects of
quinine on the nervous system. It is also used as a general tonic.

N

178 AUSTRALIAN NATIVE PLANTS.

In the Aust. Journ. of Pharm. for May, 1887, occurs the
statement that a miner at Kimberley, Western Australia, cured
himself of scurvy by making a decoction of the leaves of a
““White Gum.” What species of Eucalyptus is alluded to I can-
not guess at.

The dose of Eucalyptus leaves is given in Martindale and
Westcott’s Extra Pharmacopeia at five grains or more, in powder.
When coarsely powdered, they are employed for smoking in
cigarettes in cardiac and aneurismal asthma.

The following references are obtained from the same source :
History of the drug, its uses and botanical origin. Is a febri-
fuge; the leaves are also employed as a healing application to
wounds. (Medical Timesand Gazette, i.,1874,540. Pharm. Fourn.
1874, 872; 1879, 865.) Ague, rapid cure of, by one to two
drachm doses of the tincture. (Practitioner xviii., 366.)

In ozcena, bronchitis with profuse foul expectoration, and
uterine catarrh, tincture and infusion used both internally and
externally (Pr. xx., 206).

Tincture used in intermittent fever (Pr. xx., 411; xxiv., 138).

Use of steam from the infusion of leaves in infectious
diseases, especially diphtheria (Zancet, i., 1883, 316).

A correspondent writes to the Zown and Country Fournal,
Sydney, that there is a remedy for the ills of the poultry yard
always at hand in the gum trees around it. He says :— For
diarrhoea, dysentery, and cholera in fowls, get a quantity of
Eucalyptus leaves (white or blue gum; I have used both), dry the
leaves sufficiently to make them brittle, crush, and make into pills
with the aid of a little bread or dough. Put as much of the
powder (z.e., crushed or powdered leaves) as you can lift with a
shilling into each pill. Give one to each fowl affected, and if
necessary repeat the dose next day. I have not had a single
death among my fowls since I used the foregoing remedy. I lost
seventeen in two days with cholera, and the four I saved out of
the twenty-one I had could not stand when I gave them the pills.
They are now fine healthy birds. I have recommended the
remedy to several people, and in no case has there been a single
failure. I lost at the same time a collection of Australian .parrots

SUBSTANCES REPUTED MEDICINAL. 179

from the same complaint, and it was by observing a flock of
parrots on a white gum tree that I found out the remedy. I have
not lost a single parrot since. I give any parrot ailing a little
powdered leaf ina tube, inserting one end into the throat of the
bird, and blowing the powder into it. Put a few leaves into the
cage for themto eat. Finally, I may add that I have taken a large
pill, composed of the blue gum, for a very severe attack of
dysentery, which proved effectual, and the best remedy I have
everused. I have beenaseveresufferer. I think the Eucalyptus is
nature’s remedy for the foregoing complaints, and is worth trying.”

* In France, five different Eucalyptus preparations are in use.

1. A tincture made by an alcoholic maceration of the fresh
leaves.

2. A tincture obtained from the dry leaves by the same process.

3. An alcoholic extract.

4. A wine.

5. A liniment prepared from the essence (s7c).

“Tt is interesting to note that the preparations used in
Italy against the marsh fevers in Rome and its vicinity all come
from a place called Tre-Fontane, and have the form of a highly
concentrated ethereal extract, and an alcoholic elixir.” (See £.
globulus, ““Timbers.”’)

“If a few drops of an Eucalyptus preparation are placed on
the tongue, a sensation of pungent freshness, soon followed by
one of warmth, is experienced, the latter being due to a hyper-
secretion of the salivary and buccal glands. Its ingestion into the
stomach creates a similar sensation of warmth, and, besides, an
emission of its characteristic odour by the mouth. The urine
reveals a faintly violet colouration, indicating the passage of the
drug through the system. . . . Larger doses of the drug pro-
duce headache, malaise, general fatigue and prostration, and even,
as shown by Gimpert, fatal results in animals, by paralysing the
reflex motor centres of the spinal cord.” (Za France Medicale,

Nos. 43-5, 1885, quoted in Therapeutic Gazette. (See also
eeils.””)

* Some of these preparations were actually on sale at the recent Adelaide Jubilee
International Exhibition. This is taking coals to Newcastle with a vengeance,

180 AUSTRALIAN NATIVE PLANTS.

“An honourable and noteworthy rank as an auxiliary remedy
in miasmatic fevers is all that can be claimed for the preparations
of Eucalyptus. The statement that Eucalyptus asserts its antipyretic
character also in the thermal elevations of tuberculosis and cancer
appears, if true, to us all the more noteworthy, as its virtues in this
direction have been most generally overlooked.

“Important as the antimiasmatic and general antipyretic
properties of Eucalyptus unquestionably are, it is in the laryngeal
and bronchial inflammatory affections that the drug renders its
most signal service. Its action in this respect rivals turpentine and
tar, and offers even advantages in being better borne by the
digestive organs, and being easier administrable.

“Dr. Gimpert, of Cannes, the celebrated consumptive specialist,
believes it to be of benefit in tubercular disease, but warns, how-
ever, against exhibiting the drug in too large doses, lest hemoptysis
should set in.” (Za France Medicale, loc. ctt.)

The value of Eucalyptus oil in the various catarrhal affections
of the urino-genital apparatus is likewise great.

Dr. Owen reports in the Australian Medical Fournal of
15th September, 1885, the case of a child, 17 months old, which was
poisoned by drinking a few drops of Eucalyptus extract out of a
supposed empty bottle. The symptoms were alarming, but the
patient recovered under proper treatment.

Throughout the colonies.

PLANTING OF EucaLyptus Forests.

(See also “ TrmpBers.’’)

Monsieur Ramel is to be credited with having first suggested the
idea of planting Eucalyptus trees in Europe, with the view of
thus ridding territory from baneful marsh and malarial fevers.
The same object led to its cultivation at the Cape. It was this
ingenious transplantation of species of this genus to the vicinity
of Rome, that enabled the Trappists of Tre-Fontane to recover
and render habitable a vast area formerly exposed to the ravages
of malaria. It is highly probable that the disinfectant power of
the tree depends largely upon its capacity of absorbing large

SUBSTANCES REPUTED MEDICINAL. 181

quantities of water from the surrounding soil, and of thus dessi-
cating the germs of malaria. Baron Mueller’s services in forwarding
seeds of Lucalytus globulus and other species to the Trappist
Fathers of Tre-Fontane (through the late Archbishop Gould, of
Melbourne), must not be forgotten.

“ We have as yet no accurate pathologic data on the effect
of the exhalation of Eucalyptus forests on phthisic patients; but
I anticipate, that in the same manner as the air of dense pine-
woods is apt to stay the inflammatory processes in diseases of the
respiratory organs, so the vapours of our Eucalyptus forests, the
odour of which we so easily perceive and recognize, will likewise
arrest the progress of these sad diseases, more particularly in their
earlier stages, and probably more so than sea-air, notwithstanding
its pureness, the atoms of bromine and iodine carried with it, and
the increased ozone which it evolves. Indeed, I should assume
that sanitarian dwellings could nowhere on the whole earth be
provided for phthisic patients more auspiciously and more hope-
fully than in mountains clothed with Eucalyptus forests in extra
tropical Australia, and at elevations (varying according to latitude
from 1000 to 3000 feet), where the slightly rarified air of a very
moderate humidity pervaded by Eucalyptus vapour, together with
the comparative equability of the temperature, would ease the
respiration greatly. This assumption is largely based on the
facts that no other gregarious trees in the world evolve essential
oil so largely as our Eucalypts, unless, perhaps, some of the most
terebinthine pines of colder climes, and that thus is most copiously
afforded an oily volatile emanation, befitted to absorb and con-
dense oxygen into ozone, the most powerful vitalizing, oxidizing,
and, therefore, also, chemically and therapeutically disinfecting
element in nature’s whole range over the globe.” (Baron von
Mueller in Lucalyptographia.)

It is but right to quote testimony on the other side of the
question. Speaking of Z. crebra, the Rev. J. E. Tenison-Woods
states (Proc. Linn. Soc., N.S.W., 1882, 336): “On the Peak
Downs, about Clermont and Copperfield, it is especially plentiful,
and all around the Hodgkinson diggings. I mention this fact just
to show that whatever febrifuge qualities the Eucalypts may possess,

182 AUSTRALIAN NATIVE PLANTS.

the mere presence of some species will not be enough to dissipate
malaria. In the places I have mentioned fever and ague were
common enough, yet the prevailing winds used to blow through
hundreds of miles of these gum trees ere they reached the infected
localities.” (See also ‘‘Oils and Oil-seeds.”’)

60. Eugenia jambolana, Lam. (Syn, £. Mooret, F.v.M.; Syzygium
jambolanum, DC.; N.O., Myrtacee, B.FI. iii., 283; Z£.
Moore? in Muell., Cens. p. 59.

‘* Durobbi”’ of some aboriginals.

A vinegar prepared from the juice of the ripe fruit is an
agreeable stomachic and carminative; it is also used as a diuretic
in India. The bark is a useful astringent. The expressed juice
of the leaves enters into Indian medicine in various ways. The
seeds are said to be a powerful remedy in diabetes, but their true ©
value has not yet been assigned.

New South Wales and Queensland.

61. Euphorbia spp., N.O., Euphorbiacez.

It is stated that the natives of Northern Territory use the
juice of a species of Euphorbia as a specific in smallpox.

Another species affords a juice said to be a remedy in cancer.
Without committing oneself to an expression of opinion as to the
utility of the Euphorbias alluded to, our native species will doubtless
well repay a thorough examination of their medical properties.

Throughout the colonies.

62. Euphorbia alsineefiora, Bazl/.; N.O., Euphorbiacez, B.FI. vi.,
49.
This herb is used in infusion by bushmen in cases of chronic
dysentery and low fever. (Bailey.)
Northern Australia.

63. Euphorbia Drummondii, Bozss. ; N.O., Euphorbiacez, B.FI.
Vi., 49.
Called ‘‘Caustic Creeper” in Queensland, and ‘“ Milk Plant” and
‘* Pox Plant ’’ about Bourke, New South Wales.
An alkaloid called drumzne has been extracted in Australia

from this plant. It is said to have the same local action as cocaine,

SUBSTANCES REPUTED MEDICINAL. 183

but more extended experience will be necessary before its true
value can be assigned.

Since the above was written the so-called alkaloid has been
examined in England, and found to consist mainly of calcium
oxalate! (Pharm. Fourn., 7th Fan., 1888.) No explanation has,
up to the present, been submitted in explantion of what is either
crass ignorance or trifling.

Some people contend that this plant contains no poisonous
principle, yet cases of poisoning (chiefly of animals) seem without
‘any doubt to have been traced to this particular plant. But per-
haps its virulence only exists at a certain stage of its growth.

In Western New South Wales the aboriginals use an infusion
or decoction of the plant in genital diseases, and use rather strong
doses, but it is said that an overdose simply causes headache.
Mr. P. A. O’Shanesy observes that this plant is said to be an
infallible remedy for dysentery and low fever.

Throughout the colonies.

64. Euphorbia pilulifera, Z2v2., (Syn. Z. hirta, Linn. ; £. capit-
ata, Lam.; £. globulifera, Kunth; £. vertictllata, Vellox);
N.O., Euphorbiacez, B.FI., vi., 51.

* Asthma Herb,” or ‘‘ Queensland Asthma Herb.”’

This plant having obtained some reputation in Australia in
certain pulmonary complaints, has acquired the appellation in the
colonies of ‘ Queensland Asthma Herb.’’ Nevertheless, it is by
no means endemic in Australia, for it is a common tropical weed.
Bentham gives the following places where it abounds :—All
tropical America, from Florida and New Mexico to Brazil and
Peru; tropical Africa, from the western coast to Mozambique ;
Mauritius, East Indies, South Sea Islands,* China, Japan, Sand-
wich Islands, Ceylon, and Queensland, about Rockhampton.
(Northern Australia must now be added.)

* Seemann (Flora Vitiensis, p. 217), however, says that this is evidently a comparatively
recent introduction to Polynesia, as it was not mentioned or collected by the older botanists.

If this be so, doubtless it is an introduction into Australia too. He gives the Fijian name

as “Do ni osi” (i.e., horse-dung, from the natives believing that this weed was introduced
together with the horse).

184 AUSTRALIAN NATIVE PLANTS.

It was first introduced to notice by Dr. Carr-Boyd, of Towns-
ville, Queensland, about 1880, as a remedy in asthma, bronchitis,
and other diseases of the respiratory organs.

The herb from Fiji is said to be of better quality than that
from Queensland, but inasmuch as it is a common weed in many
countries, and, moreover, easily cultivated, any demand for it
could be readily supplied.

The direction usually given by vendors is to simmer one
ounce of the dried herb in two quarts of water, and to reduce the
liquid to one quart; a wineglassful of this decoction is to be taken
three times a day. If the fame of this drug be maintained,
doubtless some enterprising pharmacists will present it to the
public in a more elegant form.

The smoke, also, of the herb should be inhaled, either by
means of an ordinary tobacco pipe, or by burning it on a slab.
In either case, care should be taken to get the smoke well into the
lungs.

It is said that alcohol fails to extract the medicinal properties
of this plant as efficiently as water.

It is reported to be of service in phthisis, relieving the distressing
cough in that disease. Nevertheless, it is not an infallible cure, nor
does it always even give relief in cases of asthma. I have known
cases in which it has apparently utterly failed. My friend,
Dr. Thomas Dixson, lecturer on Materia Medica at the University,
Sydney, says that from his own observations the virtues of the
plant have been vastly over-rated, and that in reality it is but of little
value. Still, many cases have come under my notice in which it
has unequivocally given relief, and I have no doubt that when the
drug shall have longer stood the test of experience, members of the
medical profession will largely record their experience of its use,
and it will be assessed at its proper value. At present, as far as I
have learnt the opinion of medical men in Sydney on this plant, it
is only to be considered as one of the numerous remedies which
give more or less temporary relief, and must on no account be
regarded as a specific.

A correspondent from Fiji says that some people prefer the
herb, as a beverage, to the common China teas. This is, perhaps,

SUBSTANCES REPUTED MEDICINAL, 185

a vague comparison, as the China teas in question may have been
very common indeed. ‘A little euphorbia, mixed with ordinary
Congo, gives it quite an Indian flavour.’’ I cannot accept this as a
fact, but I give the sentence as embodying the experience of one
who professes to have had much to do with the drug.

As it belongs to the notoriously poisonous genus Luphordia,
care should be exercised in its administration.

There is an excellent article, entitled ‘‘ A Contribution to the
Study of Luphorbia pilulifera,’ by Dr. A. Marsset of Paris, in
The Therapeutic Gazette (Detroit, U.S.A.) of February, 1885. It
is accompanied by a woodcut of the plant, but a much better
picture (a water-colour drawing from a living plant) is exhibited
in the Technological Museum.

While acknowledging that the use of the plant in pulmonary
complaints is of very recent origin, he gives the following, which
shows that its use in medicine is byno means recent. Dr. Marsset
says, ‘‘ Pison (Opera, Amsterdam, 1658) appears to have been the
first to have spoken of Luphorbia pilulifera from a medical
standpoint. After having given an exact but incomplete description
of the plant, he adds, that ‘‘if chewed or freshly bruised leaves are
applied on a snake-bite, they not only assuage the pain, but even
remove the venom and heal the wound. A pinch of the dried
powder, taken in some convenient menstruum, excites the heart
and arouses the vital forces depressed by the poison.”’

Ainslie, in his “‘ Materia Medica’’ (London, 1826), describes,
under the name of “ Pill-bearing Spurge,’ a plant of India and
Ceylon, which seems to have been either the Z. pilulifera of
Brazil, or a kindred species with lilac flowers, ‘‘The native
physicians,’ he says, ““employ the fresh juice as an outward
application in aphthous affections.”

It is doubtful whether the plant alluded to by Lescourtilz (Flore
Meéd. des Antillas, Paris, 1821), which he calls Z. prlulzfera, and
an infusion of which is recommended by him as a “lenitive
ptisan in gonorrhcea, be really the botanical species under con-
sideration ; his description would, in fact, make it probable that
he had in mind another species.” . . . The leaves have been
compared to those of spearmint and pellitory, but are a little

186 AUSTRALIAN NATIVE PLANTS.

thicker, and they have an oily savour joined to slight astringency

and acidity, not at all disagreeable. If you cut or tear them

there issues a little white, thick juice, which is without acridity.”

Dr. Marsset then gives, in more or less detail, reports of
twelve cases, and adds: ‘‘Of the twelve patients who were the
subjects of the above reports, eleven suffered from crises of
dyspnoea, with or without euphysema and chronic bronchitis. In
some the respiratory distress followed pulmonary disease, in others
it preceded all other symptoms. All these patients derived the
greatest benefit from the Euphorbia; some of them seemed to be
radically cured under its use.”’

I now quote Dr. Marsset’s conclusions, and commend the —
whole of his paper to the consideration of my readers :—

1. The active principle of Z. prlulzfera is soluble in dilute
alcohol and water, insoluble, or but little soluble in ether,
chloroform, bisulphide of carbon and essence of turpen-
tine.

2. It is toxic in doses to small animals, killing them by arrest of
the respiratory movements and cardiac pulsations, which
are first accelerated, then slowed.

3. Its effects are not cumulative.

4. It seems to act directly on the respiratory and cardiac centres.

It leaves intact the other organs.

. It seems to be eliminated by the liver.

. Locally, it is without action on the skin and mucous mem-
branes, except the gastric mucous membrane, which it
irritates.

7. It gives good results in attacks of dyspnoea caused by
spasmodic asthma, emphysema or chronic bronchitis.

It ought to be employed in daily doses, corresponding at the
most to one gramme of the dried plant, and should be taken well
diluted with water at meal-time.

These conclusions are based upon reports which are given at
fairly full length. Whether the conclusions are fair deductions

Nn vi

from the reports is purely one for medical men to decide; asa
layman, I do not presume to offer an opinion.
Queensland and Northern Australia.

SUBSTANCES REPUTED MEDICINAL. 187

65. Evolvulus alsinoides, Z7z., (Syn. £. dinzfol/us, Linn. ; £.
decumbens, R.Br.; £. villosus, R.Br.; £. helerophyllus,
Labill. ; Z. prlosus, Roxb.) ; N.O., Convolvulacez, B.F1., iv.,
437. £. linifolius in Muell. Cens., p. 95.

The stalk, leaves and roots are a reputed remedy in dysentery
and fever. (Ainslie.) This plant is not endemic in Australia.
All the colonies except Victoria and Tasmania.

66. Excecaria Agallocha, Zivv., (Syn. £. afinis, Endl.; Commia
Cochinchinensis, Lour. ; Stillingia Agallocha, Baill.) ; N.O.,
Euphorbiacez, B.FI., vi., 152.

“River Poisonous Tree.” ‘‘ Milky Mangrove.” ‘ Blind-your-eyes.”
It produces, by incision in the bark,an acrid, milky juice,

which is so volatile that no one, however careful, can gather a

quarter of a pint without being affected by it. The symptoms are

‘an acrid, burning sensation in the throat, sore eyes, and head-

ache. A single drop falling into the eyes will, it is believed, pro-

duce loss of sight. The natives of Eastern Australia, as well as
those of New Guinea, etc., use this poisonous juice to cure certain
ulcerous chronic diseases, e.g., leprosy, but in Fiji the patient is
fumigated with the smoke of the burning wood. (Vide Seemann,

Flora Vitiensis.) In India the sap of the tree is called ‘‘ Tiger’s

Milk,” and is said to be applied with good effect to inveterate

ulcers. The leaves also are used in decoction for this purpose.

A good caoutchouc may be prepared from the milk.

New South Wales to Northern Australia.

67. Ficus glomerata, Roxh., (Syn. &. vesca, F.v.M.; Covellia

glomerata, Miq.); N.O., Urticez, B.FI., vi., 178.

‘‘ Clustered Fig.”

This tree possesses an astringent bark; this, as well as the
fruit, which is considered to have similar properties, is prescribed
in hcematuria, menorrhagia, and hemoptysis. The dose is about
200 grains. The fruit filled with sugar is considered to be very
cooling, and the small, blister-like galls which are common on the
leaves, soaked in milk and mixed with honey, are given to prevent
pitting in smallpox. Ainslie tells us that ‘‘from the root of the

188 AUSTRALIAN NATIVE PLANTS.

tree, which in Tamil is called Attievayr, there exudes, on its being
cut, a fluid which is caught in earthen pots, and which the
Vytians consider a powerful tonic when drunk for several days
together.”” In Bombay the sap is a popular remedy, which is
locally applied to mumps and other inflammatory glandular
enlargements, and is used in gonorrhcea. (Dymock, Materia
Medica of Western India.)
Queensland and Northern Australia.

68. Flagellaria indica, Zzz., N.O., Liliacexz, B.FI., vii., 10.
‘Lawyer Vine.”
The leaves are said to be astringent and valnerary. (Bailey.)
This plant is not endemic in Australia.
New South Wales to Northern Australia.

69. Frenela Endlicheri, Par/a/., N.O., Conifere, B.FI., vi., 238.

The Callitris calcarata of Muell. Cens., p. 109.

‘Cypress Pine.’”’ For botanical synonyms, and other vernacular names,
‘see ‘ Timbers.”

Mr. Bauerlen informs me that the twigs of this tree are used
in Northern Victoria and Southern New South Wales for mixing
with fodder to expel worms in horses. See also Boronia rhom-
boidea.

Northern Victoria to Central Queensland.

70. Geijera salicifolia, Schott, N.O., Rutacez, B.FI., i., 364
“ Balsam of Copaiba tree.” ‘‘ Wilga.”
The bark contains a powerful bitter, and has the odour of the
‘drug from which it obtains one of its vernacular names.
New South Wales and Queensland.

71. Goodenia spp., N.O., Goodeniacez.

A species of Goodenia is supposed to be used by the native
gins to cause their young children to sleep while on long journeys,
but it is not clear which is used, or how it is administered.
(Bailey.) Many plants of this natural order contain a tonic bitter
which does not seem to have been critically examined.

Throughout the colonies.

SUBSTANCES REPUTED MEDICINAL. 189:

72. Gratiola pedunculata, #.Br., and G, peruviana, Zzv7., (Syn.
G. pubescens, R.Br.; G. latifolia, R.Br.; G. glabra, Walp.) ;.
N.O., Scropularinez, B.FI., iv., 492-3.

“ Brooklime.” ‘‘ Heartsease.” ‘‘Tangran” of the aboriginals of the

Coranderrk Station, Victoria.

A decoction of these plants is used by people in the Braid-
wood district (New South Wales) for liver complaints with (many
say) good results. They enter into domestic medicine for some
complaint or other in various parts of the colonies. The latter
plant is not endemic in Australia.

All the colonies except Tasmania, (G. pedunculafa;) all the
colonies, (G. peruviana.)

73. Guilandina Bonducella, Z7xz., (Syn. Cesalpinia Bonducella,.
Fleming); N.O., Leguminose, B.FI., ii, 276. Casalpinia
Bonducella in Muell. Cens., p. 42.

The seeds are called ‘‘ Molucca Beans,” or “ Bonduc Nuts,” and
“ Nicker Nuts.”

The kernels of the nuts are very bitter, and are said by the
native doctors of India to be powerfully tonic. They are given in
cases of intermittent fevers, mixed with spices in the form of
powder. Pounded and mixed with castor-oil they are applied
externally in hydrocele. At Amboyna the seeds are considered
anthelmintic, and the root tonic in dyspepsia. In Cochin China
the leaves are reckoned deobstruent and emmenagogue, and the
root astringent. The oil from the former is used in convulsions,
palsy, and similar complaints. In Scotland, where they are
frequently thrown on the sea shore by the currents, they are known
as ‘‘Molucca Beans.” (Drury.)

Northern New South Wales, Queensland and Northern
Australia.

74. Hardenbergia monophylla, Benth., (Syn. H. ovata, Benth, ;
H. cordata, Benth.; Kennedya monophylla, Vent.; 4K.
longiracemosa, Lodd.; KX. ovata, Sims; Glycine bimaculata,
Curt. Bot. Mag.); N.O., Leguminose, B.Fl., ii., 246. Ken-
nedya monophylia in Muell. Cens., p. 41.

Commonly, but wrongly, called ‘‘ Native Sarsaparilla.”

190 AUSTRALIAN NATIVE PLANTS.

The roots of this plant are sometimes used by bushmen as a
substitute for the true sarsaparilla (Smlax), but its virtues are
purely imaginary. It is also a common thing, in the Spring, in the
streets of Sydney, to see persons with large bundles of the leaves
on their shoulders, doubtless under the impression that they have
the leaves of Smzlax glycyphylla.

All the colonies except Western Australia.

7St Herpestis Monnieria, 7.2B.e/.K., (Syn., Bramia indica,

Lam.) ; N.O., Scrophularinee, B.Fl., iv., 491. Bramia

indica in Muell. Cens., p. 97.

This small creeping plant is common to the tropical portions
of both hemispheres. It is regarded by the Hindoos as a power-
ful diuretic and aperient, and the juice of the leaves, conjoined
with petroleum, is used in India as a local application in rheuma-
tism. “ Whatever benefit is derived from this formula is doubtless
due to the petroleum.” (Pharm. of India.)

New South Wales and Northern Australia.

76. Hibiscus diversfolius, Zacg., (Syn., A. ficulneus, Diss., non

Linn.) ; N.O., Malvacez, B.FI., i., 213.

“Cooreenyan” of the aboriginals of the Cloncurry River (North
Queensland).

The native physicians of Fiji use the juice of the leaves to
procure abortion. (Seemann.)

New South Wales and Queensland.

77. Hydrocotyle asiatica, Zinvn., (Syn. H. repanda, Pers.; H.
cordifolia, Hook. f.) ; N.O., Umbelliferze, B.FI., iii., 346.

In anesthetic leprosy good results have followed the use of
this herb, but it possesses no claim to the character of a specific
attributed to it by some. It has been found more useful in
secondary or constitutional syphilis, especially in those cases
where the skin and subjacent cellular tissue are principally
affected. In non-specific ulcerations, and in skin diseases, it is
of value, both as an internal and as a local remedy. (Pharm. of
India.)

All the colonies.

SUBSTANCES REPUTED MEDICINAL. Igl

78. Indigofera enneaphylla, Zinn. ; N.O., Leguminosz, B Fl. ii.,

196.

An infusion of the whole plant is diuretic, and as such is given
in fevers and coughs in India. (Ainslie.) It is not endemic in
Australia.

South Australia, New South Wales and Northern Australia.

79. Ionidium suffruticosum, G7ug., (Syn. Pigea Banksiana, DC. ;
Fiybanthus enneaspermus, F.v.M.); N.O., Violacee B.FI. i.,
101; H. enneaspermus in Muell. Cens., p. 6; see also Muell.
Fragm., x. 81, where no less than eighteen synonyms of this
species are given.

Mr. F. M. Bailey (Proc. Linn. Soc., N.S.W., 1883, p. 3)
points out that the roots of this species are used in India in diseases
of the urinary organs, and the leaves as an external application.
Other species are used medicinally in various parts of the world,
and there is no doubt that the Australian species possess medicinal
properties. This particular species is widely spread over tropical
Asia and Africa.

North and South Australia, New South Wales and Queens-
land.

8>. Ipomeca Pes-capre, Roth., (Syn. I. maritima, R.Br.; J. dzloba,
Forsk.; Convolvulus pes-caprae, Linn.; C.marttimus, Dest. ;
C. bilobatus, Roxb.; C. brastliensts, Linn.) ; N.O., Convolvu-
lacez, B.FI. iv., 419.
The boiled leaves are used externally as an anodyne in cases
of colic, and in decoction in rheumatism ; the juice is given as a
diuretic in dropsy, and at the same time the bruised leaves are
applied to the dropsical part. (Dymock, Materta Medica of
Western India.)
Western Australia, New South Wales and Northern Australia.

81 Justicia procumbens, Zzu., (Syn. 7. juncea, R.Br.; F.
media, R.Br.; $. adscendens, R.Br.; Rostellaria (Rostel-

lularia) procumbens, Nees; R. media, Nees; KR. juncea,
Nees; R. pogonanthera, F.v.M.); N.O., Acanthacex, B.F1.,

iv, 549

192 AUSTRALIAN NATIVE PLANTS.

In South India the juice of the leaves squeezed into the eyes
is a remedy in ophthalmia. (Drury.)
All the colonies except Tasmania and Victoria.

82. Lagenaria vulgaris, Serimge, N.O., Cucurbitacez, B.FI., iii.,
316.
“ Bottle Gourd.”’

This plant, so plentiful along the tropical coast of Queensland,
is said to be a dangerous poison. It is said that some sailors were
killed by drinking beer that had been standing for some time in a
bottle formed of one of these fruits. (F. M. Bailey.)

Queensland.

83. Laportea sigas, Wedd. (Syn. Urtica gigas, A. Cunn.; J.
excelsa, Wedd. ; Urera rotundifolia, Wedd.) ; N.O., Urticez,
B.FI., vi., 191.

“Giant Nettle.” “Irtaie” of the aboriginals of the Richmond and

Clarence, New South Wales. ‘‘Goo-mao-mah” is another aboriginal name.
The poisonous fluid secreted from the foliage is very power-

ful, particularly in the younger leaves, and their sting is exceedingly

virulent, producing great suffering. Cattle become furious when
they come in contact with the leaves. It is stated that the pain
caused by the sting of this plant will be instantly relieved by the
milky juice of the lower part of the stem of Colocasia macorrhiza
(‘‘ Cunjevoi’’ of the natives), being rubbed on the affected part.
(Proc. R.S. Queensland, 1885.)
New South Wales and Queensland.

84. Mallotus phillipensis, A/wel/. Arg., (Syn. Rottlera tinctoria,
Roxb.; Croton philippensts, Lam.; L£chinus philippensis,
Baill.) ; N.O., Euphorbiacez, B.FI., vi., 141.

““Kamala”’ of India. ‘‘ Poodgee-poodgera” of the Queensland
aboriginals.

The reddish powder from the capsules of this plant, called
“Kamala” by the Hindoos, is a useful vermifuge, especially
adapted for the expulsion of tzenia.

Anderson found that a concentrated ethereal solution of
Kamala allowed to stand for a few days, solidified into a mass of
granular crystals, which by repeated solution and crystallisation in

SUBSTANCES REPUTED MEDICINAL. 193

ether were obtained in a state of purity. This substance, named
by him Roftlerin, forms minute, platy, yellow crystals of a
fine satiny lustre, readily soluble in ether, sparingly in cold alcohol,
more so in hot, and insoluble in water. The mean of four analyses
gave its composition as C,, Hy) Os. (Pharmacographia.)

- New South Wales and Queensland.

85. Melaleuca uncinata, .Br., (for synonyms and vernacular
names see ‘Essential Oils.’’?) N.O., Myrtacez, B.FI., iii.,

150.
A ‘ Tea-Tree.”

According to Mr. J.G.O. Tepper (Proc. R.S., S.A., iii.,
174), the leaves of this plant, if chewed, are very useful in alleviat-
ing and curing ordinary catarrh. This observation is well worth
repeating, especially as this particular species is widely distributed,
and as there is no reason to suppose that this property is confined
to this species.

Western and South Australia, Victoria, New South Wales and
Queensland.

86. Melastoma malabathricum, Zzvx., (Syn. J. polyanthum,
Blume; MZ. denticulatum, Labill.; MZ. Nove-Hollandie,
Naud.); N.O., Melastomacez, B.FI., iii., 292.

The leaves are used in India in cases of diarrhoea and
dysentery. (F. M. Bailley.)
From New South Wales to Northern Australia.

87. Melia composita, Willd., (Syn. M. Azedarach, Linn.; M.
australasica, A. Juss.); N.O., Meliacez, B.FI., i., 380.
“ Dygal” of the aboriginals of Northern New South Wales. ‘‘ White
Cedar” and ‘‘Cape Lilac’”’ of the colonists. Called ‘‘ Persian Lilac,’’ and
other names, in India.

The Hindoos use the flowers, fruit, leaves, and bark for many
medical purposes. The root-bark is on the secondary list of the
United States Pharmacopceia as an anthelmintic. In large doses
it is said to produce narcotic effects, though these, if produced,
pass off without injury to the system.

New South Wales to Northern Australia.

fo)

194 AUSTRALIAN NATIVE PLANTS.

88. Mentha gracilis, #.2r., (Syn. Micromeria gracilis, Pa

N.O., Labiatz, B.FI., v., 83.

“ Native Pennyroyal.”

Mr. Bauerlen points out that this plant and JZ. satureozdes are
used in the southern districts of New South Wales at least, by
females in irregularities of the menses, with most satisfactory results.
Either infusion or decoction is used. It should, however, be borne
in mind that these two species are much more acrid than the
‘European species of JZentha commonly used fora similar pur-
pose, and, therefore, greater care should be exercised in their use.
Both herbs are also strewn about floors and beds for the purpose
of keeping away insects, and they are very efficient in driving
away fleas and bugs.

All the colonies except Western Australia and Queensland.

89. Mentha satureioides, #.2r., (Syn. Micromeria satureioides,
Benth.) ; N.O., Labiate, B.FI., v., 84.
See WZ. gracilis.
All the colonies.

90. Mesembryanthemum equilaterale, Haw., (Syn. A. glauc-
escens, Haw.; WZ. Rosst, Haw.; WM. nigrescens, Haw.; MZ.
precox, F.v.M.) ; N.O., Ficoidez, B.FI., iii., 324.

“Pig's Face.” ‘ Berudur” of the aboriginals of the Lachlan River,

New South Wales. It was the “ Canajong” of the Tasmanian aboriginals.
Many species, and especially 12. acinaciforme, Linn., from

which this species scarcely differs, are used in South Africa.

There the expressed juice of the succulent leaves taken internally

checks dysentery, and acts as a mild diuretic, while it is also, for

its antiseptic property, used as an excellent gargle in malignant

sore throat, violent salivation, and aphthz, or in the form of a

lotion in burns and scalds. (Bailey in Syx. Qd. Flora.)
Near the coast in all the colonies.

gt. Morinda citrifolia, Zzx., (Syn. AZ. guadrangularis, Don.) ;
(For other synonyms see ‘‘ Timbers.”) N.O., Rubiacez, B.FI.,

W155 423%
“Jndian Mulberry.”

SUBSTANCES REPUTED MEDICINAL. 195

The Cochin-Chinese place this amongst their medicinal plants
believing the fruit to be deobstruent and emmenagogue. In
Bombay the leaves are used as a healing application to wounds
and ulcers, and are administered internally as a tonic and febri-
fuge. (Dymock.)

,

Queensland and Northern Australia.

92. Mucuna sisantea, DC., (Syn. Carpopogon giganteum, Roxb.);
.N.O., Leguminose, B.FI. ii., 254.

Used in India in rheumatic complaints. The bark for this
purpose is pulverised, mixed with dry ginger, and rubbed over the
parts afflicted. (Rheede.)

New South Wales to Northern Australia.

93- Myriosyne minuta, Zess., (Syn. AL Cunninghamil, DC.;
Centipeda orbicularis, Lour.; C. Cunninghami, F.v.M.;
Spheromorphea centipeda, DC.; S. Russelliana, DC. ;
Cotula minuta, Forst.; C. cuneifolia, Willd.; Grangea
cunetfolia, Poir.; G. minufa, Poir; G. decumbens, Desf. ;
Ariemista minima, Thunb.); N.O, Composite, B.FI. iii.,
553; Centipeda orbicularis and C. Cunninghamt, as distinct
species, in Muell. Cens., p. 84 See also Muell. Fragm. viii.,
143,

“ Gukwonderuk” of the aboriginals at Lake Hindmarsh Station,

Victoria. ‘*‘ Sneezeweed” of Southern New South Wales.

The following letter from the Rev. Dr. Woolls (then of Rich-
mond), to the editor of the Sydney Morning Herald, appeared in
that journal on Christmas Day, 1886. I give it in full, as if this
plant only partially realizes the expectations formed of it, it will be
a valuable addition to our indigenous vegetable materia medica.

Following is Dr. Wooll’s letter :—‘‘Some weeks since, the
Rev. S. G. Fielding, of Wellington, called my attention to a weed
(known to botanists as Myriogne minuta, of the composite order,)

196 AUSTRALIAN NATIVE PLANTS.

which he stated had been used with success in cases of blight.
Being anxious to test the efficacy of the remedy, and to ascertain
whether any bad effects would arise from its application, I placed
some of it in the hands of Dr. Jockel of this town, who has
furnished me with the following remarks: ‘I have much pleasure
in testifying to the efficacy, in cases of ophthalmia, of the plant
which you so kindly sent me. A case came under my notice a few
days ago of a drover who was suffering from a severe form of
purulent ophthalmia, contracted up the country. I made an infusion
of the plant according to directions, and the first local application
seemed to have almost a magical effect. The man expressed him-
self as relieved at once of the intense smarting which he had
previously suffered. He got on so well that in two days he was
able to start back up country again, and could hardly express his
gratitude for the very great relief afforded. Louis C. Jocket.’

“T find, from a communication of Baron Mueller, that for
some time past he has had an idea that AZ/yrzog yne might be utilised
for medicinal purposes, and that he had actually submitted it to
Dr. Springthorp, an eminent physician in Melbourne, for the purpose
of.experiment. The Baron, however, was not aware of its efficacy
in simple ophthalmic inflammation, and he regarded the discovery
as interesting. I mention this as a matter of justice to Dr. Jockel,
who, I believe, is the first medical man in Australia who has proved
the value of AZyriogyne in a case of ophthalmia. This weed,
growing as it does on the banks of rivers and creeks, and in moist
places, is common to all the Australian colonies and Tasmania,
and it may be regarded as almost co-extensive with the disease
it is designed torelieve. It is described in the Vora Australiensis,
vol. iii., p. 553, and figured amongst Baron Mueller’s plants of
Victoria. In the document relating to the Intercolonial Exhibition,
1866-67, it is noticed as remarkable for its sternutatory properties,
and recommended for the manufacture of snuff; and I find that
Endlicher, in alluding to the species of the genus of AZyriogyne,
characterises them as herb@ ramosissime acres sternutatorie,
(Genera Plantarum, p. 440).”

The Rev. Mr. Hartmann says (Brough-Smyth’s Aborigines of
Victoria, ii., 173) that this plant is used as medicine by the

SUBSTANCES REPUTED MEDICINAL. 197

aborigines of Lake Hindmarsh, but he does not say for what
complaint.*

It is also found in India, Madagascar, and Japan. The
natives of India consider it a hot and dry medicine, useful in
paralysis, pains in joints, and special diseases; also as a vermi-
fuge. (Cyclop. of India.)

Throughout the colonies.

94. Nelumbium speciosum, Willd., (Syn. MNelumbo nuctfera,
Gaertn.) ; N.O., Nympheacee, B.FI., i., 62. NN. nucifera in

Muell, Cens., p. 1.
“* Pink Water Lily.”

The milky viscid juice of the flower-stalks and leaf-stalks is
used in India as a remedy against sickness and diarrhoea. (End-
licher, quoted by Bailey.) The petals of the flower are also stated
to be astringent. It is commonly distributed in the warmer
regions of Asia.

Queensland.

95. Ocimum sanctum, Zzzz., (Syn. O. anisodorum, F.v.M.; O.

caryophyllinum, F.v.M.) ; N.O., Labiate, B.FI., v., 74.

“© Mooda” of the aboriginals of the Cloncurry River, and “‘ Bulla-bulla”
of those of the Mitchell.

This plant is much cultivated in India and Ceylon, and is
frequently used in medicine in the latter country. (Treasury of
Botany.) Stimulant, diaphoretic and expectorant virtues are
assigned to it by the natives. (Pharm. of India.)

Queensland and Northern Australia.

96. Pagetia medicinalis, #.v.J7,, N.O., Rutacez, Muell. Cens.,
p.. 12.
The oil of the leaves is supposed to be of medicinal value.
(Bailey.)
_ Queensland.

* There is a figure of Centipeda (Myriogyne) Cunninghami in Mueller’s Plants Indigenous
in Victoria. Other synonyms of C. orbicularis, beyond those given, will be found in Muell.
Fragm., Viii., 142.

The Baron prepared a snuff from this plant, which he exhibited at the Intercolonial
Exhibition of Melbourne, 1886.

198. .. AUSTRALIAN NATIVE PLANTS.

97. Petalostioma quadriloculare, v.42, (Syn. P. ¢riloculare,
Muell. Arg.; P. australianum, Baill.; Hylococcus sericeus,
R.Br.) ; N.O., Euphorbiacez, B.FI., vi., g2.
“Crab Tree.” ‘Native Quince.” .‘‘Emu Apple.” ‘ Bitter Bark.”

‘Quinine Tree.” ‘*‘ Muntenpen” of some Queensland aboriginals.

The bark contains a very powerful. bitter, said to have the
same properties as cinchona. (Hill.) Tenison-Woods, however,
states (Explorations in Northern Australia): “It is usually
covered with fruit like a small yellow plum, of eminently nasty
taste. This is, I believe, its only claim to be called a “ quinine.”’
This surmise is hardly correct. ae)

The stem-bark contains, together with the ordinary plant-
constituents, a camphoroidal essential oil, and an indifferent bitter
principle belonging to the glucosides.

The ash of the bark (8.3 per cent.) contains, in 100 parts :—

Sodium Chloride ae eee ase 2.94

Potash ... aa aoe = aes 2.75
Soda ... 25 Nae a eee 0.94
‘ime? ’..: eae Saar! ae sv 90.28
Magnesia Seah rere HE ee 1.43
Alumina awe ae nee Ane 0.05
Ferric Oxide ... xe ae ay 0.18
Manganoso-Manganic Oxide... ws 0.46
Sulphuric anhydride ... set oa 92
Phosphoric pentoxide oa aa 0.56
silica.7 5: ane oes a 2.21

Carbonic Acid © a
(Falco, in Watts’ Dict., vi., 1st Suppt. 904.)
New South Wales to Northern Australia.

40.33

98. Piper Nove-Hollandie, 7c. ; N.O., Piperacee; B.Fl. vi.,

204.

“Native Pepper.” ‘* Mao-warang”’ was an aboriginal name.

An excellent stimulant tonic tothe mucous membrane. Used
by Dr. Bancroft in the treatment of gonorrhoea, and other mucous
discharges, with considerable success. This is one of the largest
native creepers, the root being at times from six inches to a foot in

SUBSTANCES. REPUTED MEDICINAL. 199

diameter. The plant climbs like ivy to the top of the tallest trees,
and when full grown weighs many tons, so that a good supply of
the drug is readily obtainable. .The active principle, as dissolved
out by ether, is a brownish oily fluid, soluble in water to a limited
extent only, the insoluble portion producing an oily emulsion. It
has a warm, aromatic, pleasant taste, and a benumbing effect on
the tongue, when applied to it in minute quantity. (Bancroft.)
New South Wales and Queensland.

99. Pittosporum undulatum, Ven/.; N.O , Pittosporee, B.FI. i.,

TI.
“Native Laurel.” ‘ Mock Orange.”

I am not aware that this plant is employed medicinally,
but the following chemical investigation of the bark will be found
interesting, and may do something towards preparing the way for
its utilization.

Pittosporine. Glucoside of the bark and fruits of Der torie
undulatum. ‘The pulverised bark is extracted with hot alcohol,
filtered when cold, mixed with an equal bulk of ether, filtered
again, and evaporated. It is a whitish, loose powder, sweetish at
first, afterwards bitter and acrid; dissolves in water and alcohol,
not in ether ; froths with water, gives precipitates with acetate and
sub-acetate of lead. Separates, by boiling with diluted acids, into
sugar and a white substance, insoluble in water. (Mueller and
Rummel, in Wittstein’s Organic Constituents of Plants.

All the colonies except South and Western Australia.

100. Plumbago zeylanica, Zznn., N.O., Plumbaginez, B.FI., iv.,

267.

In India, a tincture of the root-bark has been employed as an
antiperiodic. Dr. Oswald states that he has employed it in the
treatment of intermittents with good effect. It acts as a powerful
sudorific. (Pharm. of India.) It is a common medicine for
dyspepsia in India. It is also frequently used as a poultice for
abscesses, &c.

New South Wales to Northern Australia. |

200 AUSTRALIAN NATIVE PLANTS.

101. Polanisia viscosa, DC., (Syn. P. tcosandra, Linn.; Cleome
flava, Banks; C. viscosa, Linn.); N.O., Capparidez, B.FI., i.,
go. Cleome viscosa in Muell. Cens., p. 4.

Used by the aboriginals to relieve headache. (Mr. H. W.
Stone, quoted by Mr. Bailey.) It is also used in Cochin China as
a counter-irritant, in the same way as sinapisms in Europe, and
also as a vesicant ; and in the United States the roots are said to
be used as a vermifuge. In India the leaves boiled in ghee are
applied to recent wounds, and the juice to ulcers. ‘The seeds are
occasionally given in fevers and diarrhcea. (Ainslie. Lindley.)

South Australia, New South Wales to Northern Australia;
Western Australia,

102. Pongamia glabra, Vent., N.O., Leguminose, B.FI., ii., 273.
“Indian Beech.”

This tree also grows in tropical Asia and Fiji. In India an
oil (called Poonga oil) is extracted from the seeds for use as an
illuminant, and as an application in scabies, herpes, and other
cutaneous diseases. The oil is also much used as an embrocation
in rheumatism. A poultice of the leaves is a popular application
in India to foul ulcers. The plant is used medicinally in various
ways, and for various purposes, by the people of India. (Dymock.)

Dr. Bancroft (Proc. R.S., N.S.W., 1886, p. 70) points out
that all parts of this plant contain a principle of great activity as
an emetic. Frogs poisoned with extract of the bark vomit for
several hours, after which they become torpid, and generally die
within forty hours.

Queensland and Northern Australia.

103. Portulaca oleracea, Zzzz., N.O., Portulacacee, B.FI., i.,

169.

‘Common Pig-weed,” or ‘‘ Purslane.” ‘‘ Thukouro” of the aboriginals
of the Cloncurry River, North Queensland.

This plant is a native of most warm parts of the world. It
has been cultivated from very ancient times, and possesses anti-
scorbutic properties. The young shoots are sometimes put in

SUBSTANCES REPUTED MEDICINAL. 201

salads, and the older ones are used as a potherb or for pickling.
(See also ‘‘ Foods.’’)
All the colonies except Tasmania.

104. Pteris aquilina, Linn., var. esculenta, (Syn. P. esculenta,
Parst.); N.O., Filices, B.F1., vii., 732.
; ‘** Brake Fern,” or “‘ Bracken.”
The European plant is astringent, bitter, and anthelmintic,
and the rhizome has been used as a substitute for hops.
All the colonies.

105. Rhizophora mucronata, Zixz., (Syn. R. Mangle, Roxb. ;
R. Candelaria, Wight et Arn.); N.O., Rhizophorez, B.FI.,

ii, 493.
A ‘“‘ Mangrove.”

The bark has been tried medicinally in cases of hematuria,
but with what result I have been unable to learn. For notes on
the medicinal utilization of the astringency of this tree, see Pharm.
Fourn., ie Tr.

New South Wales to Northern Australia.

106. Sarcostemma australe, . Brown, N.O., Asclepiadez, B.F1.,

iv., 328.

Called ‘‘ Gaoloowurrah” by Northern Territory natives.

The juice is used by the Port Darwin (Northern Territory of
South Australia) natives as a remedy in smallpox. (Proc. R.S,
S.A., v., 9.) In the interior districts of New South Wales its
milky juice is used by white men as an application to wounds.

All the colonies except Victoria and Tasmania.

107. Schmidelia serrata, DC., (Syn. S. “moriensis, DC.; Orni-
trophe serrata, Roxb. ; Allophyllus ternatus, Lour.); N.O.,

Sapindacez, B.FI.,i., 455. AJllophyllus ternatus in Muell.
ens., p. 24.

The astringent root is employed in parts of India to check
diarrhoea. (Cyclop. of India.)

Queensland and Northern Australia.

202 , AUSTRALIAN NATIVE PLANTS, -

108. Scoparia dulcis, Z7zn., N.O., Scrophularinez, B.FI., iv., 504.

This plant is a native of every part of the world, within the
tropics. In India it is used in infusion in ague. (Cyclop. of
India.)

Queensland and Northern Australia.

109. Sebea ovata, #.2r., (Syn. Lxacum ovatum, Labill.; Erythrea
chlorefolia, Lehm.); N.O., Gentianez, B.FI., iv., 371.

This neat little annual herb can be utilized for its bitter tonic
principle. It and Erythrea australis (which see) may be used
indiscriminately.

Throughout the colonies.

T LO. Semecarpus Anacardium, Zzxz., (Syn. 8. australasicus,
Engl.) ; N.O., Anacardiacez, B.FI., i., 491.
| es Marking-nut Tree” of India. yet
This tree is common in some parts of India. The hard shell
of the fruit is permeated by a corrosive juice, which is employed
externally in sprains and rheumatic affections, in scrofulous
eruptions, and for destroying warts. (Zreasury of Botany.) The
nut is also used to produce the appearance of a bruise in support
of criminal charges preferred through enmity, its application in a
diluted form producing great cedematous swelling and redness of
the skin. It is also used as a fumigation for hemorrhoids in
India ; it causes sloughing of the tumours. It is given internally
in asthma, after being steeped in buttermilk, and is also given as
a vermifuge. Both the nut and the oil obtained from it are used
in India for purposes too numerous to mention. (Dymock,
Materia Medica of Western India.) :

Queensland and Northern Australia.

111. Sesbania weyptica, Pers. (Syn. CEschynomene Sesban,
Linn.) ; N.O., Leguminosz, B.FI., ii., 212.

“ Ngeen-jerry” of the aboriginals of the Cloncurry River, North
Queensland. ;

SUBSTANCES. REPUTED MEDICINAL. 203.

In India the leaves of this shrub are used as a cataplasm to
promote suppuration. (Cyclop. of India.) The warmed leaves are
simply moistened with a little castor oil.

Queensland and Northern Australia.

112. Sida rhombifolia, Zevz., (Syn. S. retusa, Linn.); N.O.,
Malvacee, B.FI., i., 196. / i.
‘Queensland Hemp.” Called ‘‘ Paddy Lucerne” on the Richmond and

Clarence Rivers, New South Wales; ‘‘ Native Lucerne,” is a common name,

also “Jelly Leaf.” .

This herb is largely used by the natives of India in con-
sumption and rheumatism. ~ It is given as an infusion, and is said
to promote perspiration; the leaves. are used as a poultice for
snake-bites, and in cases of the stings of wasps and other insects.
It contains a quantity of mucilage, which, no doubt, accounts for
its use in diseases of the chest. (Pharm. of India.) Its colonial
name of “ Jelly Leaf” is in allusion to its mucilaginous nature:

South Australia, New South Wales to Northern Australia.

113. Smilax slycyphylla, Smtth, N.O., Liliacez, B.FI., vii., 7.
‘* Native Sarsaparilla,” ‘‘ Sweet Tea.”

This plant has been recommended as an alterative and tonic
and anti-scorbutic. It is one of the earliest plants pressed into
the service of medicine in New South Wales. At p. 230, Fournal
of a Voyage to New South Wales, by John White, Esq., Surgeon-
General to the Settlement, London, 1790, (the information must’
have been furnished almost immediately after the foundation of.
the colony), occurs the passage . . . . “good for the scurvy.
The plant promises much in the last respect, from its bitter, as a
tonic, as well as the quantity of saccharine matter it contains.’’
The decoction is made from the leaves, and is similar in properties
but more pleasant in taste, than that obtained from the roots of
S. officinalis, or Jamaica sarsaparilla. The herb is a common
article of trade amongst Sydney herbalists.

Glycyphyllin. Glucoside of the leaves of Smzlax glycy-
phyila; a brownish-yellow, amorphous mass, or by slow evaporation
of the ethereal solution, concentrically united tufts of crystals of
aromatic odour and bitter-sweet taste ; dissolves better in hot than

204 AUSTRALIAN NATIVE PLANTS.

in cold water, easily in alcohol and in ether; breaks up on boiling
with dilute sulphuric or hydrochloric acid into sugar and another
product. (Mueller and Rummel, in Wittstein’s Organic Con-
stituents of Plants.)

See also a paper by Prof. Rennie, of Adelaide, on Glycy-
phyllin, the sweet principle of S. glycyphylla, in Fourn. Chem,
Soc., December, 1886.

New South Wales and Queensland.

114. Sophora tomentosa, Zzzz., N.O., Leguminosz, B.Fl., ii.,
274.

‘* Sea-coast Laburnum.”
The roots and seeds have been considered as specifics in
bilious sickness. (Bailey.)
New South Wales to Northern Australia.

115. Tabernemontana orientalis, &.87., N.O., Apocynez, B.FI.,

IN| Sik Te
“ Bitter Bark.”

This small tree has an intensely bitter bark, and a decoction
of it is sometimes sold as “ bitters.’’
New South Wales to Northern Australia.

116. Tacca pinnatifida, /ors/., N.O., Taccacezx, B.FI., vi. 458.

The starch from the tubers is far preferable to that of any
other arrowroot for dysentery. (Zreasury of Botany.) This
plant is not endemic in Australia.

Queensland and Northern Australia.

LI ge Tephrosia purpurea, Pers. (Syn. Z. piscatoria, Pers.3025
toxicaria, Gaud.; Z. Bauert, Benth.; Galega littoralis,
Forst.; G. piscatoria, Sol.); N.O., Leguminosz, B.FI., ii.
209.

This plant is used in many tropical countries for the purpose
of stupefying fish for the sake of capturing them.

In India the plant is described as deobstruent and diuretic,
useful in cough and tightness of the chest, bilious febrile attacks,
obstructions of the liver, spleen and kidneys; the natives recom-

SUBSTANCES REPUTED MEDICINAL. 205

mend it as a purifier of the blood, and for boils, pimples, &c.
(Dymock.)
South Australia; New South Wales to Northern Australia.

118. Thespesia populnea, Corr., (Syn. HAzrbiscus populneus,

Willd.) ; N.O., Malvacee, B.FI., i., 221.

The fruit abounds with a yellow viscid juice, which is a
valued local application in scabies and other cutaneous diseases
amongst the natives of Southern India, the affected parts being
also washed daily with a decoction of the bark of the tree.
(Pharm. of India.)

Queensland and Northern Australia.

119. Trichodesma zeylanicum, #.2r., (Syn., Pollichia zeylanica,
F.v.M.) ; N.O., Boraginez, B.FI., iv., 404. 2. zeylanica in
Muell. Cens., p. 100.

In India this, with other species, is considered diuretic, and
one of the cures for the bites of snakes. (Bailey.)

All the colonies except Victoria and Tasmania.

120. Typha angustifolia, Linn., N.O., Typhacez, B.FI, vii., 159.
r A Bull-rush.”

The root-stock, which abounds in starch, is somewhat
astringent and diuretic, and is employed in Eastern Asia in dysen-
tery, gonorrhoea, and the measles.

All the colonies.

121. Urena lobata, Zzzz., N.O., Malvacee, B.FI., i., 206.

This common tropical weed possesses mucilaginous properties,
for which reason it is used medicinally in India. In Brazil a
decoction of the root and stem is used as a remedy for windy
colic, and the flowers as an expectorant in dry and inveterate
coughs, according to Mr. F. M. Bailey.

Queensland and Northern Australia.

200 AUSTRALIAN NATIVE PLANTS.

122. Zanthoxylum veneficum, Zazley, N.O., Rutacez. (Suppt. to
Queensland Flora.) —

The bark possesses a peculiar tingling, hot taste, like aconite.
Numerous experiments were made with extract of the bark upon
dogs, cats, rats, frogs, and grasshoppers. It acts upon the spinal
cord, increasing the reflex excitability, and finally paralysing the
cord. It poisons grasshoppers, while strychnine has no action
upon them. It tetanises frogs, even when applied to the skin. In
its physiological action it resembles strychnine. The following
may be taken as a typical example of the effect of this substance
upon warm-blooded animals :—

Four grains of the alcoholic extract suspended in five minims
of water and five of spirit were injected under the skin of a large
cat. Immediately afterwards, the cat was uneasy, would lie down,
then raise itself, walk a little, and lie down again. In eighteen
minutes a tremor of the head and ears was noticed, the pupils were
dilated, locomotion. was affected ; the animal could only walk a
yard or so, in astiff, awkward way. In twenty minutes the tremors
were frequent, and power to walk almost gone. In thirty minutes
there were convulsive contractions of the fore limbs and muscles
of the chest ; a strong light would not alter the iris. In thirty-
three minutes the lips were livid, and tetanic convulsions com-
menced; during one of these attacks the respiration is very
laboured, inspiration stertorious, the head hangs down, and the
cat jerks itself. backwards ; directly after, the spasm goes off, the
cat lies down exhausted. In forty-five minutes there was a tetanic
spasm every minute, and the animal was expected to die every
convulsion. In fifty-five minutes tetanic spasms last about a
quarter of a minute ; inspiration extremely laboured and prolonged,
with wheezing. At times no air can be inspired, and the chest
becomes collapsed. In sixty minutes the cat jumped and fought
for breath in a frightful way, and died. The heart could be felt to
beat regularly for two minutes afterwards. Four hours after death
there was rigor mortis, the right side of the heart was empty, and
the left ventricle firmly contracted ; the intestine was bloodless and
_ contracted.

SUBSTANCES REPUTED MEDICINAL. 207

With larger doses than five grains tetanic spasms come on
rapidly, and the animals diein a few minutes. Large dogs recover
sometimes after five grains have been injected under the skin.
<Dr. Bancroft, in Proc. R.S., V.S.W., 1886, p. 70.)

Queensland.

123; Zizyphus jujuba, Lam., N.O., Rhamnez, B.FI., i., 412.
“Jujube Tree” of India.

The French prepare a demulcent Paté de Fujubes from the
fruits of this tree. Various parts of the tree are used in native
medicine in India. The bark is a powerful astringent ; the dried
and powdered fruit is used in medicine, as are also the leaves, and
a decoction of the root. (Dymock.)

Queensland. |

GUMS, RESINS, AND KINoS,
AlGU WaSe

DEFINITIONS.

Tue following definitions are complete enough for ordinary pur-
poses :—

(2) A gum is entirely soluble or swells up in water, but entirely
insoluble in alcohol (commonly called “spirit”’). Z.g., “ Wattle-
gums.” (Acacia.)

(4) A resin is entirely soluble in alcohol, but entirely insoluble
in water. Z.g., “Pine resin.” (Frenela Endlicher?.)

(c) A gum-resin is intermediate in character between a gum
and a resin, that is to say, it is partly soluble in water and partly
soluble in alcohol. Z.g., the gum-resin of Prttosporum undulatum.

(d) A kino is the astringent inspissated juice of atree; excel-
lent examples are afforded by the various species of Eucalyptus.

Important note. The classification of the exudations from
some of the species is only intended to be provisional. In the
absence of some of the products which I have had no opportunity
of examining, I am unable to say, for instance, whether some of
them should be grouped as “ gums,” or as ‘‘ gum-resins.”’

1. Acacia SPP, N.O., Leguminosz.
“ Wattles.”

These gums are exported for adhesive purposes, for cotton-
printing, &c. A large number of Acaczas yield them in greater
or less quantity. Speaking of wattle-gum in general, Bentley and
Trimen (Medicinal Plants) say: “It is found commonly in largé
tears or masses, of a dark yellow or reddish-brown colour. This
gum, which has a transparent appearance, being nearly free from
cracks or fissures, is said to be readily soluble in water, and to

GUMS, RESINS, AND KINOS. 209

_ form a very adhesive mucilage. It is frequently contaminated
with pieces of the astringent barks of the trees from which it is
obtained ; hence, its solution, unless carefully prepared, will
frequently contain some tannic acid.”

The allusion to solubility in the preceding quotation is only
partly true. Very little has been done in regard to the systematic
examination of our gums, but the writer, as the result of fairly
close attention to them during the past few years, hardly inclines
to the opinion that there is much commercial future before them.
*« Best selected Turkey Gum Arabic ”’ is, of course, the most valu-
able gum yielded by Acacias. If judging were to be by points, it
would take the highest place as regards absence of colour, freedom
from accidental impurities, ready solubility, and adhesiveness of its
mucilage. The highest quality of Australian gum the author has
ever seen falls far behind this high standard. As far as his experi-
ments go, those samples obtained from the interior (comparable
in its aridity to the Soudan, and other noted gum-producing coun-
tries) are completely soluble in water, and make good mucilages,
while those obtained east of the Dividing Range, 72., in well-
watered districts, in which vegetation is comparatively luxuriant,
are more or less insoluble, portions, at least, merely swelling up in
water, like cherry gum. In other words (speaking of the eastern
colonies), the eastern wattle-gums contain metagummic acid, while
the western ones do not. And when it is borne in mind that the
yield of gum in the interior is insignificant as compared with that
of the coast country, it becomes apparent how hazardous is the
generalization that Australian gums are readily soluble in water.

Owing to the great cost of unskilled white labour in Australia,
and the impossibility of utilising the services of the few aboriginals
for the purpose of gumcollecting, Australian gum arabic will never
find its way into the world’s markets to any very great extent.

Taken internally, it is used by country folks in diarrhoea and
piles, and in veterinary practice in the country, for wounds and
raw shoulders in horses; but the uses to which it is put are very
miscellaneous.

The author has been shown a statement by a “ good practical
man,” who, by the way, lives in the midst of wattle-trees, and gets his

P

210 AUSTRALIAN NATIVE PLANTS.

living by collecting their bark, to the effect that wattle-gum, dis-
solved in benzole, “makes an excellent carriage varnish.” It
never occurred to him to try the experiment for himself, and while
pointing out that wattle-gum is quite insoluble in that liquid,
the present may be a convenient opportunity of again protesting
against the reckless statements which are made in regard to our
little known raw products.
All the colonies.

2. Acacia binervata, DC., (Syn. A. umbrosa, A. Cunn.); N.O.,

Leguminose, B.FI. ii., 390.

“Black Wattle” of Illawarra (New South Wales), and other places.
“Hickory.” ‘‘ Myimbarr” of the aboriginals of Illawarra.

Yields an inferior gum arabic. It is rather dark, though, if
properly sorted, some of it is of a very light, clean colour. It has
a dull fracture. As a rule, it does not exude from the trees in large
quantities, and, therefore, usually comes to market with adherent
bark, through having been chipped off the tree to waste no gum.
It dissolves but fairly well in water, leaving rather a considerable
quantity of insoluble matter in the form of a flocculent deposit.

New South Wales and Queensland.

3. Acacia dealbata, Zzzk. (Syn. A. zrrorata, Sieb.); N.O.,

Leguminosz, B.Fl. ii., 415.

‘* Silver Wattle.”

The gum from this tree is exceedingly viscous, and is quite as
useful as some low kinds of gum arabic, taking high-rank amongst
wattle-gums. It varies from a light sherry colour to a very dark
and dirty colour, and can frequently be easily detached from the
tree in large masses. It has a clear fracture.

South Australia, Victoria, Tasmania, New South Wales and
Queensland.

4. Acacia decurrens, W77/d., N.O., Leguminosz, B.FI., ii., 414.
“Black, Green, or Feathery Wattle,” sometimes called “ Silver
Wattle,’ once called “ Wattah”’ by the aborigines of the counties of
Cumberland and Camden, New South Wales.
This tree yields gum copiously during the summer season.
In colour, it is amber of all shades, but often it is one of the

GUMS, RESINS, AND KINOS. 211

darkest of wattle-gums. It can usually be gathered with fair
rapidity without much of the bark adhering. It is scarcely soluble
in water, but swells up in that liquid to a great extent. After
several days boiling in a large quantity of water it almost entirely
dissolves. When quite dry it feels horny under the teeth, though
with smart blows it may be reduced to powder. Small boys are
well aware of the jelly which it forms when water is added to it.
They sweeten it, call the preparation ‘‘ gum jelly,” and consider it
exceedingly toothsome. The author has seen it exposed for sale in
Sydney labelled “chewing gum,” and was told by the shopkeeper
that he can sell all that falls into his hands (which is not much) for
making jellies, in lieu of isinglass. Some tanners also use this and
allied gums, with admixture of glue, for sizing leather.

All the colonies except Western Australia.

5. Acacia decurrens, We//d., var. mollis, (Syn. A. modllissima,

Willd.); N.O., Leguminosz, B.FL., ii., 415

“Silver Wattle,” ‘‘ Black Wattle” of the early colonists of New
South Wales. ‘ Carrong,” or “‘ Currong,” of the aboriginals of Victoria.

Forms a lower class gum arabic. It is sometimes substituted
for that from A. dealba‘a, but it is far inferior. In the Caz.
Intercol. Exh., Melbourne, 1866, it is stated that the aboriginals
of the Yarra used this gum for fixing the bottom ends of their
spears, which were made from a small wattle in the Loddon
district.

Victoria, New South Wales and Tasmania.

6. Acacia elata, 4. Cunz., N.O., Leguminose, B.FI., ii., 413.

This gum is in amber coloured tears. The tree itself is of
very local distribution, and as far as the author’s experience goes,
the gum is very rare. Out of perhaps two hundred individuals
examined, only one exuded it to the extent of a quarter of a pound,
perhaps half a dozen gave a few grains each, while on the remainder
no trace of gum was visible. It is apparently very similar in
properties to the gum of A. decurrens, but the author has not yet
submitted it to close examination.

New South Wales.

212 AUSTRALIAN NATIVE PLANTS.

7. Acacia farnesiana, W2//d., (Syn. A. lenticillata, F.v.M.) ; N.O.,

Leguminosz, B.F1., ii., 419.

“Dead Finish.”

This gum is collected in Sind, and forms a part of what is
known in Bombay as “ Karachi Gum”—a kind of gum arabic.
(Dymock, Materia Medica of Western India, p. 281.) The author
has not heard of its collection in Australia.

South Australia, New South Wales, Queensland, Northern
and Western Australia.

8. Acacia glaucescens, W7l/d., (Syn. A. homomalla, Wendl.; A.
cinerascens, Sieb.; A. Jleucadendron, A. Cunn.; Mimosa
binervis, Wendl.) ; N.O., Leguminose, B.F1., ii., 406.
“Yarran.” A ‘ Myall.” A ‘“ Rosewood.” A “Brigalow” of Western

New South Wales; ‘‘ Motherumba,” of North-Western New South

Wales; ‘‘ Kaareewan,” of the aboriginals of Cumberland and Camden,

New South Wales.

The gum from this tree is said to make excellent adhesive
mucilage.
Victoria, New South Wales and Queensland.

9. Acacia harpophylla, 7.v.2Z., N.O., Leguminosz, B.FI., ii., 389.
“ Brigalow.”

Yields a gum arabic. Some collected by Mons. Thozet was
exhibited at the Intercolonial Exhibition, Melbourne, 1866, but
neither of this nor of the gum from A, Bidwilli, Ben/z., exhibited
on the same occasion, were any particulars given.

South Queensland.

10. Acacia homalophylla, 4. Cunn., N.O., Leguminose, B.FI1.,

ii., 363,

“Curly Yarran.” ‘‘Myall” (Victoria). A ‘‘Spear-wood.” (For
aboriginal names, see ‘‘ Timbers.”’)

This tree yields a gum copiously throughout the summer
season. A specimen in the Technological Museum outwardly
resembles, in a striking manner, ordinary pine resin or ‘‘rosin.”
Its fracture is conchoidal, and very lustrous. From its resem-
blance to “‘rosin’’ its colour is a drawback, but it is a remarkably
light and clean gum, and as it is so freely soluble, and so adhesive,

GUMS, RESINS, AND KINOS. 213

it would well pay to export, could it be obtained in sufficiently
large quantites. It yields a fairly pale solution.

Interior of-South Australia, New South Wales and Northern
Victoria.

11. Acacia linifolia, W72/d., N.O., Leguminosz, Balle vile 37 Us
(For synonyms, see “ Timbers.”)
Sometimes called “ Sally.”

This shrub, or small tree, rarely exudes gum, sofar astheauthor’s
experience goes. But a plant 14 inch in diameter, found by him at
The Valley, Blue Mountains, yielded about an ounce of a pale
gum.

New South Wales and Queensland.

12. Acacia microbotrya, Benth., (Syn. A. myriobotrya, Meissn. ;
A. leiophylla var. microcephala, Meissn.; A. subfalcata,
Meissn.; A. daphuifolia, Meissn.; A. rostellifera, Seem. ;
and perhaps A. pferigozdea, Sey N.O., Leguminos,
BF 1-, it., 363.

“ Badjong”” of the aboriginals.

This species often produces 5olb. from one tree in one season.
The aboriginals store it in hollow trees for winter use; it is of a
pleasant sweetish taste. (G. Whitfield.) It forms a superior gum
arabic.

Western Australia.

13. Acacia pendula, 4. Cun. (var. plabrata, F.v.M.); N.O.,

Leguminosz.
A “ Yarran.”

A sample in the Technological Museum dissolves entirely in
. cold water, forming a perfectly clear, almost colourless solution of a
brownish tint. Like some other wattle-gums, this would require
selecting for the market. There is a marked difference in
appearance between the old and new gum of this tree. The new
gum is in rounded pieces, and very similar in appearance and
usual size to Senegal gum and Aden gumarabic. The gum which
remains long on the trees becomes filled with minute fissures. The

214 AUSTRALIAN NATIVE PLANTS.

fissures, which radiate from the centre of a lump, cause the lump
to break into sub-triangular or conical pieces.
Interior of New South Wales and Queensland.

14. Acacia pycnantha, Benth., (Syn. A. petiolaris, Lehm. ; A. fal-
cinella, Meissn.) ; N.O., Leguminosz, B.FI. ii., 365.
‘Golden Wattle.”’ ‘ Green Wattle.” ‘‘ Broad-leaved Wattle.”
Yields an inferior gum arabic. A quantity was exhibited at
the Intercolonial Exhibition, Melbourne, 1866.
South Australia, Victoria and New South Wales.

15. Acacia retinodes, Schlecht.; N.O., Leguminose, B.FI. ii.,
362.
Said to yield a good gum arabic.
Victoria and South Australia.

16. Acacia saliona, Benth., non Wendl.,(Syn. A.letophylla, Benth.;
Mimosa saligna, Labill.) ; N.O., Leguminose, B. FI. ii., 364
A. letophylia in Muell. Cens., p. 44.

It yields a gum arabic.
Western Australia.

17. Acacia sentis, “v.47, (Syn. A. Victoria, Benth.); N.O.,

Leguminose, B.FI., ii., 360.

“Prickly Wattle.”

These trees are for the most part small, and gum is found on
them very sparingly. Much of it is of a rich amber colour when
freshly exuded, while portions of it are nearly as pale as the best
Turkey gum arabic. It is sparkling and clean looking, and would
be a very acceptable article of commerce if it could be obtained
in quantity. It is readily and completely soluble in water, and
very easily reducible to a powder, on account of its somewhat
vesicular nature.

Interior of all the colonies except Tasmania.

18. Adansonia Gregorii, F.v.M., N.O., Malvaceze, B.FI., i., 223.
‘Sour Gourd.” ‘‘Cream of Tartar” tree.
A dark red gum exudes from the fruit. (Bentham.)
Northern and Western Australia.

GUMS, RESINS, AND KINOS. 215

19. Atalaya hemiglauca, F.v.M., (Syn. Thouinia hemiglauca,
F.v.M.); N.O., Sapindacez, B.FI., i., 463.
“White Wood.”
This tree exudes a useful pale-coloured gum.
Interior of South Australia, New South Wales and Queens-
land.

20. Albizzia procera, Benth., (Syn. A. elata, Roxb.; Mimosa
procera, Roxb.; M, elata, Roxb.; Acacta procera, Willd.) ;
N.O., Leguminosz, B.F1., ii., 422.

“ Tee-coma” of the aboriginals of the Northern Territory.

This tree exudes gum copiously. It is in dull, horny-looking,
roundish lumps, usually about the size of a marble. It requires
picking, as much of it is dark coloured and inferior. The dull
appearance is only superficial, for it has a very bright fracture. It
swells up in water to a large extent, and partly dissolves. The
soluble portion is clear, and almost colourless. This gum differs
in behaviour from such of the Acacia gums as are only partially
soluble in water, in that a few hours after placing it in cold water
it disintegrates, forming flaky masses, whereas the partially soluble
Acacia gums, while likewise swelling up considerably, preserve a
certain amount of cohesion for a day or two,

Northern Australia.

21. Calophyllum inophyllum, Z:x., N.O., Guttiferze, B.FI., i.,

183.

** Ndilo Tree” of India.

This tree, when wounded, exudes a small quantity of bright
green gum, which is not collected, nor does it appear to be made
use of in any way. (Dymock, Materia Medica of Western India.)

Queensland.

22. Calophyllum tomentosum, Wight., (Syn. C. elatum, Bedd.) ;
N.O., Guttiferze, Muell. Cens., p. 8.
‘“* Poon,” or ‘‘ Sirpoon,” of India.
The gum of this tree is black and opaque, and much mixed
with pieces of corky bark ; it has a feebly astringent taste, and is
very soluble in cold water, to which it yields a yellow-brown

216 AUSTRALIAN NATIVE PLANTS.

solution, exhibiting a strong blue fluorescence. If the gum is
steeped in water for some time the solution becomes very dark in
colour. Alum, followed by carbonate of soda, throws down
apparently some of the brown colouring matter without interfering
with the fluorescence, as after precipitation the solution, although
lighter in colour, is very strongly fluorescent. A solution purified
by alum in this way has its fluorescence immediately destroyed by
acids, and restored again by alkalies. Examining its absorption
spectrum it is found that while fluorescent, the solution gives a
broad absorption band at the violet end of the spectrum extending
to about G; this band disappears on destroying the fluorescence
by acids, but re-appears on the addition of alkalies. The solution
of the gum does not appear to rotate polarized light. The gum
itself communicates only a very faint fluorescence to rectified
spirit. I do not know whether this gum is applied to any indus-
trial or medicinal use, but as it is collected by the natives of India
it is probable that it is supposed by them to have some medicinal
virtues. (Dymock, Materia Medica of Western India.)
Queensland.

23. Cedrela Toona, Roxd., (Syn. C. australis, F.v.M.); N.O.,
Meliacez, B.FI., i., 387.
“ Red Cedar.’’ (For other names, see ‘‘ Timbers.’’)
This tree yields a perfectly transparent pale amber-coloured
gum in small quantity.
New South Wales and Queensland.

24. Erythrina indica, Zam., N.O., Leguminosz, B.F1., ii., 253.
“Indian Coral” Tree.
This tree yields a brown gum of no value. It is not endemic
in Australia.
Queensland and Northern Australia.

25. Flindersia maculosa, 7.v.J2., (Syn. F. Strzeleckiana, F.v.M. ;
Sirzelechya dissosperma, F.v.M.; Ele@odendron maculosum,
F.v.M.); N.O., Meliacez, B.FI., i, 388. 2. S/rzeleckzana in
Muell. Cens., p. 9.

“Spotted, or Leopard Tree.”

GUMS, RESINS, AND KINOS. 217

The gum from this tree forms good adhesive mucilage. It
reminds one strongly of East-India gum arabic of good quality.
During the summer months large masses, of a clear amber-colour,
exude from the stem and branches. It has a very pleasant taste,
is eaten by the aboriginals, and forms a very common bushman’s
remedy in diarrhoea, &c. A sample in the Technological Museum
is half as large as an emu-egg, and is frequently obtained in
pieces as large as pigeons’ eggs. It would be readily sought
after in the colony for adhesive purposes if it could be obtained in
any quantity.

Northern New South Wales and Queensland.

26. Hakea acicularis, &. @r., (Syn. HA. sericea, Schrad.;
Hi. decurrens, R. Br.; Conchium aciculare, Vent.; C. com-
pressum, Sm.; Banksia tenutfolia, Salisb.) ; N.O., Proteacez,
etl, "V.,'514.

A clear, hard, yellowish gum (? gum resin) has been observed
on this'shrub in the Illawarra district of New South Wales. In
the catalogue of Western Australian products at the Intercolonial
Exhibition, Melbourne, 1866, it is stated: ‘‘ Gums of Wakea species
are found plentifully after the autumn rains.”

Tasmania, Victoria and New South Wales.

27. Macrozamia Fraseri, J:7., (Syn. AZ. spiralis, Miq.; J.
Preisstt, Lehm.; Zamia spiralis, R.Br.; Cycas Retdlet,
Gaud.; Encephalartos Frasert, Mig.; E. Preissii, F.v.M.) ;

B.FI., vi., 252. Eucephalartos Fraser? in Muell. Cens., p.
110.

And Miquelli, Fiv.M., (Syn. Encephalartos Miquellt,
F.v.M.); N.O., Cycadez, B.FI., vi, 253. Lncephalartos
tridentatus, Lehm., in Muell. Cens., p. 110.

Mr. C. R. Blackett, of Melbourne, describes in the Australian
supplement to the Chemist and Druggist, May, 1882, some
experiments upon the gums exuded by the above two species. A
quantitative examination remains to be made, but Mr. Blackett
states that the gums are analogous to Bassora gum, or tragacanth,
but whether they can be used instead of tragacanth remains to be

218 AUSTRALIAN NATIVE PLANTS.

tried. He gives the results of several qualitative experiments with
them.

Western Australia (JZ. Frasert); New South Wales
(MM. Miquellz).

28. Macrozamia Perowskiana, 1777., (Syn. 12. Denisoniz, F.v.M. ;
Lepidozamia Perowskiana, Regel. ; Encephalartos Denisonit,
F.v.M.); N.O., Cycadez, B.FI., vi., 253. mcephalartos
Denisoniz in Muelil. Cens., p. 110.

A small quantity of gum of this species has been received at
the Technological Museum, and apparently much resembles that
experimented upon by Mr. Blackett. It is in flattened pieces,
reminding one strongly of ‘button lac,’ but much lighter in
colour even than the “fine button lac”? of commerce. The
flattened shape is due tothe mode of collecting it. A spontaneous
flow of gum does not appear to occur in any species, but from the
cut ends of the cones and bases of leaves it exudes more or less
freely. If put to drain on a plate, the flattened shapes of “ button
lac’”’ will be very readily obtained. If one of these flattened pieces
be placed in water, it begins to swell immediately, and this
absorption of water goes on for several days, by the end of which
period it has swelled to about fifty times its original size. It then
presents the appearance of an almost colourless, quivering jelly.
This jelly assumes a pseudo-crystalline appearance, forming
angular masses. ‘This result is, of course, in consequence of the
minute fissures in the dried gum. It breaks readily, has a bright
fracture, and in the mouth feels somewhat like tragacanth.

New South Wales and Queensland.

29. Macrozamia spiralis, /77., (Syn. Zamia spiralis, R.Br.,
partly; Zcephalartos spiralis, Lehm.); N.O., Cycadez,
B.FI., vi., 251. L£ncephalartos spiralis, Lehm., in Muell.

Cens., p., 110.
“ Burrawang.”

This is another species, the gum of which the author has
collected. He has no doubt that the proximate analysis of each will
be found to give closely-agreeing results. A few days after the
plants have been mutilated, as already described, the dried gum may

GUMS, RESINS, AND KINOS. 219

be picked off. It usually assumes one of two forms, viz., small
scaly pieces, reminding one strongly of gelatine before it has been
bleached and purified. The prevailing colour is dirty brown, and it
is admixed with more or less accidental impurity. But with careful
collecting a number of small tear-shaped masses may be obtained,
which evidently present the gum in.a fairly pure form.

New South Wales and Queensland.

30 Melia composita, Willd., (Syn. M. Azedarach, Linn.) ; N.O.,

Meliacez, B.FI., i., 380. In Muell. Cens., p. 9.

“White Cedar.’ (For other synonyms and vernacular names, see
* Timbers.’’)

The tree yields a gum similar to that produced from the
Acacia, plum and cherry trees ; it may be collected in considerable
quantity. (Bennett.) A specimen of gum, said to be derived
from this tree, is in irregular tears, rather adhesive and dull, with
a shining fracture, amber-coloured and brownish, rather friable,
mixed with fragments of bark, tasteless, soluble in water. (Cooke,
Gums and Resins of India.) The author has seen an amber-
coloured gum in small quantity exuding from trees of this species
near Sydney, but never freely.

New South Wales to Northern Australia.

31. Nuytsia floribunda, &.Br., (Syn. Loranthus flortbundus,
Labill.) ; N.O., Loranthacez, B.FI., iii., 387.
‘‘A Mistletoe.”
’ The gum from this tree is said to make good adhesive
mucilage.
Western Australia.

32. Pittosporum bicolor, Hook., (Syn. P. discolor, Regel.; P.
Huegelianum, Putterl.) ; N.O., Pittosporez, B.FI., i., 113.
“ Whitewood ” of Tasmania, Called ‘‘Cheesewood”’ in Victoria.
This tree is said to yield a pale, useful gum. (See P. undu-
latum, “ Resins.’’)
Tasmania, Victoria and New South Wales.

220 AUSTRALIAN NATIVE PLANTS.

33- Pittosporum phillyreoides, DC., N.O., Pittosporez, B.FI., i.,
113,
Variously called ‘‘ Butter Bush,” ‘‘ Native Willow,” and ‘‘ Poison-berry
Tree.” (For the numerous botanical synonyms, see “ Timbers.”)
This tree is said to yield a gum somewhat similar to gum
arabic, and even superior to it. (See P. undulatum, “ Resins.”)
All the colonies except Tasmania.

34. Semecarpus Anacardium, Zzxz., (Syn. S. australasicus,
Engl.); N.O., Anacardiace, B.FI., i., 491.
“ Marking-nut Tree” (of India).
In India a brown, nearly insipid gum, exudes from the stem.
Queensland and Northern Australia.

35. Stenocarpus salignus, #.27., N.O., Proteacez, B.FI., v., 539.
“Silver Oak.” (For botanical synonyms and vernacular names,
see ‘‘ Timbers.’’)

Small quantities of gum may occasionally be seen on bruised
trees of this species.
New South Wales and Queensland.

36. Sterculia acerifolia, 4. Cunn., (Syn. Brachychiton acerifol-
tum, F.v.M.); N.O., Sterculiacee, B.Fl., i., 229. Brachy-
chiton acerifolium in Muell. Cens., p. 15.

‘‘Flame Tree.” Lace-bark Tree.”

A gummy substance exudes from the trunk of this tree. It
looks most like Tragacanth of any of the well-known gums. The
same remark is more or less true of other species of Sterculia.

New South Wales and Queensland.

37. Sterculia diversifolia, (Syn. Pecilodermis populnea, Schott. ;
Brachychiton populneum, R.Br., in Muell. Cens.); N.O.,
Sterculiaceze.

“Kurrajong.” (For other vernacular names, see ‘‘ Timbers.’’)

This tree sometimes yields the tragacanthoid substance already
alluded to rather abundantly. Mr. Bauerlen informs the author
that at the foot of a tree about one foot in diameter and thirty feet
high, in the Clyde River district of New South Wales, about a

GUMS, RESINS, AND KINOS. 225

bucketful of gum was found, naturally exuded and partly viscid,
while enormous tears had flowed down the stem and were adherent
to it.

Victoria, New South Wales and Queensland.

38. Sterculia rupestris, Bexth., (Syn. Delabechea rupestris, Lindl.;

Brachyehiton Delabechit, F.v.M.) ; N.O., Sterculiacez, B.FI.,

i., 230. Brachychiton Delabechii in Muell. Cens., p. 15.

“‘ Bottle Tree,” or ‘“‘Gouty Stem.” A “ Kurrajong.”

A gum exudes freely from the tree, and forms what may
be called an inferior tragacanth, for want of a better name.

Sir Thomas Mitchell observed many years ago that when
boiling water is poured over shavings of this wood a clear jelly,
resembling tragacanth, is formed, and becomes a thick, viscid
mass ; iodine stains it brown, but not a trace of starch is indicated
in it.

The gum from this tree (and the following description is
more or less true of other species of this genus) is remarkably
like paraffin in appearance, and almost as free from colour. It is.
rather tough and horny, and breaks with a dull fracture. In the
mouth the author fails to detect (except in the shape of the pieces)
any difference between it and the best tragacanth. It isin irregular
lumps, full of angles and points, the result of the fusion of
innumerable “ tears.”’

Sterculia gum and tragacanth, however, present many points.
of difference. Their closest similarity is in outward appearance.
The former gum does not thicken water, except to an almost in-
appreciable extent, and, therefore, could not have the economic
uses to which the very viscid tragacanth is put. On treating them
both with cold water, the most obvious difference between them is
the bluish-opalescent, and comparatively fine-grained appearance
of the mucilage afforded by the Sterculia gum.

Queensland.

39. Terminalia SP, N.O., Combretacez.

For a noté on gum from a species of TZermznalia, see
“* Foods,” page 62.

222 AUSTRALIAN NATIVE PLANTS.

40. Xylomelum pyriforme, N.O., Proteacez, B.Fl., v., 408.
“Native Pear.” (For other vernacular names and botanical synonyms,
see “* Timbers.’’)
The author is not aware that the finding of gum on this tree
has been previously announced. In the Blue Mountains he found
about an ounce on a Sapling six inches in diameter, which had
been cut down, leaving four feet of stump, from which there was
a free growth of new leaves. It is of a yellowish-brown colour,
tough, and of dull appearance. It may turn out to bea gum-resin,
as the author is inclined to think that all the gums of the
Proteacez will be found to contain a small percentage of resin.
New South Wales.

GUMS, RESINS, AND KINOS.

B. (RESINS,)
a cCLUDING GUM-RESL S.

1. Aleurites moluccana, W72/d., (Syn. A. Ambinux, Pers.; A.
triloba, Forst.; Fatropha moluccana, Linn.) ; N.O., Euphorb-
iacez, B.FI., vi., 129. A. ¢riloba in Muell. Cens., p. 20.

‘*Candle-Nut Tree.”

This tree exudes a resin, especially from the fruits. It is
little, if ever, used in Australia, but Dr. George Bennett states that
the natives of the South Sea Islands chew it.

Queensland.

2. Araucaria Bidwilli, Hook., N.O., Conifer, B.FI., vi.. 243.
* Bunya Bunya.”

A sample of resin from this species is in the Technological
Museum, and it is as different from the resin of A. Cunninghamit
as it is possible for it to be. It is rather brighter in colour than
a low-grade red grass-tree gum (Xanthorrhea arborea), otherwise
they are very similar in appearance. Except in redness of
colour, it is much like some samples of inferior gum benzoin.
It has an odour like creasote. Its prevailing colour is purple-
brown, and lustre dull-resinous. It is quite brittle, and powders
readily. It stains the fingers with handling, and is gritty to the
teeth. When powdered, it is of a bright red, something between
Venetian and Indian red, exhibiting a very pleasing colour. The
pure resin is clear, and very like that of the Moreton Bay Pine.

Queensland.

224 AUSTRALIAN NATIVE PLANTS.

3. Araucaria Cunninghamii, A7/., N.O., Coniferz, B.FI., vi., 243.
“ Moreton Bay Pine,” ‘‘Hoop Pine,” “Colonial Pine.” ‘ Coorong”
of the aboriginals of the Richmond River, New South Wales. ‘‘Cumburtu”
of those of Brisbane, and ‘‘ Coonam” of those of Wide Bay, Queensland.
The resin which exudes from this tree is very remarkable, as
it is transparent and nearly colourless, and that portion of it which
adheres to the trees hangs from them in pendants, which are
sometimes three feet long and six to twelve inches broad. (Hill.)

This tree is very rich in resin, as it flows from every slight
wound. A sample in the Technological Museum is very much
like gum Thus or common Frankincense, the product of Pinus
australis, except that it is paler in colour, having the colour of
and lustre of amber. Although these pieces have been collected
some years, and externally are quite hard and very brittle, yet
internally they are still in a viscid condition, and possess the
pleasing odour of Canada Balsam, with perhaps a trace of
creasote.

Northern New South Wales and Queensland.

4. Atherosperma moschata, Zadz//., N.O., Monimiacez, B.FI.,

v., 284.

“* Sassafras.”

The resin contained in the bark of this tree has been examined
by Zeyer (Pharm, Viertelj, x., 517), an abstract of whose paper
appears in Gmelin’s Handbook. The following is his account of
it. The bark, previously exhausted with water, is exhausted with
very weak caustic potash ; the solution is allowed to stand till clear,
and the resin is precipitated by hydrochloric acid. The precipitate
is indigested with alcohol, the extract evaporated, and the residue
boiled with water, and dried. Brown-red, melts at 104° C.
Dissolves easily in caustic alkalies and their carbonates, from
which it is precipitated by acids, and also in alcohol, but it is
nearly insoluble in ether. Contains at 100° C, on the average
69.38 °/, C, 8.85 °/, H, and 21°77 O, corresponding to the formula
Cy Hy, On.

Tasmania, Victoria and New South Wales.

GUMS, RESINS, AND KINOS. 225

5. Bertya Cunninghamii, Planch., N.O., Euphorbiacez, B.FI.,
Vi., 75-

The branchlets of this plant exude a clear gum-resin so
abundantly as to give dried specimens, when held up to the light,
a pretty hyaline appearance. The substance is of a yellowish
colour, and no doubt would prove exceedingly interesting if
examined, but theauthor has, up to the present, been unsuccessful in
obtaining a quantity of it. It has a pleasant, bitter taste, some-
thing like wormwood.

Many of our Euphorbiaceous plants yield resin in greater or
less quantity, and will provide useful material for future
experiment.

Victoria and. New South Wales.

6. Beyeria viscosa, 27. (For synonyms, see ‘“ Timbers,”)
N.O., Euphorbiacez, B.FI., vi., 61.
The “ Pink Wood” of Tasmania. Called also ‘‘ Wallaby Bush.”
A resinous substance exudes from the leaves, sometimes so
abundantly that characters can be traced in it by means of a style.
All the colonies.

7. Ficus macrophylla, Desf., N.O., Urticez, B.FI., vi., 170.
“Moreton Bay Fig,” ‘‘ Karreuaira,” or ‘‘ Waabie,” of the aboriginals.
The milky sap (latex) of this tree yields a very fair caoutchouc.
Other species of /%cus yield juices more or less similar.
Northern New South Wales and Queensland.

8. Ficus rubiginosa, Desf, (Syn. F. australis, Willd. ; Urostigma

rubiginosum, Gaspar.); N.O., Urticez, B.FI., vi., 168.

“Port Jackson Fig,’ ‘‘ Narrow-leaved Fig,” ‘‘ Native Banyan,”
“ Dthaaman”’ of the aboriginals.

This fig, like other figs, exudes a juice when the bark is
wounded. At present, it is put to no useful purpose. It has
formed the subject of the following chemical investigation :—

“The resinous exudation of this tree resembles Euphorbium
in appearance, varies in colour from dirty yellow or red to almost
white, solid, generally brittle, but tough in the interior of large
pieces, opaque, with dull and wax-like fracture ; at 30° C it softens

Q

226 AUSTRALIAN NATIVE PLANTS.

and becomes plastic, like gutta-percha, but not sticky, provided
it has been previously wetted with water. In its natural state it
has neither taste nor odour, but evolves an odour like that of wax
when heated, and evinces a characteristic taste on being masticated.
It is quite insoluble in water, either hot or cold. The greater part
of it is soluble in cold alcohol, and a considerable portion of the
remainder in hot alcohol, and by treating it with these solvents in
succession it may be separated into the following constituents :

Resinous substance, Sycoretin, easily soluble in cold
alcohol ... inte Ja Jes vost {gee
White crystalline sivelances, chiefly Acetate of
Sycoceryl, C, H, O, C, H,, O, insoluble in
cold, but solible| a warm alcoho! a. COREE
Caoutchouc, fragments of bark, sand and loss... 113.”
(Warren de la Rue and Hugo Miller, in Watt's Dict, ii., 646.)

Sycoretin. When the solution in cold alcohol (which is of a
pale-brown colour) is mixed with water, the sycoretin is precipi-
tated, and may be rendered colourless by repeated solution and
precipitation. Sycoretin is amorphous, white, neutral, very brittle,
and highly electric. It melts in boiling water to a thick liquid,
which floats on the surface. It is insoluble in water, dilute acids,
ammonia and aqueous alkalies. It dissolves easily in alcohol,
ether, chloroform, and oil of turpentine, It is not precipitated
from its alcoholic solution by neutral acetate of lead, or acetate of
copper. (Watts’ Dict., v., 647), where further particulars are
given. See also articles “‘ Sycocerylic Alcohol,” and ‘‘ Sycocerylic
Ethers,’”’ p. 646, loc. cit.

New South Wales and Queensland.

g. Frenela (Callitris) spp, N.O., Coniferze.

The trees of this genus yield Australian Sandarach in greater
or less quantity. These resins are very much alike, and they all
possess a pleasant aromatic odour, similar in character to, but
distinctly different and more powerful, than the odour emitted by
sandarach under similar circumstances. When the trees are
wounded the resin exudes in almost colourless transparent beads

GUMS, RESINS, AND KINOS. 227

and tears. It has obviously high refractive power, and is much
like ordinary pine resin in taste, smell, and outward appearance,
when the latter is freshly exuded. When the resin is older it
becomes quite hard and brittle, and if allowed to remain some
time on the trees becomes of a mealy appearance on the outside.
Powdered, they all make fairly good ‘‘pounce,’’ and form an
efficient substitute for ordinary sandarach.

Throughout the colonies.

10. Frenela Endlicheri, Parlat., (Syn. F. fruticosa, Endl.; F.
pyramidalis, A. Cunn.; F. calcarata, A. Cunn.; Callitris
calcarata, R.Br.; Otoclinis Backhoustt, Hill); N.O., Coni-
fer, B.FI., vi. 238. Callztris calcarata in Muell. Cens., p.
109.

“Black Pine.” ‘Murray Pine.” ‘Red Pine.” ‘Scrub Pine.’’

“Cypress Pine.”

When fresh, it is of a yellow colour, and strikingly similar to
sandarach, as it is usually found in America. It is obtainable in
fairly large quantities.

Northern Victoria to Central Queensland.

11. Frenela robusta, var. verrucosa, 4. Cunz., (Syn. F. verru-
, cosa, A. Cunn.; F. tuberculata, R.Br.; Callttri’s tuberculata,
R.Br. ; C. verrucosa, R.Br.) ; N.O., Coniferz, B.Fl., vi., 237.

Callitris verrucosa in Muell. Cens., p. 109.

“Cypress Pine.”

A resin in larger tears than an ordinary sandarach is yielded
by this tree. It yields it in considerable abundance, eight or ten
ounces being frequently found at the foot of a single tree, but
although this exudes naturally, the supply is stimulated by
incisions. .

In the Report on Indigenous Vegetable Substances, Victorian
Exhibition, 1861, it is thus described :—‘ A transparent, colour-
less or pale-yellow body, fragrant and friable, fusing at a moderate
temperature, and burning with a large smoky flame, very soluble
in alcohol and the essential oils, and almost totally so in ether;
turpentine at the ordinary temperature does not act upon it, nor

228 AUSTRALIAN NATIVE PLANTS.

do the drying oils, but it may be made to combine with these
solvents by previous fusion.”’

A sample in the Technological Museum is of a dark-amber
colour, and externally possesses the dulled appearance of lumps
of amber. It is the darkest resin of the genus examined by me.

Northern New South Wales and Queensland.

12. Grevillea robusta, 4. Cunn., (Syn. G. umbratica, A. Cunn.);

N.O., Proteacez, B.FI., v., 459.

“‘ Silky Oak.” (For aboriginal names, see ‘‘ Timbers.’’)

This tree is frequently planted for ornamental and shade pur-
poses in the colonies, but to a far greater extent in Ceylon, India,
Algeria, &c. It exudes a gum resin, which I have never seen
except in minute quantity in Australia, but it appears to be more
abundant in India and Algeria. Cooke (Gums and Resins of
India) thus describes it: . . . “of a vinous-red colour
and but little soluble; it is said to have been obtained from this
tree, which is cultivated to a limited extent in Mysore. It has a
bright, shining, resinoid fracture, which it retains. It is much
mixed with pieces of friable bark, to which it adheres.”’

In some notes (1881) on the Shevaroy Hills, India, by Deputy
Surgeon-General Shortt, the following passage occurs :—‘‘ Of
the plants intoduced in these hills, I have to notice a peculiarity
as regards Grevillea robusta; one tree, which is now eleven
years old, has for the last two years, during the rains, produced
spontaneously each year about ten ounces of a translucent gum,
which has no smell or particular taste, is of a pale-yellow colour,
and mixes readily with water, when it forms a whitish-brown
coloured mucilage, and, as a paste, answers all the purposes of the
so-called gum arabic for adhesive purposes.”

This gum-resin has been examined by Fleury (see Fourn.
Pharm. [5], ix., 479-80), an abstract of whose paper is given in
Fourn. Chem. Soc., xlviii., 238. He describes it as yellowish-
red, slightly translucent, slightly friable, and similar in appearance
to cherry-gum. In water it swells a little, and slowly produces a
very persistent white emulsion, which passes through all filters. It
contains no starch, but gives 3 per cent. of ash. The emulsion

GUMS, RESINS, AND KINOS. 229

treated with absolute alcohol gives a copious precipitate of gum
proper. When the alcoholic solution is evaporated, it gives 5.6
per cent. of a reddish, transparent resin. The gum proper is grey,
and does not ‘appear to give a true solution in water. The gum
already soaked in water dissolves immediately if a little potash,
lime, or potassium-carbonate be added, and the solution gelatinises
under the influence of a ferric salt. This reaction is said to dis-
tinguish this product from all other known gums. The gum is
levorotatory, and has no action on Fehling’s solution.

New South Wales and Queensland.

13. Grevillea striata, #.2r., (Syn. G. lineata, R.Br.); N.O.,

Proteacex, B.FI., v., 462.

“Beefwood.” (For other names, see ‘ Timbers.”)

A resin from this tree has just been sent to the Technological
Museum from Whittabranah, in the far-west of New South Wales.
It is quite free from odour, and has a dark, reddish-brown colour.
When pure, it has a bright fracture, but much of it is admixed
with woody matter ina fine state of division. The warmth of
the hand is sufficient to cause the resin to adhere to it. It sticks to
the teeth, but is without taste. It is reduced to powder with the
utmost facility, forming a dull powder. It is opaque-looking, and
in appearance is most like 2. maculata kino of any substance with
which the author is acquainted. It appears to be of rare occurrence,
but was abundant on two particular trees. It was so hard on
them that a hammer and chisel was necessary to remove it. It
appears to be a true resin, and if so, will be the first recorded, so
far as he is aware, from any Proteaceous plant.

South Australia, New South Wales to Northern Australia.

14. Myoporum platycarpum, 2.2r., (Syn. Disoon platycarpus,
F.v.M.); N.O., Myoporine, B.FI., v., 7.
“Sandalwood.” ‘“ Dogwood.” ‘Sugar Tree.”
The resin from this tree is used by the aboriginals as a sub-
stitute for pitch and wax; e.g., they cement the stone heads of
their tomahawks to the fibre which joins them to the stick forming

230 AUSTRALIAN NATIVE PLANTS.

the handle. It forms a natural sealing-wax, and for this purpose
is used by the settlers in the interior. It would certainly serve as
a constituent of black sealing-wax; alone, it is too soft for long
keeping.

It is usually received in small rounded lumps, weathered on
the outside, and possessing a pleasant, empyreumatic odour. The
lumps appear of a dark reddish-brown colour, and if the weather
be not warm they fly with the slightest touch of the pestle, and
are easily powdered. The resin softens even with the warmth of
the hand, and if kept in a bottle the heat of an average summer
day is sufficient to fuse pieces presenting fresh fractures. It has
a bright, almost black fracture, showing reddish-brown at the
edges. It presents some resemblance to Guaiacum (especially
when this resin comes to the market in small lumps), but it is not
so green in colour as the latter.

All the colonies except Tasmania and Queensland.

15. Pittosporum undulatum, Ven/., N.O., Pittosporee, B.FI.,

Segoe

“‘Cheesewood.”’ (For other names, see ‘‘ Timbers.”’)

This tree yields a gum-resin which easily softens in the heat
of the sun, but which only appears to be obtained from wounded
trees. It is viscid, possesses a powerful, and to my mind a
delicious odour of a turpentiny character, which somewhat
resembles that of oil of cubebs, but the odour is quite per se. The
author has been informed that a gentleman in the Illawarra district
applied this “gum” to a wound of a dog, ‘on account of its
aromatic smell,” when the wound healed “ with amazing quickness
in a few days.”

See pages 219 and 220 for an account of some gums from
species of Prttosporum.

All the colonies except South and Western Australia.

16. Synearpia laurifolia, Zen, (Syn. Metrosideros glomulifera
in Muell. Cens., p. 59); N.O., Myrtacez, B.FI., iii., 265. isi
other synonyms, see “ Timbers.”)

** Turpentine Tree.”

GUMS, RESINS, AND KINOS. 231

On cutting through a fruit the substance is seen to contain
small globules of an orange-red resin disseminated through it.
On the outside of mature fruits small tears of the resin will also
be found. The resin also exudes from wounds made in the bark.
It is best obtained, however, by felling a tree, when it exudes
between the bark and sapwood in small drops, which may be
scraped off, and the resin collected fairly continuously, and in a
pure state. It is an oleo-resin, and is remarkably like Venice
turpentine, both in colour (a rich reddish-brown) and in viscidity.
It has a very agreeable (to the author) turpentine odour, in degree
and character something between those of Venice turpentine and
Canada Balsam. The native bees seem to make much use of it,
as they carry it away very assiduously.

New South Wales and Queensland.

17. Xanthorrhea spp., N.O., Juncacez.
“ Grass Trees.”” The resin is usually, but incorrectly, called ‘ Grass
Tree Gum.”

This resin has an agreeable smell, or none at all, and is
soluble in ether, alcohol, and caustic potash. Its solution in the
latter, when treated with hydrochloric acid, deposits benzoic and
cinnamic acids; nitric acid readily converts it into picric acid. By
distillation this resin yields a light neutral oil, which appears to be
a mixture of benzoic and cinnamic, and a heavy acid oil, consisting
of hydrate of phenyl, mixed with small quantities of benzoic and
cinnamic acids.

It yields, by oxidation with melting potash, so large a quantity
of paraoxybenzoic acid (36 grains from g ounces) that it may be
conveniently used as a source of that acid. The mother-liquor of
the ethereal extract contains also resorcin and pyrocatechin, as
well as the double compound of protocatechuic and paraoxyben-
zoic acids, Cy, H,, O,, H, O, first obtained from benzoin. ( Watts’
Dict., vi., 1st Suppt. 2.)

The aborigines use it for fastening on the heads of spears, &c.
It could probably be used in candle-making, for it burns by itself
with a bright flame, and mixes with fat in all proportions.

232 AUSTRALIAN NATIVE PLANTS.

As usually found in commerce, it is in very small pieces
(almost powder), or else these small pieces are aggregated, form-
ing a friable mass. In this state it is more or less impure, being
mixed with soil, and fragments of the yellowish bases of the leaves.
After a bush fire has passed over grass trees the heat causes the resin
to run into more or less spherical masses (the author has some in
his possession as spherical as if turned in a lathe), and these
masses can be picked out either from the interior of the charred
stump or from the ground at the place where a grass-tree once
grew. Such masses present the resin in a very pure form, but
collecting in this way would entail too much labour to be profitable
commercially—the ordinary method being to break up the grass-
tree stumps, and subject the fragments to rough winnowing and
washing.

The resin (‘Grass-tree Gum”’ it is invariably called) has a
very small demand, the ordinary retail price being from fourpence
to sixpence a pound in Sydney, and the wholesale price, of course,
much less. It is chiefly used as a colouring for varnishes, and is
used by European and Chinese workmen (chiefly the latter) to
stain wood in imitation of cedar, and also by inferior French-
polishers. It has been observed above that abundance of picric
acid, a very powerful yellow dye, can be prepared from it. But
this substance can be so cheaply made from coal-tar that the
resin is not now thought of for the purpose. The result is that
many storekeepers in the colonies, who eagerly bought up grass-
tree gum with the view to exporting it to England, have for years
past had stocks on hand, and quantities now sold have frequently
been gathered, say—fifteen or twenty years.

The following is the usual method adopted for collecting
grass-tree gum in Australia—the articles required are an axe, a
flail, a sieve, and a sheet. The stems of the grass-trees are
hacked down, broken into convenient pieces, and allowed to fall
into the sheet. A stout stick or flail completes the work of disin-
tegration. The substance is then passed through the sieve, the
ligneous portions of the grass-tree for the most part failing to pass
through its meshes. A gentle breeze is sufficient to winnow what
has passed through the sieve, in order to render it ready for the

GUMS, RESINS, AND KINOS. 233

market ; but it usually comes to Sydney having been subjected to
no winnowing process.

Throughout the colonies.
18. Xanthorrhea arborea, #.2r., N.O., Juncacex, B.FI., vii.,

215.
*©Grass Tree.”

A sample of resin of this species in the Technological Museum
is presented in large concentric masses, consisting of the remains
of leaves (tn situ), cemented together by the resin, the resin
usually being so abundantly in excess that large pieces of the pure
substance are readily obtainable. The inner portion of these
masses is a true mould of the caudex. Where the resin weathers
it is seen to be of a liver-colour, but it readily fractures (in a very
similar manner to that of gamboge), and shows a very bright sur-
face. The colour is very pleasing, and I can only describe it as
of a rich purplish-brown, inclining to crimson. It is readily
reducible to a fairly fine powder, which is of a dull, burnt sienna-
brown, admixed with a few dark particles.

New South Wales and Queensland.

19. Xanthorrhea australis, #.2r., N.O., Juncacex, B.FI., vii.,
116.

*“Grass Tree.”

The shapes which the resins of the various species of
Xanthorrhea assume are quite accidental. Some of these forms
are described under various species, and refer to specimens which
have actually been examined. The resin of this species “is found
in masses of irregular globular shape, within the body of the tree,
and exuding in large tears and drops near its roots. It is a dark-
red, friable substance, the purer homogenous specimens exhibiting
a most brilliant ruby colour when crushed into fragments; it fuses
readily with the same deep colour, and exhales the characteristic
odour of gum benzoin and dragon’s blood under such circum-
stances. In many respects it resembles the last-named substance,
but its solutions are less intensely red, inclining to yellow, while as
a varnish, it has much more body and gloss. It is very soluble in
alcohol, and in the essential oils from the eucalypts, that from the
Dandenong Peppermint (Z. amygdalina) proving an exception

23-4 AUSTRALIAN NATIVE PLANTS.

Ether takes up a portion only, leaving behind a resinous substance
coloured more intensely red than that which it dissolves ; turpen-
tine exercises no solvent action upon it, and the drying oils but
very little.” (Report on Indigenous Vegetable Substances, Victorian
Exhibttion, 1861.)

Tasmania and Victoria.

20, Xanthorrheea hastilis, &. Jr. N.O., Juncacex, B.FI.,
Vii., I15.
“ Grass Tree.”

A sample ‘of resin of this species is in the Technological
Museum. It is in almost spherical pieces, and represents the
substance in its purest form. It possesses a sweet odour similar
to that of benzoin, which is much increased on powdering the
substance. It breaks readily with a shining fracture, and is
reducible with the greatest facility to an impalpable powder. No
substance bears a greater resemblance to it than powdered
gamboge, although that pigment is perhaps a shade darker.
Exposure to the light causes the resin to change its colour to
Indian red, which is the external colour of masses of the pure
“gum.” This colour is quite superficial.

New South Wales and Queensland.

21. Xanthorrheea Tateana, /.v.47,, in Muell Cens., (Suppt. for

1885); N.O., Juncacez.

‘** Grass Tree.”

The author is indebted to Mr. J. E. Brown, Conservator of
Forests of South Australia, for a quantity of the exceedingly hand-
some resin of this new species. It is obtainable in large pieces free
from woody matter. It is more or less vesicular, and powders
with the utmost facility. The fresh fracture is very bright, and of
a rich, pure ruby colour; the powder is dead, and of the colour
of the best chrome orange. The colour of the lumps readily
becomes dulled by the friction of the masses against each other,
and so is generally seen of a liver-colour to chrome orange.
Neither in lump nor in powder has the resin any odour at
ordinary temperatures.

Kangaroo Island (South Australia).

GUMS, RESINS, AND KINOS.
CKTNOS

(SEE ALSOnS FANS?)

i. Angophora intermedia, DC., (Syn. Metrosideros floribunda,

Smith, non Vent.) ; N.O., Myrtacez, B.FI., iii., 184.

“Narrow-leaved Apple Tree.”

A kino of a reddish-brown colour and brittle nature. From
this circumstance, the small masses in which it is obtained speedily
lose their bright appearance. It forms a dull-looking powder of a
pinkish-brown colour. Water acts but slowly upon it, forming a
pale reddish-brown solution, and leaving abundance of sediment.

A sample from Colombo, near Candelo, N.S.W., yielded the
author 90.7 per cent. of extract, and 46.95 per cent. of kino-tannic
monet? 70c: 1.S., LVS. W., 1887, p. 83.)

Angophoras yield a watery liquid in some abundance, which
occasionally goes by the name of “liquid kino.” That name is
misleading, as it does not harden to form ordinary kino. A
sample of this liquid is in the Technological Museum, obtained
from a tree more than two feet in diameter by making a few cuts
through and under the bark, in order to look for kino. Eight or
ten gallons of the liquid could have been obtained from that one
tree. It has a specific gravity of 1.008, and is a clear reddish-
brown liquid. It has an acidulous smell, acetic acid being
plainly discernible, but accompanied by a strong and unpleasant
odour, reminding one somewhat of spent tan.

Victoria, New South Wales and Queensland.

2. Angophora lanceolata, Cav., (Syn. Metrosideros costata,
Gertn.; JZ. lanceolata, Pers.; MM. apocynifolia, Salisb.) ;
N.O., Myrtacez, B.FI., iii., 184.

236 AUSTRALIAN NATIVE PLANTS.

Called variously ‘“ Apple Tree,” ‘Mountain Apple Tree,” “ Orange
Gum.” “Rusty Gum.” The “ Toolookar” of the Queensland aborigines,

When freshly exuded, this kino has (like other Angophora
and a few Eucalyptus kinos) a smell like sour wine, but more dis-
agreeable. Even when quite freshly exuded it is exceedingly brittle.
It has a bright fracture, and is of a ruby colour, with a tinge of
brown. Colour of powder orange-brown. Its behaviour with
water is similar to that of the preceding species.

New South Wales and Queensland.

3. Angophora Woodsiana, Ba:?., (Syn. Queensland Flora, Bailey) ;
N.O., Myrtacez.
This “Apple Tree”’ yields a brittle reddish kino, used by the
settlers as a remedy in diarrhcea. (Bancroft.)
Queensland.

4. Baloghia lucida, Zxdi., (Syn. Codieum lucidum, Muell. Arg.);

N.O., Euphorbiacez, B.Fl., vi., 148.

“Scrub, or Brush Bloodwood.” ‘ Nun-naia” and “Dooragan” of
the aboriginals. °

A blood-red sap oozes from the trunk when cut, and was
obtained in the following manner in Norfolk Island :—‘‘ A knife,
similar to a farrier’s, is used, but stronger, fixed upon a handle
four to five feet long, which enables the workman to reach high up
the trunk of the tree. A perpendicular incision is made through
the bark, an inch wide at the surface, but tapering to a point near
the wood, and from eight to ten feet long, forming the main
channel through which the sap flows to the base of the tree,
where a vessel is placed for its reception; branch channels are
cut on each side of the main one, leading obliquely into it, six
or eight inches apart, and extending nearly two-thirds round the
trunk. The sap generally flows from these channels for about
twelve hours, when it is collected. The quantity produced by
each tree varies; sometimes about a pint, but on an average about
half that quantity. The sap forms an indelible paint, and was
formerly used in the island for marking bags, blankets, and other
articles.” (Shepherd.)

New South Wales and Queensland.

GUMS, RESINS, AND KINOS. 237

5. Bombax malabaricum, DC., (Syn. B. heptaphyllum, Cav. ;
Salmalia Malabarica, Schott.); N.O., Malvacez, B.F1.,i., 223.
The ‘“‘Simool Tree,” or ‘‘ Malabar Silk-cotton Tree” (of India).
The gum (Mocharas or Mucherus) only exudes from portions
of the bark which have been injured by decay or insects; incisions
in the healthy bark produce nothing. It is very astringent, and
is used both by Hindus and Mahometans in diarrhoea, dysentery,
and menorrhagia, in doses of from 40 to 50 grains for an adult.
(Dymock, Materia Medica of Western India.) Waring (Pharm.
of India), however, says that this gum, or rather product of a
diseased action, is incorrectly referred to this species, and that its
botanical source is unknown.
Queensland and Northern Australia.

6. Ceratopetalum summiferum, S., N.O., Saxifrage, B.FI., ii.,
442.

‘‘Christmas Bush,” (For other names, see ‘‘ Timbers.”)

By well wounding the tree, or, better still, by felling a tree
and cutting it into logs, there exudes a kino of exceptionally beau-
tiful appearance. It is of arich ruby colour, perfectly transparent,
very tough, though when it has become thoroughly hard it breaks
with a bright fracture. It is exceedingly astringent, sticks to the
teeth, and obviously contains a large proportion of gummy matter.
The author having only recently collected the substance, is unable
to give further particulars in regard to it at present.

New South Wales.

7. Eucalyptus spp, N.O., Myrtacez.

Many trees yield their kino in a viscid state on tapping a gum
vein in spring or autumn. Exposure to the air usually hardens it
almost immediately. As a very general rule, the kinos are col-
lected naturally exuded and hardened on the outside of the bark.

There is a great difference between various species in regard
to the yield; £. corymbosa, for instance, producing it in the
greatest abundance, while some yield it so little that it has not been
recorded as having been found on them. But there is no doubt
that on every species it will be found in at least minute quantity.

238 AUSTRALIAN NATIVE PLANTS.

The kinos vary very much if allowed to remain for an indefi-
nite length of time on the trees, as they are readily affected by the
rain, the soluble portion being more or less washed out ; besides,
the action of the sun contributes to alteration of their chemical
composition.

Some of them are used by the settlers for ink and for staining
leather black, the process simply consisting in boiling the kino in
an iron saucepan.

The following notes on medicinal preparations of Eucalyptus
kinos are taken from Martindale and Westcott'’s Extra Pharma-
copaia.

Besides being useful in diarrhcea and relaxed throat, is given
with success to check the purging of mercurial pill, administered
for syphilis.

Decoctum Eucalyptt gummi—
Eucalyptus kino .., way

ews wanda
Distilled water cee i: ae v- 40
Boil till dissolved and strain. Used as gargle, and given for
diarrhoea in two to four drachm doses. (Lancet, ii., 83, 1029.)

Extractum Eucalypti gummi liquidum—

Eucalyptus Kino “S oe <3 I
Distilled Water ... ar wists ae 3

Dissolve by constant shaking and strain. Dose—3o to 60
minims in water.

A styptic. Injected into the nostril stops bleeding from the
nose, and applied on lint arrests hemorrhage from wounds. A
tablespoonful to a pint of water forms an astringent injection for
the vagina or bowel. (Squire.) This dilution may also be used
as a gargle.

L[hsuffiatio Eucalypti gummi—

Eucalyptus kino in fine powder.
Starch, in fine powder, of each }-grain.

Applied by means of an insufflator, is a powerful astringent in
hemorrhage and relaxed conditions of the larynx and trachea. It
does not thus affect the palate or appetite.

GUMS, RESINS, AND KINOS. 239

Syrupus Eucalypti gummi. (Squire.) Liquid extract of
Eucalyptus—
Kino ies ae aaa 5 ounces.
Sugat co, i. a 5 tit 3 ounces.
Dissolve. Dose—30 to 60 minims.
Linctura Eucalypti gummi. (Squire.)—
Eucalyptus Kino san ee 1O ounces,
Rectified Spirit... = “ph 4 ounces.
Shake till dissolved, and strain. Dose—2z0 to 4ominims. 1
part to 7 of water forms a very astringent gargle.
Trochisct Eucalypti gummi—
Contain 1 grain in each, combined with fruit paste.

Trochisct Eucalypti composttt, (L. Browne). Contain in
each—

Chlorate of Potassium ... ae 2 grains.
Cubeb powder au ses ; grain.
Eucalyptus Kino.. “Je at I grain.

Used in congested as relaxed tres, especially when
accompanied by arrest of mucous secretion.

8. Eucalyptus acmenioides, Schaw., (Syn. L. pilularis var. (?) ac-
menioides, Benth.; L£. ¢rianthos, Link.); N.O., Myrtaceze
B-Fl., ii., 208.

“White Mahogany” of New South Wales. (For other vernacular
names, see ‘* Timbers.’’)

This kino occurs in small quantity only, is of an amber colour
when recently exuded, passing subsequently to red and black.
(Bancroft.)

New South Wales and South Queensland.

9. Eucalyptus amygdalina, Labill., N.O., Myrtacee, B.FI., iii.,
202.

‘* Peppermint,” ‘‘ Mountain Ash,” &c. (For the numerous botanical
synonyms and vernacular names of this tree, see ‘‘ Timbers.”)

A clear, port-wine coloured kino, which is very friable, form-
ing a sparkling powder, unless, of course, it is made impalpable.
It is readily soluble in cold water. ‘Ribbon gum kino,’’ yielded
by a variety of this species in the Braidwood district of New South

240 AUSTRALIAN NATIVE PLANTS.

Wales, is soluble in water to the extent of 99.22 per cent., and
yielded the author 57.76 per cent. of kino tannic acid. (Proc.
R.S., N.S W., 1887, p. 36.) The kino of another variety, ‘‘ Pep-
permint,” yielded the author (/oc. ccf. 192) 96.06 per cent. of
extract, and 58.41 per cent. of kino-tannic acid.

Tasmania, Victoria and Southern New South Wales.

10. Eucalyptus botryoides, Sm., (Syn. 2. platypodos, Cav.) ;

N.O., Myrtaceze, B.FI., iii., 229.

‘““Swamp Mahogany.” (For other names, see “ Timbers.”)

This species appears to yield but little kino. Some sent from
a tree known in the Illawarra district of New South Wales as
“ White Gum,” or “ Scribbly Gum,” varies in colour from pinkish
yo a dark ruby colour. This decidedly pink colour is somewhat
unusual in kinos. It appears of a brown colour when broken up.

Victoria and New South Wales.

iat Eucalyptus calophylla, R.Br. (Syn. £. splachnocarpa,
Hook.); N.O., Myrtacez, B.FI., iii., 255.
“Red Gum” of Western Australia.

Baron Mueller has stated that the viscid kino of this tree is
obtainable in considerable quantity, and that it is soluble in cold
water to the extent of 70 to 80 per cent. It appears to be
one of the most abundant and useful of Eucalyptus kinos.

Western Australia.

Tz; Eucalyptus corymbosa, Smith, (Syn. Metrosideros gummifera,

Soland.) ; N.O., Myrtacez, B.FI., iii., 256.

“ Bloodwood.” (For other vernacular names, see ‘‘ Timbers.’’)

This tree is as fortunate in its vernacular name as any of
the Eucalypts. When freshly exuded, the kino has all the appear-
ance of a stream of blood, and so freely does it flow that
frequently the appearance of the ground at the foot of one of these
trees is quite startling. The kino runs down the tree in large
quantities, dries almost immediately, becoming exceedingly brittle-
When freshly exuded it has a distinct smell, which, as far as I
know, is characteristic, and soon recognised. It has something
of a vinous odour. Much of the kino exuded becomes entangled

GUMS, RESINS, AND KINOS. 241

in the scaly porous bark of this tree, but one frequently comes
upon quite a store of the substance through tapping the com:
munication with a reservoir underneath the bark, or between the
concentric circles of wood. Frequently, on felling a tree, large
masses of indurated kino (always more or less admixed with woody
matter) may be obtained in cavities around these circles, and the
presence of gum-veins of greater or less extent is always notice-
able in a log of this timber. This interior kino, although quite
bright when first deposited, has frequently the appearance of a
very pulverulent purplish-red hematite, such, for instance, as is
common in the Elba mines. It readily makes an impalpable
powder of a Venetian red colour, soiling everything with which it
comes into contact. Such kino is very variously soluble in water,
whereas the freshly exuded pure substance, which is almost of a
vermilion colour frequently, and, therefore, the most brilliantly
tinted of all kinos, is readily and completely soluble in cold water.
It forms part of the ‘‘ Botany Bay kino’’ of commerce, and
Dr. Bancroft, of Brisbane, says that it may be administered
medicinally in doses of from two to ten grains.
New South Wales and Southern Queensland.

13. Eucalyptus eximia, Schauer, N.O., Myrtacee, B.FI., iii.,
258.
“Mountain Bloodwood.” (For other names, see ‘‘ Timbers.’’)

This ‘‘ Bloodwood” yields far less kino than £. coryméosa,
and the product is by no means of such a brilliant colour, having
a liver-coloured cast, but redder than that of Z. punctata. It is
very friable, yielding a powder of a very dark buff colour.

New South Wales.

14. Eucalyptus globulus, Zadz//., N.O., Myrtacee, B.FI., iii.,

225.

The “Blue Gum” of Victoria and Tasmania. (For other vernacular
names and synonyms, see ‘“‘ Timbers.”’)

This well-known tree is by no means an abundant yielder
of kino. A sample sent to Dr. Wiesner, of Vienna, some time
ago, is thus described by him :—‘ Readily soluble in water; solu-
tion pale reddish-yellow, slightly acid, very turbid on cooling ;

R

242 AUSTRALIAN NATIVE PLANTS.

on heating, becomes cool again. No gum-resin; crumbling
masses of light-brownish colour.”
Tasmania, Victoria and just into New South Wales.

15. Eucalyptus Gunnii, Hook., 7, N.O., Myrtacez, B.FI., iii., 246.
“Cider Gum.” “Swamp Gum.” (For other names and synonyms, see
‘* Timbers.’’)

In bulk, this kino resembles, in general appearance, that of
Angophora intermedia It is, perhaps, a little brighter in appear-
ance than the latter. To cold water it yields a pale orange
solution, leaving a quantity of a turbid sediment of a salmon
colour, in which are interspersed a few dark-coloured particles.

South Australia, Tasmania, Victoria and New South Wales.

16. Eucalyptus hemastoma, Smith, (Syn. £. signata, F.v.M.;
E. falcifolia, Miq.; and including Z. micrantha, DC.);
N.O., Myrtacez, B.FI., iii., 212.

“Scribbly Gum,” ‘Spotted Gum,” “ White Gum,” &c. (For other
vernacular names, see “‘ Timbers.’’)

The specific gravity of the kino from this tree is about
1.378, and the percentage of tannin 64.51. (Staiger.) A sample
from Colombo, near Candelo, N.S.W., yielded the author 95.53
per cent. of extract, and 54.12 per cent. of kino-tannic acid.
(Proc. R.S., N.S.W., p. 84.)

It is of a bright-ruby colour, soluble completely and entirely
in cold water when fresh, characteristics it possesses in common
with many other kinos, e.g., amygdalina, macrorrhyncha. It is
soluble in water, and when dried forms shining scales. They
may be placed on wounds, cuts, or ulcers, with satisfactory
results. (Bancroft.) It is a little gummy, and, therefore, does
not powder well.

Illawarra (New South Wales) to Wide Bay (Queensland).

17. Eucalyptus leucoxylon, /.v.dZ., (Syn. £. sideroxylon, A.
Cunn.); N.O., Myrtacez, B.FI., iii., 209.
“Tronbark.” (For other vernacular names, see ‘* Timbers.”)
This tree is comparatively rich in kino, as much as 23 per
cent. having been obtained from the fresh bark by Baron Mueller;

GUMS, RESINS, AND KINOS. 243

“the tannic acid of eucalyptus kino is not, however, equal to
that of oaks and acacias in tan-power, but it can be used as a
subsidiary in the tanning process, where light-coloured leather
is not an object. This kino is easily soluble in water, is of
slightly acid reaction, becomes turbid, but clear again on heating.”

Frequently the bark of this tree is completely honeycombed,
the cavities being entirely filled with kino. The blackish kino
set in rows, in the light reddish-brown bark, has a beaded, granular
appearance, characteristic, as far as I know, of this species.
When old, this kino becomes horny and more or less insoluble.
The bark (with enclosed kino) yielded the author 67 per cent. of
extract to water, and 41.9 per cent. of kino-tannic acid. (Proc.
een. WV... 1887, p.. 38.)

Spencer’s Gulf (South Australia) to Southern Queensland.

18. Eucalyptus macrorrhyncha, /.v.dZ., (Syn. Z. acervula, Miq.);

N.O., Myrtacez, B.FI., iii., 207.

“Stringybark.” (For other vernacular names, see “‘ Timbers.’’)

Specimens of this kino from near Bombala, New South
Wales, have been examined by the author. He found 97.54 per
cent. of extract, and 78.72 per cent. of kino-tannic acid. (Proc.
R.S., N.S.W., 1887, p. 84.) The kino is of a rich ruby colour.
It is readily friable, and for this reason usually appears of a dull
colour, unless it has been very little handled. It reminds one
somewhat of some specimens of seed-lac. It is readily soluble
in water.

Victoria and New South Wales.

19. Eucalyptus maculata, Hook., (Syn. £. vartegata, F.v.M.; E.

peltaia, Benth.); N.O., Myrtacez, B.FI., iii., 254 and 256.

The common “ Spotted Gum.”

The appearance of this kino is characteristic, as is also its
odour. It is of a yellowish-brown to olive colour, while its odour
is difficuit to describe, but readily recognised when once observed.
It is one of the most friable of all kinos, perhaps ranking only
second to £. corymbosa in that respect. This friability is assisted
by its porous nature, some of it being nearly as porous as pumice,

244 AUSTRALIAN NATIVE PLANTS.

and distinctly vesicular to the eye. It can readily be crushed
between the fingers into a fine powder. It forms a yellow solu-
tion in cold water, leaving a resinoid residue of a dirty brownish
coiour, and much like soft toffee in appearance. On long
continued digestion with water it loses its resinous. texture, and
almost entirely dissolves. Its solubility varies very much accord-
ing to its degree of freshness. The observations of different
chemists in this respect can scarcely be reconciled in the absence
of information in regard to the ages of the kinos, and particulars in
regard to the trees which yielded them. According to Mr. Staiger,
of Brisbane, this kino contains benzoic acid in an impure
state, also catechin. “Like that of £. /esselaris, the insoluble
portion of the kino treated with ether gives up a sticky substance,
and leaves behind a clear, reddish, tasteless, brittle resin, having
the properties of shellac.’”’ Mr. E. Norton Grimwade (Pharm.
Fourn., 26th June, 1886) gives an account of some experiments
with this kino. He found 7.07 per cent. of volatile constituents,
consisting almost entirely of water, with the merest trace of a
volatile oil, “to which the peculiar aromatic odour, strongly
resembling styrol, possessed by the gum, is due.”” The quantity
of this oil obtained was only two or three drops from three-quarters
of a pound of kino. Unlike Mr. Staiger, Mr. Grimwade found
no trace of benzoic acid, neither of cinnamic acid. The latter
adds: “J tried the gum as a varnish, employing as solvents tur-
pentine, methylated spirit, and linseed oil; the linseed oil and tur-
pentine, I believe, practically dissolved nothing, but the methylated
spirit yielded a hard, smooth, and transparent varnish.” Mr. Staiger
gives the specific gravity of the kino at about 1.405, and the percent-
age of tannic acid at 34.97. My own experiments with kinos, from
different sources, up to the present, give percentages varying
between 23 and 51. Mr. Grimwade (Joc. cz?.) finds the percentage:
in his sample to be 10 per cent. of tannin, “ closely allied, if not
identical, with querco-tannic acid.”
Central New South Wales to Central Queensland.

20. Eucalyptus microcorys, v.47, N.O., Myrtacez, B.FI., iii.,
212.

GUMS, RESINS, AND KINOS. 245

“Turpentine Tree,’ or ‘“Tallow-wood.” (For other names, see
<* Timbers.’’)

A sample in the Technological Museum has crumbled into
small pieces, for the most part of the size of currants. In bulk, it
looks remarkably like a parcel of uncut garnets. Owing to the
friability of the kino, the bright fractures become dulled with
very little friction. Colour of powder, orange-brown. It is readily
soluble in water, leaving a turbid residue, which eventually dis-
solves. Mr. Staiger gives the specific gravity at 1.395, and the
percentage of tannin 53.33.

Northern New South Wales and Queensland.

21. Eucalyptus obliqua, Z. Hérit., N.O., Myrtacee, B.FI., iii,

204.

A “Stringybark.” (For other synonyms and vernacular names, see
““Timbers.”’)

Like other stringybarks, this yields a kino of a ruby colour,
perfectly transparent and bright-looking, and quite soluble in
water.

South Australia, Tasmania, Victoria and New South Wales.

a7. Eucalyptus odorata, Behr., N.O., Myrtacezx, B.FI., iii., 215.

“White Box.” ‘‘ Peppermint.” (For botanical synonyms and _ ver-
nacular names, see “‘ Timbers.”’)

A dull-looking kino, very pulverulent (for a kino), forming a
dark, dirty-brown powder. It is apparently not obtainable in large
pieces.

South Australia, Victoria and South-east New South Wales.

23; Eucalyptus paniculata, Smith, N.O., Myrtacee, B.FL., iii.,
211.
“She Ironbark.” (For other names and synonyms, see ‘“ Timbers.”)
Fresh kino of this species is characteristic, as far as my speci-
mens go, It resembles orange lac in appearance to a marked
degree, though some fragments vary in tint to brown and garnet
lac. In all cases the resinous appearance of the kino is strikingly
similar to lac. It is brittle, and forms a bright powder. It dis-

246 AUSTRALIAN NATIVE PLANTS.

solves readily in water, forming a very pale-coloured solution of a
bright orange-brown colour.
New South Wales and Queensland.

24. Bucalyptus pilularis, Smth, N.O., Myrtacezx, B.FI., iii., 208.
“Blackbutt.” (For other names and synonyms, see ‘‘ Timbers.”)
Specimens collected by the author so closely resemble, in

outward appearance, the kino of £. pzperzta, as scarcely to be

distinguished from it. It dissolves readily in water, forming a

comparatively pale solution.
Victoria to Queensland.

25. Eucalyptus piperita, Smzth, (Syn. £. acervula, Sieb.); N.O.,

Myrtacez, B.FI., iii., 207.

“Blackbutt.”’ ‘‘ Messmate.” ‘ Narrow, or Almond-leaved Stringy-
bark.’ (For other vernacular names, see ‘‘ Timbers.”’)

This is another kino of the Z. amygdalina type. It can be
procured in fairly large quantities. It yielded the author 99.75
per cent. of extract to water, and 62.12 per cent. of kino-tannic
acid. (Proc. R.S., N.S.W., 1887, p. 192.)

Gippsland, New South Wales and Queensland.

26. Bucalyptus Planchoniana, 7.v-47, N.O., Myrtaceze, F.v.M.,

Fragm., Xie

“This kino is of very great astringency, and, therefore, parti-
cularly valuable for therapeutic purposes ; after adherent impurities
are removed by alcohol it is found to be composed mainly of kino-
tannic acid, the percentage being 93.88 of that acid, the rest (6.12)
consisting simply of real gum, and seems quite free of gallic acid.”
(Mueller, Lucalyptographia.)

New South Wales and Queensland.

27. Eucalyptus punctata, DC. ; N.O., Myrtacez, B.FIL., iii., 244.
“Grey Gum” and “‘ Leather-jacket.” (For other names and synonyms,
see ‘* Timbers.”)

This kino, especially when in large masses, somewhat re-
sembles Hepatic Aloes in appearance, but it is far more brittle
than that substance, crumbling without much difficulty by pressure
of the fingers. Its colour may be described of a very dark brown,

GUMS, RESINS, AND KINOS. 247

with a slight orange tint, and comparing it with still another sub-
stance, one from the mineral kingdom, it is much like some of the
Melanite garnets from Franklin, New Jersey, U.S.A. The powder
is of an ochre colour, slightly more brown than ‘ Oxford ochre.”
When freshly collected it has a vinous odour, somewhat similar to,
but less powerful than that of Z. maculata. The author happened to
tap areservoir of this kino at the base of a tree, which was as fluid as
molasses at first, but on a few minutes’ exposure to the air it
. hardened and became quite brittle. On treatment with cold water
the bottom layer of liquid is of a rich reddish-brown, the rest of
the liquid becoming, by diffusion, of the colour of olive oil. There
is abundant sediment, which powders readily, of a light buff colour,
forming a turbid liquid.

New South Wales.

28. Eucalyptus resinifera, Syzth, (incl. EZ. spectadilis, F.v.M. ;
E. pellita, F.v.M.; E. Kirtoniana, F.v.M.; £. hemilampra,
F.v.M.); N.O., Myrtacez, B.FI., iii., 245.

“Jimmy Low.” ‘Red, or Forest Mahogany.” (For other vernacular
names, see ‘‘ Timbers.”)

In most English books the bold statement is made that
“Botany Bay kino is the produce of LZ. resznzfera ;’’ this species is
not intended, but /. szderophlota, one of whose synonyms is
£. resinifera (A. Cunn). Unless, however, special pains have
been taken to diagnose the species yielding a kino, the name
E. resinifera must be only understood generically, for there are
scores of species of Eucalyptus which yield kino as abundantly,
or more abundantly than either Z. resznzfera, Smith or A. Cunn.
Authenticated kino of this species is all but unknown to science.
A small quantity in my possession is in smallish tears for the most
part, and invariably showing firmly adherent wood and bark on
one side. It is clear looking, and exhibits a dark ruby colour by
transmitted light. It has, however, been collected for a con-
siderable time. It is inclined to be tough and horny, though it
has a bright fracture; colour of powder, burnt sienna. It dissolves
in water, forming a clear solution. Mr. Staiger gives the specific

248 AUSTRALIAN NATIVE PLANTS.

gravity of a sample of this kino at about 1.416, and the per-
centage of tannin 65.57.

New South Wales and Queensland.

29. Eucalyptus rostrata, Schecht., (Syn., Z. longirostris, F.v.M. ;

E. acuminata, Hook.; £. brachypoda, Turez. non Benth. ;

E. exserta, F.v.M.); N.O., Myrtacez, B.FI. iii., 240.

“Red Gum.” ‘ Flooded Gum.” (For other vernacular names, see
‘‘ Timbers.”’)

Thanks to the enterprise of Mr. Bosisto, of Melbourne, this
kino is probably the best known of all Eucalyptus kinos to
European and Australian medical men. Mr. Bosisto describes it
as a delicate mucilaginous astringent, which also possesses tonic
properties, employed with benefit in affections of the mucous
membrane of the stomach and bowels, and a reliable remedy in
the treatment of chronic dysentery and diarrhcea. As a topical
astringent for the uvula and tonsils, either in the form of a gargle,
syrup, or lozenge, it forms a useful remedy. But the statement,
“none approaches it in value for medicinal purposes,” may or may
not be literally true, or perhaps it only refers to Victorian species,
for of Australian kinos in general, our knowledge is of the most
elementary and empirical description.

Mr. Bosisto’s extract is freed from insoluble matter, whether
consisting of old kino (kinos all tend to insolubility with age), or
accidental impurity, and is an elegant preparation.

Kino of this species, when quite fresh, is quite soluble in cold
alcohol and cold water.

South Australia to Northern Queensland.

30 Eucalyptus saligna, Smzth, N.O., Myrtacez, B.FI., iii., 245.

“Grey Gum.” ‘Blue Gum.” (For other vernacular names, see
‘© Timbers.”)

The author has very rarely seen this kino. Asample he collected
is dullish-looking, and of all tints of garnet. It is of horny consis-
tence for the most part, and in bulk it perhaps most generally
resembles that of Z. puncfata in appearance, but it has none of

GUMS, RESINS, AND KINOS. 249

the brown tint of the latter. It readily dissolves in cold water,
forming a perfectly clear liquid of an orange-brown colour.
New South Wales and Queensland.

31. Eucalyptus siderophloia, Benth. (Syn. £. resinifera, A.
Cunn., non Smith; £. persicifora, DC.; and probably £.
jibrosa, F.v.M.); N.O., Myrtacez, B.FI., iii., 220.

“Tronbark.”” (For other vernacular names, see “‘ Timbers.”’)

See Z. resinifera, Smith. A certain amount of the “ Botany
Bay kino” of commerce was formerly obtained from the present
species, hence Allan Cunningham and other botanists were
accustomed to call it Z. resinifera,a term now loosely applied
to Eucalyptus kinos in drug lists.

When new, it is of a rich ruby colour, both by reflected and
transmitted light. It is mostly in tears, inclined to be horny or
gummy, and, therefore, somewhat difficult to powder; colour of
powder, sienna-brown. It dissolves almost entirely to a light
orange brown liquid.

Some bark of this tree (with adherent and apparently very old
kino) was examined by the author (Proc. R.S., V.S.W., 1887, p.
39), with the following results:—(a) Bark with adherent kino
yielded 68.1 per cent. of extract, and 26.48 per cent. of kino-tannic
acid. (4) Bark freed from kino yielded 26.56 per cent. of extract,
and 10.4 per cent. of kino-tannic acid. (c) Kino alone, extract
97.56 per cent., and kino-tannic acid 35.1 per cent.

Southern Queensland to Port Jackson.

coe Eucalyptus Sieberiana, /.v.JZ., Syn. L£. virgata, (the species
name in B.FI.); N.O., Myrtacez, B.FI., iii., 202.
“Cabbage Gum” of the Braidwood district of New South Wales.
““Mountain Ash.” (For other vernacular names, see “ Timbers.’’)

This kino is one of the most soluble of the Eucalyptus kinos.
The slightest shower of rain softens it on the trees. Itis of a rich
garnet colour. It is rather tenacious to powder, yielding a dull,
orange-coloured powder. This kino, as taken from the trees, has
very much the appearance of ribbon gum kino (£. amygdalina
var.), except that perhaps it is a shade duller in colour, but the
difference between them is perceptible immediately each is tapped

250 AUSTRALIAN NATIVE PLANTS.

with the pestle, the large pieces of Z. Szeberiana kino readily
becoming dulled by a coating of their own powder. It is readily
soluble in cold or hot water.

Tasmania, Victoria and New South Wales.

33. Eucalyptus stellulata, Szed., N.O., Myrtacez, B.FI., iii., 200.
“ Sally,” or ‘‘ Black Gum.” (For botanical synonyms and vernacular
names, see ‘‘ Timbers.’’)

This kino very much resembles in appearance that of Z.
Siebertana. It fractures readily, forming angular, bright garnet
grains, but it is too tenacious to powder well. It is exceedingly
astringent. It yielded the author 62.96 per cent. of tannic acid,
and it is practically entirely soluble in water, the author having
found it soluble to the extent of 99.22 percent. (Proc. R.S.,
NV.S.W., 1887, p. 191.)

Victoria and New South Wales.

34. Eucalyptus Stuartiana, /.v.J7., N.O., Myrtacez, B.FI., iii.,

243 (partly).

““Turpentine Tree.” ‘‘ Apple-scented Gum.” (For synonyms and
other vernacular names, see “‘ Timbers.”’)

Mr. Bauerlen, who collected a quantity of this kino for the
Technological Museum on the borders of New South Wales and
Victoria, gave me the following scrap of information. Some
ladies who saw him thus employed assured him that they knew
of nothing which cleanses the teeth so quickly and effectually as
this kino. Its friability, combined with its astringency, have
doubtless given it this reputation.

It is a comparatively dull-looking kino, having somewhat the
appearance of seed-lac, and the particles are equally variable in
point of colour. It is exceedingly brittle, forming a powder of a
dull sienna-brown. It only partially dissolves in water, forming
abundant sediment of an ochrey-brown colour.

Tasmania to Queensland.

35 Eucalyptus tereticornis, Sm/h, N.O., Myrtacex, B.FI., iii.,
241.

GUMS, RESINS, AND KINOS. 255

“Grey Gum,” “ Bastard Box,” etc, (For other names and synonyms,
see ‘‘ Timbers.’’)

This is the dullest looking kino the author has everseen. Its
general colour is brown; it can readily be reduced to a fairly fine
powder between the fingers. It forms a light reddish-brown turbid
liquid, leaving a muddy-looking residue of a salmon colour,
evidently composed of finely divided particles of resin, wood, and a
gelatinous substance. The last portions of soluble matter are
exceedingly tedious to extract.

Victoria to Queensland.

36. Eucalyptus terminalis, “.v.JZ., (Syn. Z. polycarpa, F.v.M.);

N.O., Myrtacez, B-FI., iii., 257.

“ Bloodwood.” (See also ‘‘ Timbers.”)

This tree is for the most part sparsely distributed, and then
on rivers and creeks; also, very few trees exude kino, and then
only in small quantities. A small sample in the Technological
Museum has quite freshly exuded. It is in very small fragments,
with attached bark. It is of a pale ruby colour, and very bright
looking; colour of powder, dark salmon; it can readily be
crushed by the fingers. With water it forms a pale orange-brown
liquid, with a light brown sediment.

South Australia, New South Wales to Northern Australia.

a7 Eucalyptus tesselaris, Hook., (Syn. EZ. viminalis, Hook. f.;

EF, Hookeri, F.v.M.); N.O., Myrtacez, B.FI., iii., 251.

“ Moreton Bay Ash.” (For other vernacular names, see ‘“‘ Timbers.”’)

This kino has the property of exuding of a dark brown treacle-
colour, and soon becoming black without any tint of red.
According to Mr. Staiger, it has a specific gravity of 1.35, and
contains 71.7 per cent. of matter soluble in boiling water, and on
cooling the solution becomes turbid, and deposits catechin. The
portion insoluble in water is soluble in alcohol, and the residue,
when treated with ether, leaves a dark coloured brittle mass
identical with shellac, possessing the same qualities, both
technically and chemically, and giving a good French-polish of a
rather darker colour than the usual commercial article. This
shellac constitutes about one-fifth of the entire gum; it is insoluble

252 AUSTRALIAN NATIVE PLANTS.

in benzine, kerosene, and the essential oils. The portion dissolved
by ether forms a pliable, reddish, transparent mass, which does
not become dry, even after four or five days. (Bancroft.)

South Australia, New South Wales to Northern Australia.

38. Eucalyptus trachyphloia, /.v.47., N.O., Myrtacee, B.FI.,

ilij, 221.

“ The analysis of one sample of kino gave us as much as 73
per cent. of kino-tannic acid (soluble in water and alcohol, and
precipitable by acetate of lead out of an acidified solution), 183
per cent. kino-red or allied substance (insoluble in water, but
soluble in alcohol), 8} per cent. gum and pigment (soluble in
water, and partly in alcohol, but not precipitable by acetate of
lead’’). (Mueller, Lucalypiographia.)

39. Eucalyptus viminalis, Zadc/., N.O., Myrtacee, B.FI., iii.,

239.

“White Gum,” etc. (For other names and synonyms, see “‘ Timbers.”’)

A sample in the Technological Museum is in small fragments,
and the prevailing colour, ruby, of all depths of tint, It is bright-
looking, and easily reducible to a powder between the fingers;
colour of powder, light orange-brown. In water, it forms a solu
tion of an orange-yellow colour, something like linseed oil. The
muddy residue is of a palish salmon colour.

Tasmania, South Australia, Victoria and New South Wales.

es ee ee Bi

OILS:
A. (VOLATILE or ESSENTIAL.)

1. Andropogon Schenanthus, Zev. (Syn., A. Martini, Roxb.;
A. citratum, DC.; Cymbopogon Schenanthus, Spreng.); N.O.,
Graminex, B.FI. vii., 534.

This sweet-scented grass is distilled in India, and yields the
fragrant, often adulterated Rusa or Citronelle oil of commerce,
one of the “Grass” or “ Verbena” oils. In one experiment
Dr. Dymock obtained 11b. 540zs. of oil from 373]lbs. of grass. It is
much used by the Arabs and Turks as a hair-oil.

Queensland.

2. Angiopteris evecta, Hoffm.; N.O., Filices, B.FI. vii., 694.
This plant yields an aromatic oil, said to be used in the South
Sea Islands for perfuming cocoa-nut oil. (Woolls.)

Queensland.

3. Atherosperma moschata, Zadz//.; N.O., Monimiacez, B.FI. v.,

284.

‘“‘ Native Sassafras.”

The oil obtained by aqueous distillation from the bark is thin,
unctious, pale-yellow when fresh, but becomes yellowish-brown
with age. (That obtained from the leaves is a distinct essential
oil, is of a greenish colour, and resembles oil of mace. It requires
further examination. Bosisto.) It resembles, in odour, ordinary
sassafras oil, with an admixture of oil of caraways. The taste is
aromatic, bitter, and prickly to the tongue. Sp. gr. 1.04. Boils at
230° to 245°. (Report of the London Exhibition of 1862.)

254 AUSTRALIAN NATIVE PLANTS.

One hundred pounds of the bark yielded, in one case, 180z.
6dr. of the oil.

In large quantities it must be regarded as a dangerous poison.
Rubbed externally upon the skin it does not, like myrtaceous oils,
act as a rubefacient or irritant.

An extract of this bark is preferred medicinally, as the essen-
tial oil is said to have a lowering effect on the heart. The latter
is, however, given in certain circumstances, in doses of one or two
drops.

Oil of Atherosperma moschata.

Refractive Index.

Specific
Gravity at Rotation.
5.5 °C!
Temp. A D H
1.0425 14° 1.5172 1.5274 1.5628 <7

These determinations were made by Dr. Gladstone. The
rotatory power was determined for a column of liquid ro inches
long (Watts’ Dict.)

Tasmania, Victoria and New South Wales.

4. Backhousia citriodora, /.v.JZ., N.O., Myrtacez, B.FI., iii., 270.

The dry leaves yield a slightly acid essential oil of specific
gravity .887. (Staiger.) By age it becomes yellowish and resinous.
(Bancroft.) In the report of Messrs. Schimmel & Co., Dresden,
(Pharm. Fourn., 28th April, 1888), the following statements are
made in regard to this oil: “Sp. gr.,.goo; boils from 223° to
233°. Both these oils (Zucalypius Staigeriana is also referred to)
are distinguished by an intense odour of lemon or verbena, and for
the Backhousta oil especially, there is probably a future. The
most important constituent of the two oils is a ketone (Cyp Hyg O ?)
with a strong, pure, lemon odour. The oil of &. S/aigertana con-
tains a considerable quantity of a terpene, whilst that of Back-

OILS. 255

housia citriodora appears to consist principally of the previously
mentioned ketone.”
Queensland.

5. Eucalyptus spp., N.O., Myrtacez,
“Eucalyptus Oil.”

The remarks which appear in journals in regard to experi-
ments with Eucalyptus oil do not allude, as a very general rule, to
the oil of any particular species of Eucalypt. The oils from some
of the commonest species appear to be more or less similar, but
there are most important differences between some of them, and
each will be described under its species-name. The following
preliminary remarks apply to Eucalyptus oils in general. See also
remarks under the head of “ Eucalyptus.” (‘‘Drugs.””) Eucalyptus
oil is only obtained, in practice, from the leaves; (it is also con-
tained in the flower-buds.) In Payen’s Jndustrial Chemistry
(Paul), p. 724, it is said to be obtained in part from the flowers.
This is scarcely correct, except as a theoretical source.

Robert has made a number of experiments with Eucalyptus
oil, and comes to the conclusion that it possesses the power to
destroy bacteria or animal life, and can well be classed with
antiseptics. In order to test the properties of volatile antiseptics
on animal life found in decomposing liquids, he made a number
of experiments with an infusion of hay-seeds placed in a bottle
and exposed to the atmosphere; in the course of a few days the
liquid became turbid and slimy, but if a few drops of the oil of
Eucalyptus were added the liquid remained clear. The oil being
volatile, some micrococci were exposed to the vapour, the action
of which caused a destruction of the animalcules. Some
surgeons have employed a spray of Eucalyptus. oil during
operations, thereby destroying every possibility of germs entering
from the surrounding atmosphere; the wound is then dressed in
the ordinary manner, and the results have been very promising.
(Med. Chirurg., Cent. blatt.)

As an antiseptic, it has the advantage over carbolic acid that
it is not caustic; also, it is more than three times as powerful as
that substance in preventing the development of bacteria; and is,

256 AUSTRALIAN NATIVE PLANTS.

moreover, not so poisonous. Eighty minims may be taken in two
and ahalf hours. (Practitioner, xxv., 212.)

Air impregnated with Eucalyptus oil vapour is recommended
as a substitute for the carbolic spray. (British Medical Fournal,
ii., 1882, 420.)

As a surgical dressing, gauze dipped in a solution of the
oil 3, alcohol 15, and water 150. This gauze may be left
undisturbed four or five days. (Lancet, ii., 1880, 387. See
Martindale and Westcott’s Hxtra Pharmacopaia.)

Therapeutic Action. ‘In considering the medicinal effect of
the oils of Eucalyptus, it must be remembered that we are dealing
with bodies of simple composition, and, consequently, different
from those complex compounds of the type of the well-known
energetic poisons.

The hydrocarbon character of the Eucalyptus oils, together
with their low specific gravity, varying from 0.880 to 0.911, points
to their rapid diffusibility when taken internally. Analogous com-
pounds, such as camphor, alcohol, and conia, afford the key to
their action. The immediate effect of each of the bodies just
named is well known to be on the cerebro-spinal nervous system ;
any one of these taken in large doses produces more or less
complete flaccidity of the muscular system, and ultimately pro-
duces a state of inebriation and unconsciousness ; a similar result
follows extreme doses of Eucalyptus oil. Medical men report
that a small dose promotes appetite; a large one destroys it. In
stronger doses of 10 to 20 minims, it first accelerates the pulse,
produces pleasant general excitement (shown by irresistible desire
for moving about), anda feeling of buoyancy and strength. It is
intoxicating in very large doses, but, unlike alcohol or opium, the
effects are not followed by torpor, but produce a general calmness
and soothing sleep. The antidote for an overdose is also alike in
character, viz., a strong cup of coffee, without milk or sugar,
which speedily removes any alarming symptoms. Now these
results, as compared with the medicinal action of Conium
maculatum, are very striking—an overdose of this drug leaves the
intelligence and sensory system intact, while it paralyses the
motor system; overdoses of Eucalyptus produce similar results.

OILS. 257

The bitterness left on the palate after taking Eucalyptus oil is
evidently due to a principle isomeric with the oil, not separable.
It is probably in the active agent, so often referred to by medical
writers when urging the anti-periodic properties of the oil.”
(Therapeutic Gazette.)

Dr. Leighton Kesteven (Practitioner, May, 1885) used
Eucalyptus oil methodically in an epidemic of typhoid fever. The
doses wereat first two to five drops, madeinto anemulsion of mucilage,
but latterly he employed 10 minims every four hours. In cases in
which the drug does not agree with the stomach, careful emulsifi-
cation and the addition of half a drachm each of aromatic spirits
of ammonia, spirits of chloroform, and glycerine, will often remove
the nauseous taste. Dr. Kesteven reports that in 220 cases treated
in 18 months he only had four deaths.

Dr. J. H. Mussen, of Philadelphia, furnishes a paper to Zhe
Therapeutic Gazette, of July, 1886, “On the Value of Oil of
Eucalyptus in some Malarial Affections.”” The following are his
conclusions :—

1. That the oil of Eucalyptus is of decided value in about one
third of all cases of intermitting malarial fever.

2. That it has no specific value in any one type of the disease.

3. That the longer the duration of the disease, the less likely it
is to do good.

4. That relapses are not prevented by it.

5. That its influence on the spleen has not been demonstrated.

6. That a dose of five drops four times daily has been a suffi-
cient dose, but that five drops every three hours would be of
greater value possibly.

7. That good results are not attained as quickly as by large
doses of quinine, but that a good effect should be noticed within
five days at least.

An emulsion may be made by putting equal quantities of
gum arabic and the oil into a dry bottle, adding 40 parts of water,
more or less, and shaking well. This is useful, for example, as
a urethral injection or lotion, and may be given internally in one to
four drachm doses.

Ss

258 AUSTRALIAN. NATIVE PLANTS.

Eucalyptus oil in general is employed, usually mixed with an
equal quantity of olive oil, as a rubefacient in cases of rheumatism,
lumbago, sciatica, chronic hepatitis, asthma, bronchitis and sprains.
It is also an anthelmintic, 30 to 60 minims being injected per anum
in mucilage of starch. It has been successfully used in the treat-
ment of diphtheria, not that it possesses any specific action in this
disease, but “in its local action it seems to be all that can be
desired.”

It has also been recommended for deodorising iodoform and
other drugs. It has been largely used in gynzecological practice
in America, with good results.

In diphtheria, a mixture of 5 grammes of oil, 25 grammes of
rectified spirit, and 170 grammes of water used for 10 inhalations,
or equal parts of the oil and rectified spirit, of which 10 to 60
drops were used for an inhalation. (Medical Times and Gazette,
ii., 1879, 214. See also Lance?, ii., 1883, 362.)

In gynecological practice pessaries, composed of six drachms
of Eucalyptus oil, and four drachms each of oil of theobroma and
white wax divided into twelve, one night and morning, or at night
only, found useful after parturition, checks fetor and decomposition
of lochial discharge; and five minims of Eucalyptus oil mixed with
20 of olive oil, used and recommended as a hypodermic injection
for pyemia. (Lancet, ii., 1882, 343, quoted by Martindale and
Westcott.)

The following preparation is to be found in the British
Pharmacopeia (1885) :—

“ Oleum Eucalypti (oil of Eucalyptus).

The oil distilled from the fresh leaves of Eucalyptus
globulus (Labill.), Eucalyptus amygdalina (Labill.), and probably
other species of Eucalyptus.

Characters and Tests. Colourless, or pale straw-coloured,
becoming darker and thicker by exposure. It has an aromatic
odour, and a spicey and pungent flavour, leaving a sense of cold-
ness in the mouth. Itis neutral to litmus paper. Specific gravity
about goo. Soluble in about an equal weight of alcohol. Dose,
one to four minims. Preparation, Unguentum Eucalypti.

En

OILS. 259

Ungentum Eucalyptt, Ointment of Eucalyptus. Take of
Oil of Eucalyptus, by weight, 1 ounce, or I part.

Soft Paraffin
Peet da. { of each ...

Melt the hard and soft paraffins together, add the oil, and stir
until cold.”

2 ounces, or 2 parts.

The following preparations in which Eucalyptus oil is the
active ingredient, are taken from the Lx/ra Pharmacopeia of
Martindale and Westcott :—

Eucalyptus gauze (Carbasus Eucalypti). In 6-yard pieces.
Unbleached cotton gauze, impregnated with

Oil of Eucalyptus ae a tas I
Dammar Resin ... ae Se me 2
Paraiun: |. nee ee - ine 2

An antiseptic surgical dressing. In using it there is no
danger of poisonous absorption of the antiseptic, as with carbolic
acid gauze. (Lancet, i., 1881, 828; B.ALF., i., 1881, 850.)

Lodoform and Eucalyptus Bougtes (Cereolus Iodoformi et

Eucalypti)—
Iodoform, precipitated 5 grains.
Oil of Eucalyptus se ... » 1O minims.
Oil of Theobroma See tree 0835 rains:

To make one bougie 4 incheslong. Used to arrest gonorrhcea.
Unguentum Iodoformi et Eucalypti—

Iodoform — ae cae 60 grains.

Oil of Eucalyptus ee aes I ounce.
Heat gently till dissolved, and add to

Paratiin, 3. oo zat ies 234 ounces.

Vaseline... oe ee 23% ounces.

Melted together. Stir till cold.

Eucalyptol (C\,H»O) is contained in large quantity in the oils
of some species of Hucalyptus. Itis not presentin £. amygdalina,
but Z£. globulus contains it abundantly. The crude oil contains
also a number of products boiling between 188° and 190° and about
200°, the Eucalyptol being contained in the portion which passes
over between 170° and 178°, from which it may be obtained pure

260 AUSTRALIAN NATIVE PLANTS.

by contact, first with solid potassium hydrate, then with calcium
chloride, and subsequent distillation.

Eucalyptol boils at 175°, has a specific gravity of .go5 at 8°,
and turns the plane of polarization to the right. Its molecular
rotatory power is 10.42° for a length of 100 mm. It is slightly
soluble in water, and dissolves completely in alcohol; the dilute
solution has an odour of roses. Vapour density observed =5.92,
calculated =6.22. Ordinary nitric acid slowly attacks Eucalyptol,
forming, among other products, an acid probably analogous to
camphoric acid. Strong sulphuric acid blackens Eucalyptol, and
water separates from the product a tarry body which yields by
distillation a volatile hydrocarbon.

Eucalyptol heated with phosphoric anhydride gives up water,
and yields Zucalyptene (g.v.). At the same time there is formed
another liquid, Lucalyptolene, which has the same composition, but
boils above 300°.

Eucalyptol absorbs a large quantity of dry hydrogen chloride,
the liquid first solidifying to a crystalline mass, which, however,
afterwards liquefies, with separation of water, and formation of a
body apparently identical with Eucalyptene. (Cléez, in Waszs’
Dict. ii., Suppt., p. 492.)

Later experiments by Faust have, however, modified those of
Cléez, above described, inasmuch as the body called ELucalypiol
has been found to be a mixture of about 70 per cent. of Lucalypfene,
and 30 per cent. cymene. After rectification over sodium, it boils
between 171° and 174°. It dissolves in all proportions in absolute
alcohol, ether, and chloroform, and in about 15 parts of 90 percent.
alcohol; has the odour of a fine terpene; detonates with iodine;
absorbs oxygen with avidity; turns brown with strong sulphuric
acid, and is converted by oxidation with dilute nitric acid into
paratoluic and terephthalic acids.

The Eucalyptene and cymene contained in Eucalyptol cannot
be separated by fractional distillation. To obtain the cymene, the
mixture was shaken with sulphuric acid diluted with one-fourth
part of water, and then heated, whereby the Eucalyptene was
polymerised ; then, after three days, the liquid was mixed with
water and distilled, whereby a distillate was obtained, consisting of

OILS. 261

cymene, which, after repeated rectification over sodium, boiled at
773° to 174°.

The camphoroidal body, Cy) Hig O, is a colourless oily liquid
which becomes faintly yellowish on exposure to light, boils at 216°
to 218°, is insoluble in aqueous potash, and yields cymene when
distilled with phosphorus pentasulphide. Its analysis gave numbers
intermediate between those required by the formulz C,) Hy, O and
C,, H,,O, but the reactions of the body show that it is not an
oxycymene. (Watts’ Dict., 3rd Suppt., Part i., p. 761.)

Eucalyptol is employed as a therapeutic agent in diphtheritic
and bronchial affections. About one teaspoonful, with half a pint
of water, is placedin the inhaler. It is also administered internally
in mucilage, syrup, or glycerine, the dose being from three to five
drops in those vehicles.

Lucaly ptene (see ‘‘ Eucalyptol”’).

Oppenheim and Pfaff have examined Eucalyptus oil (probably
obtained from £. odorata and £. amygdalina). By repeated
treatment with potash, washing with water, and fractionation, it
yielded Eucalyptene (Ci His), boiling at 172—175° and having a
vapour-density of 68.55 and 68.22 (calc. 68, H=1). This hydro-
carbon did not form a crystallised compound with hydrochloric
acid, or yield a crystallised hydrate when left for six months in
contact with nitric acid and alcohol. When treated with half the
calculated quantity of iodine it was converted into cymene, Cy Hu,
which, when oxidised with dilute -nitric acid, yielded paratoluic
acid, melting at 173°—175°. The crude oil did not yield any
oxidised compound answering to the Eucalyptol of Cléez. ( Watts’
fei ata Suppt. Pt. i., p. 761.)

Algeria and California are now powerful competitors with
Australia in the production of Eucalyptus oil. It is affirmed that
Algeria alone is now in a position to supply the whole world with
Eucalyptus globulus oil, and that a large quantity is available from
California, where it is produced as a bye-product in the manufac-
ture of anti-calcaire preparation for boilers. The production of
Eucalyptus oil appears, moreover, to be increasing in Australia,
where it has spread from Victoria* to South Australia, whilst in

* Eucalyptus oil is distilled in quantity in New South Wales.

262 AUSTRALIAN NATIVE PLANTS.

Tasmania, also, a company has been formed for the distillation of
different species of Eucalyptus. A statement made in a previous
report that the Australian oil from Lucalyptus amygdalina contains
no Eucalyptol, and is inferior in this respect to the Lucalypius
globulus oil from Algeria and California, was subsequently chal-
lenged and stigmatised as ‘distinctly erroneous.’ Messrs.
Schimmel, however, now reaffirm that statement, and say that the
fraction of the amygdalina oil, separable at a temperature of
176°-177°C, has a specific gravity of 0.886 at 15°C (Eucalyptol has
a specific gravity of 0.930), and is probably a mixture of terpene
(Eucalyptene, C,, H,,) and a small quantity of cymol.’”’ (Pharm.
Fourn., 1888.)

The following excerpt from the Zndia-rubber and Gutta-percha
Fournal, 1887, on the subject of Eucalyptus leaves for preventing
and removing scale in boilers is interesting, and may perhaps be
mentioned under this head, pending the settlement of the question
as to what constituent or constituents in the leaves causes the
action stated. The matter is worthy of consideration by steam-

users in Australia, to whom illimitable supplies of gum leaves are

available for experiment. :

“‘ Boiler cleaning is an important subject to all users of steam
power. The extract from the leaves of the Lucalyp/us, or blue
gum (which has recently been found so efficacious for the above-
named purpose), is procured by boiling the leaves in a battery of
boilers under a pressure of 4olb. of steam. Twenty tons of
leaves are boiled every day, and the boilers, after constant use of
two years, are as sound as when they came from the shop.
Extract of Kucalyptus globulus, or blue gum, has been tested by
Professor E. W. Hilgard, of the Agricultural Department of the
University of California, in respect to its contents of tannin, its
taste being highly astringent. It was found that a standardised
tannin solution would precipitate -337 per cent. only of tannin;
that beyond these limits either tannin or gelatine solution would
produce a precipitate of about equal amount. After removing
the tannin as far as possible, by digestion with animal membrane,
the acid reaction shown by the extract was found to be equivalent
to only *127 per cent. of sulphuric acid, an amount so. small that

win <

OILS. 263

it is doubtful whether the cleansing action upon the boilers can be
attributed to acid in solution. In most instances scale will be
lessened during the first application, but in others, where the scale
is hard, it does not begin to move for six weeks or more. The
extract does not act suddenly on the scale, but on close observa-
tion good results will be immediately seen. The liquid may be
put in through the manhole, feed-pipe, safety-valve, condenser, or
hot-well. After it is put in no new scale will form, and the iron
will cease to rust.”’

6. Eucalyptus amygdalina, Zadc//.; N.O., Myrtacex, B.FI. iii.,

202.

“Peppermint.” ‘Mountain Ash.” (For the numerous botanical
synonyms and vernacular names of this tree, see ‘‘ Timbers.’’)

This species is far richer in oil than any other Eucalypt, the
average yield from the leaves being demonstrated by Mr. Bosisto
at about 3 percent. The distilled oil is pale-yellow, thin, of rather
pungent cajeput-like odour, resembling, but coarser than, lemons;
of a cooling, but afterwards bitter taste, of specific gravity at 15°,
.881 (later experiments give .856 for rectified, and .865 for non-
rectified), boiling point 329° to 370°F., and it deposits stearoptene
at low temperatures (18° which melts at 3°). It dissolves gutta-
percha readily, and may be used in lamps like petroleum, with the
important advantages of greater illuminating power, pleasant odour,
and non-liability to explosion, but it is much more expensive than
the latter. (Mueller.) Some of this oil was exhibited at the
London International Exhibition of 1862. The price quoted was
six shillings per gallon, and the jurors proceed to remark :—
“ Three ounces of the oil were sufficient to scent very strongly
eight pounds of soap, at a cost of about one farthing per pound.
The perfume produced by this oil alone would, however, be con-
sidered by some more peculiar than agreeable, and we obtained a
much better result by combining it in a second experiment with
oils of cassia, cloves, and lavender, which mixture yielded a very
pleasant fragrance.”

The ‘‘Oil of Eucalyptus” in general use, is frequently obtained
from £. amygdalina, and not from £. globu/us, being more

264 AUSTRALIAN NATIVE PLANTS.

abundant, much cheaper, and containing the usual remedial
properties assigned to Eucalyptus oil. It is very fluid, almost
devoid of colour, has a persistent and camphoraceous odour, is
slightly soluble in water, but completely so in alcohol, oils, fats,
and paraffin. It is not caustic, like carbolic acid, nor does it pro-
duce much irritation of the skin, unless applied with extreme
friction; in that case the application of an emollient will speedily
give relief. It is very destructive to low organic growth. Itisa
powerful antiseptic, and by some practitioners stated to be more
than three times as strong as carbolic acid in preventing the
development of bacteria. Its uses are manifold.

Messrs. Schimmel & Co., Dresden, state that this oil differs
from all other Eucalyptus oils known to them, and contains,
probably, scarcely any oxygenated constituents; it more likely
consists of at least one well-characterized terpene (Cy Hy.), and
possibly a small quantity of cymol. Its specific gravity is 0.890 ;
it boils practically between 170° and 180°, and is levogyre. Obser-
vations on three different samples, gave, in a 100 mm. column,
a rotatory power of 27°, 28.4°, and 28.6°; consequently, this
property allows of it being easily distinguished from the dextrogyre
oil of Z. globulus. (Pharm. Fourn., April, 1888.) Messrs.
Schimmel also allege, that in consequence of this oil having been
proved to contain no Eucalyptol, the demand for it has fallen off.

The following essential oil is described as from £. jisszlis, a
variety of Z. amygdalina: Pale, reddish-yellow oil, of 0.903 sp.
gr.; boils at 177° to 196°. (Wittstein and Mueller.)

Speaking of Eucalyptus oils, Mr. Bosisto says: (Pharm.
Fourn.) “ People in England would always speak principally of
E. globulus, but the fact is that it is considered in Australia to be
the worst of the whole lot.”” Now the incorrect labelling of ship-
ments from Australia has much to do with this practice, but it is
hoped that scientific people throughout the world will use the
correct species-name when they are able to do so.

Mr. Leopold Field, the soap-maker (at a meeting of the
Pharm. Soc., at the close of the Colonial and Indian Exhibition),
said the oil they always obtained came to them in iron tins holding
about 56lbs., and it was labelled Z. globulus, and sometimes, by

OILS. 265

way of a change, /. amygdalina, for the two things seemed
exactly the same. They had had one sample of Z£. dumosa oil,
which was vastly superior, and they had tried to get it again and
again, but had never succeeded in getting a similar oil. The
various Eucalyptus oils were of great interest to the soap-maker.
£. citriodora oil was a very interesting substance, and might, if
worked into soap, give the public very great satisfaction, inasmuch
as the odour appeared to be pleasanter than lemon-grass, and not
so sickly as that of citronelle. All the odours the various Eucalypti
were capable of assuming had the peculiar property common to
camphoraceous odours, and no doubt the soap-maker would be
able to utilize them largely.
Oil of Lucalyptus amygdalina.

Table (1).
Specific Refractive Index.
Ce a __| Rotation.
15°5°C. |
Temp. A D H
8812 £3.50 1.4717 1.4788 1.5021 | —136°

These determinations were made by Dr. Gladstone. The
rotatory power was determined for a column of liquid 10 inches

long.
Table (2).

Specific | Boiling| Refractive|Dispersion| Sensi- | Specific
gravity at | Point. | Index A | at 20° C. | tiveness. | Refractive; Rotation.
ea: C. at 20° C. Energy.

8642 ie T.4090 | 10323 49 5434 |—142°

(Gladstone, wide Watts’ Dict., iv., 186.)

South Australia, Tasmania, South and East Victoria, coastal
districts of New South Wales (not extending far to either west or
north).

266 AUSTRALIAN NATIVE PLANTS.

7- Eucalyptus Baileyana, /.v.J/.; N.O., Myrtacee, F.v.M.,

Fragm. xi.
A “ Stringybark.”

The fresh leaves yield .goo per cent. of essential oil of .890
specific gravity, and having an acid reaction. (Staiger.) It is
described as having a turpentine odour. “Strongly resinified;
sp. grt. 0.940; boils between 160° and 185°. This oil, and those
of EZ. mtcrocorys and E. maculata, var. citriodora, are very similar
to one another. They possess amagnificent melissa-like odour.
It is thought they will prove to possess extraordinary practical
value. Chemically, the three oils are quite characteristic. Neither
of them contains a terpene, but they consist of a ketone (Cy H,O),
smelling like melissa, and a body that is probably an alcohol
(Cy Hs O ?), which possesses a beautiful odour resembling that of
geranium. (Messrs. Schimmel & Co., in Pharm. Fourn., April,
1888.)

Near Brisbane (Queensland).

8. Eucalyptus capitellata, Smith, N.O., Myrtacez, B.F1., iii., 206.

“Stringybark.” (For names and synonyms, see “* Timbers.”)

Under the name of £. piperzta, an account of this tree is
given ina Fournal of a Voyage to New South Wales, by John
White, Esq., Surgeon-General to the Settlement, published in
1790. He (or rather Dr. Smith) says of it (p. 227): ‘‘ The name
of peppermint tree has been given to this plant by Mr. White
on account of the very great resemblance between the essential
oil drawn from its leaves and that obtained from the Peppermint
(Mentha piperita) which grows in England. This oil was found
by Mr. White to be much more efficacious in removing all
cholicky complaints than that of the English Peppermint, which
he attributes to its being less pungent and more aromatic.” Mr.
White sent a quart or more of the essential oil from this, or other
Eucalyptus leaves, to England. This was the commencement of
what is now a flourishing industry, engaged in by almost all the
colonies, and capable of still greater expansion.

Victoria to Queensland.

9. Eucalyptus corymbosa, Smith, (Syn. Metrosideros gummifera,
Soland.) ; N.O., Myrtacez, B.FI., iii., 256.

+e

OILS. 267

**Blood-wood.” (For other vernacular names, see ‘‘ Timbers.’’)

This essential oil smells slightly of lemons and roses; it tastes
a little bitter; is somewhat camphor-like; is colourless, and of
0.881 sp. gr. at 15°. (Wittstein and Mueller.)

Bosisto says, speaking of some experiments made by him
(Trans. R.S., Victoria, vol. vi, 1861-4): ‘The material from
this species had suffered from close packing and length of time in
transit. The yield from t1oolbs. of leaves was gozs. 3drs. of
pure, limpid oil, 60z. 2drs. of oil containing resinous matter in
suspension. Supposing one half of this latter part of the yield to
consist of resinous matter, the net amount of oil from roolbs.
will be 1230zs.”

Coastal districts of New South Wales and Southern Queens-
land.

10. Eucalyptus dumosa, 4. Cunn., (Syn. £. lamprocarpa, F.vM.;
E. fruticetorum, F.v.M.; £. santalifolia, Miq. (partly) non
F.v.M.) ; N.O. Myrtacee, B.FI., iii., 230.

A “Mallee.” ‘‘ Bunurduk”’ of the aboriginals of the Lake Hindmarsh

Station (Victoria).

The specific gravity of the essential oil of the leaves of this
tree is about .g1z. It has a strong camphoraceous odour.
Forms with 2. gracilis, etc., the mallee country of Northern

Victoria, Southern New South Wales and South Australia.

11. Eucalyptus globulus, Zadz//.; N.O., Myrtacex, B.FI. iii.,

225.

The common “Blue Gum” of Victoria and Tasmania. The “ Fever
Tree” of the Continent of Europe. (For other botanical synonyms and
vernacular names, see ‘‘ Timbers.”’)

This essential oil is very pale-yellow, thin, of cajeput-like odour,
but is less disagreeable. It is cooling, and has a mint-like taste ;
is of 0.917 sp. gr., and boils at 149-°177°. (Wittstein and Mueller.)
Later experiments give a specific gravity of .g20. One hundred
pounds of fresh gathered leaves yielded Mr. Bosisto 1240zs. of oil,
and he adds that the supply of oil is greater after the leaves have
changed from obovate to lanceolate, which is the case when the
trees are from three to four years old. This oil darkens and

268 AUSTRALIAN NATIVE PLANTS.

becomes resinous on exposure to the light. The word ‘“‘globulus ”
is taken by many dealers in Eucalyptus oils (in and outside the
colonies) to be generic, so that many other oils of different species
of Eucalyptus are sold as if they were the product of Z. globulus.

In Watts’ Dict., 3rd Suppt., Part i., p. 61, it is stated that
Faust has found that this oil contains a terpene boiling at 150°-
151°, another terpene called Lucalypiene boiling at 172°-175°,
together with cymene, and a camphor-like body, Cy H, O. The
terpene boiling at 150°-151° is present in small quantity only ; it
takes fire with iodine, and resinises on exposure to the air. (See
the remarks on “ Eucalyptus oils ”
genus.)

“The oil obtained in a first distillation corresponded in its
general properties with the commercial French and Californian*
distillates, but the distillation of it yielded some interesting infor-
mation. This oil showed a specific gravity of 0.925, and was

at the commencement of this

dextrogyre (+ 5°). The specific gravity of the commercial
varieties referred to varies between 0.915 and 0.925, and though
they are always dextrogyre, their rotatory power varies between
1.3° and 15.4°. Six commercial samples examined varied from
50 to 70 per cent. in the amount of Eucalyptol they contained, and
as Eucalyptol is optically inactive, this property might be utilised
in judging the quality of an oil. In distilling the leaves of £.
globulus, aldehydes of the fatty acids were observed; the presence
of valeraldehyd was determined with certainty, and apparently
butryaldehyd, and probably capronaldehyd were also present.
The greater part of these bodies was dissolved in the distillation
water, but the valeraldehyd could also be detected in the oil; it was

also present in two commercial samples of the oil.” (Report of
Messrs. Schimmel & Co., Dresden, in Pharm. Fourn., April,
1888.)

Tasmania, Southern and Eastern Victoria, and Southern
New South Wales.

12. Eucalyptus goniocalyx, 7.v.J/, (Syn. £. eleophora, F.v.M.);
N.O., Myrtacez, B.FI., iii., 229.

* This species has been extensively cultivated in Southern France and Algeria, Cali-

fornia, etc.

OILS. 269

“Called “ Mountain Ash,” “ Spotted Gum,” etc. (For other vernacular
names, with the localities in which they are used, see ‘‘ Timbers.”’)

The essential oil of this Eucalypt is pale yellow; of pungent,
penetrating, rather disagreeable odour, and exceedingly unpleasant
taste. Sp. gr.,o.918; boiling point, 152° to 175°. (Wittstein
and Mueller.) r1oolbs. of fresh leaves gave 160zs. of essential
oil. (Bosisto.)

Victoria and New South Wales, as far north as Braidwood.

13. Eucalyptus gracilis, F.v.M., (Syn. £. fruticetorum, F v.M.,
(partly); £. calycogona, Turcz.; £. celastrotdes, Turcz.);
N.O., Myrtacez, B.FI., iii., 211.

A “ Mallee,” or ‘‘ Desert Gum.’’

Baron Mueller found that rooolbs. of fresh twigs of this
plant (comprising perhaps 50olbs. of leaves) yielded 5430zs. of
essential oil.

Forms, with other species of Eucalyptus, the ‘“ Mallee”’
country of Victoria, New South Wales, Queensland and South-
western Australia.

14. Eucalyptus hemastoma, Smz/h, (Syn. EL. signata, F.v.M. ;
E. falcifolia, Mig.; and including £. micrantha, DC.);
N.O., Myrtacez, B.FI., iii., 212.

“White Gum,” &c. (For other vernacular names of this tree, see

“ Timbers.”’)

The essential oil from the fresh leaves gives a yield of 1.875
per cent; in other words, 6720zs. of oil from one ton of leaves;
it has a slightly acid reaction, and a specific gravity of .880.
(Staiger.) Dr. Bancroft observes that this oil is among the more
agreeable oils derived from the genus, and describes the odour as
being intermediate between oil of geranium and oil of peppermint.
It has been suggested as a soap-perfume.

Messrs. Schimmel & Co. have recently published the follow-
ing report on a Queensland sample of this oil: ‘ Specific gravity
0.890; boils from 170° to 250°. This oil differs from all other
described Eucalyptus oils, and has an odour resembling that of
cumin oil. It contains terpene and cymol, and among the

270 AUSTRALIAN NATIVE PLANTS.

oxygenated compounds is one having a peppermint odour, pro-
bably menthon.”’
_ Illawarra (New South Wales) to Wide Bay (Queensland).

15. Eucalyptus incrassata, Zad://., (Syn. E. dumosa, (B.FI., iii.,

230,) A. Cunn.; £. angulosa, Schau.; L. cuspidata, Turez.;

E. costata, Behr., et F.v.M.; £. santalifolia, Miq.; £. lampro-

carpa, F.v.M.; &. Muellert, Miq.; 2. fruticetorum, F.v.M.);

N.O.; Myrtacex, B.FI.,-tii., 231;

A “ Mallee.”

Baron Mueller found that rodolbs. of fresh twigs of this tree
(comprising, perhaps, soolbs. of leaves) yielded. 1400zs. of
essential oil.

The whole southern part of the continent.

16. Eucalyptus leucoxylon, 7.v.Jf, (Syn. 2. sideroxylon, A.
Cunn.); N.O., Myrtacez, B.FI., iii., 209.
“Tronbark.’’ (For the numerous other vernacular names of this tree,
see ‘‘ Timbers.”’)

Bosisto (Trans. R.S., Victoria, vol. vi. 1861-4) gives the
yield of essential oil at 160zs. 7drs. from roolbs. of the leaves,
but says this amount must be taken as approximate only, as the
leaves had lost some part of their oil through being heated in
transit. This is, of course, a fraction over t per cent. The oil is
thin, limpid, very pale yellow; the taste and smell are like that of
the oil of Z. oleosa; sp. gr., 0.923; boiling point, 155° to 178°.
(Wittstein and Mueller.)

Spencer’s Gulf (South Australia), through Victoria and New
South Wales to Southern Queensland.

17. Eucalyptus longifolia, Link, (Syn. E. Woolsit, F.v.M.); N.O.,

Myrtacee, B.FI., iii., 226.

“Woolly Butt,” or “ Bastard Box.”

This essential oil has an aromatic and cooling taste, and
fragrant, camphor-like smell; sp. gr. 0.940; boiling point, 194° to
215°. (Wittstein and Mueller.) The yield of essential oil from
100lbs. of leaves, which had suffered in transit, was 30z. 33drs.

OILS. 271

This oil much resembles an expressed oil, and possesses the
remarkable property of imparting an indelible stain to paper,
indicating that some peculiar substance is held by it in solution.
Its high specific gravity bears out this supposition. (Bosisto.)’

Victoria, and New South Wales, as far north as Port Jackson.

18. Eucalyptus maculata, Wook. f.,(Syn. £. vartegata, F.v.M.; £.
peltata, Benth.); N.O., Myrtacez, B.FI., iii., 254 and 258.
‘“* Spotted Gum.”’
The fresh leaves yield, on distillation, a neutral oil of specific
gravity 0.891. (Staiger.)
Port Jackson, northward, to Central Queensland.

19. Eucalyptus maculata, Hook. /, var. citriodora, N.O., Myr-
face, B.FI., iii., 257.
‘Lemon, or Citron-scented Gum.” (For synonyms, see “ Timbers.’’)
The dry leaves yield a neutral essential oil of specific gravity
.892. (Staiger.) It possesses the remarkably delicious odour of
the leaves. (See 2. Bazleyana.)
Queensland.

20. Hucalyptus microcorys, /v.4/., N.O., Myrtacex, B.FI., iii.,
2n2. :
“ Tallow-wood,” or ‘‘ Turpentine.” (For other vernacular names, see
* Timbers.”}

The fresh leaves of this tree yield 1.960 per cent. (other
figures give 3750zS. to one ton of leaves) of an essential oil of an
acid reaction, and a specific gravity of .896. (Staiger.) This oil
has not a very agreeable odour (see remarks under £. Bazleyana),
but it probably might be found useful in varnish-making.

Dr. Bancroft points out that the oil distilled from the young
leaves is of finer quality and more fragrant than that from the
mature foliage, which remark is probably true of most Eucalypts.
(See £. Baileyana.)

Northern coast districts of New South Wales to Cleveland
Bay (Queensland).

272 AUSTRALIAN NATIVE PLANTS.

21. Eucalyptus obliqua, LT Herit., N.O., Myrtacee, B.FI., iii.,

204.

Variously called “ Stringybark,” “ Messmate,” ‘Black Box,” and
“Tronbark Box.” (For synonyms, see ‘‘ Timbers.’’)

The essential oil is reddish-yellow, of mild odour, and bitter
taste. Sp. gr., 0.899; boiling point, 171° to 195°; it becomes
turbid at 18°. (Wittstein and Mueller.)

Southern coast districts of New South Wales, but chiefly in
Tasmania, Victoria and South Australia.

22. Eucalyptus odorata, Behr., (Syn. 2. porosa, Miq.; £.
cajuputea, Miq.); N.O., Myrtacez, B.FI., iii., 215.

Variously called ‘‘ Peppermint Box” and “‘ Red Gum.”

Baron Mueller found that rooolbs of twigs of this tree (com-
prising, perhaps, 5oolbs. of leaves) yielded 11230zs. of essential
oil. Bosisto (Zrans. R.S., Victoria, vol. vi., 1861-4), however,
gives the following figures :—1oolbs. of leaves from trees growing on
elevated spots yielded 40z. 13drs. of oil, of specific gravity 922,
while the same quantity of leaves from trees growing on low,
swampy lands, yielded only 54drs. of oil of specific gravity .899.
It is pale-yellowish, with a greenish tinge, and an aromatic, some-
what camphoraceous smell. It boils between 157° and 199°.

South Australia, Victoria, and New South Wales.

23. Eucalyptus oleosa, “.v.17., (Syn. £. socialis, F.v.M.; £.
turbinata, F.v.M., et Behr.); N.O., Myrtacez, B.FI., iii., 248.
A “ Mallee.”

Baron Mueller found that 1ooolbs. of the foliage of this tree
(of which perhaps half the weight consisted of branchlets) yielded
6240z. of oil (Mr. Bosisto’s figures are 2002. of oil from troolbs.
of the green leaves and branchlets), of ‘g11 specific gravity, at 70°
F., boiling at 341° F., and of rather a pleasant mint-like and
camphoraceous odour, and yellowish colour. (Later experiments
give the specific gravity at *904.)

OILS. 273

Oil of Lucalyptus oleosa.

, Refractive Index.
Specific
Gravity at
15.5°C.

Rotation.

Temp. A D H

9322 £3.69 1.4661 1.4718 1.4909 +4°

These determinations were made by Dr. Gladstone. The
rotatory power was determined for a column of liquid 10 inches
long. (Watts’ Dict. of Chem.)

Western and South Australia, Victoria and New South Wales.

24. Eucalyptus Planchoniana, 7.v.47., N.O., Myrtacez, F.v.M.,

Fragm., xi.

The fresh leaves yield .06 per cent. of an essential oil, having
a specific gravity of .g15. (Staiger.)

The odour of this oil is described as peculiar, allied to
citronelle, but differing from it. It has been suggested as a soap-
perfume.

Near Brisbane, and Northern New South Wales.

25. Hucalyptus populifolia, Hook, (Syn. EZ. populnea, F.v.M.;
and including £. largiflorens var. parviflora, Benth.; <£.
platyphylla, F.v.M.); N.O., Myrtaceex, B.FI., iii., 214.
Variously called ‘‘ Poplar Box,’’ “‘ Red Box,” ‘‘ White Box,” “ Bimbil,

or Bembil Box.”

The essential oil obtained from the leaves closely resembles

Cajeput in odour, perhaps more so than any other Eucalyptus oil.
New South Wales, Queensland and Northern Australia.

26. Eucalyptus rostrata, Schlecht., N.O., Myrtacez, B.FI., iii.,
240,
“Red Gum.” (For the numerous other vernacular names and botanical
synonyms of this Eucalypt, see ‘‘ Timbers.”’)
de

274 AUSTRALIAN NATIVE PLANTS.

The essential oil is pale-yellow to reddish-amber in colour ;
it smells and tastes like that from LZ. odorata; is of 0.918 specific
gravity, and boils at 137° to 181° F. ° (Wittstein and Mueller.)

Plants grown on high ground give an oil of a dark amber
colour, possessing an agreeable aromatic flavour, and having the
odour of caraways. The yield from 1oolbs. of the fresh gathered
leaves was 10z. 6drs. The plants grown on low marshy soil
yielded an oil of a pale-yellow colour, in appearance and smell
similar to that yielded by Z. odoraéa, the quantity being g$drs. to
toolbs. (Bosisto, Zrans. R.S., Victoria, vol. vi., 1861-4.)

South Australia to Northern Queensland.

27. Eucalyptus Staigeriana, 7.v.17., N.O., Myrtacez, Bailey in

Synop. Queensland Flora,

‘“‘ Lemon-scented Ironbark.”

The leaves possess an odour very like the scented verbena
(Lippia citriodora), and yield an oil similar to the verbena oil
(from Andropogon citratus) of commerce. Mr. Staiger found the
dried leaves to yield 2% to 3 per cent. (other figures give 129002.
to 1 ton of dry leaves) of volatile oil of specific gravity .gor. Later
experiments fix the specific gravity at .871, while Messrs. Schimmel
& Co., of Dresden, give the specific gravity 0.880, and boiling point
from 170° to 230°.

It is said that the yield of oil from this Eucalypt is only
exceeded by one other species, viz., £. amygdalina, and the
yield is only very slightly in favour of the latter. Compare Back-
housta citriodora.

Queensland.

28. Eucalyptus uncinata, Zurcz., (Syn. £. leptophylla, Miq.;
E. oleosa, F.v.M. (partly) ; N.O., Myrtacez, B.FI., iii., 216.

A ‘' Mallee.” ‘‘Gunamalary” of the aboriginals of the Lake Hind-
marsh Station (Victoria).

Baron Mueller found that rooolbs. of twigs of this tree (com-
prising, perhaps, 5oolbs. of foliage) yielded 69 ozs. of essential oil.

West and South Australia, Victoria and New South Wales.
29. Eucalyptus viminalis, Zad¢//., N.O., Myrtacee, B.FI., iii.,
239.

OILS. 275

“Manna Gum.” ‘Grey Gum.” ‘“ White Gum.” (For the other
numerous vernacular names and botanical synonyms of this Eucalypt, see
“ Timbers.’’)

The essential oil is of a pale yellowish-green colour, of dis-
agreeable, but not penetrating smell; of 0.921 sp. gr.; it boils at
159° to 182°. (Wittstein and Mueller.) A tree grown at St.
Kilda, Melbourne, yielded Mr. Bosisto half-an-ounce of oil per
10olbs. of leaves. The sp. gr. of the essential oil of 2. dealbata
(viminalis) is given by Mr. Staiger at .871 at 72° F. Its odour is
described as being allied to citronelle, though differing from it,
and it is suggested as a soap-perfume. Messrs. Schimmel &
Co. (Pharm. Fourn., April, 1888) speak of the oil of £. dealbata
as possessing, in common with those of £. Baileyana, E. micro-
corys, and £. maculata, var. citriodora, “a magnificent, melissa-
like odour, which, especially in the oil of Z. dealbata, is manifest
in a surprisingly fine and rich bouquet. It is thought they will
prove to possess extraordinary practical value.”’

Bosisto (Zrans. R.S., Victoria, vol. vi., 1861-4) states that
the oil of Z. fabrorum (viminalis) is transparent, reddish-yellow,
milder in odour than that from £. glodulus ; in flavour, resembling
caraways and smoke-essence combined, and distinctly bitter to the
taste. Yield: 8ozs., from roolbs. of fresh leaves.

Tasmania, South Australia, through Victoria to New South
Wales.

30. Melaleuca decussata, #.2r., (Syn. AZ. parviflora, Reichb.;
M. oligantha, F.v.M.; M. tetragona, Otto.); N.O., Myrtacez,
BF. iii., 133.

The essential oil is of oily consistence and amber colour, sp.
gt. 0°938; it boils at 185°-209°, and resembles the oil from JZ
Wilsontt. (Wittstein.) oolbs. of the leaves and branchlets
yielded about 602. of essential oil. (Mueller.)

Victoria and South Australia.

31. Melaleuca ericifolia, Smth, (Syn. AZ. nodosa, Sieb. non Smith ;
M. Gunniana, Schau; M. heliophila, F.v.M.); N.O.
Myrtacez, B.FI., iii., 159.

276 AUSTRALIAN NATIVE PLANTS.

The essential oil is pale yellow, and has a taste and smell like
cajeput oil; is thin, specific gravity o°89g—0o'go2, and boils at
149°—184°. (Wittstein and Mueller.) 1oolbs. of the leaves and
smaller branches yield 50z. of oil. With age, it improves greatly.

(Bosisto.)
Oil of Melaleuca ertcifolta.

Refractive Index.

Specific
Grawityjat|zei.7)it ie) na nwely py Lett’ te
ae OF
Temp. A D H
9030 9° 1.4655 | 1.4712 1.4901 + 26°

These determinations were made by Dr. Gladstone.

The rotatory power was determined for a colour of liquid
10 inches long.

All the colonies except Western Australia.

32. Melaleuca genistifolia, Smzth, (Syn. JZ. lanceolata, Otto ;
M. bracteata, F.v.M.; Metrostderos decora, Salisb.); N.O.,
Myrtacez.

“Ridge Myrtle.” Called ‘‘ Ironwood” in Queensland.

The essential oil is pale greenish-yellow, and mild in odour
and taste. Mr. Bosisto gives 1oz. 2drs. as the approximate yield
of oil from toolbs. of leaves and branchlets.

New South Wales to Northern Australia.

33- Melaleuca Leucadendren, Z777., (Syn. AZ. Cajuputt, Roxb.;
M. minor, Smith; M. viridifora, Gertn.; M. saligna,
Blume ; Mefrosideros albida, Sieb.; M. coriacea, Salisb.) ;
N.O., Myrtacez, B.FI., iii., 142. J/. Leucadendra in Muell..
Cens., p. 55. :

“ White Tea-tree.” ‘‘ Broad-leaved Tea-tree.” ‘‘ Swamp Tea-tree.”

‘* Paper-barked Tea-tree.” ‘‘ Atchoourgo”’ of the aboriginals of the Mitchell

River, North Queensland. ‘‘ Whitewood” of Northern Territory.

This is a tree which has several fairly well-defined varieties.

The fresh leaves of the Australian variety yield ‘895 per cent. of a

OILS. 277

slightly acid essential oil, of specific gravity *g17. (Staiger.) Dr.
Bancroft, (speaking of 44. Leucadendron var. lanctfolia), considers
‘this oil to be more agreeable than that of cajeput oil, which it
closely resembles.” He finds that small insects imprisoned in its
vapour are intoxicated. He has found it of value as an antiseptic
inhalation in phthisis, for which purpose he considers it more
pleasant than Eucalyptus oil. A sample of Queensland oil, how-
ever, examined at the Colonial and Indian Exhibition by an expert,
was described as having ‘‘a distinctly disagreeable odour, not
resembling cajeput, but reminding one of rotten fruit,” so that
probably the variety yielding it is somewhat removed from the
typical form yielding the cajeput oil of commerce. In Bentley
and Trimen’s Medicinal Plants, 108, the name Melaleuca minor
is retained as the species name for the cajeput oil plant; “as,
however, it appears that this is the form only from which the oil is
obtained, we have maintained the specific name without intending
thereby to express any opinion as to its distinctness from the
common Australian ‘Tea-tree’ (JZ. Leucadendron.)”

I have, however, given a few notes on cajeput oil, although I
am a little uncertain as to whether the particular variety of Je/a-
leuca which produces it is actually indigenous in Australia. But,
whether it is actually indigenous or not, the oils yielded by the
various species of Melaleuca possess a greater or less family
likeness, and as the oil of the present species has been most
worked at, the notes will be useful as a guide.

Rumphius says that the leaves are gathered on a warm day
and placed in a sack, where they become hot and damp. They
are then macerated in water and left to ferment for a night, and
afterwards submitted to distillation. Two sacksful of the leaves
yield only about three fluid drachms of the oil. Lesson’s account
is also given in Bentley and Trimen’s Medicinal Plants. This is
probably a proper and convenient way of treating the leaves of
many of our myrtaceous trees with the view of extracting the oil
they contain.

“‘Cajuput, or cajeput oil, is much used in India as an external
application for rheumatism. It is a powerful anti-spasmodic
diffusible stimulant, and sudorific. It is coming more into use in

278 AUSTRALIAN NATIVE PLANTS.

European practice. It varies in colour from yellowish-green to
bluish-green ; it is a transparent mobile fluid, with an agreeable
camphoraceous odour, and bitter aromatic taste, sp. gr. 07926,
it remains liquid at 13°C., and deviates the ray of polarized light to
the left. (The author has noticed the oil of every shade of brown,
but when exposed to the light it in a few days turns to a greenish
colour.) The green tint of the oil may be due to copper’,
a minute proportion of which metal is usually present in all that is
imported. It may be made evident by agitating the oil with very
dilute hydrochloric acid. To the acid, after it has been put into a
platinum capsule, a little zinc should be added, when the copper
will be immediately deposited on the platinum. The liquid may
then be poured off, and the copper dissolved and tested. When
the oil is rectified, it is obtained colourless, but it readily becomes
green if in contact for a short time with metallic copper.
Guibourt has, however, proved by experiment, that the volatile oil
obtained by the distillation of the leaves of several species of
Melaleuca, Metrosideros and LEucalypi/us, has naturally a fine
green hue. It is not improbable that this hue is transient, and
that the contamination with copper is intentional, in order to obtain
a permanent green.”’ (Ma/eria Medica of Western India, Dymock.)

Oil of cajeput consists mainly of the dihydrate of a hydro-
carbon, called Cajputene, isomeric with oil of turpentine. On
submitting it to fractional distillation, dihydrate of cajputene,
which constitutes about two-thirds of the crude oil, passes over
between 175° and 178°; smaller fractions, perhaps products of
decomposition, are obtained from 178° to 240°, and from 240° to
250°; and at 250° only a small residue is left, consisting of car-
bonaceous matter mixed with metallic copper. On treating this
residue with ether, a green solution is obtained, which, when
evaporated, leaves a green resin, soluble in the portion which boils
between 175° and 178°, and capable of restoring the original
colour. (Watts’ Dict. i., 710.) Fora full account of Ca/putene,
Tsocajputene, Paracajputene, and the salts of Cajputene, see p.
711-2, loc. cit.

* This is by no means proved. The question is discussed in almost every treatise on
Materia Medica.

OILS. 279

Cajeput Oil.

Specific Refractive Index.

emer ere SS eS wee VE) ah etc ise eotRotetion:

mC.
Temp.
9203 25.5" 1.4561 1.4611 LAZZO% \oe' O°

These determinations were made by Dr. These determinations were made by Dr. Gladstone. ladstone. The
rotatory power was determined for a column of liquid 10 inches
SF Western Australia, New South Wales and Northern Australia.
34. Melaleuca linariifolia, Smzth, (Syn. Metrosideros hyssopifolia,

Cav.); N.O., Myrtacez, B.FI., iii., 140.

The essential oil is light-straw coloured, mobile, of rather
pleasant cajeput-like odour; very agreeable taste, suggestive of
mace, but afterwards mint-like; of 0.903 specific gravity, and
boiling point 175° to 187°. (furors’ Report Exhib., 1862, chiefly
from Bosisto’s experiments.) Mr. Bosisto obtained 28 ozs. from
100lbs. of the fresh leaves.

Oil of Melaleuca linariifolia.

; Refractive Index.
Specific
Gravity at Rotation.
Ca OF
| Temp. A D H
.go16 g° 1.4710 1.4772 1.4971 +11°

These determinations were made by Dr. Gladstone.

The rotatory power was determined for a column of liquid 10
inches long.

New South Wales and Queensland.

35- Melaleuca squarrosa, Smzth, (Syn. J. myrtifolia, Vent.);
N.O., Myrtacez, B.FI., iii., 140. :

280 AUSTRALIAN NATIVE PLANTS.

The essential oil from this shrub is green, and of disagreeable
taste. Yield, only 5drs. from roolbs. of material. (Bosisto.)
South Australia, Tasmania, Victoria and New South Wales.

36. Melaleuca uncinata, 2.2r., (Syn. AL. hamata, F. and G. Sert.,
Pl.; AZ. Drummondii, Schau.; M. semiteres, Schau.); N.O.,
Myrtacee, B.FI. iii., 150.

_ Common “‘Tea-tree.” . Called “Broom” in South Australia. ‘ Yaang-
arra”’ of the aboriginals of Illawarra (New South Wales); “ Dyurr” of
those of Lake Hindmarsh Station (Victoria).

This essential oil is green, and smells like that of WZ. ericz-
folta, with an admixture of peppermint. (Wittstein.)

South and Western Australia, Victoria and New South Wales,
and Queensland.

37. Melaleuca Wilsonii, 7.v.d/. ; N.O., Myrtacez, B.FI. iii., 134.
This essential oil somewhat resembles cajeput oil, and is of
0.925 specific gravity. The yield is 40zs. from 1oolbs, of green
’ material; the oil is of a pale-yellow colour; in odour, slightly
resembling that from J. erzczfolia, but devoid of its sweetness.
(Bosisto.)
Victoria and South Australia.

38. Mentha australis, &.2r., (Syn. Wicromeria australis, Benth.) ;
N.O., Labiate, B.FI. v. 83.
‘Native Peppermint.” ‘‘ Panaryle”’ of the natives at the Coranderrk
Station (Victoria). (Query: Is this an aboriginal attempt to pronounce the
word “‘ Pennyroyal ?”)

In taste and smell, this oil hardly differs from ordinary oil of
peppermint, but it may be described as somewhat coarser than the
best samples of that substance. (Report of Dublin Exh., 1865.)
Mr. Bosisto obtained 3 ozs. of oil from 10olbs. of this plant.

All the colonies except Western Australia.

39. Mentha gracilis, &.2r., (Syn. Micromeria gracilis, Benth.) ;
N.O., Labiate, B.FI., v., 83.
The herb from which this oil is obtained contains a portion of
its volatile oil in the stems, the total yield from t1oolbs. of the
green plant being 30zs. Its smell is like oil of peppermint, with a

OILS. 281

slight admixture of pennyroyal. The supply of oil from the leaves
is tolerably copious, roolbs. of the fresh green shrub, inclusive of
branchlets, furnishing 630zs. of a pale-yellow, limpid oil, the odour
of which is hardly distinguishable from that of oil of rue, though,
perhaps, a little intense and penetrating. Its taste is very dis-
agreeable and acrid, strongly resembling that of rue. The
medicinal action of this oil is that of a diuretic and diaphoretic.
(Report Dublin Exh., 1865.)
All the colonies except Western Australia and Queensland.

40. Mentha grandiflora, Bexth., N.O., Myrtacez, B.FI., v. 82.

This mint oil has a fiery, bitter, and very unpleasant nauseous
taste, together with a characteristic after-taste. It could not be
used as a substitute for common peppermint, except for medical
purposes. Its specific gravity is .g24, and its yield 50z. from
10olbs. of the fresh herb. (Report of Dublin Exhibition, 1865.)

New South Wales and Queensland.

41. Mentha laxiflora, Bex‘h., N.O., Labiate, B.FI., v. 82.

This plant yields, on distillation, a pleasant oil, similar to that
from peppermint.
Victoria and New South Wales.

42. Nesodaphne obtusifolia, Benxth., (Syn. Beclschmiedia obtust-
Jolia, Benth., et Hook.; Cryptocarya obtusifolia, F.v.M.);
N.O., Laurinee, B.Fl., v. 299. £8. obtusifolia in Muell.
Cens., p. 3.

‘Queensland Sassafras.”
One ton of the dry bark yields 7700z. of essential oil
(Staiger), =2.15 percent. The specific gravity is .978 at 72°F.
New South Wales and Queensland.

43. Pittosporum undulatum, Vent., N.O. Pittosporez, B.FI.,
i, TTT.

“Native Laurel.” ‘*Mock Orange.” ‘ Wallundun-deyren” of the
aborigines.

The oil obtained from the flowers by distillation is limpid,
colourless, lighter than water, of an exceedingly agreeable jasmine-
like odour ; the taste disagreeably hot and bitter, reminding one

282 AUSTRALIAN NATIVE PLANTS.

slightly of turpentine and rue. (Bailey.) 1oolbs. of flowers gave,
on distillation, 20z. of essential oi] (Mueller). Iodine, when
brought in contact with it, gives rise to an explosion. This is true
of many other oils.

Tasmania, Victoria, New South Wales and Queensland.

44. Polypodium phymatodes, Zinw., (Syn. Pleopeltis phymatodes,

T. Moore); N.O., Filices, B.FI., vii., 769.

This plant yields an aromatic oil, said to be used in the
South Sea Islands for perfuming cocoa-nut oil (Woolls.) See
Angtopteris evecta.

Queensland and Northern Australia.

45. Prostanthera lasianthos, Z247//., N.O., Labiatz, B.FI., v., 93.
Called “ Dogwood” in Victoria. ‘Coranderrk;” the aboriginal
station of that name is called after this plant.

A greenish-yellow oil, limpid, and of mint-like odour and
taste, and specific gravity 0.912. The yield from roolbs. of fresh
leaves is 2 0z. 44 drachms. (Bosisto.)

All the colonies.

46. Prostanthera rotundifolia, R.2Br., (Syn. P. retusa, R.Br.; P.

cotinifolia, A. Cunn.); N.O., Labiatz, B.FI., v., 96.

This essential oil is of darker colour, and of sp. gr. 0.941, but
otherwise resembling the oil from P. /astanthos. (Report of Exh.,
1862.) The yield from roolbs. of leaves is 12 ozs. of oil. These
oils are carminative. (Bosisto.)

All the colonies except Queensland and Western Australia.

47. Zieria Smithii, Azdr., (Syn. Z. lanceolata, R.Br.; Boronia

arborescens, F.v.M.); N.O., Rutacee, B.FI., i., 306.

Colonial names are ‘‘Sandfly Bush” and “ Turmeric.” It is called
“ Stinkwood”’ in Tasmania.

The essential oil is distilled from the leaves. It is pale
yellow, of the taste and odour of rue, and of 0.950 specific gravity.
(Report Exhib., 1862.) toolbs. of the green material produce
640zs. of oil. (Bosisto.)

All the colonies except South and Western Australia.

OILS:
B. (EXPRESSED OR FIXED),)

Austratia is as remarkable for its fewness of plants yielding fixed
oils in any quantity, as it is for its wealth of plants yielding essential
oils. As far asthe author is aware, not a single indigenous species
actually yields, in this continent, fruits or seeds for the oil-press.

1. Aleurites moluccana, Wr//d., (Syn. A. Ambinux, Pers.; A.
triloba, Forst.; Fatropha moluccana, Linn.); N.O., Euphor-
biacez, B.FI. vi., 128; A. ¢rzloba in Muell., Cens., p. 20.

“ Candle-nut.”

This tree also flourishes in the East-Indies and South Pacific
Islands. The nuts look like small walnuts, only they are more
spherical, and the kernels are so full of oil that in some of the
South Sea Islands they are threaded on a reed and serve as a torch.
They yield an excellent drying oil, useful to artists, and called
Country Walnut Oil” in India, “ Kekune Oil” in Ceylon, and
“ Kekui Oil” at Honolulu. (Treasury of Botany.) The kernels
are said to yield 54.3 per cent. of oil, and 45.7 per cent. of amyla-
ceous and nitrogenous substances. This latter gives 10} per cent.
of ash, rich in phosphoric acid. (Staiger.)

The results of a set of experiments by the Italian chemist,
Nallino, are given in Wasts’ Dict., vii., 2nd Suppt. 239.

Average weight of husks ... ... 6.5 grams.
= 53 almonds Se ee ee
Composition of husks :-—
Wiater: © 43. oes <a: a3 eon 83272
Organic matter ... ae ee ... 89.9
Minerat-“do2*''s.. as ee iss | 6.39

284 AUSTRALIAN NATIVE PLANTS,

Composition of almonds :—
Water ~S.. oe aes wa soo | Gam
Fat (extracted by carbon bisulphide) ... 62.97
Cellulose, and other organic matters ... 28.99
Mineral matter ... eee ove os aere

Composition of the ash of the almond :—
Lime = pas i io. «w- 18.69
Magnesia... = dea a op 7 O@E
Potash... eee par nee rinks
Phosphoric acid ... sa a? int) 2088

The fatty matter extracted from the almonds by carbon
bisulphide at ordinary temperatures forms a transparent, amber-
yellow syrupy liquid. When cooled to 10° it becomes viscous,
but neither loses its transparency nor changes colour.

Queensland.

2. Calophyllum inophyllum, Z:xv., N.O., Guttifere, B.FL., i., 183.
The “ Ndilo” of India.

This tree is widely distributed throughout India, where a
greenish coloured oil is extracted from the seeds, and is used for
burning by the poorer classes. It is also used as an application
in rheumatism, &c. (Dymock, Maseria Medica of Western India.)

The following analysis of Queensland grown fruits is by
Mr. K. T. Staiger :—

Shells .., oh a sa ae 62.5

Kernels aba aan aa si 37-5
100.
Greenish-yellow oil ... aa — 43
Dry residue... ase “A aa 27
Moisture a3 ae ae as 30
100.

Ashes of whole kernels, 1.66 per cent. Ashes of exhausted
residue, 6.15 per cent. The green oil, on saponification, yields a

OILS. 285

bright-yellow soap, the green pigment of the oil having been
changed into a bright yellow.

The oil is bitter and aromatic; specific gravity .942; it solidifies
at +5°. (Lepine.)

Queensland.

3. Cerbera Odollam, Ga@ertn., (Syn. C. Manghas, Bot. Mag.);
N.O., Apocynez, B.FI., iv., 306.

The seeds give an oil which is used for burning in India.
Queensland and Northern Australia.

4. Cocos nucifera, Z7zn.; N.O., Palmez, B.FI., vii., 143.
“*Cocoa-nut Palm.”

Oil is procured by boiling and pressing the white kernel of
the nut (albumen). It is liquid at the ordinary temperature in
tropical countries, and while fresh is used in cookery; but in
England, and even in many parts of Australia it is semi-solid, and
has generally a somewhat rancid smell and taste. By pressure, it
is separated into two parts; one, stearine, is solid, and is used in the
manufacture of stearine candles, the other being liquid, is burned
in lamps. It is a pale-yellow oil, which, in cold weather, concretes
into a white butter. One part of it boiled with caustic soda
solution forms from two to three parts of a hard, white soap,
perfectly soluble in alcohol. The oil, and the soap in a less
degree, has a faint characteristic odour. Solidified cocoa-nut oil
melts at 20° C; melted, it solidifies at 18° C. When kept for
some minutes at a temperature of 240° C, it remains fluid for
forty-eight hours.

Queensland.

5. Fusanus acuminatus, 2.2r., (Syn. Santalum acuminatum,
A. DC.; S. Presstanum, Mig.; S. cognatum, Miq.); N.O.,
Santalacez, B.FI., vi., 215. Described in Muell. Cens., p. 64,
as Santalum acuminatum,

“ Quandong,” or “* Native Peach.”
The kernels of the nuts (Quandongs) of this small tree are
not only palatable and nutritious, but they are so full of oil that if
speared on a stick or reed they will burn entirely away with a clear

286 AUSTRALIAN NATIVE PLANTS.

light, much in the same way as candle-nuts (Aleurites triloba) do.
Quandongs are so abundant in parts of the country that they may
possibly be used as oil-seeds in the future.

Queensland and New South Wales to Western Australia.

6. Hernandia bivalvis, Bexth., N.O., Laurinez, B.FI., v. 314.
“ Grease-nut” Tree. ‘‘ Cudgerie” of the aboriginals.

The kernel contains 64.8 per cent. of oil, which is similar to
common laurel oil, is of the same consistency, and has also the
same stearine and narcotic smell. (Staiger.)

Queensland.

7. Pongamia glabra, Vent., N.O., Leguminose, B.FI., ii., 273.

‘Indian Beech.”

The seeds yield an oil, pale-sherry coloured (Dymock), thick,
red-brown (Gamble), used for burning, and in skin diseases by the
people of India. It solidifies below 60°F. The yield of oil from
the seeds is 27 per cent., having a specific gravity of .g45, and
solidifying at 8°C. (Dymock.)

Queensland and Northern Australia.

8. Ricinocarpus pinifolius, Desf., (Syn. R. sidacformis, F.v.M. ;
Reperia pinifolia, Spreng.; Echinosphera rosmarinoides,
Sieb.) ; N.O., Euphorbiacez, B.F1., vi., 70.

** Native Jasmine.”

This plant yields abundance of seeds, like small castor-oil
seeds. They yield an oil which does not appear to have yet been
examined.

Tasmania, Victoria, New South Wales and Queensland.

9. Semecarpus Anacardium, Zixz., (Syn. S. australasicus, Engl.);

N.O., Anacardiacez, B.FI., i., 491.

“ Marking-nut Tree.”

A sweet oil is obtained from the seeds, used in painting in
India. (Zreasury of Botany.) -The pericarp contains 32 per
cent. of a vesicating oil of sp. gr. .gg1, easily soluble in ether, and
blackening on exposure to the air. (Dymock.)

Queensland and Northern Australia.

OILS. 287

10. Terminalia Catappa, Linn., N.O., Combretacez, Muell.

Cens., p. 50.
“Country Almond” (India).

The kernels of the nuts of this tree produce over 50 per cent.
of a peculiarly bland oil. (Drury.) It is edible and pleasant
tasted, but if kept for any time deposits a large quantity of stearine.
It has been suggested as a substitute for almond oil. This plant is
not endemic in Australia.

Queensland.

PERFUMES.

(SEE ALSO ““ ESSENTIAL’ OMS”)

ALTHOUGH many Australian plants (notably a few of the wattles)
have sweet-scented flowers, the author is not aware of any serious
attempt having yet been made in the colonies to utilize their
perfumes. Several of the essential oils, ¢.g., Backhousta citriodora,
Eucalyptus maculata, var. cttriodora and E. Statgeriana, page
254 et seq., obtained from the leaves of plants are really
perfumes, and their chief use is in scenting soaps, and other
preparations. But the quantity obtained is but small, and the
plants used are wild. The advice to landowners to try the
planting of perfume plants has been frequently given, but it does
not appear to promise a heavy profit immediately, and so the
industry is neglected. Many parts of littoral Australia are very
gardens of flowers, and for a comfortable selector to establish the
minor industry of flower-farming and storage of their perfumes,
there would be but little outlay; the time required would chiefly
be odd moments, while the produce would be a valuable com-
modity. But, however much we may regret it, we must acknow-
ledge that there is too little enterprise amongst those of us engaged
in tilling the soil.

The following is interesting, being from the pen of an
authority on perfumery, and one who had travelled in Australia,
and who had facilities for learning about Australia not possessed
by many dwellers in Europe :—

‘‘The commercial value of flowers is of no mean importance
to the wealth of nations. But, vast as is the consumption of
perfumes by the people under the rule of the British Empire,
little has been done in England, either at home or in her tropical
colonies, towards the establishment of flower-farms, or the pro-

PERFUMES. 289

duction of the raw odorous substances in demand by the manu-
facturing perfumers of Britain ; consequently, nearly the whole are
the produce of foreign countries.

“The climate of some of the British colonies especially fits
them for the production of odours from flowers that require
elevated temperature to bring them to perfection.

‘** But for the lamented death of Mr. Charles Piesse, Colonial
Secretary for Western Australia, flower-farms would doubtless
have been established in that colony long ere the publication of
this work (1862). Though thus personally frustrated in adapting
a new and useful description of labour to British enterprise, I am
no less sanguine of the final results in other hands.” (Piesse, Zhe
Art of Perfumery.)

The few species given below do not profess to be a complete
list of Australian perfume plants; the list may, however, be
suggestive.

1. Acacia conferta, 4 Cunn., N.O., Leguminose, B.FL., ii., 343.

The flowers of this tree possess a remarkable perfume which
Dr. Woolls thinks might be utilized commercially. The following
species— Acacia acuminata, Bevth., A, doratoxylon, 4. Cunn.,
A. harpophylla, 7.7.47, A. pendula, 4+ Cunn., amongst others,
yield scented wood, and, therefore, may rank amongst perfumes.
(See ‘‘ Timbers.”’)

New South Wales and Queensland.

2. Acacia farnesiana, W27/d., (Syn. A. lentictllata, F.v.M.); N.O.,

Leguminosz, B.F1., ii., 419.

‘Dead Finish” is the absurd name given to the wood.

The flowers yield a delightful perfume, and for that quality
are much cultivated in the South of France. The cultivation of
this plant is particularly worthy the attention of settlers in Aus-
tralia as an auxiliary industry. In Italy and France its sweet-
scented flowers are mixed with melted fat or olive oil, which
becomes impregnated with their odour, and constitutes the fine
pomade called ‘ Cassie.”’

U

290 AUSTRALIAN NATIVE PLANTS.

Interior of South Australia, New South Wales, Queensland
and Northern Australia.

3. Acacia pycnantha, Benth., (Syn. A. petiolaris, Lehm; <A.

falcinella, Meissn.) ; N.O., Leguminosz, B.FI., ii., 365.

“ Golden Wattle.” ‘Green Wattle.” ‘‘ Broad-leaved Wattle.”

An extract of the flowers of this Wattle was shown as a
perfume at the Colonial and Indian Exhibition of 1886.

A score of other species of Acacia, e.g., A. suaveolens, might
be selected as worthy of culture as perfume plants. ‘“ Mutton fat
being cheap, and the Wattle plentiful, a profitable trade may be
anticipated in curing the flowers, &c.’’ (Piesse, Art of Perfumery.)

South Australia, Victoria and New South Wales.

4. Andropogon scheenanthus, Zzzn., (Syn. A. Martini, Roxb.;
A. citratum, DC.; A. Nardus, Linn.; Cymbopogon schenan-
thus, Spreng.); N.O., Graminez, B.FI., vii., 534.

A strong-growing grass, more in repute as a perfume than a
fodder. Other species of Andropogon are more or less aromatic.
Queensland.

5- Anisomeles salvifolia, &.2r., N.O., Labiate, B.FI., v. 89.

Mr. P. A. O’Shanesy points out that this plant may be made
to yield a very delicate perfume. It is a very variable species.
Queensland and Northern Australia.

6. Backhousia citriodora, “v.47, N.O., Myrtacez, B.FI., iii.,

270.

“Scrub Myrtle.” ‘ Native Myrtle.”

The foliage of this tree is deliciously lemon-scented, like the
Scented Verbena (Lippia citriodora). The essential oil from the
leaves has been tested for scenting soaps, and has answered the
purpose well. The dried leaves, put in little bags (such as are
employed for holding lavender flowers) give, for a long time, a
very pleasant odour to the contents of linen-presses, &c.

Queensland.

7. Eucalyptus maculata, Hook /, var. citriodora, (Syn. Z. cétrio-
dora, Hook. f.); N.O., Myrtacez, B.FI., iii., 257.

PERFUMES. 291

“Citron, or Lemon-scented Gum.” The aboriginal name is “‘ Urara.”
The leaves emit a delightful odour of citron, especially when
rubbed. They should be used to perfume and protect clothes-
presses. The Rev. J. E. Tenison-Woods states they are certainly
a specific against cockroaches and ‘“silver-fish” insects, which
are great domestic pests.
Queensland.

8. Guettarda speciosa, Zzzz., N.O., Rubiacezx, B.FI., iii., 419.

The flowers of this tree are exquisitely fragrant. They come
out in the evening, and have all dropped on the ground by morn-
ing. The natives in Travancore distil an odoriferous water from
the corollas, which is very like rose-water. In order to procure it
they spread a very thin muslin cloth over the tree in the evening,
taking care that it comes well in contact with the flowers as much as
possible. During the heavy dew at night the cloth becomes
saturated, and imbibes the extract from the flowers. It is then
wrung out inthe morning. The extract is sold in the bazaars.

Queensland and Northern Australia.

9. Hierocloa spp, (See “ Grassés;” p."'70:)
These possess a powerful odour of ‘‘ Coumarin.”

10. Humea elegans, Smith, (Syn. Calomeria amanthoides, Vent.) ;

N.O., Compositz, B.FI. iii., 589.

The whole plant on being bruised emits a delightful scent, so
overpowering as sometimes to produce headache. Dr. George
Bennett (Gatherings of a Naturalist) is of opinion that a very
valuable perfume might be obtained from it.

Victoria and New South Wales.

11. Murraya exotica, Zzz., (Syn., A. paniculata, Jack); N.O.,

Rutacez, B.FI. i., 369.

‘China Box.”

This bush, which is also a native of India and China, has such
delightfully fragrant flowers that it might be worth while to cultivate
it as a perfume plant.

Queensland.

292 AUSTRALIAN NATIVE PLANTS.

12. Pandanus odoratissimus, Z77n. /, (Syn., P. spiralis, R.Br.);

N.O., Pandanez, B.FI., vii., 148.

“Screw Pine.”

The natives of India are fond of the scent of this flower, which
they place amongst their clothes. The male flowers are exceedingly
fragrant, and are much appreciated by the Burmese. The Hindus
use them in certain of their religious ceremonies. (Cyclop. of
India.)

Northern Australia.

13. Pittosporum undulatum, Vent., N.O., Pittosporee, B.FI., i.,

Il.

“Native Laurel.’’ ‘‘ Mock Orange.” ‘‘Bart-bart” of the aboriginals.
of the Karnathun tribe, Lake Tyers (Victoria). :

This tree is well worth cultivating on a commercial scale for
the sake of the sweet perfume of its flowers.

All the colonies except South and Western Australia.

14. Pterigeron liatroides, Benth., (Syn. Pluchea ligulata, F.v.M.;
Streptoglossa Steetzit, F.v.M.; Erigeron liatroides, Turcz.) ;
N.O., Composite, B.F1., iii., 532.

This plant yields a delicious perfume, and therefore may be
deemed worthy of cultivation by the horticulturist or flower-farmer,
Western and South Australia, and New South Wales.

DYES.

AusTRALIA certainly does not appear to be a land which can
boast of its native vegetable dyes. But it is only fair to observe
that practically nothing has been done in the way of experiments

with our raw dye-stuffs. Almost the only technological experi-
ments with any of them are by Baron Mueller and Mr. Rummel
(CIntercolonial Exhibition of Melbourne, 1866), and which are
referred to below, while Professor Rennie has investigated the
pigment contained in the tubers of a species of Drosera, interest-
ing, however, only from a scientific point of view.

1. Acacia harpophylla, F.v.M.; N.O., Leguminose, B.FI. ii.,
389.

£ Brigalow.”

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1866, cotton and woollen fabrics dyed with the bark
of this tree. Various tints of reddish-brown were obtained.

South Queensland.

z. Acacia subcceruléa, Zind/., (Syn., A. Aemiteles, Benth.; A.
apiculata, Meissn.); N.O., Leguminosz, B.FI. ii., 369.
“ Silvery,” or ‘‘ Blue-leaved Acacia.”
From the bark a very good yellow dye has been produced.
(Bennett.)
Western Australia.

3. Alstonia constricta, 7.v.JZ, N.O., Apocynezx, B.FI., iv., 314.
“Fever Bark.”

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1866, cotton and woollen fabrics dyed with the bark
of this tree from Queensland. Various shades of yellow were
obtained.

New South Wales and Queensland.

294 AUSTRALIAN NATIVE PLANTS.

As Baloghia lucida, Zxd/., (Syn. Codiaum lucidum, Muell. Arg.);

N.O., Euphorbiacez, B.FI., vi., 148.

“ Scrub, or Brush Bloodwood.” Called also ‘“‘ Roger Gough.” ‘ Nun-
nai” and “ Dooragan” are aboriginal names.

The sap from the vulnerated trunk forms, without any
admixture, a beautiful red indelible pigment. (Mueller.) (See
also “ Kinos.’’)

New South Wales and Queensland.

5. Casuarina equisetifolia, Yors¢., N.O., Casuarinex, B.FI. vi.,
197.

“Forest Oak.” “Swamp Oak.” ‘Bull Oak.” ‘“ Wunna-wunnerumpa”
of the Queensland aboriginals.

The bark of this tree is astringent, and was formerly used i
South Sea Islanders to dye their cloth.
New South Wales to Northern Australia.

6. Cedrela toona, oxd., (Syn. C. australis, F.v.M.); N.O.,
Meliacez, B.FI., i., 337. C. australis in Muell. Cens., p. 9.
Ordinary ‘‘ Cedar,” or ‘“‘Red Cedar.” (For aboriginal names, see

“ Timbers.”’)

The small flowers of this tree (called Toon”) are used for
the production of a red or yellow dye in India.
New South Wales and Queensland.

7. Chionanthus picrophloia, oxd., (Syn. C. effustfora, F.v.M.;
Linociera ramiflora, DC.; L. effusifiora, F.v.M.); N.O.,
Jasminez, B.F1., iv., 301.

“Eurpa”’ of the aboriginals.

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1866, cotton and woollen fabrics dyed with the bark
of this tree. Various tints of brownish-yellow were obtained.
This plant is not endemic in Australia.

Queensland.

8. Ccclospermum reticulatum, Zenth., (Syn. Pogonolobus reticu-
latus, F.v.M.); N.O., Rubiacez, B.FI., iii., 425.
The bark, which is often very thick, produces an excellent
dye. (Bailey.)
Queensland and Northern Australia.

DYES. 295

9. Croton insularis, Bazl/., (Syn. C. phebalioides, A. Cunn.) ;

N.O., Euphorbiacee, B.FI., vi., 124.

‘* Queensland Cascarilla.”

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1866, cotton and woollen fabrics dyed with the bark
of this tree from Queensland. Reddish-browns were obtained.

New South Wales and Queensland.

10. Cudrania javanensis, Zrécu/., (Syn. Maclura javanica, Miq. ;
Morus calcar-galli, A. Cunn.); N.O., Urticez, B.FI., vi.,

a Cockspur Vine.” ‘‘Cockspur Thorn.” “ Fustic.”

The duramen, or heartwood, is of a dark yellow colour, is
hard, and is used in dyeing yellow and brown, hence its colonial
name of “ Fustic.” This plant is not endemic in Australia.

New South Wales and Queensland.

11. Cynometra ramiflora, Zinz., (Syn. C. dijuga, Span.); N.O.,
Leguminosz, B.FI. ii., 296.
Chips of this wood give in water a purple dye. (Skinner.)
This plant is not endemic in Australia.
Queensland.

12. Drosera Whittakeri, Planch., (Syn. D. rosulata, Behr.); N.O.,

Droseracez, B.F1., ii., 462.

“A Sun-dew.”

Dr. Rennie has extracted two beautiful red colouring matters
from the bulbs of this plant. (Vide Fourn. Chem. Soc., April,
1887.)

Victoria and South Australia.

13. Erythroxylon australe, /.v.4/.; N.O., Linex, B.FI. i., 284.

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1866, cotton and woollen fabrics dyed with the bark
of this tree. Tints from yellow to brown were obtained.

Queensland.

14. Hucalyptus amyedalina, Zadc//., N.O., Myrtacex, B.FI,, iii.,
202.

296 AUSTRALIAN NATIVE PLANTS.

“ Messmate.” ‘‘Stringybark.” (For vernacular names and synonyms,
see ‘ Timbers.”)

Some of the settlers make ink from this abundantly-produced
kino. The operation merely consists in boiling the kino in an
iron saucepan containing a little water. The kinos of such other
Eucalypts as may happen to be convenient may be used.

Tasmania, Victoria and New South Wales.

15. Eucalyptus corymbosa, Smith, (Syn. Metrosideros gummtifera,
Soland.); N.O., Myrtacez, B.FI., iii., 256.
“Bloodwood.” (For other vernacular names, see Z. corymbosa—
- Timbers.”’)
This dark-coloured kino contains a rich dye material of a
reddish colour.
New South Wales and Southern Queensland.

16. Flindersia Oxleyana, 7.v.4/,, (Syn. Oxleya xanthoxyla,

Hook.); N.O., Meliacez, B.FI., i., 389.

“Light Yellow-wood” of the colonists. Called ‘‘ Long Jack” in
Northern New South Wales, and ‘‘ Yeh” by the aboriginals of the same
district.

The wood of this tree yields a yellow dye.

Northern New South Wales and Queensland.

17. Guettardella putaminosa, Benth., (Syn., Bobea putaminosa,
F.v.M; Zimonius putaminosus, F.v.M.); N.O., Rubiacez,
B.FI., iii:, 419.

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1866, cotton and woollen fabrics dyed with the bark
of this tree. Brownish-yellows were obtained.

Queensland.

18. Hernandia bivalvis, Bex/h., N.O., Laurinex, B.FI., v., 314.
“ Grease-nut Tree.”
The shells of the fruit of this tree contain a dye, soluble in

soda, but not in ether, alcohol, or water. (Staiger.)
Queensland.

DYES. 297

19. Hymenanthera dentata, #.Br., (Syn.. H. Banksit, F.v.M.);
N.O., Violacez, B.FI., i., 104; A. Banksii in Muell., Cens.,
p. 6.
Dr. Ludwig Beckler drew attention to the lasting purple
pigment obtainable from the berries of this plant.
Tasmania, South Australia, Victoria and New South Wales.

20. Indigofera tinctoria, Linn., N.O., Leguminosz, Muell. Cens.,

p- 140.
“Indigo.”

Baron Mueller considers this plant indigenous in Northern
Queensland. It is alsoanative of the East Indies, and other parts
of Asia. Indigo is prepared by throwing bundles of the fresh-
cut plants into shallow vats and covering them with water, care
being taken to keep them under the surface. After steeping for
ten or twelve hours the liquid is run off into another vat, and the
plant is beaten with sticks or bamboos from one and a half to
three hours, in order to promote the formation of the blue
colouring matter, which does not exist already formed in the
tissues of the plant, but is formed by the oxidation of other
substances contained in them. The colouring matter is then
allowed to settle, the precipitation being accelerated by the
addition of a small quantity of clean cold water, or lime-water,
and the supernatant liquid drawn off and thrown away, while the
deposited matter is put into a boiler, and kept at the boiling-point
for five or six hours. After this, it is spread upon frames covered
with cloth, and allowed to drain for twelve or fourteen hours, and
when it is sufficiently solid it is pressed, cut into cubes, stamped
and dried for the market. (TZreasury of Botany.) (See, also,
Watts’ Dict., iii., 250, et seq.)

Queensland.

21. Mallotus discolor, 7.v.17, (Syn. Rottlera discolor, F.v.M.;
Macaranga mallotoides, var., F.v.M.); N.O., Euphorbiacee,
B.FI., vi.. 143.

‘‘Bungaby ” of the aboriginals of Northern New South Wales.

298 AUSTRALIAN NATIVE PLANTS.

The capsules of this plant yield a powder which gives a bright
yellow dye.

New South Wales and Queensland.

22. Mallotus phillipensis, 1/uel/. Arg., (Syn. Croton phillipensis,
Lam.; Rottlera tinctoria, Roxb.; L£chinus phillipensis,
Baill.) ; N.O., Euphorbiacez, B.FI., vi., 141.

“Kamala” of India. ‘‘ Poodgee-poodgera” of the aboriginals of

Queensland.

This plant is also a native of tropical Asia. The capsules
yield a reddish powder, known in India by the name of ‘‘ Kamala,”
and employed by the Hindu silk dyer to yield a red dye of great
beauty by boiling with carbonate of soda. Other parts of the plant
yield a similar powder, but in much less abundance than on the
capsules. The bark is also used for dyeing.

New South Wales and Queensland.

23. Morinda citrifolia, Zxx., (Syn. Sarcocephalus cordatus,
Miq.); N.O.. Rubiacez, B.FI., iii, 402 and 423. (Muell.,
Cens., 74 and 75.)

“ Leichhardt’s Tree.’’ ‘‘Indian Mulberry.” (For other botanical
synonyms and vernacular names, see “‘ Timbers.’’)

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1866, cotton and woollen fabrics dyed with bark
from the root of this tree from Queensland. Tints of yellow were
obtained.

Queensland and Northern Australia.

24. Morinda citrifolia, Zizx., (Syn., JZ. guadrangularis, Don.);

N.O., Rubiacez, B.F1., iii., 423.

“Indian Mulberry.” (For other synonyms, see ‘‘ Timbers.”)

The root yields a yellow, and the bark a red dye. It is used
by Polynesians to colour their dresses, and in Madras for
dyeing red turbans. The colour is fixed with alum.

Queensland and Northern Australia.

DYES. 299

25. Olearia argophylla, ¥.v.4/, (Syn. Aster argophyllus, Labill. ;
Eurybia argophylla, Cass.); N.O., Composite., B.FI., iii.,
470. Aster argophyllus in Muell. Cens., p. 78.

“Musk Tree.”
A brilliant sap-green has been obtained from this plant by

Mr. Bosisto.

Tasmania, Victoria and New South Wales.

26. Petalostisma quadriloculare, 7.v.7/., (Syn. P. ériloculare,
Muell. Arg.; P.australianum, Baill.; Hylococcus sericeus,
R.Br.); N.O., Euphorbiacez, B.FI., vi., 92.

“Crab Tree.” ‘Bitter Bark.” (For other vernacular names, see
* Timbers.”)

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1866, cotton and woollen fabrics dyed with the bark
of this tree from Queensland. Brownish-yellows were obtained.

New South Wales to Northern Australia.

27. Pipturus argenteus, Wedd., (Syn. P. propinguus, Wedd.) ;
N.O., Urticez, B.FI., vi., 185.
““ Coomeroo-coomeroo” of the Queensland aboriginals.
A rich brown dye is obtained from the bark. This plant is
not endemic in Australia.
‘New South Wales and Queensland.

28. Rhizophora mucronata, Zem., (Syn. #. Mangle, Roxb.; R.
Candelana, Wight. et Arn.); N.O., Rhizophorez, B.FL., ii.,

BE

‘* Mangrove.”

The blood-red sap is much used by the natives of Fiji for
dyeing their hair. Mixed with the sap of Hzd¢scus moschatus,
Linn., it is used for painting crockery by the native potters.
(Seemann, Flora Vitiensis.)

New South Wales to Northern Australia.

29. Semecarpus Anacardium, Ziv. (Syn. S. australasicus,
Engl.); N.O., Anacardiacez, B.FI., i., 491.
“© Marking-nut Tree” of India.

300 AUSTRALIAN NATIVE PLANTS.

The juice, when mixed with quick-lime, is employed to mark
cotton or linen with an indelible mark. It is used for this purpose
all over India. When dry, it forms a black varnish much used
in India, and, amongst other purposes, it is employed, mixed with
pitch and tar, in the caulking of ships. (Treasury of Botany.)
The unripe fruit is employed for making a kind of ink.

Queensland and Northern Australia.

30. Sterculia acerifolia, A. Cunn., (Syn. Brachychiton aceri-
folium, F.v.M.); N.O., Sterculiaceze, B.FI., i., 229. Brachy-
chiton acerifolium in Muell. Cens., p. 15.

“Flame Tree.” ‘‘ Lace-bark Tree.”
A dye is obtained from the seed-vessels, according to Mr,

Guilfoyle,

New South Wales and Queensland.

eh Symplocos spicata, Roxd., (Syn. S. Stawell, F.v.M.); N.O.,
Styracez, B.FI., iv., 292.
The leaves of this tree are used as dyeing in India. (Gamble.)
Northern New South Wales. ©

32. Terminalia Catappa, Linn.; N.O., Combretacez, Muell.,

Cens., p. 50.
“Country Almond” (of India).

The bark and leaves yield a black dye. (Gamble.)
Queensland.

33. Thespesia populnea, Corr., (Syn. Hibiscus populneus, Willd.) ;

N.O., Malvacee, B.F1, i., 221.

The flower-buds and unripe fruits yield a viscid yellow juice,
useful as a dye. This plant is not endemic in Australia.

The pollen of Zypha japonica is used in Japan as a yellow
pigment. A similar pigment might, pereh be prepared from
the Australian species.

Queensland and Northern Australia.

34 Zanthoxylum (Xanthoxylon) brachyacanthum, /zv.4/,, N.O.,
Rutacez, B.FI., i., 363.

‘“Satin-wood.” ‘Thorny Yellow-wood.”

DYES. 301

Baron Mueller exhibited at the Intercolonial Exhibition of
Melbourne, 1886, cotton and woollen fabrics dyed with the bark of
this tree from Queensland. Brownish-yellows were obtained.

Northern New South Wales and Queensland.

35. Zieria Smithii, Azdr., (Syn. Z. lanceolata, R.Br.; Boronia
arborescens, F.v.M.); N.O., Rutacez, B.FI., i., 306.

““Turmeric Tree” and ‘Sandfly Bush.” Called ‘‘Stinkwood” in
Tasmania.

This tree has a yellow inner. bark, suitable for dyeing.
All the colonies except South and Western Australia.

TANS.

(FOR SUCH TANS AS ARE KINOS, SEE
“ KINOS.”)

Acacia s
PP; “Wattle Barks.”

Wattle Barks are often gathered in Australia all the year round,
whereas the bark should only be stripped for three or four months
in the year; (the months recommended are September, October,
November, and December) ; out of that season there is usually a
depreciation of tanninin the bark. In these months, also, the sap
usually rises without intermission, and the bark is easily removed
from the tree. The impression appears to have prevailed amongst
bark-strippers that whenever the bark would strip it possessed full
tanning properties, but this is erroneous. After a few days of
rain during other seasons of the year, a temporary flow of sap will
cause the bark to be easily detached from the trunk, but then it is
greatly inferior in quality. The bark obtained from trees growing
on lime-stone formations is greatly inferior in tannin to that of trees
grown on any other formation. (Vide Report of the Wattle Bark
Board, Melbourne, 1878.)

Wattle Bark should only be procured from mature trees, #.¢.,
from those whose bark possesses the full natural strength.

It should be purchased in the stick or bundle. ‘In this form
its quality can be more readily judged; but when the supply of
mature trees became diminished, nearly all the bark was chopped
or ground prior to shipment, good and inferior being bagged
together.”

For export to England, however, it is perhaps best sent in the
form of extract, an enormous saving in freight being effected in
this way. The following letter from a well-known London firm of

TANS. 303

brokers, which appeared in the Leather Trades Circular and
Review of the 8th March, 1887, is valuable :—

“In reply to a question as to the best form in which to ship
Mimosa (Wattle) Bark, we beg to state that the trade, as a rule,
prefer it ground, so long as they can be sure it is not adulterated.
Some few, however, cannot be satisfied unless they grind it them-
selves.

“We should recommend shipments of well ground, with a
few parcels chopped or crushed zz bags, but as we know that
freight is heavier on the latter, and buyers expect a reduction of
from 10s. to 20s. per ton to cover cost of grinding, the former will
generally be most satisfactory to shippers. We think that the
strength is better preserved in the chopped than in the ground,
but there is nothing we can suggest as an improvement on the
best standard marks of Adelaide ground.

“Tf shipments of chopped be made it should on no account
be shot loose in the ship’s hold.”

Owing to the greedy and indiscriminating way in which
Wattle Barks have been gathered, and the moist condition in which
they have often been shipped, purchasers in England, finding the
quality variable, have not entered into its regular employment as
largely as might have been expected.

Wattles have been extensively planted by at least three
Australian Governments, those of South Australia, Victoria, and
New South Wales, especially the former. It is even yet too early
to predict whether Wattle-planting by Government (except in
South Australia) will be a profitable commercial enterprise. In
New South Wales, at least, a large number of Wattles have been
planted in the narrow strips of ground between the fences and
the railway lines. But the cost of keeping the young trees free
from grass is very great, the cost of planting out in such an
extended fashion also very great, and watering the young piants
till they are established is out of the question. The telegraph line
repairers have also killed a large number of the Wattles which
were most thriving, because it was feared that they might interfere
with the wires. Altogether, the difficulties in the way of growing
Wattles along the railway lines are so considerable that the enter-

304 AUSTRALIAN NATIVE PLANTS.

prise will probably be entirely abandoned, or confined to extremely
favourable localities.*

“‘ Messrs. Borrow and Haycroft have established at Echunga,
South Australia, a manufactory of /annage, which must be of great
interest to all colonists, and from the methods employed is almost
pharmaceutical. About 10,000 tons of Wattle Bark are sent annually
from South Australia alone, and it is calculated that the waste in
stripping is about four times this amount. The new factory con-
verts the branches too small to pay for stripping into a strong fluid
extract called saznage, which contains water 60 per cent., and
soluble tanning 38.2 per cent., according to an analysis by
Mr. G. H. Hodgson of samples from the first 80 tons recently
shipped to England. The Wattle /rash yields 12 to 16 per cent. of
tannage; two men can often cut and load five tons, and the waggons
can bring in two loads a day, equal to five or six tons; and at the
price (£1 a ton) which the firm is paying for thinnings, and tops,
and branches, so much is offering that the patentees are obliged to
distribute their order. The /rash is tied up in large bundles and
carted into the factory. It is there weighed, close beside the
machine which cuts it up into chaff. This machine is very much
like an ordinary steam-plane, the chisels revolving at a high speed,
and cutting through 23-inch saplings quite readily. The chips are
shovelled into large wooden hoppers, into which steam is intro-
duced from a large Cornish boiler. There are three steam-heated
vats, and the liquor is transferred from one to the other, pumped
into elevated tanks, and thence allowed to flow from a tap on to
steam-heated evaporating pans about thirty or forty feet in length.
The evaporation is so rapid that in traversing the pans from the one
end to the other the liquid is converted into a thick, tenacious,
treacly extract. At the end of the pans it flows into a cistern, and
thence by a kind of treacle-gate into the casks, each of which will
hold about rocwt. All that now remains to be done is paste on
a label, put in a bung, weigh the cask, and send it off to market_
In the process of evaporation a certain portion of the tannic acid

* See also a paper “On the Export and Consumption of Wattle Bark, and the Process
of Tanning,” by James Mitchell (Proc. R.S. Yan Diemen’s Land, 1851). The subject of
Extracts is here dealt with.

TANS. 305

is destroyed. The plant can be easily moved from place to place.
It does not pay to cart the trash far, but a few square miles of
wattle country will keep a factory going. The utilisation of thinnings
allows the cultivation of the tree thickly on waste ground, and to
begin cutting the third year. European tanners are quite accus-
tomed to the use of such extracts, but.it is said that it will be very
hard to introduce it into the colonial tanneries.” (Chemist and
Druggist, 1886.)

1. Acacia aneura, #.v.J7,, N.O., Leguminosz, B.FI., ii., 402.
“ Mulga.” (For other vernacular names, see ‘‘ Timbers.”)

A specimen of the bark of this tree from Ivanhoe, N.S.W.,
yielded the author ro per cent. of extract, and 4.78 per cent. of
catechu-tannic acid. A narrow-leaved variety from the same
neighbourhood yielded 20.72 per cent. of extract, and 8.62 per
cent. of catechu-tannic acid * (Proc. R.S., N.S. W., 1887, p. 32.)

All the colonies except Tasmania.

2. Acacia aulacocarpa, 4. Cuxz., N.O., Leguminosz, B.FI., ii.,

410.
“Hickory Wattle.”

This tree yields a tan-bark, used in Queensland to some
extent.
Central and Northern Queensland.

3. Acacia binervata, DC., (Syn. A. umbrosa, A. Cunn.); N.O.,

Leguminosz, B.FI., ii., 390.

“ Black Wattle,” or ‘“‘ Hickory.” ‘‘ Myimbarr” of the aboriginals of
Illawarra (New South Wales).

The bark is used by tanners, though it is not so rich as that
of A. decurrens. (W. Dovegrove.) Nevertheless, it is a very
valuable bark ; specimens from Cambewarra, N.S.W., yielded the
author 58.03 per cent. of extract, and 30.4 per cent. of catechu-
tannic acid. (Proc. R.S., V.S.W., 1887, p. 90.)

New South Wales and Queensland.

* Important Memorandum. The percentages of tannic acid determined by the author,
and recorded in Proc. R.S., N.S.W., are all calculated upon the bark dried at 100°C

Xx

306 AUSTRALIAN NATIVE PLANTS.

4. Acacia calamifolia, Swee/, (Syn. A. pulverulenta, A. Cunn.) ;
N.O., Leguminosz, B.FI., ii., 339.
“ Willow,” or ‘Broom Wattle.” ‘‘ Wallowa” of the aboriginals at
Lake Hindmarsh Station (Victoria).

An excellent tan-bark. A sample in the Technological
Museum contains 20.63 per cent. of tannin, according to an
analysis by Mr. Thomas, of Adelaide.

The dry interior of South Australia, Victoria, New South
Wales and Queensland.

5. Acacia colleticides, 4. Cuan., N.O., Leguminosz, B.FI., ii., 325.
“ Wait-a-while” (a delicate allusion to the predicament of a traveller
desirous of penetrating a belt of it).

Some bark from a very old tree was examined by the author,
and yielded 10.56 per cent. of extract, and 4.4 per cent. of
catechu-tannic acid (Proc. R.S., V.S.W., 1887, p. 8).

New South Wales, Victoria, South and Western Australia.

6. Acacia Cunninghami, /ook., N.O., Leguminosez, B.FI., ii.,

407.
“ Black Wattle.” ‘ Bastard Myall” of Northern New South Wales.
“ Kowarkul ” of the Queensland aboriginals.

The following is an analysis of this bark :—Tannin, 9.13 per
cent.; extract, 16.15 percent. (Queensland Comm., Col. and
Indian Exh., 1886.)

Central New South Wales to Central Queensland.

7. Acacia dealbata, Zzxk., (Syn. A. crrorata, Sieb.); N.O.,

Leguminosz, B.FI., ii., 415.

““ Silver Wattle.”

An excellent tanning material. A sample in the Techno-
logical Museum of Sydney contains 29.25 per cent. of tannin.
The analysis was by Mr. Thomas, of Adelaide. Some specimens
from Quiedong, near Bombala, N.S.W., yielded the author 29.86
per cent. of extract, and 21.22 per cent. of catechu-tannic acid.
(Proc. R.S., N.S.W., 1887, p. 92.) The bark of this tree is much
thinner and inferior to the Black Wattle (A. decurrens, var, mol-
lisima), in quality. It is chiefly employed for lighter leather.
This tree is distinguished from the Black Wattle by the silvery, or

TANS. 307

rather, ashy hue of its young foliage. It flowers early in spring,
ripening its seeds in about five months, while the Black Wattle
blossoms late in spring, or at the beginning of summer, and its
seeds do not mature before about fourteen months. (Mueller.)

South Australia, Victoria, Tasmania, New South Wales and
Queensland.

8. Acacia decurrens, Wel/d.; N.O., Leguminosz, B.FI., ii., 214.
“Green Wattle”’ of the older colonists of New South Wales. ‘ Black
Wattle” and ‘‘Silver Wattle” of the colonists. ‘‘ Wat-tah” of the
aboriginals of the counties of Cumberland and Camden (New South Wales).
The following analysis of this bark was given by the Queens-
land Commissioners at the Colonial and Indian Exhibition of
1886 :—Tannin, 15.08 per cent.; extract, 26.78 per cent.

It is an important tan-bark in most of the colonies, and as it
grows in the poorest soils (almost pure sand) every encouragement
should be given to its cultivation. A specimen of this bark from
Ryde, near Sydney, yielded the author 48.74 per cent. of extract,
and 32.33 per cent. of catechu-tannic acid. (Proc. R.S., V.S.W.,
1887, p. 93.)

This Acacia is being grown successfully on a somewhat
extensive scale at Coonoor, in India. It thrives pretty well at
Ootacamund, but does not bear fruit there.

South Australia, Victoria, Tasmania, New South Wales and
Southern Queensland.

g. Acacia decurrens, var. mollis, Wil/d., (Syn. A. mollissima,
Willd.) ; N.O., Leguminosz, B.FI., ii., 415.
“Black Wattle” of the older New South Wales colonists. ‘Silver
Wattle.” ‘“Garrong” of some aboriginals of Victoria, and “ Warra-
worup ” by those at the aboriginal station, Coranderrk.

Since the subjoined was written, Baron Mueller has again
conceded specific rank to this so-called variety. ‘‘The bark, rich
in tannin, renders this tree highly important. The English price
of the bark ranges generally from {38to £11. In Melbourne it
averages about £5 perton. It varies, so far as my experiments
have shown, in its tannin, from 30 to 54 per cent. (séc) in bark

308 AUSTRALIAN NATIVE PLANTS.

artificially dried. In commercial bark the percentage is some-
what less, according to the state of its dryness—it retains about 10
per cent. of moisture. 13lb. of Black Wattle Bark gives 1lb. of
leather, whereas slbs. of English oak bark are requisite for the
same results; but the tanning principle of both is not absolutely
identical. Melbourne tanners consider a ton of Black Wattle Bark
sufficient to tan 25 to 30 hides; it is best adapted for sole leather,
and other so-called heavy goods. The leather is fully as durable
as that tanned with oak bark, and nearly as good in colour. Bark
carefully stored for a season improves in tanning power 10 to 15
per cent. From experiments made it appears that no appreciable
difference exists in the percentage of tannin in Wattle Barks,
whether obtained in the dry or in the wet season. As far back as
1823 a fluid extract of Wattle Bark was shipped to London,
fetching then the extraordinary price of £50 per ton, one ton of
bark yielding 4cwt. of extract of tar consistence (Simmonds), thus
saving much freight and cartage. The cultivation of the Black
Wattle is extremely easy, being effected by sowing, either broadcast
or inrows. Seeds can be obtained in Sydney or Melbourne, at
ss. per lb., which quantity contains from 30,000 to 50,000 seeds;
they are known to retain their vitality for several years. Seeds
should be soaked in warm water before sowing. Any bare, barren,
unutilised place might be most remuneratively sown with this
Wattle ; the return would be in from fivetoten years. Full-grown
trees, which supply also the best quality, yield as much as rewt. of
bark. Mr. Dickinson states that he has seen t1ocwt. of bark
obtained from a single tree of gigantic dimensions at Southport,
Queensland. A quarter of a ton of bark was obtained from one
tree at Tambo, Queensland, without stripping all the limbs. The
height of this tree was sixty feet, and the stem two feet in diameter
The rate of growth is about one inch in diameter of stem annually.
It is content with the poorest and driest, or sandy soils, although
in more fertile ground its growth is more rapid. (Mueller, Select
Extra-tropical Plants.)

Eastern South Australia, through Victoria and New South
Wales to Southern Queensland. The only form of this species
in Tasmania.

TANS. 309

10. Acacia falcata, Welld., (Syn. A plagiophylla, Spreng. ;
Mimosa obliqua, Wendl.); N.O , Leguminosz, B.FL., ii., 361.
“Hickory.” ‘“ Lignum-vite.”’ “Sally.” ‘‘ Wee-tjellan” of the
aboriginals of Cumberland and Camden (New South Wales).
Yields a good tanning bark.
Central New South Wales to Southern Queensland.

11. Acacia flavescens, 4. Cunz., N.O., Leguminose, B.F., ii., 391.

This bark contains 10.2 per cent. of tannin. (Staiger.)
Queensland.

12. Acacia glaucescens, Willd., (Syn. A. homomalla, Wendl. ;
A. cinerascens, Sieb.; A. leucadendron, A. Cunn.; Mimosa
binervis, Wendl.); N.O., Leguminosz, B.F1., ii., gt.

A “Myall,” ‘Brigalow,” &c. (For other vernacular names, see
“ Timbers.’’)

Bark from near Bombala, N.S.W., yielded the author 14.29
per cent. of extract, and 8.10 per cent. of catechu-tannic acid.
(Proc. R.S., N.S.W., 1887, p. 91.) The leaves (oc. cit., p. 260)
yielded 30.96 per cent. of extract, and 2.874 per cent. of tannic

acid.
From Victoria to Queensland.

13. Acacia harpophylla, F.v.M., N.O., Leguminose, B.FI., ii.,
389.

“ Brigalow.”
This tree yields a considerable amount of tan-bark. '
Central Queensland.

14. Acacia homalophylla, 4. Cuzn., N.O., Leguminose, B.FI.,

i, 38:

“ Narrow-leaved Yarran.”’ A “ Myall.” (For other vernacular names,
see ‘‘ Timbers.’’)

The bark from an oldish tree has been examined by the
author, with the following result :—Extract, 21.51 per cent. and
tannic acid 9.06 per cent. (Proc. R.S., NV.S.W., 1887, p. 189.)

New South Wales and Queensland.

310 AUSTRALIAN NATIVE PLANTS.

15. Acacia implexa, Benth., N.O., Leguminosz, B.F1., ii., 389.

Yields a tan-bark.
Victoria, New South Wales and Queensland.

16. Acacia leptocarpa, A. Cunn., N.O., Leguminose, B.F1., ii.,
407.
The following is an analysis of this bark :—Tannin, 10.20 per
cent.; extract, 26.41 per cent. (Staiger.)
Northern Queensland.

17. Acacia longifolia, Wrl/d.; N.O., Leguminose, B.FI., ii.,

397- .
“ White Sallow.” ‘' Golden Wattle.”

The bark of this tree is only half as good as that of A. decurrens.
It is used chiefly for sheepskins. The following is an analysis of
this bark :—Tannin, 12.67 per cent.; extract, 32.05 per cent.
(Staiger.) A specimen from Cambewarra, N.S.W., yielded the
author 30.35 per cent. of extract, and 18.93 per cent. of catechu-
tannic acid. (Proc. R.S., V.S.W., 1887, p.go.) Other specimens
(a) from Oatley’s Grant, near Sydney, and (4) Ryde, near Sydney,
yielded the author (Joc. cz#/., p. 190) 24.91.and 23.53 per cent. of
extract respectively, and 15.34 and 15.99 per cent. of tannic acid
respectively. Both were from much younger trees than the
specimens from Cambewarra. The leaves (/oc. czt. p. 260) yielded
21.55 per cent. of extract, and 1.932 per cent. of tannic acid.

South Australia, Tasmania, Victoria, New South Wales,
Southern Queensland.

18. Acacia longifolia, W72/d., var. Sophore, (Syn., A. sophore,

R.Br.; Mimosa sophore, Labill.); N.O., Leguminosz, B.FI.,

ii., 398.

This bark is used for tanning light skins in Queensland, but
as it is comparatively weak in tannin it fetches but a low price.
Mr. W. Adam informs me that Sydney fishermen often tan their
sails and nets with this bark, and are well pleased with it, the
articles being pliable after use.

South Australia, Tasmania, Victoria, New South Wales and
Southern Queensland. Chiefly on the coast.

TANS. 311

19. Acacia melanoxylon, #.2r., (Syn. A. arcuata, Sieb.); N.O.,

Leguminose, B.FI., ii., 388.

Variously called ‘ Blackwood,” ‘“ Lightwood,” ‘Black Sally,”
“* Hickory,” “ Silver Wattle.”

The bark of this highly valuable timber has usually gone to
waste, after the splendid wood has been obtained from the logs.
The bark is, however, rich in tannic acid, and ought not to
be left unutilised, though no trees of this species should be sacri-
ficed for the sake of their bark alone. (Mueller.) A sample of
bark from Monga, near Braidwood, N.S.W., yielded the author
20.63 per cent. of extract, and 11.12 per cent. of catechu-tannic
acid. (Proc. R.S., N.S.W., 1887, p. 31. The leaves (loc. ctt.,
Pp. 259) yielded 23.22 per cent. of extract, and 3.382 per cent. of
tannic acid.

All the colonies except Western Australia and Queensland.

20. Acacia neriifolia, A. Cunn., N.O., Leguminose, B.FI., ii.,

363. :
‘© Black Wattle.”

The following analysis of the bark is given by the Queensland
Commissioners, Colonial and Indian Exhibition, 1886 :—Tannin,
13.91 per cent.; extract, 17.87 per cent.

Northern New South Wales and Queensland.

21. Acacia Oswaldi, 7.v.47., N.O., Leguminosz, B.FI., ii., 384.-
“ Miljee.” (For other vernacular names, see ‘‘ Timbers.”)

The bark from an oldish tree has been examined by the
author, with the following result :—Extract, 20.7 per cent.; tannic
acid, 9.72 percent. (Proc. R.S., N.S.W., 1887, p. 189.)

In all the colonies except Tasmania.

22. Acacia pendula, var. glabrata, 4. Cunn., N.O., Leguminosz,
B.F1., 11., 383.

‘“* Yarran.”’

Bark from this variety, obtained from near Hay, N.S.W.,
yielded the author 17.91 per cent. of extract, and 7.15 per cent. -
of catechu-tannic acid. (Proc. R.S., N.S.W. 1887, p. 89.)

New South Wales and Queensland.

312 AUSTRALIAN NATIVE PLANTS.

23. Acacia penninervis, Sved., (Syn. A. impressa, Lindl.); N.O.,

Leguminosz, B.FI., ii., 362.

“ Blackwood.” Called ‘‘ Hickory’’ in the Braidwood district of New
South Wales.

The bark contains 17.9 per cent. of tannic acid, and 3.8 per
cent. of gallic acid. (Mueller.) The following analysis is given
by the Queensland Commissioners, Colonial and Indian Exhibi-
tion, 1886 :—Tannin, 14.49 per cent.; extract, 33.06 per cent.
Specimens from Monga, near Braidwood, N.S.W., yielded the
author (a) from the bark of the twigs, 22.88 per cent. of extract,
and 16.24 per cent. of catechu-tannic acid; (4) from the bark of
the trunk, 45.5 per cent. of extract, and 16.96 per cent. of catechu-
tannicacid. (Proc. R.S., N.S. W. 1887, p. 30.)

Tasmania, Victoria, New South Wales and Queensiand.

24. Acacia podalyrizefolia, A. Cunn., (Syn. A. Fraser?, Hook.;

A. Caleyi, A. Cunn.) ; N.O., Leguminosz, B.FI., ii., 374.

‘“« Silver Wattle.”

The bark is used in tanning, giving a light colour to
leather. The following analysis is given by the Queensland Com-
missioners, Colonial and Indian Exhibition, 1886 :—Tannin, 12.40
per cent.; extract, 29.50 per cent.

Northern: New South Wales and Queensland.

25. Acacia polystachya, A. Cunn., N.O., Leguminosz, B.F1., ii.,
407. :
The following is an analysis of this bark:—Tannin, 7.59 per

cent. (Staiger.)

Queensland and Northern Australia.

26. Acacia pycnantha, Benth., (Syn. A. petiolaris, Lehm.; A.

falcinella, Meissn.); N.O., Leguminosz, B.FI., ii., 365.

“ Black, Green, or Golden Wattle.” ‘“ Broad-leaf Wattle.” ‘ Witch”
of the aboriginals of Lake Hindmarsh Station (Victoria).

One of the richest tanning barks in the world. A sample in
the Technological Museum contains 33.5 per cent. of tannin,
according to an analysis by Mr. Thomas, of Adelaide. This tree,
which attains a maximum height of about thirty feet, is second per-

TANS. 313

haps only to A. decurrens in importance for its yield of tanner’s
bark ; the quality of the latter is even sometimes superior to that
of the Black Wattle (A. decurrens, var. mollissima), but its yield is
less, as the tree is smaller and the bark thinner. It is of rapid
growth, content with almost any soil, but is generally found in
poor sandy ground near the sea-coast, and thus also important for
binding rolling sand. (Mueller, Select Extra-tropical Plants.)

In part iii. of the Forest Flora of South Australia, by J. E.
Brown, are some very interesting analyses of the bark of this tree
by Mr. G. A. Goyder, Superintendent of the Crown Lands Labora-
tory at Adelaide. The table is given herewith. The localities are
all South Australian.

e OY] ue “ea 5
go 8|o ° 2
A ae a j £ | bo c “ 3
Locality where Character of soil eclS5| ou Boon o Sa|%s&
grown, elevation, &c. | upon which grown. ae 2% 4s ees een AE ge
sEle 5 \a8
3e)& é | s
Government Farm— Yrs.| lbs.| in. From
Belair, elevation | Sandy loam, with trunk wood
tooo ft. .. <r clay sub-soil 6 | 45 | 0.22 1 and bark } 34.0 | 55.3
Do. Do. | = of twigs 5.1 | 20.5
Do. Do. 6;-|— Leaves. 3.5 | 24.1
Torrens Island—
Almost sea-level .. | Deep sandy soil ...| 5 | 38 | 0.23 Trunk. 25.2 | 46.5
Do. Do. 5 | — | 0.04 Twigs. 21.7 | 40.8
Do. Do. 5 {|/-|— Leaves. 6.5 | 35-5
Bundaleer Forest—
Elevation, 1,800 ft. | Ferruginous loam,
with clay sub-
soil = -» | 7 | 128] 0.20 Trunk, 31.4 | 49.9
Do. Do. 4 | — | 0.05 Twigs. 22.3 | 45.6
Do. Do. 4 a Leaves. 4.9 | 34-4
Semaphore—
20 ft. above sea- abt.
level st ..- | Deep sand ... sw» | 30 | 307] 0.18 Trunk. 25.8 | 42.6
Brighton—
20 ft. to 3o ft. above
sea-level Clay soil oe | © | — | 0.21 Trunk. 28.4 | 53-4
Do. Do. 6 | — | 0.03 Twigs. 25.3 | 41.6
Do. Do. 6;—-|] — Leaves. 3.6 | 31.9
Mount Gambier Calcareous sand ... | 7 | — | 0.13 Trunk. 31.7 | §2.0

The dried leaves of this species furnish as much as 15.16 per
cent. of tannic acid, (Mueller and Rummel.)
South Australia Victoria and Southern New South Wales.

27. Acacia retinodes, Schlech.; N.O., Leguminosz, B.FI., ii., 362.

Yields a good tan-bark.
South Australia and Victoria.

314 AUSTRALIAN NATIVE PLANTS.

28. Acacia rigens, A. Cunn., (Syn. A. chordophylla, F.v.M.) ;

N.O., Leguminosz, B.F1., ii., 337.

“ Nealie,” or ‘‘ Needle Bush.”

Bark from an old tree, from near Hay, N.S.W., yielded the
author 19.05 per cent. of extract, and 6.26 per cent. of catechu-
tannic acid. (Proc. R.S., N.S. W., 1887, p. 88.)

South Australia, Victoria and New South Wales.

29. Acacia salicina, Zzz¢/., (Syn. A. ligulata, A. Cunn.); N.O.,
Leguminosz, B.F1., ii., 367.
“ Cooba,” or ‘‘ Koubah.” ‘‘ Native Willow.” ‘* Motherumba.”
An excellent tan-bark.
All the colonies except Tasmania.

30. Acacia saligna, Benth. non Wendl., (Syn. A. letophylla,
Benth; Mimosa saligna, Labill.); N.O., Leguminosz,
B.FI., ii., 364.

In South-west Australia it is the principal source of tan-bark.

It contains nearly 30 per cent. of tannin.

Western Australia.

31. Acacia sentis, 7.v.J7,, (Syn. A. Victorie, Benth.) ; N.O.,

Leguminose, B.FI., ii., 360.

A specimen of bark from Ivanhoe, N.S.W., yielded the
author 18.02 per cent. of extract, and catechu-tannic acid 6.32
percent.) (Proc. R.S., N.S. W.; 1887, p. 29.)

In all the colonies except Tasmania.

32. Acacia subporosa, /\7.dZ., supporosa in Muell., Fragm., iv.,
5; N.O., Leguminosz, B.FI., ii., 382.
This bark yielded tannic acid 6.6 per cent., and gallic acid
1.2 percent. (Mueller.)
Victoria and New South Wales.

33. Acacia vestita, Xe, N.O., Leguminosz, B,F1., ii., 375.

Bark from near Bombala, N.S.W., yielded the author 50.82
per cent. of extract, and 27.96 per cent. of catechu-tannic acid
(Proc. R.S., N.S. W., 1887, p. 89). The leaves (oc. cz#. p. 258)

TANS. 315

yielded 40.18 per cent. of extract, and 15.18 per cent. of tannic
acid.
Southern New South Wales and Northern Victoria.

34. Albizzia lophantha, Benth., (Syn. Acacia lophantha, Willd. ;
Mimosa distachya, Vent. non. Cav.; MM. elegans, Andr.);
N.O., Leguminosz, B.FI., ii., 421.

The bark contains 8 per cent. of tannin.. (Mueller.) This
tree is naturalised on the Nilgiris. (Beddome, Vlora Sylvatica of
Southern India.)

Western Australia.

35: Alphitonia excelsa, Rerssek, (Syn. Colubrina excelsa, Fenzl.);
N.O., Rhamnez, B.FI., i., 414.
“Red Ash.” ‘Mountain Ash.” “ Leather-jacket.” (For aboriginal
names, see ‘‘ Timbers.”’)
The bark of this tree is occasionally used for tanning.
New South Wales, Queensland and Northern Australia.

36. Atherosperma moschata, Zadc//., N.O., Monimiacez, B.FI.,
v., 284.

“« Sassafras.”

From the bark of this tree the following tannic acid may be
prepared. It only possesses scientific interest.

Atherosperma Tannin. Precipitate the decoction of the bark
with acetate of lead, treat the precipitate with acetic acid, precipi-
tate the filtrate by ammonia, decompose the precipitate suspended
in water by hydrogen sulphide, and evaporate the filtrate. It is a
yellow liquid of faintly acid and astringent taste; it greens ferric
salts. (Mueller.)

Tasmania, Victoria and Southern New South Wales.

37- Banksia integrifolia, Zivn., fi/., (Syn. B. spicata, Gaertn. ;
B. oletfolia, Cav.; B. macrophylla, Link.; 2B. compar, R.Br.);
N.O., Proteacez, B.FI., v., 554.

“Coast Honeysuckle.” ‘ Beef-wood.” (For aboriginal names, see

“* Timbers.”)

The bark of this and other species of Baxksva are occasionally
used for tanning. The author has analysed a sample of this bark,

316 AUSTRALIAN. NATIVE PLANTS.

obtained from the neighbourhood of Sydney, and has found
10.825 per cent. of tannic acid, with 14.2 per cent. of extract.
(Proc. B.S., N.S: W., 1887, p. 203.)

Victoria, New South Wales and Queensland.

38. Banksia serrata, Zinn., 7, (Syn. B. conchifera, Gertn.;
B. mitis, Knight; B. dentafa, Wendl.; B. media, Hook, f.,
non R.Br.); N.O., Proteacez, B.FI., v., 556.

** Honeysuckle.” Formerly called ‘‘ Wattung-urree”’ by the aboriginals
of Cumberland and Camden (New South Wales).

The bark of this tree has yielded nearly 10.8 per cent. of
tannic acid, and .7 per cent. of gallicacid. (Mueller.) The author
has examined a sample of bark of this species obtained in the
neighbourhood of Sydney. He found 27.38 per cent. of extract,
of a very deep colour, and no less than 23.25 per cent. of tannic
acid. (Proc. R.S., NV.S.W., 1887, p. 204.)

Tasmania, Victoria and New South Wales.

39. Bruguiera Rheedii, @Zume, (Syn. B. australis, A. Cunn.;

B. Rumphii, Blume); N.O., Rhizophorez, B.FI., ii., 494.

B. Rheedi and B. gymnorrhiza are united by some authors.

“ Red Mangrove.” ‘* Kowinka” of the Queensland aboriginals.

The following is an analysis of this bark :—Tannin, 19.48 per
cent.; extract, 37.91 per cent. (Staiger.) Another experiment
gave 18.2 per cent. of tannin. It is used for tanning chiefly in
India.

Queensland and North Australia.

40. Casuarina glauca, Sieb., (Syn. C. torulosa, Miq. non Ait.) ;

N.O., Casuarinex, B.FI., vi., 196.

“ Belar,” “ Billa,” or “ Bull Oak.” (For other vernacular names, see
“ Timbers.”’)

The author examined a specimen of bark of this species
brought from Ivanhoe, New South Wales. It contained 17.2 per
cent. of extract, and 11.58 per cent. of tannic acid. (Proc. &.S.,
1887, p. 205.)

South Australia, Victoria, New South Wales and Queensland.

TANS. 317

41. Casuarina suberosa, Osto and Dietr., (Syn. C. leptoclada,
Miq.; C. m@s/a, F.v.M.); N.O., Casuarinez, B.FI., vi., 197.
This tree has the following colonial names :—‘ Erect She-Oak.”

“Forest Oak.” ‘Swamp Oak.” ‘‘ River Black Oak.” ‘‘Shingle Oak.”

** Beef-wood.” ‘ Dahl-wah” is an aboriginal name.

The barks of Casuartnas are more or less astringent, and
are occasionally used for tanning. In India this astringency is
availed of for medicinal purposes, and less frequently in Australia,

Tasmania, Victoria, New South Wales and Queensland.

42. Cedrela toona, Roxd., (Syn. Cedrela australis, F.v.M.); N.O.,
Meliacez, B.FI1., i., 386. C. australis in Muell. Cens., p. 9.
Ordinary ‘‘ Red Cedar.” (For aboriginal names, see ‘“‘ Timbers.’’)
This bark contains a considerable quantity of tannin, which
produces a purplish leather. (Fawcett.) It is occasionally used
for tanning in India.
New South Wales and Queensland.

43- Eleocarpus orandis, F.v.M.; N.O., Tiliacez, B.FI., i., 281.

“Blue Fig.” “ Brisbane Quandong” (owing to the blue fruits being
eaten by children and aboriginals), By the latter it is frequently called
* Calhun,”or “ Callangun.”

The author has examined this bark for tannic acid. (Proc.
R.S., N.S.W., 1887, p. 182.) That yielded by a tree cultivated in
Sydney gave 21.566 per cent. of extract to water, and 10.28 per
cent. of tannic acid. It will be interesting to compare the per-
centages of tannic acid found by Mr. Skey in two New Zealand
species of this genus. 2. denfatus, Vahl. (“‘ Hinau’’), gave 21.8
per cent., and £. Hookerianus, Raoul, 9.8 per cent.

Northern New South Wales and Queensland.

44. Eremophila longifolia, F.v.M. (Syn., Stenochilus longifolius,
R.Br.; S. salicinus, Benth.; S. pudiéforus, Benth.); N.O.,
Myoporinee, B.FI., v., 23.

“Emu Bush,” owing to emus feeding on the seeds of this and other
species. ‘“‘ Berrigan” of the aboriginals.
The author has examined the leaves and bark of this small

tree for tannic acid, with the following results:—Zeaves, 9.705

per cent. of tannic acid, and 42.92 per cent. of extract; Barh,.

318 AUSTRALIAN NATIVE PLANTS.

5.107 per cent. of tannic acid, and 19.11 per cent. of extract.
(Proc. R.S., N.S.W., 1887, p. 199.)
In all the colonies except Tasmania.

45. Eremophila oppositifolia, *. Br., (Syn. £. arborescens,
A. Cunn.; Z£. Cunninghamit, R.Br.; Hremodendron Cun-
ninghamit, A. DC.); N.O., Myoporine, B.FI., v., 20.

“Emu Bush.”

The bruised leaves of this plant are used by the aboriginals
in the Western District for tanning wallaby and other skins used
by them for carrying water. Probably other species of Zremophila
are used for the same purpose.

South Australia, Victoria and New South Wales.

46. Eucalyptus spp,

Not only the bark, but also the leaves of HLucalyp/z contain a
peculiar variety of tannin, different in its action on the salts of iron,
compared with the tannic acid of Acacias and other plants, but
yet valuable as an adjunct to other tanning materials. Our experi-
ments showed that about four weeks were required to effect the
tanning of cow-hides, by simple immersion in the tan-liquor as
obtained by decoction, without addition of other substances,
whether leaves or bark were employed, except in the case of £.
Gunnit, the tanning process with that species being completed in
two weeks, and with Z£. goncocalyx in three weeks. The leather
obtained from leaves of &. Leucoxylon was grey-brown, hard and
tough ; that from the bark of 4. Gunnii light-brown, and rather
flexible; that from bark of Z. viminalis, £. gonitocalyx, and £.
amygdalina, reddish-brown and tough; that from the bark of
£. macrorrhyncha and E. melliodora darker still than that of the
preceding three; that from the bark of £. odligua red-brown in
colour. (Mueller, Lucalyptographia.)

47. Eucalyptus acmenioides, Schauer, (Syn. Zs pilularis var. (?)
acmentotdes, Benth.; £. ¢rianthos, Link) ; N.O., Myrtacez,
B.F1, iii., 208.

TANS. 319

“ Stringybark” of Central Queensland. ‘‘ White Mahogany ” of New
South Wales. ‘‘Jundera” of the aboriginals of the Richmond River
(New South Wales).

This bark is said to be occasionally used for tanning.

New South Wales and South Queensland, but not far inland.

48. Eucalyptus amygdalina, Zadill., N.O., Myrtacee, B.FI.,

lity, 202.

““ Messmate,”’ ‘‘ Peppermint,” “ Mountain Ash.” (For other ver-
nacular names, see ‘“ Timbers.’’)

This bark contains from 3.22 to 3.40 per cent. of kino-
tannic acid. (Mueller and Hoffmann.) The leaves of a variety
(“ Ribbon Gum ”’) from Nelligen, Clyde River, New South Wales,
yielded the author 32.13 per cent. of extract, and 1.815 per cent.
of tannic acid. The leaves of another variety (“ Peppermint’’)
from Bombala, in the same colony, yielded 44.24 per cent. of
extract, and 8.75 per cent. of tannic acid. (Proc. R.S., N.S.W.,
1887, p. 262-3.)

Tasmania, Victoria and New South Wales.

49. Eucalyptus Baileyana, “v.47, N.O., Myrtacee, F.v.M.,
Fragm., xi.
* Rough Stringy-bark.”

A tan-bark occasionally used.
Near Brisbane (Queensland).

50. Eucalyptus corymbosa, Smith, (Syn. Metrosideros gummifera,

Soland.); N.O., Myrtacez, B.FI., iii., 256.

“Bloodwood.” (For other vernacular names, see ‘‘ Timbers.’’)

Baron Mueller records 2.7 as the percentage of tannic acid
obtained in a specimen of this bark. The author obtained 5.85
per cent. of tannic acid, and 12.16 per cent. of extract in a sample
of bark of this species obtained from Cambewarra, New South
Wales. (Proc. R.S.. N.S.W., 1887, p. 196.) The leaves (loc. ct?
p. 273) yielded 36.72 per cent. of extract, 18.377 per cent. of
tannic acid.

From New South Wales to Northern Australia.

320 AUSTRALIAN NATIVE PLANTS.

51. Eucalyptus cosmophylla, /v.47., N.O., Myrtacez, B.FI., iii.,

225.

The ordinarily dry leaves gave 13 per cent, of tannin accord-
ing to a solitary experiment; equal to nearly 15 per cent. in
absolutely dry leaves. (Mueller and Rummel.)

South Australia.

52. Eucalyptus doratoxylon, /v.17.; N.O., Myrtacez, B.FI., iii.,
249.

‘* Spearwood.”
Mueller and Rummel obtained 7.01 per cent. of tannic acid in
the dried leaves.
Western Australia.

53. Bucalyptus globulus, Zad://.; N.O., Myrtacex, B.FL., iii.,

225.

The well-known ‘‘ Blue Gum.” (For other vernacular names and
synonyms, see ‘‘ Timbers.”’)

This bark contains 4.84 per cent. of kino-tannic acid. (Mueller
and Hoffmann.) Count Maillard de Marafy has suggested that
the leaves of this species can be used as a substitute for Sumach.
“Leaves of Z. globulus, taken from a plantation near Alexandria,
and pulverised like Sumach, when used upon cotton and wool in
the same proportion as the best Sicilian Sumach, gave an intense
black that left nothing to be desired.”

Tasmania, Victoria and Southern New South Wales.

54. Eucalyptus goniocalyx, v.47; (Syn., Z. elacophora, F.v.M.);
N.O., Myrtacez, B.FI., iii., 229.
“Spotted Gum.” (For other vernacular names, see ‘‘ Timbers.”)
This bark contains 4.12 to 4.62 per cent. of kino-tannic acid.
(Mueller and Hoffmann.)
Victoria and New South Wales.

55. Bucalyptus Gunnii, “ook. 7, (Syn. £. ligustrina, Mig.; £.
acervula, Hook. f.); N.O., Myrtacez, B.FI., iii., 246.
“Cider Gum” (of Tasmania). (For other vernacular names, see
“ Timbers.’’)

TANS. 321

The bark contained 3.44 per cent. of tannin as the result of
one experiment. (Mueller.) The author has examined the barks
of two varieties of this species—(a) ‘‘ Flooded Gum” or “ Bastard
Gum,” and (4) ‘Red Gum.” Both are from near Bombala,
N.S.W., the former yielded 19.4 per cent. of extract, and 9.45
per cent. of kino-tannic acid, while the latter yielded 20.84 per
cent. of extract, and 11.35 per cent. of kino-tannic acid. (Proc.
R.S., N.S. W., 1887, p. 86.) Leaves (oc. ctt., 272-3) yielded (a)
41.08 per cent. of extract, and 8.28 per cent. of tannic acid;
(4) 40.61 per cent. of extract, and 16.59 per cent. of tannic acid.

Tasmania, the extreme south-eastern portion of South Aus-
tralia, thence to Gippsland and into New South Wales as far as
Berrima.

56. Eucalyptus hemastoma, Smith, (Syn. EZ. signata, F.v.M. ;
£.. falerfolia, Miq.; and incl. Z. micrantha, DC.); N.O.,
Myrtacee, B.FI., iii., 212.

“Scribbly Gum.” (For other vernacular names, see ‘‘ Timbers.’’)
This bark is occasionally used for tanning. Leaves of this

species yielded the author 47.19 per cent. of extract, and 11.27

per cent. of kino-tannic acid. (Proc. R.S., V.S.W., 1887, p. 267.)
Illawarra (New South Wales) to Wide Bay (Queensland).

57- Bucalyptus hemiphloia, 7.v.47, (Syn. £. albens, Miq.);
N.O., Myrtacez, B.FI., iii., 216.
“ Gum-topped Box.”” (For other vernacular names, see ‘‘ Timbers.”)
One of the barks occasionally used for tanning by settlers.
Eastern South Australia, Victoria, New South Wales and

Southern Queensland.

58. Eucalyptus leucoxylon, “v.47, (Syn. &£. sederoxylon, A.
Cunn.); N.O., Myrtacez, B.FI., iii., 209.

“Tronbark.”? (For the other numerous vernacular names, see “‘ Timbers.’’)
The bark of this tree contains 21.94 per cent. of tannic acid.

(Mueller.) It is hence useful as a tanning material, but only for

inferior leather, as the extractive substance of the bark imparts a

dark coloration, and also seems to impair the tanning process.

The Sydney fishermen sometimes tan their sails and nets with it,

¥

322 AUSTRALIAN NATIVE PLANTS.

but they then become dark-coloured and hard. “The dried leaves
yielded 9} per cent. of tannic acid.” (Mueller and Rummel.) ;

Spencer’s Gulf (South Australia), through Victoria and New
South Wales to Southern Queensland.

59. Eucalyptus macrorrhyncha, “%v.dZ, (Syn. £. acervula,
Mig.); N.O., Myrtacez, B.FI., ili., 207.
“ Stringybark.” (For other vernacular names, see ‘“‘ Timbers.”’)
This bark contains 11.12 to 13.41 per cent. of kino-tannic acid.
(Mueller and Hoffman.) The leaves have been examined by the
author, and found to yield 40.18 per cent. of extract, and 10.13
per cent. of tannic acid. (Proc. R.S., N.S.W., 1887, p. 265.)
Victoria and New South Wales.

60. Eucalyptus maculata, Hook. 7, (Syn. £. vartegata, F.v.M. ;

E. peltata, Benth.); N.O., Myrtacez, B.FI., iii., 254 and 258.

“ Spotted Gum.”

A tan-bark, occasionally employed. The author obtained
9.74 per cent. of tannic acid, and 20.865 per cent. of extract from
a sample of this bark obtained from Cambewarra, New South
Wales. (Proc. R.S., N.S.W. 196.) - The leaves (doc. cit., p. 274)
yielded 28.32 per cent. of extract, and 5.263 per cent. of tannic
acid. ;

Port Jackson to Central Queensland.

61. Eucalyptus melliodora, 4. Cunn., (Syn. £. patentifiora, Miq.,
non F.v.M.); N.O., Myrtacez, B.FI., iii., 210.
“‘ Yellow Box.’’ (For other vernacular names, see ‘‘ Timbers.’’)
This bark contains 4.03 per cent. of kino-tannic acid.
(Mueller and Hoffmann.) Leaves of this species yielded the
author 49.8 per cent. of extract, and 7.89 per cent. of tannic acid.
(Proc. R.S., N.S.W., 1887, p. 266.)
Victoria, New South Wales and Queensland.

62. Eucalyptus microcorys, /.v.1/.; N.O., Myrtacee, B.FI., iii.,

212.
“ Tallow-wood.”’.. “Turpentine.” ‘* Tee.”

TANS. 323

A settlers’ tan-bark.
Northern coast districts of New South Wales, to Cleveland
Bay, Queensland.

63. Eucalyptus obliqua, L Hérit., (Syn., £. gigantea, Hook. f.;

E. falcifolia, Miq., (partly); 2. nervosa F.v.M.; and incl.

£. heterophylla, Miq.); N.O., Myrtacez, B.FI., iii., 204.

A “Stringybark.” (For other vernacular names, see ‘‘ Timbers.”)

The bark contains only from 2.5 to 4.19 per cent. of kino-
tannin. (Mueller.) Leaves of this species, from Cambewarra,
New South Wales, yielded the author 41.13 per cent. of extract,
and 17.2 per cent. of tannic.acid. (Proc. R.S., N.S.W., 1887,
p. 264.)

Southern New South Wales, Victoria, Tasmania and South

Australia.

64. Eucalyptus odorata, Behr, (Syn., E. porosa, Mig.; £. caju-
putea, Miq.); N.O., Myrtacez, B.FI., iii., 125.
“White Box.” (For other vernacular names, see ‘‘ Timbers.’’)
Leaves from a variety of this species, obtained from near
Eden, New South Wales, yielded the author 40.19 per cent. of
extract, and 6.775 per cent. of kino-tannic acid. (Proc. R.S.,
N.S. W., 1887., 268.)
South Australia, Victoria and New South Wales.

65. Eucalyptus piperita, Smith, (Syn. EZ. acervula, Sieb.); N.O.,
Myrtacez, B.FI., iii., 207.
“Peppermint.” (For other vernacular names, see ‘‘ Timbers.’’)
Leaves from this species, locally known as ‘“‘ Messmate’”’ and
“Narrow” or “ Almond-leaved Stringybark,’’ at Brooman, Clyde
River, New South Wales, yielded the author 34.08 per cent. of
extract, and 12.59 per cent. of kino-tannic acid: (Proc. R.S.,
ay. V., p.-265-)
Victoria, New South Wales and Queensland.

66. Eucalyptus polyanthema, Schauer, N.O., Myrtacee, B.FI.,
iM., 213.

““Box.”? (For synonyms and vernacular names, see ‘‘ Timbers.’’)

324 AUSTRALIAN NATIVE PLANTS.

This bark contains 3.97 per cent. of kino-tannic acid.
(Mueller and Hoffmann.) Leaves of this species yielded the
author 29.69 per cent. of extract, and 1.881 per cent. of tannic
acids. «(Proc K.-S. VGS.W., 23875.p- 267.)

Victoria and New South Wales.

67. Eucalyptus resinifera, Srcth, (Syn. Z. spectabilis, F.v.M. ;
LE. pellita, F.v.M.; E. Kirtoniana, ¥.v.M.; £. hemilampra,
F.v.M.); N.O., Myrtacez, B.FI., iii., 245.

“Red” or ‘Forest Mahogany.” (For other vernacular names, see

‘ Timbers.’’)

Used occasionally as a tan-bark.
New South Wales and Queensland.

68. Eucalyptus robusta, Smth, (Syn. £. rostrata, Cav. non

Schlecht.); N.O., Myrtacez, B.FI., iii., 228.

“White,” or ‘‘Swamp Mahogany.” (For other vernacular names, see
“Timbers.’’)

Leaves of this species, obtained from Brooman, Clyde River,
New South Wales, yielded the author 34.7 per cent. of extract,
and 12.069 per cent. of kino-tannic acid. (Proc. R.S., V.S.W.,
1887, p. 269.)

New South Wales.

69. Eucalyptus rostrata, Schlech/., N.O., Myrtaceze, B.FI., iii.,
240.
‘“Red Gum.’ (For synonyms and vernacular names, see ‘‘ Timbers.’’)
Some insect galls from saplings, causing the abortion of leaf-
buds and flower-buds, have been examined by the author. They
were more or less perforate, the perfect insect having in most
cases taken its departure. They were more or less weather-worn
and pulverulent. The colour yellowish to a dirty yellowish-brown.
Average diameter about }in. They yielded 70.22 per cent. of
extract, and 43.4 per cent. of tannic acid. (Proc. &.S., NV.S.W.,
1887, p. 85.)
Baron Mueller gives the percentage of tannic acid in the bark
at 8.22. Leaves of this species yielded the author (Joc. cz#., p.
271), 40.8 per cent. of extract, and 6.62 per cent. of kino-tannic

TANS. 325

acid. ‘These leaves were previously dried at 100° C., as usual.
Mueller and Rummel found 4.68 per cent of tannic acid in the
“fresh leaves.” Making allowance for moisture, the results closely
approximate.

In all the colonies.

70. Eucalyptus siderophloia, Benth. (Syn. Z. resinifera, A.
Cunn., non Smith; Z. persicifolia, DC.; and prob. £.
fibrosa, F.v.M.) ; N.O., Myrtacez, B.FI., iti., 220.

“Tronbark.” (For other vernacular names, see ‘‘ Timbers.’’)
This bark, which contains more or less kino disseminated
through it, is occasionally used for tanning. Sometimes the

Sydney fishermen use it for tanning their sails and nets, but it

discolours them.
At p. 193 (Proc. R.S., N.S.W., 1887) the author describes

an examination of the bark of a sapling of this species. The bark
differs from that described (Joc. cit., p. 39, see “Kinos”’), in
containing but traces of kino visible to the naked eye, and con-
sisting of the whole thickness of the bark. The complete difference
will be apparent from the following description of the bark now
referred to. Itreminds the author very strongly of virgin cork, more
sO, in fact, than any other specimen of Eucalyptus bark examined
by him up to the present time. It is deeply fissured, light
(though not quite so light as cork bark), and these particular
specimens certainly might be used as floats for fishermen’s nets.
It is very soft and elastic, and can easily be indented, and even
torn away by the finger-nail. In a word, it is simply inferior cork.
Its outer surface has nothing of the hardness characteristic of Iron-
barks, though it possesses their rugged, furrowed appearance.
Prevailing colour, light grey. The corky portion is readily detach-
able, and about an inch in thickness. It yields 14.2 per cent.
of extract, and 6.702 per cent. of kino-tannic acid. Leaves of this
yielded (Joc. cit., p. 269) 22.93 per cent. of extract, and 5.95 per
cent. of tannic acid.
Southern Queensland, south to Port Jackson.

71. Eucalyptus Sieberiana, v.47. (Syn., £. virgata, Sieb:) ;
N.O., Myrtacez, B.FI., iii., 202.

326 AUSTRALIAN NATIVE PLANTS.

“Mountain Ash.’’ “Cabbage Gum.” (For other vernacular names,
see ‘ Timbers.”’)

A specimen of kino from near Braidwood, N.S.W., yielded
the author 95.04 per cent. of extract, and 36.96 per cent. of kino-
tannic acid. (Proc. R.S., N.S.W., 1887, p. 37.) The leaves
(loc. cit., p. 262) yielded 32.31 per cent. of extract, and 2.389 per
cent. of tannic acid.

In all the colonies except Queensland and Western Australia,

72. Eucalyptus stellulata, Szed., N.O., Myrtacez, B.FI., iii., 200.

“ Box,” ‘ Black Sally,” &c. (For vernacular names and _ botanical
synonyms, see ‘ Timbers.’’)

A specimen of bark from near Braidwood, N.S.W., examined
by the author, yielded 27.64 per cent. of extract, and 12.86 per
cent. of kino-tannic acid. (Proc. R.S., NuS.W., 1887, p. 35.)
The leaves (Joc. cit., p. 261) yielded 42.14 per cent. of extract,
and 16.62 per cent. of tannic acid.

Victoria and New South Wales.

73. Bucalyptus Stuartiana, #v.JL, (Syn. £. persicifolia, Miq.,
non Lodd.; £. hats, non Schauer; £. falcifolia, Miq.);
N:O%, fide. B.FI., iii., 243 (partly).

“Woolly Butt.” (For EY numerous other vernacular names of this
tree, see “‘ Timbers.’’)

The bark contains 4.6 per cent. of tannic acid, and .7 per cent.
of gallic acid (Mueller). The author obtained 5.25 per cent. of
tannic acid, and 15.39 per cent. of extract in a sample from near
Bombala, New South Wales. (Proc. R.S., N.S.W., 1887, 195.)
The leaves yielded (/oc. czt., p. 271) 42.74 per cent. of extract,
and 10.158 per cent. of tannic acid.

Tasmania, Victoria, New South Wales and Queensland.

74. Eucalyptus viminalis, Zad77/., N.O., Myrtaceze, B.FI., iii
239- “Hes
‘“Manna Gum.” ‘“ Ribbony Gum.” (For other vernacular names, see
‘“« Timbers.”’)
This bark contains 4.88 to 5.97 per cent. of kino-tannic acid
(Mueller and Hoffmann); the latter being obtained from the bark

- TANS. 327

of a young tree. The author has found 7.504 per cent. of tannic
acid, and 18.65 per cent. of extract in a sample obtained from the
neighbourhood of Bombala, New South Wales. (Proc., R.S.,
WV.S.W., 1887, p. 194.) Leaves of this species yielded (loc. cit,
Pp. 270) 40.59 per cent. of extract, and 3.998 per cent. of tannic
acid. Mueller and Rummel found 3.47 per cent. in leaves of this
species. .
South Australia, Victoria, Tasmania and New South Wales.

75. Bucryphia Moorei, 7-v.47., N.O., Saxifragex, B.FI., ii., 447.

Acacia” of the colonists, as when not in flower it resembles some of
the larger species of that genus. ‘‘ Plum” of Southern New South Wales.
Called also “* White Sally.”

This bark has been tried by some settlers in the Braidwood
district as a tan, “ with excellent results.” A specimen from this
locality yielded the author 21.4 per cent. of extract, and 7.74 per
cent. of tannic acid. (Proc. R.S., N.S. W., 1887, p. 34.)

Victoria and New South Wales.

76. Eugenia Smithii, Posr., (Syn. £. elliptica, Smith; Myrtus
Smithit, Spreng.; Acmena flortbunda, var. DC.; Syzygium
brachynemum, F.v.M.); N.O., Myrtacez, B.FI., iii., 283.

** Lilly-pilly” is the common colonial name. “ Tdjerail” and ‘‘ Coochin-
Coochin” are aboriginal names in use in New South Wales and Queensland
respectively.

The bark contains 16.9 per cent. of tannic acid, and 3.6 per
cent. of gallic acid. (Mueller.)
Victoria to Northern Australia.

77. Exocarpus cupressiformis, Zadz//., (Syn. Leptomeria acerba,
Sieb. non R.Br.); N.O., Santalacez, B.FI., vi., 229.
“ Native Cherry.” (For other vernacular names, see “ Timbers.’’)
The author has examined a specimen of bark from this species.
The specimen was taken from a poor tree, yet it yielded 15.752 per
cent. of tannic acid, and 29.99 per cent. of extract. (Proc. R.S.,
NV.S.W., 205.)
In all the colonies.

328 AUSTRALIAN NATIVE PLANTS.

78. Fusanus acuminatus, (Syn. Santalum acuminatum, A. DC.;
S. Preissianum, Miq.; S. cognatum, Miq.); N.O., Santalacez,
B.FL., vi., 215. (S. acuminatum in Muell., Cens., p. 64.)

“‘Quandong.”’ (For other vernacular names, see “‘ Timbers.”’)
Bark of this species obtained from near Hay, N.S.W., yielded
the author 39.46 per cent. of extract, and 18.84 per cent. of tannic

acid. (Proc. R.S., N.S.W., 1887, p. 94.)

In all the colonies except Tasmania.

79. Grevillea striata, #.2r., (Syn. G. dineata, R.Br.); N.O.,

Proteacez, B.FI., v., 462.

“ Beefwood.”

The author has obtained 22.02 per cent. of a dark-coloured
extract, and 17.84 per cent. of tannic acid from a sample of this
bark obtained from near the Darling River. (Proc. R.S., V.S.W.,
1887, 202.)

In all the colonies except Victoria and Tasmania.

80. Hakea leucoptera, R.Br., N.O., Proteacez, B.FI., v., 515.

“ Needle,” or “Pin Bush.” ‘‘ Water Tree.” (For botanical synonyms,
see ‘“‘ Timbers.”)

The author has obtained 14.95 per cent. of extract, and
10.99 per cent. of tannic acid from asample of bark of this
species obtained from near Ivanhoe, New South Wales. (Proc.
R.S., N.S. W., 1887, 202.)

South Australia, Victoria, New South Wales and Queensland.

81. Nesodaphne obtusifolia, Benth., (Syn. Betlschmiedia obtusi-
folia, Benth. et Hook.; Cryptocarya obtusifolia, F.v.M.);
N.O., Laurinez, B.Fl., v. 299. Betlschmiedia obtusifolia in
Muell. Cens., p. 3.

“* Sassafras.”
The bark contains a tannin similar or identical with cinchona-
tannin, to the extent of 75 per cent. (Staiger.)
Northern New South Wales and Queensland.

TANS. 329

82. Pittosporum undulatum, Ver‘, N.O., Pittosporex, B.Fl. i.,
For.
“Native Laurel.” ‘* Mock Orange.”
The bark yielded 1.2 percent. of tannic acid, and .7 per cent.
of gallic acid (Mueller).
Tasmania, Victoria, New South Wales and Queensland.

83. Polygonum plebejum, &.2r., N.O., Polygonacez, B.FI., v.

267.

A species of Polygonum is used for tanning purposes in the
United States. The author was, therefore, induced to examine
this common Australian species of Polygonum. The whole plant,
except the root, was taken, and 28.11 per cent. of extract obtained,
and 11.19 per cent. of tannicacid. (Proc. R.S., N.S.W., 1887,

200.)
In all the colonies except Western Australia and Tasmania.

84. Rhizophora mucronata, Zam., (Syn. &. Mangle, Roxb.; R.
Candelaria, Wight et Arn.); N.O., Rhizophorex, B.F1., ii.,

493-

‘* Mangrove.”

The bark of this mangrove is used for tanning in India,
The following is an analysis of the bark :—Tannin, 28.85 per cent. ;
extract, 29.24 per cent. (Staiger.)

New South Wales, Queensland and Northern Australia.

85. Rhus rhodanthema, /.v.J/., (Syn. R. elegans, Hill); N.O.,
Anacardiacez, B.FI., i., 489.
“Deep Yellow-wood.”’ (For other vernacular names, see ‘‘ Timbers.”)
The author has examined the leaves and bark of this tree.
(Proc. R.S., N.S.W., 1887.) The bark was found to contain no
less than 23.15 per cent. of tannic acid, and 44.79 per cent. of
extract to water. The leaves yielded 32.2 per cent. of extract,
and 16.91 per cent. of tannic acid. This percentage is lower than
that yielded by other species of Rhus producing the sumach of
commerce, but as R. rhodanthema leaves will undoubtedly yield a
light-coloured leather, they may yet come into commerce.
New South Wales and Queensland.

330 AUSTRALIAN NATIVE PLANTS.

86. Syncarpia Hillii, Baz/., N.O., Myrtacee, Proc. Royal Soc.,.
Queensland, i., 86.
‘Turpentine Tree’ and “ Peebeen.” (Frazer’s Island, North Queens-

land.)
The bark contains 7.68 per cent. of tannin. (Staiger.)

Queensland.

87. Tristania conferta, .2r., (Syn., 7. sudverticillata, Wendl.
T. macrophylla, A. Cunn.; Lophostemon arborescens, Schott.
L. macrophyllum, R.Br.); N.O., Myrtacez, B.FI., iii., 263.
“White Box.” ‘Red Box.” ‘Brush Box.” . “ Bastard Box.”
‘* Brisbane Box.” ‘Mahogany.’ “ Tubbil-pulla” of some Queensland
aborigines.
This bark is occasionally used for tanning.
New South Wales, Queensland and Northern Australia.

we we

TIMBERS.

Tue timbers of Australia are the most valuable of all the un-
cultivated vegetable products. The indigenous trees are numerous,
both as regards species and individuals, but we must confess that
our knowledge in regard to their timber lacks precision. To
reconcile the different conflicting statements in regard to certain
timbers will be the work of years, and can only be accomplished
by the generous co-operation of people in all parts of the colonies.
At least, as far as New South Wales is concerned, the author
ventures to express the hope that dwellers in different parts of it
may favour him with small specimens, sufficient in size for critical
examination, of each timber in their neighbourhood, with samples
of the bark, flower, and fruit, and attached to each parcel the local
vernacular name. On most stations there is an_ intelligent
employee to whom the task of getting together such specimens
could be entrusted.

Mr. William Hogarth, of Momba, Wilcannia, has com-
municated to the author the following observation on the
durability of timbers :—

“In any locality, wherever a particular kind of tree pre-
dominates, that timber will last longest in the ground—for instance,
the Mulga where Mulga predominates, that is in dry situations,
while in damp situations, where ‘‘ Box’”’ predominates, the Mulga
soon rots, and Box lasts longer in the ground. Where Oak
(Casuarina) predominates, Mulga and Box will rot sooner than
Oak, and so on.” Mr. Hogarth made these observations, having
had many old fences to pull down on his run, and in putting up
new ones he acts as much as possible keeping this in view.

,

These conclusions have been combated by some gentlemen from
Western New South Wales to whom the author broached the
subject. The matter is, however, worthy of ventilation, and the
author would much like to receive communications on the subject
from various parts of the colonies.

332 AUSTRALIAN NATIVE PLANTS.

SEASONING OF TIMBER.

It is hoped that the few notes which follow may be of service.

The method the author has adopted for seasoning logs of
timbers for exhibition in the Technological Museum is as
follows :—

The logs are stood on end, and the upper end, which is
exposed to the atmosphere, is soaked with boiled linseed oil, and
this is covered with white-lead of the consistency of cream one or
two days after. The other end of the log stands on the floor, and
is not sealed up in any way, as this would prevent the moisture
draining away or evaporating. Two iron bands are made, of the
same diameter as the log. The ends are free, are turned out at
right angles, and holes are bored to receive a screw-bolt. By
means of nuts, each band is tightened up as much as possible,
having previously, by a few blows of the hammer, caused each
band to follow the outline of the log. Every few days the bands
are tightened up. The author has only adopted this method for
eighteen months, so it would be premature to say too much about
it, but up to the present he has no reason to suppose that it will
not be effectual.

A similar plan seems to be adopted in the Mauritius, where
ebony, when freshly cut, is beautifully sound, although it splits like
all other woods by neglectful exposure to the sun. The workmen
immerse it in water as soon as it is felled for six to eighteen
months; it is then taken out, and the two ends are secured from
splitting by iron rings and wedges.

This method is, of course, somewhat expensive and tedious,
but even if it should be considered out of the question to thus treat
the most valuable of our Eucalyptus timbers, many of our smaller
ornamental timbers would well repay the moderate amount of
trouble involved in treating them in this way.

As a matter of fact, the timbers in Australia rarely receive any
seasoning or care whatsoever. ‘Timber of a particular kind often
appears in patches in a forest, and wherever convenient a sawpit is
established in a position as central as possible. After a tree is
felled, it is usually converted into sawn stuff with a minimum of
delay. Seasoning is, as a rule, never thought of, though some go

TIMBERS. 333

so far as to partially season by storage in sawdust from the pit,
while others sometimes adopt the water process.

The remarks of Mr. Shields (7%/ra) areas true to-day as when
spoken twenty-five years ago. It is, however, not likely that
any immediate improvement will take place in the matter of
seasoning, for the reason that Australian hardwood (which forms
the great bulk of the timber) is cheap on account of its abundance,
while the cost of labour is very great. Moreover, the difficulty of
manipulating it, on account of its great weight, stands in the way
of seasoning it on an extensive scale. It has not yet been brought
home to our country sawyers that seasoning of timber will pay. And
more attention should be paid than at present to cutting the timber
at the proper season, 2.e., when the sap is least active, a time which
(within certain limits) can only be determined locally in each case.

Mr. Shields stated, from his experience in the use of Australian
woods, that it was the custom in that country to cut down the
timber as it grew, to convert it into the required shape, and to use
it without any kind of seasoning or preparation. It was not to be
supposed that timber, under such conditions, would, when exposed
_ tothe burning sun of India, endure for any long period. He
believed that when properly seasoned, as all timber required to be,
by the use of some simple means of preparation, such as immersion
in water, or exposure, under cover from the sun, to a current of air,
Australian timber would be found as durable as that of any other
country, and he knew of none in any part of the world which was
equal to it in strength or tenacity. It approached inferior wrought
iron in textile strength, and possessed excellent properties if it was
subjected to fair treatment. He thought more might be done with
Australian timber than had been the case hitherto, and he con-
sidered the use of it should not be abandoned without further
trial. (Proc. Inst. C.E., xxii. 258.)

The author has compiled the few notes on seasoning which
follow, chiefly from Motes on Building Construction, Part iii.
(Rivingtons), Zhe Materials of Engineering (Thurston), Sawmills,
their Arrangement and Management (M. Powis Bale).

Natural or air seasoning gives the best results. The timber
should in all cases be squared as soon as cut, and all large logs

334 AUSTRALIAN NATIVE PLANTS.

should be halved, or even quartered. It is then piled in the
seasoning yard in such a manner as to be protected as far as
possible from the sun and rain. It should be placed where the air
may circulate freely on all sides, not only of the pile, but of each
log; bad ventilation is sure to cause rot. (Thurston, of. cit.) If
stacked in the open air it should be arranged at a considerable
inclination. (Bale.) It should be sheltered, if possible, from high
winds. Rankine states that natural seasoning to fit timber for
carpenters’ work usually occupies about two years; for joiners’
work, about four years.

Hot air seasoning is resorted to where it becomes necessary
to season wood rapidly. The timber is piled in large chambers or
ovens. The sap is expelled by a current of hot air having a
temperature of 121° to 149°* C for logs of hardwood.

Seasoning by passing the smoke-laden products of combustion
from the furnace, directly through the pile of timber, has been
found not only a good method of seasoning, but also to have an
important and useful preservative effect. (Thurston, op. ci?.)
McNeile’s process, consisting in exposing the wood to a moderate
heat in a moist atmosphere charged with the various gases produced
by the combustion of fuel, is a modification of this.

Different forms of apparatus for hot-air seasoning are either
described or figured (or both) in most works on constructive
materials. Rankine calls this the best method of artificial seasoning.

It is sometimes convenient to season timber by stacking it
about the boiler of the engine used to drive machinery.

Desiccation is useful only for small scantling ; the expense of
applying it to large timber is very great; moreover, “as wood is one
of the worst conductors of heat, if this plan be applied to large logs,
the interior fibres still retain their original bulk, while those near
the surface have a tendency to shrink, the consequence of which
would be cracks and splits of more or less depth.” (Tredgold.)
Desiccated timber should not be exposed to damp before use.
Mr. Laslett states that during this process ordinary woods lose
their strength, and coloured woods become pale and wanting in
lustre.

* The temperature varies with different authorities,

TIMBERS. 335

Water seasoning is accomplished by immerson in water for a
long time. It is a slow and imperfect method, but for timber to
be used in water or in damp situations, it answers well. The sap,
in this case, is removed by solution. (Thurston, of. ci#.) Timber
thus seasoned is less liabie to warp and crack, but is rendered
brittle and unfit for purposes where strength and elasticity are
required. Care must be taken that the timber is entirely
submerged. Partial immersion, such as is usual in timber ponds,
injures the log along the water-line. It must then be carefully
dried, with free access of air, and turned daily. Timber that has
been saturated should be thoroughly dried before use; when taken
from a pond, cut up and used wet, dry rot soon sets in. Salt-
water makes the wood harder, heavier, and more durable, but it
should not be applied to timber for use in ordinary buildings,
because it gives the wood a permanent tendency to attract
moisture; also, if salt-water be used, great watchfulness must be
exercised to prevent any damage to the timber by salt-water
borers. Two or three weeks’ water-seasoning is sometimes found
to be a good preparation for air-seasoning, by dissolving out the
more soluble salts contained in the wood. (Thurston.)

Steaming timber is a method of seasoning sometimes em-
ployed. It, however, impairs the strength, but it preserves from
decay (as it is considered by some to prevent dry rot), as well as
from injury by warping or cracking.

Boiling timber in water has much the same effect as steaming,
but objections to both processes are their cost, and their weakening
effect on the timber.

Seasoning by botling tn oil is resorted to for some purposes,
as in making teeth in mortice gears. The temperature should be
kept at, or somewhat under 121° C. The wood should be
seasoned in blocks roughed out to near the finishing size, and they
become not only well and uniformly seasoned, but, as shown by
the experiments of Mr. G. H. Corliss, considerably strengthened.
(Thurston, op. cz?.)

It is especially necessary that timber used for wheelwright
purposes should be thoroughly well seasoned, as it will be found
that often, after very little use, the spokes will shake in their places,

336 AUSTRALIAN NATIVE PLANTS.

and the wheel almost fall to pieces. To obviate this, many good
makers block out the wheels roughly, and let them season for a
time before finishing. In any case it is highly important that the
parts of the wheel should not be put together before the wood has
entirely ceased to shrink. This remark applies equally well to
agricultural implements, furniture, &c. (Bale.) Some authorities
recommend the boring of a hole through the centre of a log to
facilitate seasoning, and the author knows wheelwrights in New
South Wales who regularly practice it with Eucalyptus timbers,
though to what extent the method is adopted he cannot say.

Mr. T. Laslett objects to ringbarking Teak with the view to
seasoning it, and inasmuch as the practice of ringbarking is all
but universal in Australia, whether to bring the land under
cultivation or pasture, or to utilize the timber, it will be well to
consider his observations on the effect of the practice as regards
the quality of the timber.

“Tt is the practice in Burmah to girdle the Teak trees three

years before they intend to fell them. . . . . The natural
juices contained in a tree being gradually run off by the root
while it stands. This, and the great heat of the climate combined,
seasons the wood, and renders the log—which in its green state
would have a specific gravity of at least 1.000, and be difficult to
move if felled—so much lighter that it flows easily over the
shallows of the streams or rivers to the port of shipment.
The practice of girdling is, I think, objectionable, inasmuch as the
timber dries too rapidly, is liable to become brittle and inelastic,
and leads frequently to the loss of many fine trees by breakage in
falling ; further, it must be regarded as so much time taken from
the limit of its duration, which is of great importance. Girdling
has been discontinued in the Annamallay forests of Malabar,
under the impression that it causes, or at least extends, the heart-
shake.” (Zimber and Timber Trees, p. 115.)

The best method of seasoning timber in Australia is still,
however, unsettled. With the object of ascertaining the best
method of treating timbers with the view to seasoning, the
Victorian Carriage Board recommends that ‘a number of trees of
each several kind might be rung and left standing in the forest, a

TIMBERS. 337

similar number being felled, both after a lapse of time being
opened and compared. If the standing timber compared
favourably with that felled, the former method might be recom-
mended for adoption, more particularly to settlers in agricultural
districts, where the standing timber would offer but a small
obstruction to farming operations, and might be removed at
convenience.”

In regard to the soft brush timbers, it is the experience of
bushmen that, if they are seasoned in the log they go bad; in
order to season properly they should be split or cut open soon
after falling. But, of course, there is a difference between
seasoning in the log under cover, and allowing the logs to be
exposed to the weather.

EXPERIMENTS ON THE STRENGTH OF AUSTRALIAN TIMBERS.

Experiments on Australian timbers (chiefly hardwoods) have
occupied different workers for many years, but they vary so much
in their results, and have been performed under such diverse
circumstances, that it is impossible to condense them into one
general statement. In regard to those experiments, the results of
which are more or less difficult of access to the majority of people,
the author has given brief statements of the conditions under
which they were performed, and this, taken in conjunction with
the plan which he has invariably adopted, of giving all information
known to him in regard to each timber under the name of that
timber, will render comparison of the experiments as easy as
possible.

In this connection he would invite attention to a paper, en-
titled “ The Want of a Uniform System in Experimenting upon
Timber,” by F. A. Campbell, C.E., Proc. Royal Soc. of Victoria,
gth December, 1886. Mr. Campbell summarises as follows the
circumstances which affect the results in timber tests :—

1. Age of tree.
2. Nature of locality where grown.
3. Part of tree from which timber is taken.
_ 4. Length of time seasoned. .
5. Deflection as affecting the bending moment of a beam.

6. Size of piece tested.
zZ

338 AUSTRALIAN NATIVE PLANTS.

Some of these points will be dwelt upon below, and the author
will now content himself by adding that one of the greatest diffi-
culties in the utilization of results is the doubt which exists as to
the identity of the timbers experimented upon by different
observers. A wood may be stated to be ‘‘Ironbark” or ‘ Blue
Gum,” and it may be one of some half a dozen timbers. In
regard to Eucalyptus timbers in particular, the author can say
(as one through whose hands many hundreds of specimens of
such timbers have passed, and who has some little know-
ledge of Australian timber trees) that the origin of those used
in many experiments is open to doubt,* and that in regard to
many species the work of testing the timber, having previously
placed its identity beyond all doubt, by means of a complete series
of botanical specimens obtained from the same, or an adjacent
tree, remains to be done.

Following are references to published experiments on the
strength of Australian timber :— |

1851. ‘On the strength, durability, and value of the timber
of the Blue Gum} of Tasmania, and of some other Eucalypts {
for ship-building.” With tables, by James Mitchell. (Papers and
Procs., Royal Society of Van Diemen’s Land, Vol. ii., Part i.,
1852. 12th Nov., 1851.)

“ The apparatus used for testing the transverse strength con-
sists of two strong pieces of frame-work, seven feet asunder,
attached to the sides of a small building. The deflection was
measured upon a scale attached to the wood by a silk thread
stretched over the frame-work by plummets, in the same manner
as described by Professor Barlow. The weights (56lbs. and
under) were placed upon a scale hung upon the middle of the
wood by means of a half-inch iron-eye, two and a half inches square.

“The weights were then placed upon the scale until the
deflection amounted to half an inch, when they were removed,
and the wood was permitted to resume its original straight form;

* With the reservations made when speaking of some individual specimens of
timber, the origin of the timbers experimented upon in the instances selected by the author
is open to no doubt.

+ E. globulus,

t E. viminalis aud E, obliqua,

TIMBERS. 339

the weights were then replaced, and removed at each succeeding
eighth of an inch of deflection, until the wood was observed to lose,
however slightly, the power to recover its rectilineal form; a
failure in this respect, amounting to the diameter of the thread,
was sufficient to determine its character for elasticity, after which
the weights were continued until the fracture took place.

“The apparatus used for ascertaining the direct cohesion was
as follows: Lengths of about 16 inches were cut from the pieces
broken transversely, and turned in an ordinary lathe to about one
and ahalf inches diameter; about an inch inthe middle was further
turned down to three-eights of an inch diameter, which was then
carefully squared to a quarter of an inch with a fine file; and this,
in each case, formed the portion to be tested. Through a hole
accurately bored across the thick part of these pieces, near each
end, short bolts were passed; to these bolts were attached short
pieces of good rope, having eyes spliced in each end to receive
them. A second piece of rope, passed through the first in the form
of a link, sustained the scale at the lower end; and a similar one
at the upper end hooked the beam which held the whole.”

1855. Tests of New South Wales timbers at the Paris Exhi-
bition, by Captain Fowke, R.E. (The author has been unable to
obtain access to a record of these tests.) Some of the results are
reproduced in Mr. Balfour’s Report (zz/ra).

The experiments were all made on samples two inches square
and one foot between supports, any which did not agree with those
standard dimensions being reduced thereto by calculation.

1858. ‘Report of Results obtained from Experiments on
the Elasticity and Strength of Timber in New South Wales, pro-
cured through the Chief Commissioner of Railways, and tested at
the Sydney Branch of the Royal Mint, in the month of March,
1858,” Read before the Philosophical Society of New South
Wales (now the Royal Society), 12th May, 1858, and printed in
The Sydney Magazine of Science and Art for May, 1858
(p. 258).

“The specimens used were fresh cut, taken from trees in the
neighbourhood of Belford, which lies eighteen miles from Maitland
and ten miles from Singleton, on the Great Northern road.

340 AUSTRALIAN NATIVE PLANTS.

The experiments were conducted as follows:—“ The distance
between the supports was four feet; the beam rested on iron
trestle-heads, firmly fixed and prevented from collapsing by
stays, the ends left free, the weights were applied in the
centre, and increased by half-hundred weights at a time, at
the intervals of half-an-hour, till the elasticity was evidently
destroyed, when the interval between each addition was pro-
longed to an hour. At the end of each interval the beam was
relieved of its weight. This was effected by means of a screw-
jack, which raised the scale on which the weights rested, thus
the beam was always relieved from pressure, and subjected to it,
without jerks.”

1860. ‘Report of further experiments conducted at the
Sydney Branch of the Royal Mint, to determine the strength and
elasticity of colonial timber, by E. W. Ward, Esq., Deputy-Master,
presented to Parliament 6th February, 1861.” Mew South
Wales Votes and Proceedings for 1861, vol. ii. (In the following
pages this report is referred to when the words “Sydney Mint”
are used.)

The experiments were conducted as follows :—*‘ The timber,
which usually consisted of a beam 2” x 2” in scantling, and five
feet in length, was placed horizontally on supports four feet apart,
and consisting of iron trestle-heads firmly fixed, and secured from
collapsing by stays. The ends of the beam were left free. The
weights were applied to the centre by means of a scale suspended
from an iron staple adjusted half way between the supports.
Commencing with a weight of six cwt., an addition of half a cwt.
was made at the end of every half-hour until nine cwt. had been
applied, when the interval between each successive application was
extended to one hour. At the end of each interval the beam was
relieved of its weight by means of a screw-jack, which raised the
scale in which the weights rested, and after the addition of half 2
cwt. the weight was brought to bear by gently lowering the scale,
by the means which it had been raised. As soon as it was
noticed that the beam on being relieved did not return to its
horizontal position, the weight in the scale, and the deflection of
the beam at that weight (the deflection at any particular weight

TIMBERS. 341

was indicated on a dial fixed above the beam, and having a point
connected by a simple arrangement with the iron staple to which
the scale was attached), were recorded as those at which the
elasticity had become impaired, and used as the necessary factors
for determining the value of E. After this, successive additions
were made of half a cwt. at the intervals and in the manner already
mentioned, until the beam broke; the breaking weight, or that
less by half a cwt., if the beam broke within one minute of the
weight being applied, being taken to determine the value of the
constant S.

“The screw-jack employed was found convenient for many
purposes. Being fitted on the top with a horizontal table, it
served to raise and lower the scale containing the weights, and
thus to apply to the beam the desired pressure without jerk ; it
admitted of such an adjustment of the table as to prevent (on the
fracture of the beam) the fall of the scale through unnecessary
space, and the damage to the scale often so occasioned ; and it
allowed the scale to be attached to a fresh beam without removing
the whole of the weights.”

1865. ‘Results of a series of experiments on the strength of
New Zealand and other colonial woods, by J. M. Balfour, C.E.,
Provincial Marine Engineer of Otago, etc.” Forming Appendix
C of the Report of the New Zealand Exhibition of 1864.

The experiments were conducted in the following manner :—
“A pressure of solbs. was applied for two minutes (as
measured by a sand-glass), and the sample was then released;
75lbs. were then applied for the same time; then a 1oolbs., and
sO on, increasing by 25lbs. each time. Each time the sample was
released the point on the deflection scale to which it returned was
read, and when it came to be notably under the original reading,
the specimen was allowed to remain unloaded for two minutes, to
see whether it would in time further recover itself. When, how-
ever, there were indications that the point of fracture was nearly
attained, the pressure was gradually and steadily increased, with-
out being again removed, until the specimen broke, the observer
keeping his eye on the deflection scale and noting its reading at
the first crack, the maximum pressure exerted being indicated on

342 AUSTRALIAN NATIVE PLANTS.

the proper scale, by a simple self-registering arrangement. After
a certain number of specimens of the wood being examined had
been treated in this way, the remainder, if any, were broken more
rapidly by a gradually increasing steady pressure which was never
relaxed. ‘ihese experiments were specially noted in a ‘remarks’
column. This system was used throughout, except that, when the
first experiment showed that the wood was very weak, the first
weight applied was z2olbs. only, and the regular increment
varied from iolbs. to 2olbs., according to the circumstances of
the case.

“The period during which each pressure was applied was
certainly rather short to allow the weight to have its full effect,
but it was adopted as a necessary compromise between the work to
be overtaken and the time in which it required to be done. The
rapidity with which the experiments were carried on may have had
the effect of making the results somewhat high, but as the values
of E should be equally influenced with those of S, and as the
values of E. are not inconsistent with those ascertained at Sydney,
(Further Experiments, &c., by Capt. Ward, R.E.), there is no
evidence to show that such has been the case.

“In Barlow’s work E is calculated for a unit of
one inch long and one inch square. In calculating these results
the unit has been assumed as one foot long, so that Barlow’s E has
to be divided by 12° or 1,728, and vice versa, to get the corres-
ponding quantities. . . . Column S is the most important
of all, as giving the ultimate strength of the timber. The values
_extracted from Barlow’s work and elsewhere have been divided
by twelve, to reduce the results to a uniform standard of one foot
long, which is considered more convenient than the old unit of
one inch.”

1875. Zimber and Timber Trees, Native and Foreign, by
Thomas j,Laslett, Timber Inspector to the Admiralty, London,
Macmillan & Co.

“The tests for the transverse strengths in my experiments
were conducted, in every case, with pieces 2” x 2" x 84” = 336
cubic inches. Each piece was placed upon supports exactly
six feet apart, and then water was placed gently and gradually into

TIMBERS. 343

a scale suspended from the middle until the piece broke, note
being taken of the deflection with 390lbs. weight, and also at the
crisis of breaking.

“* After this, a piece two feet six inches in length was taken,
whenever it was found practicable, from one of the two pieces
broken by the transverse strain, and tested for the tensile strain
by means of a powerful hydraulic machine, the direct cohesion of
the fibres being thus obtained with great exactness. Further, for
the purpose of determining the proportions of size to length best
adapted for supporting heavy weights, a great many cube blocks
were prepared, of various sizes, as also a number of other pieces
of different form and dimensions, which were then, by the aid of
the same machine, subjected to gradually increasing vertical
pressure in the direction of their fibres, until a force sufficient to
crush them was obtained.”

1879. F. Byerley, C.E.,in The Australian Engineering and
Building News, November, 1879.

He experimented (see Eucalyptographia, under £. fesselaris)
on seasoned specimens of one inch square, weights being applied
to the middle of the rods between supports one foot apart, the
ends being free.

1879. ‘‘ Experiments on the Tensile Strength of a few of the
Colonial Timbers,” by Fred. A. Campbell, C.E., Zrans. Royal
Soc. of Victoria, 1879.

“As the power I could bring to bear on the specimens did
not exceed one ton, I found it necessary to work upon specimens
with a sectional area of one-sixteenth of an inch. . . . The
apparatus used was of the roughest description, but it answered
its purpose. The specimens were held at each end by wrought
iron clips (figures are given with the paper), and then hung and
pulled by means of a lever. Using known weights, and sliding
them along the lever, which was graduated, I readily obtained the
breaking weight of the specimen. The weights were always
applied in such a way as to cause a gradually increasing stress
upon the specimen, perhaps fifteen to twenty minutes being taken
to work up to the breaking weight.”

344 AUSTRALIAN NATIVE PLANTS.

1880. ‘“‘ Results of experiments on the transverse strength of
the wood of £. glodulus,” by Baron von Mueller and J. G.
Luehmann.

“Results of experiments on the transverse strength of the
wood of various Eucalypts,” by the same.

Both these tables are published in a Catalogue of Timbers of
Victoria in the Technological Museum of Melbourne, by Baron
Mueller. They were originally published in the Sixth Decade of
the learned Baron’s Lucalyptographia under E. glodulus.

The experiments were performed on pieces of two inches
square, and two feet long between the supports, the weight sus-
pended in the middle, both ends free. The £. globulus timber
was seasoned for nine months; similar information is not given in
regard to the other timbers.

1884. ‘Official Report of the Carriage Timber Board,
” This Board was appointed,
on a motion in the Victorian Parliament, with the view of
ascertaining, by various experiments, the best kind of timber

Victorian Railways, Melbourne, 1884.

grown in the Australian colonies adapted for the construction of
railway vehicles.

The timbers received were seasoned for a year, and tests of
them were conducted at the railway workshops at Newport, near
Melbourne, from January to April, 1884. The mode of testing
the various specimens was as follows :—

‘‘ Two standards, six feet apart, were erected to form bearings
for the specimens, which were seven feet long, and one seven-
eighth of an inch square. Weight was applied at the centre, where a
measure was adjusted to show, in inches and parts, the exact
deflection at, and before breakage. Three specimens of each
contribution were tested, and the mean result recorded.”

1886. ‘The strength and elasticity of Ironbark timber as
applied to works of construction,’ by Prof. Warren. (See Proc.
R.S., N.S.W., 1886.) In this paper Prof. Warren (besides the
experiments performed by himself) alludes to two experiments on
the transverse strength of beams of Ironbark not referred to above.

1887. “ The strength and elasticity of New South Wales
timbers of commercial value,” by Prof. W. H. Warren, M.I.C.E.

TIMBERS. 345

(Government Printer, Sydney). The paper is illustrated by
numerous plates showing the apparatus employed, and also
showing graphically the stresses to which the timbers were
subjected. An autographic stress-strain apparatus (designed by
Prof. Warren and Mr. J. A. McDonald) was used.
ENEMIES OF CoLoniaL TimBER (Xylophages or Wood-eaters).
The following animals are referred to in the section
““Timbers”’ as being injurious to wood; it may, therefore, be
interesting to have a few notes about them :—
Chelura terebrans, a small Amphipodous Crustacean which
bores in wood-work immersed in sea-water. (For figure, see
Treasury of Natural History, p. 123.)

Cobra is the vernacular name given to certain molluscs,
Calobates Sp., etc., very destructive to wood immersed in sea-water.

In the Zrans. Linn. Soc. vol. xxv., 564, is a paper by
Professor Percival Wright, on the Zeredide. In that paper
he describes and figures two new species, Calobates australis,
destructive to timber at Fremantle, Western Australia, and
Nausitoria Saulii, similarly destructive in~Port Philip, Victoria.

Leredo, or “‘Ship-worm,” is the name given to a genus of
testaceous molluscs, which form their habitations by boring holes
in submerged timber, and thereby occasion destructive ravages in
ships’ bottoms, sunken piles, etc. The Zeredo navalis is worm-
shaped, and about six inches long. (See figure in Cassell’s
Natural History.) In making its excavations into the wood,
which it does by boring into the substance in the direction of the
grain, each individual is careful to avoid the tube made by its
neighbour, and often a very thin leaf of wood alone is left between;
it also, when a knot occurs in its path, makes a turn to avoid it.
(Treasury of Natural History.)

However, ‘but for the maligned Zeredo, the sea would be so
covered with floating logs as to be to some extent unnavigable ;
the rivers of warm latitudes would be choked up by the accumu-
lated drift-wood at their mouths, and their fertile banks would, in
many cases, be converted into morasses.”’ (Dr. Ball, quoted by
Patterson.)

346 AUSTRALIAN NATIVE PLANTS.

There is a paper in the Proc. R.S., Van Diemen’s Land,
1852, by Sir W. T. Denison, on “The Operation of TZeredo
navalis in colonial timber.” He states: ‘The absolute amount
of the action of the worm in the Harbour of Hobart Town from
these observations would appear to be equivalent to a reduction of
one and a half inches in the diameter of a round pile in eight
years, or at the rate of about one-fifth of an inch per annum.”
Two species of Eucalyptus are referred to, but their botanical
names are not given. One is probably Z. g/odulus, and the other
£. amygdalina. For a return showing the approximate injury
done by the Zeredo and other sea-worms, to submerged timbers
within the waters of Victoria, see Report on Indigenous Vegetable
Substances, Victorian Exhibition, 1861.

Termites, or White Ants. ‘Next to locusts, they may be
reckoned the most destructive insects known to man. They live
in societies, often prodigiously numerous, and, like the bee and
ant, are composed of three sorts of individuals. In all the stages
of their existence, save that of the ovum, they are active, carni-
vorous or omnivorous; and are, beyond all doubt, the greatest
pest of tropical climates; destroying all articles of furniture made
of wood, clothes, &c., and even entering the foundations of houses,
and eating out the whole interior of the timbers, so that while they
appear perfectly sound externally, they will fall to pieces under
the slightestblow. . . . The Termites generally make their ap-
proaches to the nest under ground, descending below the foundations
of houses and stores at several feet from the surface, and rising again
either in the floors or entering at the bottoms of the posts of which
the sides of the buildings are composed, following the course of
the fibres to the top, and having lateral perforations or cavities
here and there. While some of them are employed in gutting
the posts, others ascend from them, entering a rafter or some other
part of the roof in search, as would seem, of thatch, which appears
to be their favourite food; and if they find it, they bring up wet
clay, and build galleries through the roof in various directions, as
long as it will support them. In this manner a wooden house is
speedily destroyed; and all that it contains is, at the same time,
subjected to the ravages of these destructive insects.

TIMBERS. 347

‘In carrying on this business they sometimes find, by some
means or other, that the post has a certain weight to support, and
then, if it is a convenient track to the roof, or is itself a kind of
wood agreeable to them, they bring their mortar; and, as fast as
they take away the wood, replace the vacancy with that material,
which they work together more closely and compactly than human
strength or art could ram it. Hence, when the house is taken to
pieces, in order to examine if any of the posts are fit to be used
again, those made of the softer kinds of wood are often found
reduced almost to a shell ; and almost all of them are found trans-
formed from wood to clay, as solid and as hard as many kinds of
stone that are used for the purposes of building.” (Zreasury of
Natural History.) The above is taken from an account of Termes
belltcosus, but the description more or less applies to other species.
For an account of the life-history of Zermes see the book above
quoted, also Cassell's Natural History, vi., 137, which is adorned
with some splendid illustrations of this genus. See also appendix
to Carpenter’s Zoology.

The Wattle Goat-Moth. Zeuzera (Eudoxyla) Eucalyptt
(Boisd. Herr. Scheef.)

The following notes respecting this insect are entirely taken
from Professor McCoy’s Prodromus of the Zoology of Victoria,
Decade iii., where (Plate 30) a coloured plate illustrating its life-
history is given.

Considering the great importance attached by the Government
to the preservation and cultivation of wattle trees (Acacia), it is
important for bark-strippers and others interested in the industry,
to know the appearance of the insect represented on the plate
(above alluded to) as the greatest destroyer of these trees, so that
attention may be given to destroying the perfect moth; the large
abdomen of thé female of which is distended with millions of
eggs, each of which will produce a voracious grub as thick as
one’s thumb, and five or six inches long, eating the timber for
years.

It is unfortunate that the specific name Lucalypt7 should have
been given to this species, as it never frequents any Hucalypius,
but feeds exclusively on the wood of Acaczas.

348 AUSTRALIAN NATIVE PLANTS.

The lava, hatched from eggs laid in crevices of the bark of the
branches, works steadily into the interior of the tree, proceeding
head downwards, enlarging the cylindrical burrows as it gradually
grows larger and eats its way downwards, often reaching to the roots.
When about to assume the pupa state it forms a slight cylindrical
cocoon from four inches to a foot long, of silk and sawdust-like
small grains of wood, as a lining to the end of its burrow. When
the burrow terminates in a root a few inches below the surface of
the ground, the cocoon is continued from the hole in the wood
upwards as far as close to the surface of the ground; but when
the burrow ends in the surface of the trunk of the tree above the
ground level there is no prolongation of the cocoon. In either
case the pupa works itself forward by means of the little deflected
spines on the rings, pushing for half-an-inch or so through the end
of the cocoon before it bursts to allow the imago to escape.

The ovipositor of the females is of extraordinary length and
rigidity, equalling half the length of the abdomen when exserted,
but capable of being entirely retracted out of sight; with this the
eggs are deposited deep in the crevices or fissures of the bark of
the trees, on the inner timber of which the larva feeds.

It is common in the winged state about February, flying in
the twilight, in all parts where wattle trees abound.

In most forest-bearing countries the natural enemies of the
larve, and protectors of the trees, are woodpeckers, who by
instinct know where the larve are, and by powerful strokes of
their bills cut down quickly on them through the sound wood, and
transfixing the grubs with their long worm-like, barbed tongue,
draw them out, and devour them. In Australia there are no
woodpeckers, and the consequence is that every tree cut up for
firewood is seen to be traversed with large cylindrical canals made
by these or allied larvae, which are the greatest destroyers of our
forests, so abounding in the wood of almost every forest tree that,
in a storm, it is dangerous to go near a large tree, as one ap-
parently sound may snap across unexpectedly with a moderate wind.

Note-—The heights and diameters given of trees (below
referred to) must only be received as approximations. The dia-
meters are those of the stems about three feet from the ground.

TIMBERS. 349

1. Acacia acuminata, Benth., (Syn. A. Oldfieldi’, F.v.M.); N.O.,
Leguminose, B.F1., ii., 404.

A ‘‘ Myall.”” The ordinary name for species of the genus Acacia in the
colonies is ‘‘ Wattle.” The name is an old English one, and signifies the
interlacing of boughs together to form a kind of wicker-work. The abori-
ginals used them in the construction of their abodes, and the early colonists
used to split the stems of slender species into laths for “* wattling”’ the walls
of their rude habitations.

The scent of the wood is comparable to that of raspberries.
It is the best of West Australian woods for charcoal. The stems
are much sought after for fence-posts, being very lasting, even
when young. (Mueller.) The wood is also used by the abori-
ginals for making various weapons. It is a dark reddish-brown,
close grained, hardwood, and Mr. Allen Ransome, who reported
on the timbers sent to the Colonial and Indian Exhibition,
expressed the opinion that it should find a ready sale in England
for ornamental wood work. Height, 30 to 40 feet.

Western Australia.

2. Acacia aneura, 7.v.J7., N.O., Leguminosx, B.FI., ii., 402.

The chief ingredient of “‘ Mulga” scrub. (‘‘Mulga” is the name of a
long narrow shield of wood, made by the aboriginals out of Acacia wood.)
A “ Myall.”

Wood excessively hard, dark brown, used by the aboriginals
for boomerangs, sticks to lift edible roots, shafts of spears, nulla-
nullas, and jagged spear-ends. (Mueller.) It makes excellent
fencing posts, and in parts of Western New South Wales it is
exceedingly plentiful and much appreciated. It is often used for
bullock-yokes. Diameter, 9 to 12 inches ; height, 20 to 30 feet.

Western Australia, through the other mainland colonies to
Queensland.

3. Acacia armata, #.2r., (Syn. A. furcifera, Lindl.); N.O.,
Leguminosz, B.FI., ii., 347.
** Kangaroo Thorn.”
Much grown for hedges, though less manageable than various
other hedge plants. Important for covering coast-sand with an
unapproachable prickly vegetation. (Mueller) The wood is

350 AUSTRALIAN NATIVE PLANTS.

small, but beautifully grained, sound, and durable. Height, 10 to
20 feet.

Western Australia, through the mainland colonies to
Queensland.

4. Acacia aulacocarpa, 4. Cunn., N.O., Leguminose, B.FI.,

ii., 410.
“Hickory Wattle.”

Wood hard, heavy, tough, and dark-red ;_ useful for cabinet-
work. (Cat. Queensland Woods, Col. and Ind. Exh., 1866.)
Queensland.

5. Acacia Bidwilli, Bexh., N.O., Leguminosz, B.FI., ii., 420.

‘“‘ Waneu” of the aboriginals of Central Queensland. ‘‘ Yadthor” of
the aboriginals of the Cloncurry River, North Queensland.

Timber hard, close-grained, and takes a good polish. It has
a light yellow sap-wood, while the heart-wood is dark. Diameter,
10 to 16 inches. Height, 20 to 30 feet.

Queensland and Northern Australia.

6. Acacia binervata, DC., (Syn. A. umbrosa, A. Cunn.); N.O.,

Leguminosz, B.F'1., ii., 390.

“Black Wattle’’ of Illawarra (New South Wales), and further south,
‘“‘Hickory.” ‘ Myimbarr” of the aboriginals of Illawarra. “ Meroan-
gange” of the aboriginals of the Counties of Cumberland and Camden
(New South Wales). ‘‘ Malla-waundie” of the aboriginals of Northern
New South Wales.

This wood is close-grained; tough and light, and much
prized for axe-helves and bullock yokes. As regards colour, it
varies between a dirty white and pinkish, and a uniform dirty
colour, similar, but more intense, than California Red Pine. The
specimens seen by the author have no figure. Three slabs of this
wood in the Technological Museum, which have been seasoned
over twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862, under the names A. dinervata,
A. umbrosa, and Pithecolobium umbrosum), have weights which
correspond to 5olb. 80z., 51lb. 40z., and 56lb. 110z. respec-
tively per cubic foot. Height, up to 30 or 40 feet, and 8 to 12
inches in diameter. .

New South Wales and Queensland.

TIMBERS. 351

7. Acacia brachybotrya, Benzh., (Syn. A. dictyocarpa, Benth.);
N.O., Leguminose, B.FI., ii., 374.

Specific gravity of the wood 1.021. (Report Victorian
Exhibition, 1861.)
South Australia, Victoria and New South Wales,

8, Acacia calyculata, 4. Cunn.; N.O., Leguminose, B.FI., ii.
410.

Wood dark brown, hard, heavy, and close-grained; suitable
for turnery and cabinet work. (Cat, Queensland Woods, Col.
and Ind. Exb., 1886.)

Queensland.

9. Acacia crassicarpa, 4. Cunn.; N.O., Leguminose, B.FI., ii.
410.
Wood prettily marked, hard, and dark coloured. Height,
30 to 40 feet.
Queensland and Northern Australia.

10. Acacia Cunninghami, Hooker, N.O., Leguminosz, B.FI., ii.,
407.
“Bastard Myall” of Northern New South Wales. ‘ Kowarkul’’ of
some Queensland aborigines.

Wood close-grained, and takes a good polish. It is dark-
coloured and heavy, and a useful wood for cabinet purposes. It
reminds one very much of Red Cedar, but it is rather heavier. It
is very homogeneous. A slab of this wood in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London Exhibition of 1862), has a weight
which corresponds to 46lbs. 120zs. per cubic foot. Diameter,
g to 12 inches; height, 20 to 30 feet.

Central New South Wales to Central Queensland.

11. Acacia dealbata, Zzzk, (Syn. A. irrorata, Sieb.); N.O.,
Leguminosz, B.FI., ii., 415.
“Silver Wattle” (owing to the whiteness of the trunk, and the silvery
or ashy hue of its young foliage),

352 - AUSTRALIAN NATIVE PLANTS.

Used in Tasmania for cask staves and treenails. It is also
useful for rustic work and for fuel. This Acacia has been
naturalised on the Nilgiris (India) since 1840. The following is
interesting as showing the facility with which it can be acclimatised
in Southern India.

‘* Ootacamund (Madras) was till recently completely over-run
with this wattle, but owing to the persistent crusade waged against
it both by the municipality and house-owners, its progress has been
held in check, only a few full grown trees being left, though much
remains still to exterminate it. The myriads of suckers which
spring from the extensive and encroaching wattles come up with
renewed vigour and amazing rapidity as fast as they are cut down,
and form an inexhaustible fuel reserve’”’ (Madras Mail), and,
might be added, an inexhaustible tan-bark supply.

It is being tried in plantations in the hills of the Punjab,
North-West Provinces and Sikkim. A specimen of timber cut
from a tree eleven years old, forty-six feet high, and about twelve
inches in diameter, is thus described by Mr. Gamble: “Wood
moderately hard, light-brown, but warps considerably. Pores
small, often in short linear groups. Medullary rays short, fine,
and moderately broad, well marked on a radial section.”

Colonel Beddome, in his report on the Nilgiri Plantations for
1878, says this wattle grows very readily from the stool, but
comes up in a dense mass of small twig-like stems, so that it can
only be depended upon for very small firewood.

South Australia, Victoria, Tasmania, New South Wales and
Queensland.

12. Acacia decurrens, W2//d., var. normalis, Benth., (Syn. A.
decurrens, Willd.; A. angulata, Desv.; A. sulctpes, Sieb.;

A. adenophora, Spreng; Mimosa decurrens, Wendl.) ; N.O.,

Leguminose, B.F1., ii., 414.

“Black Wattle” (from the dark colour of the old bark). ‘ Green
Wattle” (of the older colonists, and still in use in Southern New South
Wales, at least). ‘*Feathery Wattle.” ‘* Wat-tah” of the aboriginals of
the counties of Cumberland and Camden (New South Wales).

Timber light, tough and strong; suitable for staves; The
wood is generally much bored by larvze of coleopterous insects.

TIMBERS. 353

It is useful for rustic-work, and even in a green state furnishes
excellent fuel. It is easy to work. The sap-wood is white, and
the heart-wood of a pinkish colour.

Specific gravity, .727 and .773 (say between forty-five and
forty-eight pounds per cubic foot); yield of charcoal per cent.,
26.125; of crude wood-vinegar, 44.75; and of tar, 7.125. (Mueller.)
Two slabs of this wood in the Technological Museum, which
have been seasoned over twenty-five years (having been exhibited
at the London International Exhibition of 1862), have weights
which correspond to 52lbs. 70z. and 53lbs. 70z. respectively per
cubic foot, and a third, exhibited under the name A. adenophora,
weighs no less than 62lbs. 140z. per cubic foot. Diameter, 12
to 18in.; height, 40 to soft.

New South Wales.

13. Acacia decurrens, W7//d., var., mollis, (Syn., 4. mollissima,
Willd.); N.O., Leguminose, B.FI., ii., 415.

“Black Wattle”’ of the older colonists (counties of Cumberland and
Camden, N,S.W.) ‘‘Silver Wattle.’ ‘ Garrong,” or ‘Currong,” of the
aboriginals of Western Victoria (Lake Condah), and also of the Yarra
blacks.

Timber light, tough, and strong; used for staves for beef and

water casks in Tasmania. It is subject to attack by insects. It
was formerly used by the Yarra blacks for mulgas (club shields),
_boomerangs, and spears. Specific gravity, .773 and .727. (Report,
Victorian Exhibition, 1861.)
Since the above was written Baron Mueller has conceded
specific rank to this so-called variety. Diameter, 6 to gin.;
height, 20 to 3oft.

TIMBER EXPERIMENTED UPON BY VICTORIAN TIMBER Boarp, 1884.

The samples tested were each 7ft. in length, by 1 fin. square ;
the distance between the bearings was 6ft.; and the weight was
gradually applied in the centre until the sample broke.

Local name, Silver-wattle ; botanical name, A. decurrens var.
mollis, (A. mollissima) ; locality where grown, Waterloo, Victoria.
Approximate date when the timber was cut, April, 1883; dimen-
sions of tree, 2ft. diameter; date of testing, January 28th, 1874.

2A

354 AUSTRALIAN NATIVE PLANTS.

Weight of samples, glbs., 8lbs., 8}lbs.; average weight of samples,
8.58lbs.; average weight per cubic foot, 50.20lbs.; average specific
gravity, 0.804; total average specific gravity, 0.804; breaking
weight of each sample, 6 tons 1 cwt. glbs., 6 tons 1 cwt. 4lbs., and
7 tons, 2 cwt. 3lbs.; average breaking weight of samples, 752.3lbs.;
total average breaking weight, 752.3lbs.; deflection at point of
rupture, 63in., 5gin., and 3#in.; average deflection, 5.2gin.; total
average deflection, 5.2gin.; average specific strength, 2053.
Geological formation where the trees grew, mesozoic ; elevation
above sea-level, about 1,200ft.
Tasmania, Victoria and New South Wales.

14. Acacia doratoxylon, A. Cunn., N.O., Leguminose, B.F1., ii.,

403.

“Spear-wood” (it being used by the aboriginals of the interior
districts for that purpose). ‘‘ Hickory;” a “ Brigalow;” and ‘‘Caariwan;”’ or
“Currawang” of the aboriginals, which latter name has come to be
frequently used by the colonists.

Wood hard, and close-grained, tough, heavy, and durable;
used for gates, buggy-poles, furniture, etc., and by the aboriginals
for boomerangs and spears. It is dark-brown, with a small yellow
sap-wood. Mr. G. S. Home tells me that this is one of the most
useful timber trees in the Lachlan district of New South Wales.
Specific gravity 1.215. (Report, Victorian Exhibition, 1861.)
Diameter, 6 to 12in.; height, 20 to 35ft.

New South Wales, Queensland, Northern Australia, South
Australia and Victoria.

15. Acacia excelsa, Benth., (Syn. A. Daintreana, F.v.M.); N.O.,
Leguminose, B.FI., ii., 390.
‘“‘Tronwood.” Sometimes (though erroneously) called “ Brigalow.”
Called ‘‘Bunkerman” by the aboriginals of the Cloncurry River, North
Queensland,

The wood is hard, close-grained, and very tough and elastic.
It possesses great beauty for cabinet-work, and has the odour of
violets. (Hill.) Diameter, 24 to 36in ; height, 70 to 8oft.
Queensland.

TIMBERS. 355

16. Acacia faloata, Wzl/d., (Syn., A. plagiophylla, Spreng;
Mimosa obligua, Wendl.); N.O., Leguminose, B.FI., ii.,
361.

Called variously ‘‘ Hickory,” ‘‘Lignum Vitae,” and “ Sally,” or
“Sallee.” It is the “Bastard Myall”’ of the Braidwood district (New
South Wales). The ‘‘ Wee-tjellan” of the aboriginals of Cumberland and
Camden (New South Wales).

Wood hard, and much prized for stock-whip. handles. An
excellent tree for raising a woody vegetation on drift sand.
(Mueller.) Near the outside of the log it is yellow, the rest is light
brown. It is heavy and tough. It is bent into acute curves for
coach-building purposes, the wood of A. melanoxylon being used
for curves of greater radius. Diameter, 6 to 12in.; height,
20 to 30ft.

New South Wales and Southern Queensland,

17. Acacia farnesiana, Wil/d., (Syn. A. Jenticillata, F.v.M.);

N.O., Leguminosz, B.FI., ii., 419.

Sometimes called by the absurd name of “‘ Dead Finish.” This name
given to some species of Acacia and Albizzia, is on account of the trees or
shrubs shooting thickly from the bottom, and forming an impenetrable
barrier to the traveller, who is thus brought to a “dead finish” (stop).

This species is common in the tropics of both worlds. Wood
close, heavy, and tough, taking a good polish. It is much used in
India for ship-knees, tent-pegs, and similar purposes. Gamble
(Manual of Indian Timbers) gives its weight as 4glbs. per cubic
foot. Diameter, 3 to 6in.; height, 12 to 18ft.

The interior of South Australia and New South Wales,
Queensland, Northern and Western Australia.

18. Acacia fasciculifera, /.v.JZ, N.O., Leguminose, B.FI., ii.,

361.

Timber very hard, heavy, tough, and close-grained, yet easily
worked. It is of a reddish colour. Diameter, 6 to 15in.;
height, 20 to 30ft.

New South Wales and Queensland.

356 AUSTRALIAN NATIVE PLANTS.

19. Acacia flavescens, 4. Cunn., N.O., Leguminosz, B,FI., ii.,
391.
Wood of a brown colour, prettily marked, close-grained, and
hard.
Queensland.

20. Acacia claucescens, Willd., (Syn. A. homomalla, Wendl.; A.
cinerascens, Sieb.; A. leucadendron, A. Cunn.; JALimosa
binervis, Wendl.); N.O., Leguminosz, B.F., ii., 406.

Called variously ‘ Brigalow,” ‘‘ Mountain Brigalow,” ‘‘ Rosewood,”
and “ Myall.” It is the ‘‘ Kaarrewan” (see ‘‘ Caariwan,” A, doratoxylon)
of the aboriginals of Camden and Cumberland (New South Wales), and the
‘¢ Motherumba” (see also A. salicina) of the Castlereagh River (New South
Wales) aboriginals.

Wood close-grained and prettily marked, scented, though less
so than some other species of Acacia. It is very suitable for
cabinet-making and turnery. It is used for spring-bars, tool
handles, spears, &c. It has been likened to English walnut and
rosewood. A slab of this wood in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), under
the name of A. homomalla, has a weight which corresponds to
54lbs. 40z. per cubic foot. Diameter, 12 to 18in.; height,
30 to 45ft.

Victoria, New South Wales and Queensland.

21. Acacia Gnidium, Bexh., N O., Leguminosz, B.FI., ii., 359.

Wood close-grained, hard, blackish, and takes a good polish.
Diameter, 6 to 12in.; height, 12 to 2oft.
Queensland.

22. Acacia harpophylla, 7.7.47, N.O., Leguminose, B.Fl.,

ii.,. 389.

The common “‘Brigalow,” so called because it forms “ Brigalow scrubs.”
The word was spelt “ Brigaloe” by Gould, and ‘‘ Bricklow ” by Leichhardt.
The latter stated he could not ascertain the meaning of the name.
** Orkor” of some aboriginals.

Wood brown, hard, heavy, and elastic; used by the natives
for spears, boomerangs, and clubs. The wood splits freely, and

TIMBERS. 357

is used for fancy turnery. Saplings used as stakes in vineyards
have lasted twenty years or more. Itis used for building purposes,
and has a strong odour of violets.

South Queensland.

23. Acacia homalophylla, A. Cunn., N.O., Leguminose, B.FI.,

li., 383.

A “Spear-wood.” Called “Myall’’ in Victoria, ‘Curly Yarran” and
“Narrow-leaved Yarran”’ are New South Wales names. Aboriginal
names are as follows :—‘Gidya,” ‘‘ Gidia,” or ‘ Gidgee” (with other
spellings) in New South Wales and Queensland. This is the commonest
colonial name. ‘‘ Wong-arrah,” Cloncurry River, Northern Queensland,

This dark-brown wood is much sought after for turners’ work
on account of its solidity and fragrance; perhaps its most extensive
use is in the manufacture of tobacco-pipes. (Mueller.) It is well
adapted for cabinet-making purposes, and fancy articles, such as
rulers and napkin rings, are often made from it. The natives of New
South Wales formerly employed it for spears. (A. Cunn.)
Specific gravity, 1.124. (Report, Victorian Exhibition, 1861.)
In Western New South Wales the wood is considered very
durable, and is, therefore, used for the lining of wells, but then it is
said to give the water a bad taste for several years. The smell of
the tree when in flower is abominable, and just before rain almost
unbearable, and on this sign people frequently foretell the approach
of rain. I have heard of instances in which men who were
employed in cutting down a tree of this species just before rain
became so sick as to be compelled to leave the tree.

Interior of South Australia and New South Wales; N orthern
Victoria.

24. Acacia implexa, Zexth., N.O., Leguminosz, B.FI., ii., 389.

Wood hard, and close-grained, dark brown, with yellowish
stripes ; much in demand for turnery, cog-wheels, and other pur-
poses which need tenacity and strength. (Dickinson.) The wood
is very similar to that of A. melanoxylon. Specific gravity .711,
z.e., weight 44lbs. per cubic foot of dry wood. (Mueller.)
Diameter, 12 to 16in.; height, 30 to goft.

Victoria, New South Wales and Queensland.

358 AUSTRALIAN NATIVE PLANTS.

25. Acacia juniperina, Wil/d., (Syn. A. verticillata, Sieb.; A.
echinula, DC.; A. pungens, Spreng.; Mimosa juntperina,
Vent.; ML. ulicina, Wendl ; M. ulicrfolia, Salisb.); N.O.,
Leguminosz, B.F1., ii., 332.

The common “ Prickly Wattle.”

The wood is light, white, and tough, and much esteemed by
splitters for maul handles. (Guilfoyle.) It is never more than a
shrub. Height, 8 to 12ft. ,

Victoria, Tasmania, New South Wales and Southern Queens-
land.

26. Acacia leprosa, Sieb., (Syn. A. reclinata, F.v.M.); N.O.,
Leguminose, B.FI., ii., 358.
“‘ Native Hickory.”
Though a rather small tree, it yields excellent wood for small
cabinet work and turnery.
Victoria and New South Wales.

27. Acacia leptocarpa, 4. Cunn., N.O., Leguminose, B.FI., ii., 407-

Wood dark-brown, close-grained, hard, and prettily marked;
useful for cabinet and turnery work.
Queensland.

28. Acacia linearis, Szms, (Syn. A longissima, Wendl.); N.O.,
Leguminosz, B.F1., ii., 399.

This small tree yields wood available for minor articles of
furniture, implements, etc. Specific gravity, .934. (Report,
Victorian Exhibition, 1861.) Height, up to 2oft.

Tasmania, Victoria and New South Wales.

29. Acacia linifolia, Wi7/d., (Syn. A. absetina, Willd.; Mimosa
lintfolia, Vent.; MM. linear’s, Wendl., non Sims.) ; N.O.,
Leguminose, B.F., ii., 371.

“ Sallee.” ;
Wood soft and elastic, and suitable for axe-handles (Hill),
and perhaps cabinet purposes. It is of a light colour, and reddish
atthe centre. Diameter, 4 to 6in.; height, 12 to 18ft.
New South Wales and Queensland.

TIMBERS. 359

30. Acacia longifolia, Wil/d., var. typica, (Syn. A. obsusifolia, A.
Cunn.; A. spathulata, Tausch.; A. tnfertexta, Sieb. ;
Mimosa longifolia, Andr.); N.O., Leguminosz, B.F1., ii., 397.
White Sallow.” Called ‘‘ Golden Wattle” in Southern New South

Wales. The variety floribunda sometimes goes by the name of ‘‘Sally,” or

* Sallow,” in Southern New South Wales.

Timber light, tough, and hard; used for tool-handles, etc.

_ Towards the outside it is pale yellow; the heart-wood is brown,

streaked with black. Diameter, gin. ; height, 20 to 30ft.
Victoria and New South Wales.

31. Acacia longifolia, Wel/d., var. Sophore, (Syn. A. Sophore,
R. Brown; Mimosa Sophora, Labill.); N.O., Leguminosz,
B.FL., ii., 398.

“ Boobyalla ” is an aboriginal name.
This wood is white, hard, tough, and durable. It is an excel-
lent tree for binding coast-sands.
Sea coast from Southern Queensland to South Australia, and
Tasmania.

32. Acacia macradenia, Benth., N.O., Leguminosz, B.FI., ii., 362.
“ Myall,” or “Toney.”
A beautiful, hard, blackish, close-grained wood, which takes
a very high polish. Diameter, 2 to 12in.; height, 30 to soft.
Queensland.

33. Acacia melanoxylon, R.Br., (Syn. A. arcuata, Sieb.); N.O.,

Leguminosz, B.F1., ii., 388.

Called ‘‘ Blackwood ” on account of the very dark colour of the mature
wood. It is sometimes called ‘“‘Lightwood” (chiefly in South Tasmania,
while the other name is given in North Tasmania and other places), but this
is an inappropriate name. It is in allusion to its weight as compared
with Eucalyptus timbers. It is the ‘‘ Black Sally” of Western New South
Wales, the ‘‘ Hickory” of the southern portion of that colony, and is some-
times called “ Silver Wattle.” The ‘‘ Mootchong’”’ of the Ja-jow-er-ong
tribe, Victoria, and ‘‘ Mooeyang”’ of the Yarra blacks.

This is considered by some people to be the most valuable of
all Australian timbers. Itis hard and close-grained ; much valued
for furniture, picture-frames, cabinet-work, fencing, bridges, etc.,
railway, and other carriages, boat-building (stem and stern post,
ribs, rudder), for tool-handles, gun-stocks, naves of wheels,
crutches, parts of organs, pianofortes (sound-boards and actions),

360 AUSTRALIAN NATIVE PLANTS.

billiard tables, etc. The Yarra blacks used to use it to make
mulga, or club shields. The figured wood is cut into veneers. It
takes a fine polish, and is considered almost equal to American
walnut. In fact, when polished or ebonised, it might easily be
made to replace walnut, and no doubt many of the articles alleged
to be made of walnut are of this wood. It is anexcellent wood for
bending under steam. It warps and twists in boards over twelve
inches wide unless they have been very carefully seasoned.

“This wood is largely used for oil-casks, and is the only wood
we have in Australia, as far as we know, that is suitabie for the
purpose. It is split into staves, six by three inches thick, and six
feet long.” (Tenison-Woods.) It is often very dark coloured,
except for about one inch of thickness of sap-wood, which is
almost white. It sometimes shows a very pretty “ broken grain,”
which looks well under polish. ‘Its specific gravity is from .664 to
-777, t.€., Weight of a cubic foot of the dried wood 41Ilbs. to 48lbs.
The yield of charcoal from the wood is 29.25 per cent.; crude
wood-vinegar, 40.25; and tar, 7.062.” (Mueller.)

Mr. Gamble gives the weight per cubic foot of an Indian grown
specimen at 36lbs., and states that it was cut from a tree twenty
years old, and ninety feet high, which gave a plank two feet broad.

“This tree has been extensively cultivated in Madras for
revenue purposes, but the wood has there been found to possess
few qualities prized by the cabinet-maker and builder. It warps
after many months of seasoning, is not easily worked, and is not as
durable as other timber accessible to the residents of the hill
stations. The slowness of growth is much against the tree, and
where it has been tried, in two instances, as an avenue tree, it has
proved a failure. The worst feature, however, is its liability to
attacks from a parasitical plant not unlike the mistletoe (Loranthus
sp.), which spreads rapidly among the branches, and cannot be
easily disengaged. . . . This parasite appears over and over
again, as often as it is removed. As a fuel tree it is not prized so
highly as A. dealbata.” (Madras Mail, 1885.)

This tree was introduced on the Nilgiris in 1840, and is now
completely naturalised. It is also being grown on the hills of the
Punjab, Kumaun, and Sikkim.

TIMBERS. 361

With regard to its rate of growth, Colonel Beddome, in his
report of April, 1878, on the Nilgiri plantations, says that in the
Bleakhouse plantation, Wellington (India), the average girth of the
trees in the portion which is twenty-one to twenty-two years old,
taken from the measurement of 30 trees as they came, was 35in.
at six feet from the ground (about four rings per inch of radius),
the girth of some of the largest trees being 56, 55, 50, 46 and 44in.
It does not coppice well, unless very young. (Gamble.)

Following is a report by Mr. Allen Ransome on some samples
of this timber sent from Victoria to the Colonial and Indian
Exhibition. ‘‘Samples of both old and young trees were sent for
trial. The former were made into joiners’ specimens, the latter
into casks. The figure of the old-growth wood is very fine, and
the surface left by the cutters was all that could be desired. The
casks also proved a complete success. The wood has already
been imported into England in small quantities, and sold at prices
ranging from 2s. to 3s. per cubic foot.”

Mr. F. A. Campbell (Proc. R.S., Victoria, 1879) examined
the tensile strength of this timber. Following are his results, in
pounds per square inch. (a) 26,500. (0) 24,000. (c) 32,000.
{d) 20,000. (e) 23,000. d and e were of a different wood
from the others; much lighter in colour, more open in grain;
evidently younger wood, and ill-seasoned. a, 4, c, were from fine,
close-grained, dark coloured wood, well seasoned, and extremely
hard. c¢ showed round the fractured part fibres like threads of silk.

Experiments on the transverse strength of the wood of Acacia
melanoxylon, by Baron Mueller and J. G. Luehmann. The
specimens were 2ft. long x 2in. square.

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TIMBERS. 363

' ~* Diameter, 18 to 36in.; height, 60 to rooft.
Tasmania, South Australia, Victoria and New South Wales.

34. Acacia neriifolia, 4. Cuzn., N.O., Leguminose, B.FI., ii.,
363. |
The duramen is of a light-yellow colour, the rest is of a

darker colour. It is prettily marked, close-grained, and tough,

Diameter, 6 to 18in.; height, 40 to soft.

New South Wales and Queensland.

35. Acacia notabilis, 7.v.JZ., N.O., Leguminose, B.FI., ii., 365.
“ Hickory.”
Timber close-grained, tough, strong, durable; it splits freely,
and is probably useful for turnery, etc. Diameter, 10 to 12in.;.
height, 25 to 3oft.
South Australia and New South Wales.

36. Acacia Oswaldi, 7-v.JZ., N.O., Leguminosz, B.FI., ii., 384.
Often called ‘‘ Umbrella Bush,” as it is a capital shade-tree. ‘‘ Karagata”’
is an aboriginal name. ‘‘ Miljee” is a name in Western New South Wales.
A small bushy tree. The timber is faintly scented, but has a
very disagreeable smell when fresh. The heart-wood is dark,
hard, heavy, close-grained, and durable; it is not used, but would
be useful for cabinet-work, turnery, etc. ‘The natives make short.
weapons, such .as_ clubs, etc., of it. Diameter, 6 to gin.;.
height, 15 to 2oft.
All the colonies except Tasmania.

37. Acacia pendula, A, Cunn., (Syn., A. leucophylla, Lindl.);.

N.O., Leguminosz, B.F1., ii., 383. ;

“Weeping,” or ‘‘ True Myall.” It is sometimes called ‘‘ Bastard Gidgee ”
in Western New South Wales. Called “‘ Boree’’ by aboriginals, and often
“Boree,” or ‘‘ Silver-leaf Boree,” by the colonists of Western New South
Wales. ‘“ Nilyah” is another New South Wales name. By the aboriginals
further north it is called ‘‘Balaar.”

Wood hard, close-grained, of a rich dark colour, and beauti-
fully marked. It is used by the aboriginals for boomerangs.
It is heavy, and rarely exceeds a foot in diameter, and yet has
been used for veneers. As long as it remains unpolished it.

364 AUSTRALIAN NATIVE PLANTS.

preserves its peculiar fragrance of violets, which does not occur in
such perfection in any other known substance. As soon as this
remarkable property became known to European manufacturers
the wood came into request for making glove, handkerchief, and
other fancy boxes, and especially for tobacco-pipes. Other Acacia
woods are often artificially scented to imitate the true Myall, but
the perfume of wood thus prepared is fugacious.

Baron Mueller has kindly named for me an Acacia growing
in Western New South Wales, and known as ‘‘ Yarran.” He
pronounces this particular “ Yarran” to be A. pendula, var.,
glabrata. The timber possesses many of the qualities attributed
to the typical A. pendula. Twigs with pods (accompanied by
flowers) of A. pendula would be very acceptable at the Techno-
logical Museum. Diameter, 6 to 12in.; height, 20 to 3o0ft.

New South Wales and Queensland.

38. Acacia podalyricfolia, 4. Cunn., (Syn., A. Frasert, Hook. ;
A. Caley, A. Cunn.); N.O., Leguminosz, B.FI., ii., 374.
Sometimes called ‘‘ Silver Wattle,” as it has foliage of a more or less
grey, mealy, or silvery appearance.
Wood of a pinkish colour, nicely marked.
New South Wales and Queensland.

39. Acacia polybotrya, Benth., var. foliolosa, N.O., Leguminosz,

B.FI., ii., 414.

Wood pinkish, close in grain, hard, and beautifully marked ;
would be a useful wood for the cabinet-maker. (Cat. Queensland
Woods, Col. and Ind. Exh., London, 1886.)

Queensland and New South Wales.

40. Acacia polystachya, 4. Cunn., N.O., Leguminosez, B.Fl.,
ii., 407.
Wood dark-coloured and close-grained, with pretty markings.
Queensland and Northern Australia.

41. Acacia pycnantha, Benth. (Syn. A. petiolaris, Lehm. ;
A, falcinella, Meissn.); N.O,, Leguminosz, B.F1., ii., 365

TIMBERS. 365

Called ‘‘ Golden Wattle’ owing to the beautiful mass of bright-yellow
flowers which adorn it. It is also called ‘‘ Green Wattle,”’ and also, for the
sake of distinction between some other tan-bark Wattles, the ‘‘ Broad-
leaved Wattle.”

This is a tough and close-grained wood. Its specific gravity
is about .83, that is, the weight of a cubic foot of the wood is
about 513lbs. (Osborne.)

South Australian, Victoria and New South Wales.

42. Acacia retinodes, Schlecht., N.O., Leguminosz, B.FI., ii., 362.

The wood is prettily grained, tough, and durable. Height,
20 to 2sft.
Victoria and South Australia.

43. Acacia rigens, 4. Cunn., (Syn. A. chordophylla, F.v.M.);

N.O,, Leguminosz, B.F1., ii., 337.

“‘Nealie,” or “‘ Needle Bush,” of the interior.

A small tree 12 to 15ft. in height. The timber is exceedingly
hard and tough, and possessed of a very agreeable perfume. The
natives of the interior employ it in the manufacture of weapons.

South Australia, Victoria and New South Wales.

44. Acacia salicina, Zzwd/., (Syn. A. ligulata, A. Cunn., includ-

ing A. varians, Benth.); N.O., Leguminosex, B.FI., ii., 367.

The “‘Cooba,” or ‘‘ Koobah,”’ of the aboriginals and colonists of Western
New South Wales. ‘ Native Willow” is another colonial name. About
the Castlereagh River (New South Wales) it takes the name of ‘‘ Mother-
umba.” ‘‘ Bremgu” is the name at the Lake Hindmarsh aboriginal station
(Victoria). ‘‘ Bakka”’ is a Queensland aboriginal name.

Timber close-grained, tough, heavy, dark brown, and nicely
marked. The aboriginals make boomerangs, and the colonists
tables, chairs, and other furniture from it. (General Report,
Sydney International Exhibition, 1879.) Itis valued for bullock-
yokes in Western New South Wales, and also for shafts of carts.
Mr. G. S. Home tells me that cheffoniers, and other articles of
drawing-room furniture, are commonly made from it in Western New
South Wales, asit takes such a high polish. Specific gravity .763,

366 AUSTRALIAN NATIVE PLANTS.

or weight of a cubic foot of the dried wood about 473lbs.
(Mueller.) Diameter, 12 to 18in.; height, 30 to soft.
All the colonies except Tasmania.

45. Acacia saliona, Wendl., (Syn. A. letophylla, Benth. ; Mimosa
_ saligna, Labill.); N.O., Leguminose, B.FI., ii., 364.
A. letophylla in Muell. Cen., p. 44.
; “Weeping Wattle.”
This wood is prettily grained, and if larger it would be
‘suitable for cabinet-work. Height, 10 to 30ft.
Western Australia.

46. Acacia sentis, #.v.J7,, (Syn. A. Victoria, Benth.); N.O.,
Leguminosz, B.FI., ii., 360.

Usually a small, low, spreading tree. The timber is soft,
but very tough, and the young twigs are armed with slender,
acute spines or thorns.

In Western New South Wales the presence of this tree in any
locality is always considered a sure indication of underground
water. Mr. W. Scott, of Whittabranah, Grey Ranges, states that
in sinking wells he has traced the roots of this Acacia down to a
depth of 80 to goft., and it certainly looked the freshest green
of all the plants of the district. Height, up to 30 or 4oft.

All the colonies except Tasmania.

47. Acacia spinescens, Benth., N.O., Leguminosz, B.FI., ii., 323.
Specific gravity of the wood, t.o10. (Report, Victorian
Exhibition, 1861.)
South Australia, Victoria and New South Wales.

48. Acacia stenophylla, A. Cunn., N.O., Leguminosz, B.FI., ii.,

385.

Called “ Ironwood” on account of the hard and heavy timber, and
“* Dalby Myall” on account of its occurrence in the vicinity of that Queens-
land town.

This timber is very hard, heavy, close-grained, dark, beauti-
fully. marked, and takes a fine polish. It planes excellently,

TIMBERS. 367

showing a very smooth surface. Diameter, 15 to 24in.; height,
40 to 6oft. ,

All the colonies except Tasmania and Western Australia.

49. Acacia stricta, Wrl/d., (Syn. <A. emarginata, Wendl.;
Mimosa stricta, Andr.); N.O., Leguminose, B.FI., ii., 358.

“Berry-yung” is the aboriginal name at the Coranderrk Station
(Victoria).

This wood is of a beautiful texture, sound and durable. It is,
of course, too small to have anything but a very limited use.
Height, 3 to 8ft.

Tasmania, Victoria and New South Wales.

50. Acacia subporosa, F.v.M., (supporosa in Muell. Fragm. iv., 5);

N.O., Leguminosz, B.FI., ii., 382.

A valuable wood for many purposes. It is exceedingly
tough and elastic; would make good gig-shafts, handles for tools,
gun-stocks, etc. Tall, straight spars, fit for masts, can be obtained
of considerable length, and 18in. in diameter (L. Morton).
Height, up to 4oft.

Victoria and New South Wales.

51. Acacia tetragonophylla, 7.2.17, N.O., Leguminose, B.FI.,

ii., 330.

Another Acacia bearing the absurd name of ‘“‘ Dead Finish.”

The wood of this interior species is too small for anything
except whip-handles. It grows very crooked as arule. Diameter
up toa maximum of 6 or 8in.

South Australia and New South Wales.

52. Acacia torulosa, 2exth., N.O., Leguminosae, B.FI., ii., 405.
Wood dark brown, tough, and strong.
Queensland and Northern Australia.

53. Achras australis, .2r., (Syn. Sapota australis, A.DC.;
Sideroxylon australe, Benth. et Hook. f.); N.O., Sapotacez,
B.FI., iv., 282. Sideroxylon australe in Muell. Cens., p. g2.

The “ Black Apple,” “‘Brush Apple,’ ‘“ Wild,” or ‘‘ Native Plum,” of the
colonists, as it has a fruit very like a plum, though of coarse, insipid flavour.

368 AUSTRALIAN NATIVE PLANTS.

Following are some aboriginal names ;—“ Jerra-wa-wah,” Illawarra and
Brisbane Water (New South Wales) ; ‘‘ Wycaulie,” Richmond and Clarence
Rivers (New South Wales) ; ‘‘ Tchoonboy,” Northern New South Wales
and Southern Queensland.

The wood is close-grained, firm, prettily veined, and good for
cabinet-work. (Macarthur.) Very handsome planks can some-
times be obtained from it. It is occasionally used by turners and
wood-carvers. It is of a pale-yellow colour, and the complicated
grain affords a pattern of a singularly pretty appearance. It is
probably the unevenness of the grain (which gives rise to this
pretty figuring) that is the cause of this wood being unsuitable for
good engraving. It requires very careful seasoning.

Two slabs of this wood in the Technological Museum, which
have been seasoned over twenty-five years (having been exhibited
at the London International Exhibition of 1862), have weights
which correspond to 55lbs. 130z. and 57lbs. 1402, respectively per
cubic foot. It is used for staves and laths, and for general
building purposes. Diameter, 24 to 36in. ; height, 80 to t1ooft.

New South Wales and Queensland.

54. Achras laurifolia, “v.47, (Syn. Sideroxylon Richardt,
F.v.M.; S. laurifolium, Fxv.M.; Sersalista laurtfolia,
A. Rich.; S. glabra, A. Gray.); N.O., Sapotacez, B.FL., iv.,
282. Sideroxylon Richard? in Muell. Cens., p. g2.
Called “‘ Sycamore” in Southern New South Wales.
Wood light-grey towards the outside, brown in the centre;
grain close. Diameter, 2 to 4ft.; height, 80 to 15oft.
New South Wales and Queensland.

55. Achras myrsinoides, 4. Cunn., (Syn. Sideroxylon myrsinoides,
Benth. et Hook. f.); N.O., Sapotacee, B.FI., iv., 283.
Sideroxylon myrsinotdes in Muell. Cens., p. 92.

Timber firm, elastic, hard, but easily worked, used for dray-
poles, shafts, timber trucks, etc. Diameter, 12 to 18in.; height,

20 to 30ft.
New South Wales, Queensland and Northern Australia.

TIMBERS. 369

56. Achras obovata, #.v.4Z,, (Syn. Szderoxylon obovatum, R.Br. ;
S. argenteum, Spreng., (partly); S. Brownit, F.v.M.; Ser-
salista obovata, R.Br.); N.O., Sapotacez, B.FI., iv., 283.
Sideroxylon Brownit in Muell. Cens., p. 92.

Wood of a yellow colour, hard, and close in the grain.
Queensland.

57. Achras Pohlmaniana, 7.v.J7., (Syn. Sideroxylon Pohlmania-
num, Benth. et Hook.; Sapota Pohlmaniana, F.v.M.) ; N.O.,
Sapotacee, B.FI., iv., 281. Svderoxylon Pohlmanianum in
Muell. Cens., p. gt.

‘“‘ Beleam”’ of the aboriginals.

Wood bright yellow, hard, and close-grained ; the best of all
Queensland woods for engraving purposes. (Cat. Queensland
Timbers, Col. and Ind. Exh., 1886.) Diameter, 12 to 2o0in.;
height, 40 to 7oft.

Queensland.

58. Acronychia Baueri, Schott, (Syn. A. Alli, tories N.O.,

Rutacez, B.FI., i., 366.

The ‘‘ Brush Ash” of the Illawarra (New South Wales).

This wood is excellent for mallet and chisel handles. (General
Report, Sydney International Exhibition, 1879.) Diameter, 20
to 30in. ; height, 50 to 6oft.

New South Wales and Queensland.

59: Acronychia levis, Yors/., (Syn. A. laurina, F.v.M.; Lawsonia
Acronychia, Linn. f.; Cymznosma oblongifolium, A. Cunn.);
N.O., Rutacez, B.¥1., i., 366.

** Yellow-wood.”

This timber is of a light colour and close-grained; it is said
to be durable, but it is not much used. Diameter, 24in.; height,
70 to 8oft.

Victoria, New South Wales and Queensland.

60. Adenanthera pavonina, Zzvz., N.O., Leguminosz, Muell.,
Cens., p. 43.
The “ Barricarri’”’ (of India). ‘‘ Red Sandal-wood.”

09
o

370 AUSTRALIAN NATIVE PLANTS.

In India this tree yields a solid useful timber, which, like
another dye-wood, bears the name of ‘‘ Red Sandal-wood.” A
dye is obtained by simply rubbing the wood against a stone, and
this is used by the Brahmins for marking their foreheads after
religious bathing. (Zreasury of Botany.) Gamble (Manual of
Indian Timbers) says this wood is used in South India for house-
building and cabinet-making purposes, and gives the weight at
56lbs. per cubic foot. The wood is described by Skinner as
follows :—“ Heart-wood hard and durable; when fresh cut of a
beautiful coral-red colour, and sometimes marked with stripes of a
darker shade; after exposure it turns purple, like rosewood.”
Kurz (Flora of British Burmah), describes it somewhat
differently :—‘‘ Wood rather heavy, coarse, fibrous, light-brown or
yellowish-grey, turning brown on exposure, hard and close-grained,
soon attacked by xylophages; the heart-wood dark-brown, solid,
hard and durable.”

North Queensland.

61. Aigiceras majus, Gerin., (Syn., @. fragrans, Ken.; 2.

corniculata, Blanco); N.O., Myrsinez, B.FI., iv., 277.

“ River Mangrove.”

A shrub or small tree. Wood of light colour, close-grained,
and easily worked. It is used for firewood and for native huts in
Jessore. It weighs 4olbs. per cubic foot. (Gamble, Manual of
Indian Timbers.) The flowers are deliciously scented.

New South Wales, Queensland and Northern Australia.

62. Ailanthus imberbiflora, 7.v.4/.; N.O., Simarubez, B.FI., i.,
373
Wood yellow, porous, soft, and light.
Northern New South Wales and Queensland.

63. Akania Hillii, Benth., (Syn. Cupania lucens, F.v.M.); N.O.,
Sapindacee, B.FI., i., 471.
Occasionally called ‘‘ Turnip wood.”
Wood of a light colour, close-grained, and prettily marked ;
warps very much in drying, but this particular log was from a

TIMBERS. eazI

young tree. (Cat. Queensland Woods, Col. and Ind. Exh.,
London, 1886.) Height, 30 to 4oft.
Northern New South Wales and Queensland.

64. Albizzia basaltica, Bexz‘h., (Syn. Acacia basaltica, F.v.M.) ;

N.O., Leguminose, B.FI., ii., 422.

Another timber graced with the absurd name of “ Dead Finish.”

A shrub which furnishes a useful wood for stock-whip handles.
It is extremely tough, of a good colour, like pale cedar, and takes
a good polish. Its colour has been otherwise described as ‘‘ sap-
wood bright yellow, with a dark red heart-wood.’’ It is fine
grained, and an excellent wood for cabinet-work. The Rev. J. E.
Tenison-Woods says of this timber: ‘‘ Even when cut very thin
and light, the wood is so tough that it will bear an enormous
strain.”

Queensland.

65. Albizzia canescens, 2enth., (Syn. Prthecolobium canescens,

F.v.M.); N.O., Leguminosz, B.FI., ii., 423.

Called ‘* Walkor” by some aboriginals.

Wood close-grained and tough. It is brown, resembling
walnut, and nicely marked.

The sap of this wood is of a light yellow colour; wood not
unlike cedar towards the centre, but harder ; very much prized by
cabinet-makers. (Thozet.) Diameter, 15 to zoin; height, 30 to

soft.
Queensland

66. Albizzia Hendersoni, 7.7.47, N.O., Leguminose, Muell.,
Cens., p. 47.

The “ Nuggum-nuggum ” of the aboriginals of Northern New South
Wales,

This timber is hard and beautifully streaked. The jurors at
the Sydney International Exhibition of 1879 drew special attention
to it, and said, ‘It seems to be remarkably tough, and very suitable
for coach-building purposes.’ Diameter, 24 to 30in.; height,
goft.

New South Wales and Queensland.

372 AUSTRALIAN NATIVE PLANTS.

67. Albizzia procera, Benth., (Syn., A. elata, Roxb.;. Mimosa
procera, Roxb.; MM. elafa, Roxb.; Acacia procera, Willd.);
N.O., Leguminos, B.FI., ii., 422.

“ Tee-coma”’ of the aboriginals of the Northern Territory.

Timber close-grained, easily worked, and in use for building
purposes. (Hill.) It is of a dark colour, resembling walnut, and
is a useful cabinet wood. Weight of a cubic foot of Indian-grown
timber (seasoned), from 3glbs. to 48lbs. It loses nearly half its
weight in drying. (Brandis.) It seasons well, and the heart-wood
is durable. It is used for sugar-cane crushers, rice-pounders,
wheels, agricultural implements, bridges, and house-posts. It is
used by tea-planters for stakes for laying out tea gardens, as it is
found to split well, and occasionally for tea-boxes and charcoal, for

which it is found to be very good. (Gamble.) Diameter, 18

to 24in.; height, 30 to 6oft.
Northern Australia.

68. Albizzia Thozetiana, /.v.J7., (Syn. Acacia Thozetiana, F.v.M.;
Pithecolobium Thozetianum, ¥.v.M.); N.O., Leguminosz,
B.FL., ii., 422:

Timber very hard, heavy, tough, and close-grained. May
prove useful for gig-shafts, gun-stocks, etc. It is of a red colour.
(Thozet.) Diameter, 12 to 30in.; height, 40 to 6oft.

Queensland.

69. Albizzia Toona, @az/., Supp. to Syn. Queensland Flora.
(Bailey.) N.O., Leguminose.
Wood of a light colour for several inches inwards from the
bark; the rest resembles cedar ; a valuable wood for many pur-
poses. (Cat. Queensland Timbers, Col. and Ind. Exh., London,

1886.)
Queensland.

70. Aleurites moluccana, Wel/d., (Syn. A. triloba, Forst.; A.
Ambinux, Pers.; Jatropha moluccana, Linn.); N.O.,
Euphorbiacee, B.Fl., vi, 128. A. ¢rz/oba in Muell. Cens.,

p. 20. .
* Candle-nut.”

TIMBERS. 373

Wood of a light colour, soft, and light; if. cut when full of
sap it is especially liable to decay, but it is not a durable wood
under any circumstances. Weight, 38lbs. per cubic foot. It is
common in the Eastern Archipelago and South Sea Islands.

Queensland.

aX. Alphitonia excelsa, Recsseck, (Syn. Colubrina excelsa, Fenzl.) ;

N.O., Rhamnez, B.FI., i., 414.

Variously called ‘‘ Mountain Ash,” ‘“‘ Red Ash,” “ Leather-jacket,” and .
** Coopers’ Wood.” In the Illawarra district of New South Wales it is
called “ Humbug,” while ‘ Murr-rung ”’ was formerly an aboriginal name in
the same district. ‘‘ Nono-groyinandie” has been given as a Clarence
River (New South Wales) aboriginal name for this tree. The aboriginals
of Northern New South Wales call it ‘‘Culgera-culgera,” while some
Queensland aboriginals call it ‘‘ Mee-a-mee.”

The wood is hard, close-grained, durable, and will take a
high polish ; it is suitable for gun-stocks, and a variety of other
purposes. (Hill.) The timber becomes dark when old. It is
valuable for coopers’ staves and indoor purposes. Wood near
the outside somewhat pinkish, the inner wood dark-brown, or
parti-coloured throughout; very tough, and warps in drying.
A slab of this wood in the Technological Museum, which
has been seasoned over twenty-five years (having been exhibited
at the London International Exhibition of 1862), has a weight
which corresponds to 53lbs. 50z. per cubic foot.

The Revd. J. E. Tenison-Woods points out that in Queens-
land this is one of the very characteristic trees of the “‘ Brigalow”’
scrubs. Diameter, 18 to 24in. Height, 45 to soft.

New South Wales, Queensland and Northern Australia.

72. Alsophila australis, R.Br., (Syn. A. excelsa, R.Br.; A.
Coopert, Hook. et Bak.); N.O., Filices, B.FI., vii., 710.

A “ Tree-fern.” By the aboriginals of Illawarra (New South Wales)
it used to be called ‘‘ Beeow-wang,” and by the aboriginals of Queensland
“ Nanga-nanga.”
it “ Pooeet.”

This timber (z.e., the outer hard portion) is used for walking

sticks and articles of fancy furniture. It is nicely veined, and

The aboriginals at the Coranderrk Station (Victoria), call

374 AUSTRALIAN NATIVE PLANTS.

takes a good polish. It is brown and white in streaks, the brown
being very hard. The stem yields :-—

Charcoal... = Ma .-. 29 per cent.
Crude wood vinegar... aie ga of
Tar re “ae Hee aaa i
Tannic acid Pac Nes ce eg sa

Gallic acid ae bs axe OG

(Mueller.) Diameter, 9 to 12in. Height, 30 to goft.
All the colonies except South and Western Australia.

73. Alsophila Leichhardtiana, 7.v.JZ,, (Syn., A. Macarthurii,
F.v.M.); N.O., Filices, B.FI., vii., 711.

“ Prickly Tree-fern,” called from the circumstance of the stalk being '
covered with sharp, black prickles. ‘* Yarrah-wah” of the aboriginals
of Illawarra (New South Wales).

Wood, or outer hard portion of stem, black with white streaks,
the black portion being very hard. This description will apply to
the stems of many tree-ferns. Useful for rustic-work.

New South Wales and Queensland.

74. Alstonia constricta, 7.v.1/., N.O., Apocynez, B.FI., iv.,

314.
Called ‘‘ Fever-bark,” or ‘‘ Bitter-bark.”

Wood of a pale yellow colour, close in the grain; warps in
drying. (Cat. Queensland Woods, Col. and Ind. Exhib., 1886.)
This tree is largely sacrificed for its medicinal bark, and the
timber apparently goes to waste. Diameter, 6 to 15in. Height, .
40 to 7oft.

New South Wales and Queensland.

75. Alstonia scholaris, #.2r., (Syn. A. cuneata, Wall.) ; N.O.,

Apocynee, B.F1., iv., 312.

“Devil Tree” (of India).

The light wood of this tree is used in Ceylon for making
coffins. (Zreasury of Botany.) It obtained the specific name
‘“‘scholaris” from the fact of its planks being used as school-
boards when covered with sand for tracing letters. It is white and:

TIMBERS. 375

close-grained. (Drury.) The wood varies in weight from 28
to 4olbs. per cubic foot. Height, up to 80 or goft.
Northern Queensland.

76. Alstonia verticillosa, 7.v.4/., (Syn. Alyxia actinophylla, A.
Cunn.); N.O., Apocynez, B.FI., iv,, 313.

Wood of light colour, soft and easy to work.
Queensland and Northern Australia.

77. Alstonia villosa, B/ume, N.O., Apocynez, B.FI., iv.. 313.

Wood of a light colour, close in the grain, works easily, is
firm, and would probably be suitable for staves. (Cat. Queens-
land Timbers, Col. and Ind. Exh., 1886.) This tree is not
endemic in Australia. Height, up to 3oft.

Queensland.

78. Alyxia buxifolia, &.2r., (Syn. A. capztellata, Benth.) ; N.O.,
Apocynee, B.FI., iv., 307.
Called “ Tonga-bean Wood” owing to its scent ; also ‘‘ Heath-box.”
This straggling sea-side shrub, with a stem three to five inches
in diameter, has a fine and close-grained wood, of a lightish-brown
mottled appearance. It smells strongly of Coumarin.
All the colonies except Queensland.

79. Amoora nitidula, 2exth., N.O., Meliaceze, B.FI., i., 383.

“A tall tree.” Wood of a light colour, tough, and close in
the grain.
Northern New South Wales and Queensland

80. Angophora intermedia, DC., (Syn. Metrosederos floribunda,
Smith); N.O., Myrtacez, B.F1., iii., 184.
‘** Narrow-leaved Apple Tree.” Angophoras are called ‘‘ Apple Trees” in
the colonies, from a fancied resemblance to those trees.

This timber is subject to gum-veins, but when free from those
defects it is used for naves and spokes of wheels, blocks, etc., and
is cut into boards. It bears dampness well, and is hard and
tough. It burns freely. Diameter, 24 to 36in.; height, 80 to
10oft.

Victoria, New South Wales and Queensland.

376 AUSTRALIAN NATIVE PLANTS.

81. Angophora lanceolata, Cav., (Syn. Metrosideros costata,
Gertn.; MM. lanceolata, Pers., Syn. ii., 25; JL. apocynifolia, |
Salisb.); N.O., Myrtacez, B.FI., iii., 184.

Variously called “Apple Tree,” ‘‘ Mountain Apple Tree,” “ Orange

Gum,” “ Red Gum,” or ‘‘ Rusty Gum,” in allusion to the bark being stained

a rusty-red colour from the kino. Some Queensland aboriginals call it
“* Toolookar.”

Timber strong, heavy, subject to gum-veins; used for naves
of wheels, slabs, rough buildings and fuel. ‘Specific gravity -
893.” (Report, Victorian Exhibition, 1861.) Diameter, 24 to
36in.; height, 70 to 8oft.

New South Wales and Queenland.

82. Angophora subvelutina, /.v..1/, (Syn. A. velutina, F.v.M.);

N.O., Myrtacez, B.FI., iii., 184.

“‘Broad-leaved Apple Tree.” The “Illarega” of the aboriginals of
the Richmond and Clarence Rivers (New South Wales).

The wood is moderately heavy and tough, soft while green,
very hard when dry; it is used for wheel-naves, bullock-yokes,
handles, etc.; it turns well, and contains a large proportion of
potash. (Hartmann.) It is durable, and is used for posts and
rails. Itis of a uniform reddish colour, requires careful seasoning ;
dresses and polishes well. A slab of this wood in the Techno-
logical Museum, which has been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of
1862), has a weight which corresponds to 52lbs. 140z. per cubic

foot.
New South Wales and Queensland.

83. Angophora Woodsiana, Zaz/., (Syn. Queensland Flora,
Bailey.) ; N.O., Myrtaceze.
Wood of a pinkish colour, hard and heavy.
Queensland.

84. Aphananthe phillippinensis, Planch., (Syn. Taxotrophis
rectinervis, F.v.M.; Sponia ilicifolia, S. Kurz.); N.O.,
Urticez, B.FI., vi., 160.

Called by the colonists ‘‘Elm” and ‘‘ Tulip-wood,” and by the
aborigines of the Richmond and Clarence Rivers, ‘‘ Mail.”

TIMBERS. 377

This timber is used for linings, ceilings, etc. It may be
found a useful wood for turners. It is close-grained, light in
colour, and Mr. Bailey suggests that it might do for stamps. It
is not endemic in Australia. Diameter, 15 to 18in. Height,
80 to goft. |

Northern New South Wales and Queensland.

85. Apophyllum anomalum, /.v.J/,, N.O., Capparidee, B.FI.,
re
Wood very hard. Diameter, 6 to 16in. Height, 20 to

3oft.
New South Wales, Queensland and Northern Australia.

86. Araucaria Bidwilli, Hooker, N.O., Conifer, B.FI., vi., 243.

The ‘‘ Bunya-bunya” of the aboriginals—a name invariably adopted by
he colonists.

The wood is not only very strong and good, but it is full of
beautiful veins, and capable of being polished and worked with
the greatest facility. (Hill.) It is not allowed by the Govern-
ment to be felled on Crown Lands owing to its seed yielding an
article of food to the aborigines. (See “ Foods.’’)

A sample of this timber was sent to the Colonial and Indian
Exhibition, and examined by Mr. Allen Ransome. He states:
“‘This is a straight-grained, light-coloured, mild-working wood,
often prettily marked. Judging by the experiments, it should
make excellent framing, and as it planes well could be used for
common furniture, as it is not inclined to warp or twist.”
Diameter, 30 to 48in.; height, 100 to 15oft.

An allied species A. exelsa (‘Norfolk Island Pine”) some-
times has knots of enormous size. Mr. Holtzapfel (Turning and
Mechanical Manipulation, i. 37) had portions of one which
attained the enormous size of about four feet long, and four to six
inches diameter. ‘‘In substance it is very compact and solid, of
a semi-transparent hazel-brown, and it may be cut almost as well
as ivory, and with the same tools, either into screws, or with
eccentric or drilled work, etc.; it is an exceedingly appropriate
material for ornamental turning.”’

Queensland.

378 AUSTRALIAN NATIVE PLANTS.

87. Araucaria Cunninghamii, 47/., N.O., Conifere, B.FI., vi.,

243.

Called variously ‘“‘ Moreton Bay Pine,” ‘‘ Hoop Pine,” and “ Colonial
Pine.” By the aboriginals of the Richmond River (New South Wales) it .
is called ‘‘ Coorong,” by those about Brisbane, ‘‘ Cumburtu,” and by those
about Wide Bay (Queensland), ‘‘ Coonam.”

The timber is an article of great commercial importance. It
is strong and durable when dry, but it soon decays when it is
exposed to alternate damp and dryness. When procured from the
mountains in the interior of Queensland it is fine-grained, and
susceptible of a high polish, equal to that of satin-wood or bird’s-_
eye maple. (Hill.) The pine obtained from the mountains is
preferred to that obtained from the low lands near the coast. )

A piece of this timber was exhibited at the London Inter-
national Exhibition of 1862, and is thus referred to:—‘‘ A noble
specimen, which is rernarkable for the peculiar figure set up, by a
series of remote, small, pea-shaped, pale clouded knots, arranged
in quincunx order, somewhat like drops of rain in general effect,
and not easily described. The sap-wood appears peculiarly liable
to rot.” It yields spars 80 to 1ooft. long, and one tree has been
known to yield 10,oooft. of timber. It is pale coloured, and
extensively used for flooring and lining boards, also for punt-
bottoms when kept constantly wet. It is apt to get ofa dirty
colour with age. The specific gravity has been given (Sydney
Mint Experiments, 1860) at .763. Two slabs of this wood in the
Technological Museum, which have been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), have weights which correspond to 3olbs. 202.
and 33lbs. 120z. respectively per cubic foot, or, in round numbers,
a specific gravity of about .5.

Mr. Allen Ransome thus reports on a sample of this timber
sent from Queensland to the Colonial and Indian Exhibition :
‘This is a rather harder and better wood than the last mentioned.
(A. Bidwill’). It is of a light colour, with a straight grain, and
planes very smooth with a rapid feed.’”” Diameter, 36 to 66in.
Height, 150 to 2o00ft.

Northern New South Wales and Queensland.

TIMBERS. 379

88. Archidendron Vaillantii, 7.v.47., N.O., Leguminosz, Muell.
Cens., p. 47.

Wood of a red colour, close-grained, strong, and durable.
Queensland.

89. Areca Normanbyi, 7.v.4/., (Syn. Péychosperma Normanby,
F.v.M.; Cocos Normanbyi, W. Hill); N.O., Palmez, B.FI.,

vii., 142.
“ Black Palm.”

Wood, or outer part of the stem, very hard and black,
beautifully marked; used in the manufacture of walking sticks ;
about soft. high.

Queensland.

go. Argophyllum Lejourdanii, 7.v.47,, N.O., Saxifragez, B.FI.,
it.,.430.
Wood yellow, close-grained, and hard, but, of course, very
small. A shrub of 6 to 8ft. high.
Queensland.

gt. Atalantia glauca, Zook. 7, (Syn. Triphasta glauca, Lindl.) ;
N-O;. Rufacez, B.FI.,1., 370.
The “ Native Kumquat,” or ‘‘ Desert Lemon.”
The wood is close-grained, and takes a fine polish. It is of
a bright yellow colour, with numerous brown streaks or veins.
Diameter, 2 to 6in. Height, 8 to r15ft.
New South Wales and Queensland.

92. Atalaya hemiglauca, 7.v.J7,, (Syn. Zhouinia hemiglauca,
F.v.M.); N.O., Sapindacee, B.F1., i. 463.
Commonly called ‘‘ Whitewood.”
A tall shrub, or small tree. Wood yellowish, hard, and of
close grain.
South Australia, New South Wales and Queensland.

93. Atalaya salicifolia, Blume., (Syn. Sapindus salicifolius, DC.
Cupania salicifolia, DC.; Thouinia australis, A. Rich.);
N.O., Sapindacez, B.FI.,i., 463.

380 AUSTRALIAN NATIVE PLANTS.

Timber close-grained and hard, and takes a good polish.
(Hill.) It is not endemic in Australia. Diameter, 14 to 22in.;
height, 30 to 5oft.

Northern Australia.

94. Atherosperma moschata, Zadc//., N.O., Monimiacez, B.FI.,
v., 284.

“ Sassafras.”

The wood is very suitable for sash and door work. It is
useful to the cabinet-maker also, for it has a dark duramen, and
frequently exhibits a pleasant figure; it has also the quality of
taking a beautiful polish. It is said to be peculiarly suitable for
the sounding boards of musical instruments. It is close-grained,
very tough, easily worked, and much esteemed for shoemakers’
lasts, and also for carpenters’ bench screws. Height, up to 100
or 150ft. in Tasmania.

New South Wales, Victoria and Tasmania.

95. Avicennia officinalis, Z77., (Syn. A. /omentosa, Jacq.); N.O.,
Verbenacez, B.FI., v., 69.
The ‘‘ Mangrove,” or ‘‘ White Mangrove.” The ‘ Tchoonchee” of
some Queensland aboriginals, and the ‘‘ Tagon-tagon”’ of those of Rock-
hampton (Queensland) ; and ‘‘ Egaie”’ of those of Cleveland Bay.

Its wood, when small, is valuable on account of its inlocked
fibre, for stonemasons’ mallets, and is used for knees of boats and
vessels (Macarthur), also yokes for bullocks. The sawdust is
particularly pungent and fcetid. (Guilfoyle.) Its weight is 58lbs.
per cubic foot. In India it is by some considered a brittle wood,
and used only for fuel. Major Ford, however, says it is used for
mills for husking paddy, rice-pounders and oil mills, in the
Andamans. (Gamble.) It discolours on keeping, and is very
hard to dress, both on account of its chipping under the plane,
and of the coarseness of the grain. It requires to be seasoned
very carefully. A slab of this wood in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a
weight which corresponds to 4glbs. 30z. per cubic foot. Diameter,
2oin.; height, 20 to 3oft.

- TIMBERS. 381

In salt-water estuaries extending along the Australian sea-
coast.

96. Backhousia Bancroftii, 7.v.4/. e¢ Bail., N.O., Myrtacez,

Cat. Queensland Woods, Col. and Ind. Exh., 1886.

“Langdon’s Hardwood.”

Wood of a light-grey colour, hard, close-grained, something
like teak, useful as a building timber; rather dark towards the
centre in large trees; splits straight and freely. (Bailey.)

Johnstone River (Queensland).

97. Backhousia citriodora, “v.42, N.O., Myrtacee, B.FI., iii,

270,

The wood is hard, fine-grained, and likely to be useful for
ornamental purposes, It is of a light-pink colour. Diameter,
g to 12in.; height, 18 to 2oft.

Queensland.

98. Backhousia myrtifolia, Hook. and Harv., (Syn., B. riparia,

Hook.); N.O., Myrtacee, B.FI., iii., 269.

Scrub Myrtle,” or ‘‘ Native Myrtle,’ or “Grey Myrtle.” ‘“ Lance-
wood,”

Wood close-grained, of a light-yellow colour, and often prettily
marked with dark walnut stains. It is used for tool handles,
mallets, etc. It is suitable for turnery, and perhaps for wood
engraving. Boys (in the early days of the colony at least) used
to make bows of this tough and durable wood. Diameter, g to 12in.;
height, 20 to 4oft.

New South Wales and Queensland.

99. Backhousia scadiophora, FivM,; N.O., Myrtacez, B.FI., iii.,
270. '
“ Myrtle.”

Timber hard, close-grained, and prettily marked ; not generally
used or known, but considered likely to be useful for wood
engraving. Diameter, 24in.; height, 80 to goft.

New South Wales and Queensland.

382 AUSTRALIAN NATIVE PLANTS.

100. Baloghia lucida, Zd/. (Syn., Codiaum lucidum, Muell.,

Arg.); N.O., Euphorbiacez, B.FI., vi., 148.

“ Scrub,” or “ Brush Bloodwood.” Called also “‘ Roger Gough.” Used
to be called “ Nulliera”” by Brisbane Water aboriginals. The “ Nun-naia”
of the aboriginals of the Clarence River. The ‘‘ Dooragan”’ of some
Northern New South Wales aboriginals.

Wood fine and close-grained. It is impregnated witha resinous
substance, and burns readily in a green state. It is of a buff or
even light reddish-brown colour, apparently evinces no tendency
to split, and is probably a very useful timber. Some specimens
of it are rather pretty when polished. ‘Two slabs of this wood in
the Technological Museum, which have been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), have weights which correspond to 44lbs. and
45lbs. 40z. per cubic foot respectively. Diameter, 24 to 30in.;
height, 70 to 8oft.

New South Wales and Queensland.

101. Banksia emula, 2.Zr., (Syn., B. serrata, Cav. non Linn. f.;
B. serratifolia, Salisb.; B. serrefolia, Knight; B. elatior,
R.Br.; B. undulata, Lindl.); N.O., Proteacez, B.FI., v. 556.

A shrub. Wood deep red, coarse-grained, prettily marked,
shrinks unequally in drying; an excellent wood for the cabinet-
maker. (Cat. Queensland Woods, Col. and Ind. Exh., 1886.)

New South Wales and Queensland.

102. Banksia dentata, Zzz., £, N.O., Proteacez, B.FI., v., 555.

Wood of a dark-red colour, hard, close grained, and prettily
marked. Height, 15 to 2oft.
Queensland and Northern Australia.

103. Banksia inteprifolia, Zun., (Syn. B. spicata, Geertn. ;
B. oletfolia, Cav.; 8B. macrophylla, Link.; £2. compar,
R.Br.) ; N.O., Proteacez, B.FI., v., 554.

The ordinary name of a Banksia in the colonies is ‘‘ Honeysuckle.”

This species is commonly called “ Honeysuckle,” or ‘‘ Coast Honeysuckle,”

and “ Beef-wood,” from the colour and texture of the wood. It is the

SS

TIMBERS. 383

“ Courridjah ” of the aboriginals of Cumberland and Camden (New South
Wales), and the ‘‘ Pomera” of Queensland aboriginals.

Timber tough; used for knees of boats, bullock-yokes, etc.
It is moderately dense, pinkish in colour, and beautifully grained ;
suitable for fancy work; very perishable when exposed to
atmospheric influences, but otherwise durable. Specific gravity of
wood, .799; weight of a cubic foot of dry wood about s5olbs.
(Mueller.) Diameter, 8 to t2in. Height, 20 to 3oft.

A slab of this wood in the Technological Museum, which
has been seasoned over twenty-five years (having been exhibited
at the London International Exhibition of 1862), has a weight
which corresponds to 3glbs. per cubic foot.

Victoria, New South Wales and Queensland.

104. Banksia littoralis, ”.27., N.O., Proteacez, B.FI., v., 547.

This wood is beautifully grained, of a rich brown colour, and
suitable for cabinet and inlaid work. Height, 20 to 4oft.
Western Australia.

105. Banksia marginata, Cav., (Syn. B. microstachya, Cav.; B.
oblongifolia, Lodd.; B. australis, R.Br.; B. depressa, R.Br.;

B. patula, R.Br.; B. insularis, R.Br.; B. Gunnizi, Meissn.);

N.O., Proteacez, B.FI., v., 553.

“‘ Honeysuckle.” The ‘“ Wallum” of the aboriginals of Wide Bay
(Queensland). ‘‘ Woreck”’ of the aboriginals of the Lake Hindmarsh
Station (Victoria),

This wood is not of much utilitarian importance. It is
remarkably porous, soft, spongy, and light. When full of sap and
newly cut, it is not unlike uncooked beef in the centre, and
towards the surface of a reddish-white colour, hence it has the
appearance of well-grown beef, with a quantity of fat on the
outside. In the process of drying it twists and warps to a great
extent, but when thoroughly seasoned it admits of a fine polish,
and has a very pleasing appearance. It is used for cabinet
purposes and indoor ornamental work. (J. E. Brown.) A cubic
foot of the wood, when dry, weighs 38lbs., equivalent to a specific
gravity of .598. (Inthe Report of the Victorian Exhibition, 1861,
the specific gravity is given as .610.)

384 AUSTRALIAN NATIVE PLANTS.

Yield of charcoal ... te 29.5 per cent.
Crude wood vinegar cas 40.062 ,,
Mar te waa d ae 6.562 ,,

‘A ton of dry wood gave a maximum yield of t44lbs. of pearl-ash, or
64lbs. of pure potash. (Mueller.) Height, 10 to 2oft.
South Australia, Tasmania, Victoria and New South Wales.

106. Banksia serrata, Zinn. 7, (Syn. B. conchifera, Gertn.; B.
mitis, Knight; B. denfata, Wendl. non Linn. f.; B. media,
Hook. f., non R.Br.); N.O., Proteacez, B.FI., v., 556.
“Honeysuckle.” Formerly called by the aboriginals of Cumberland

and Camden (New South Wales) ‘‘ Wattung-urree.”

This tree produces a handsome wood, but it is always bored
by the larvae of coleopterous insects. It yields a purplish,
mahogany-coloured wood, of remarkable colour, of coarse, open
grain, and strong; forms a mottled figure in certain sections.
Used for window frames. (Furors’ Reports, London International
Exhibition, 1862.) It is available for boat and ship-building
purposes, not being liable to split with nailing; it is used as
knees, etc., and would make good furniture. (General Report,
Sydney International Exhibition, 1879.) Specific gravity, .803 ;
weight of cubic foot of dried wood, about solbs. (Mueller.) Like
other Banksia woods it requires to be seasoned very carefully.
The figure of Banksia timber is quite per se, and can rarely be
mistaken. A slab of this wood in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has
a weight which corresponds to 38lbs. 140z. per cubic foot.

Tasmania, Victoria, New South Wales and Queensland.

107. Barkleya syringifolia, 7.v.4/, N.O., Leguminose, B.FL.,

it., 275:

Wood hard, close-grained, and of a blackish-grey colour. It
might be suitable for tool handles. This tree is, however, of
greater value to the horticulturist than to the timber merchant, its
pleasant foliage and luxuriant yellow flowers rendering it a pretty
object in gardens. Diameter, 12 to 15in.; height, 40 to 5oft.

New South Wales and Queensland. :

TIMBERS. 385

108. Barringtonia acutangula, Gaertn., (Syn. Stravadium
rubrum, DC.); N.O., Myrtacez, B.FI., iii., 288.

A large tree; the wood is hard and of a-fine grain, red, and
equivalent to mahogany, according to Mr. McClelland. It is used
in India for boat-building, well-work, carts, rice-pounders, and by
cabinet-makers. Its weight is 46lb. per cubic foot. (Gamble.)
Beddome says it turns black when buried in mud.

Northern Australia.

109. Barringtonia speciosa, Linn. f., N.O., Myrtaceze, B.FL., iii.,
288.
A large tree; wood of a yellow colour, tough, and firm; might
be useful in cabinet-work.
Queensland.

110. Bauhinia Carronii, 7.7.47, N.O., Leguminose, B.F1., ii.,

295.

“Queensland Ebony.” Called “ Pegunny” by the aboriginals of the
Cloncurry River, Northern Queensland (Myappe tribe), and ‘‘ Thalmera ”’
by the Mycoolan tribe.

Wood light-brown, but becoming much darker towards the
centre, hard, heavy, close in the grain; suitable for cabinet-work.
(Cat. Queensland Timbers, Col. and Ind. Exh., 1886.)

South Australia, New South Wales and Queensland.

2

111. Bauhinia, Hookeri, 7.7.47, N.O., Leguminose, B.FI., ii.,
296.

* Mountain,”

or “Queensland Ebony.” ‘‘Warwor” of some Queens-
land aboriginals.

Wood supple and heavy; of a dark-reddish hue. Will answer
well. for veneers (Thozet).. Diameter, 10 to 2oin.; height,
30 to 4oft.

Queensland and Northern Australia.

112. Bedfordia salicina, DC., (Syn. Cacalia salicina, Labill. ;
Senecio Bedfordit, F.v.M.; Culculitium salicinum, Spreng.) ;
N.O., Composite, B.Fl., iii, 673. Senecio Bedfordii, in

_ Muell. Cens., p. 84.
2C

386 AUSTRALIAN NATIVE PLANTS.

The “ Dog-wood” of Tasmania, and the “‘ Cotton-wood ” of Southern
New South Wales, on account of the abundant down on the leaves.

A hard, pale-brown, well-mottled wood, said by some to be
good for furniture. It emits a foetid smell when cut. Specific
gravity of a steam-dried specimen, .896 (Osborn). It is little
used in Southern New South Wales on account of its brittle nature,
Mr. Bauerlen has pointed out that fresh shavings of this wood
change colour in a remarkable manner. It is exceptionally
difficult to season. Height, up to 3o0ft.

Tasmania, Victoria and New South Wales.

13. Beyeria viscosa, JZ77., (Syn. B. oblongifolia, Hook. f.;

Croton viscosum, Labill.; Calyptrostigma viscosum, Klotzsch. ;

C. oblongifolinm, Klotzsch.) ; N.O., Euphorbiacez, B.FI., vi.,

64.

“‘ Pink-wood”’ of Tasmania. Sometimes called ‘‘ Wallaby bush.”

«A tall shrub or tree,” The wood is used for sheaves of
blocks, and for turnery. It is remarkable for hardness and
uniformity of colour and grain; it is of a very pale-reddish
mahogany hue.

All the colonies.

114. Blepharocarya involucrigera, 7.v.4/., Muell. Cens., p. 25,
N.O., Sapindacez.

Wood of a light-red colour, of a close grain, soft, and easy to
work.
Queensland.

115. Bombax malabaricum, DC., (Syn., B. heptaphyllum, Cav.;
Salmalia malabarica, Schott.); N.O., Malvacez, B.FI., i.,
rae

The “ Malabar Silk Cotton Tree ” (of India).

A large tree; in India this wood is not considered durable,
except under water. It is light, coarse-grained, and soft. It is
used for planking, packing-cases, tea boxes, toys, scabbards,
fishing-floats, coffins, and the lining of wells. In Bengal and
Burmah the trunk is often hollowed out to make canoes. The

TIMBERS. 387

weight of a cubic foot of the wood varies between 20 and 32lb.
(Gamble.)
Queensland and Northern Australia.

116. Bosistoa sapindiformis, Fv.M., (Syn., Evodia pentacocca,
F.v.M.); N.O., Rutacez, B.FI., i., 359.
“Union Nut.” The “ Daurah,” or ‘“ Towra,” of the Queensland
aborigines.

Timber close-grained, yellowish, beautifully marked, easily
wrought, and suitable for cabinet-work. It is, however, liable to
split in drying. Diameter, 9 to 12in.; height, 20 to 3oft.

Northern New South Wales and Queensland.

117. Brassaia actinophylla, Zxd/., N.O., Araliacee, B.FI., iii.,
385.
“Umbrella Tree,” the large leaves being set, like umbrella-ribs, at the
top of numerous stems, ‘‘ Pinankaral” of the aboriginals.
Wood soft, close-grained, and dark.in colour. It is not durable.
Diameter, 6 to 12in.; height, 30 to 4oft.
Queensland.

118. Breynia oblongifolia, J/uell. Arg., (Syn. B. cinerascens,
Baill.); N.O., Euphorbiacee, B.FI., vi., 114.
Wood straw-coloured, close-grained, and firm, but, of course,
quite small. A shrub of ro to 15ft.
New South Wales and Queensland.

119. Bridelia exaltata, #.v.J7,, (Syn. B. ovata var. exaltata,
Muell. Arg.; Amanoa ovata, Baill.); N.O., Euphorbiacez,
BPs vi. TO.

The “ Biggera-biggera” of the aboriginals of Northern New South
Wales.

This wood is brown, hard, and close in the grain; some-
what resembling walnut, and said to be as suitable for cabinet-
work, Diameter, 24:to 30in.; height, go to r1ooft.

Northern New South Wales.

120. Bridelia faginea, /v.J, (Syn. Amanoa faginea, Baill.) ;
N.O., Euphorbiacez, B.FI., vi., 120.

388 AUSTRALIAN NATIVE PLANTS.

“ A tall shrub or small tree.” Wood greyish-brown, mottled,
becomes darker towards the centre; an easily-worked wood ;
suitable for cabinet-makers. (Cat. Queensland Timbers, Col. and
Ind. E-xh., 1886.)

Queensland.

121. Bruguiera gymnorrhiza, Zam., N.O., Rhizophoree, B.FI.,
li., 495.
See B. Rheediz.
Queensland and Northern Australia.

122. Bruguiera Rheedii, Blume, (Syn. B. australis, A. Cunn. ;

B. Rumphii, Blume); N.O., Rhizophorez, B.FI., ii., 494.

B. gymnorrhiza and B. Rheedi are united by some authors.

“Red Mangrove.” The ‘‘ Kowinka” of Queensland aborigines.

This wood is hard and durable, and of a yellowish colour, or
reddish brown, with the sap-wood lighter coloured. It is close-
grained and coarse-fibrous, useful for many purposes, especially
axe and pick handles. It is a common Indian tree. Gamble
(Manual of Indian Timbers) gives its weight as 54lb. per cubic
foot, and states that it is used for firewood, house posts, planks,
and articles of native furniture. |

The aerial roots of this tree are used by the Fijians for making
bows. (Seemann, Flora Vitiensts.)

Queensland and Northern Australia.

123. Buchanania mangoides, F.v.M., N.O., Anacardiaceze, Muell.
Cens.,.p..25.
Called ‘‘ Plum Tree ” in Northern Australia.
Wood ofa pinkish colour, close in the grain, tough, and easy to:
work. (Cat. Queensland Woods, Col. and Ind. Exh., 1886.)
Queensland.

124. Bursaria spinosa, Cav., (Syn. Jiea spinosa, Andr. Also
B. spinosa var. incana, Benth., (Syn. B. incana, Lindl.) ;:
bO:, Pittosporeze, Bile, ty. TLG be
‘ Native Box,” or “Box Thorn.” ‘‘ Native Olive.” ‘‘Kurwan” of

the aboriginals. at Coranderrk (Victoria). ‘‘Geapga” of those of Lake

Hindmarsh Station (Victoria). ' ;

TIMBERS. 389

The wood is close-grained, white in colour, and ‘takes a fine
polish. It is used for turnery. Its scent is pleasant, but fleeting.
Diameter, 6 to gin.; height, 20 to 30ft.

All the colonies.

125. Cadellia monostylis, Bex/h., N.O., Simarubex, B.FI., i,
375:

Wood of a yellowish colour, somewhat resembling some kinds
of walnut and satin-wood. It is of a pretty grain, and would be
useful for cabinet-work and for toy making. (Cat. Queensland
Woods, Col. and Ind. Exh., 1886.)

New South Wales and Queensland.

126. Callicoma serratifolia, Azdr., N.O., Saxifragez, B.FI., ii.,

440.

“ Native Beech.” This is one of the trees called by the early colonists
“‘ Black Wattle,” from the fancied resemblance of the flowers to those of
some of the wattles.

This wood has a reddish tint, and seems easy to work.
Diameter, up to 12in. Height, 50 to 6oft.

New South Wales and Queensland.

127. Callistemon lanceolatus, DC., (Syn. C. marginatus, DC.;
C. scaber, Lodd.; Metrosideros lanceolata, Smith; JZ. citrina,
Curtis, Bot. Mag.; M. lophantha, Vent.; M. marginata,
Cav.; i. rugulosa, Sieb.; M. semperflorens, Lodd.); N.O.,
Myrtacez, B.FI., iii., 120.

‘‘ Red Bottle-brush.” (The flowers of some species of Callistemon are
like bottle-brushes in shape.) ‘ Water Gum.” The “ Marum” of some
Queensland aboriginals.

Wood hard and heavy; it is used for ship-building, wheel-
wrights’ work, and many implements, such as mallets. Its shavings
will bind like a ribbon. Diameter, 12 to 18in. Height, 30 to
4oft.

Victoria, New South Wales and Queensland.

128. Callistemon salignus, DC. (Syn. C. pallidus, DC.;
C. lophanthus, Lodd.; Metrosideros saligna, Smith;
M. pallida, Bonpl.) ; N.O., Myrtacez, B.FI., iii., 120.

390 AUSTRALIAN NATIVE PLANTS.

Called ‘* Broad-leaved Tea-tree,” ‘‘ River Tea-tree,” ‘‘ Stonewood,”
and “ River Oak.” It is the “‘ Unoyie” of the aboriginals of Northern
New South Wales. ‘‘ Humbah”’ is another aboriginal name.

Wood very hard and close-grained ; it has the reputation of
being very durable underground. It has been used for engraving,
but with no marked success. An engraving in which this wood
is used will be found at page 50 of the Proc. Philosoph. Inst. of
Victoria for 1859. it varies in colour from a uniform drab to
dark red, and some specimens have a very pretty grain which looks
well under polish. It is fairly easy to work, and dresses admirably.
Two slabs of this wood in the Technological Museum, which
have been seasoned over twenty-five years (having been exhibited
at the London International Exhibition of 1862), have weights
which correspond to 56lb. 130z. and 6olb. 120z. per cubic
foot respectively. Specific gravity .983 (614lb. per cubic foot).
(Report Victorian Exhibition, 1861). Diameter, 18 to 2gqin.
Height, 40 to 5oft.

All the colonies except Western Australia.

129. Calophyllum inophyllum, Linn,, N.O., Guttifere, B.FL.,

ipere 9.

“© Ndilo” (of India).

Wood of a reddish colour, and pretty wavy figure, strong and
durable; a useful wood for the joiner and cabinet-maker.

This tree is also a native of India, where it is used for masts,
spars, railway-sleepers, machinery, etc. The weight is 63lb. per
cubic foot, according to Kurz; ‘‘the specimens received by me
averaged 42lb.” (Gamble, Manual of Indian Timbers.)

Queensland.

130. Calophyllum tomentosum, Wigh/, Muell. Cens., p. 8, (Syn.

C. elatum, Bedd.) ; N.O. Guttiferz.

“Poon Tree”’ (of India).

This tree yields the Poon Spars of commerce, of which good
ones fetch large prices. The timber is used for bridge-work in
India, is of a red colour, strong, and durable; it also is useful to
the joiner and cabinet-maker. ‘‘Couch’s experiments at Plymouth

TIMBERS. 391

Dockyard gave 36 to 43lb. per cubic foot, mine gave 35lb. per
cubic foot.” (Gamble, Manual of Indian Timbers.)
Queensland.

131. Canarium australasicum, /v.J7., N.O., Burseracez, B.FI.,i.,
377-
Wood of a grey colour, dark towards the centre; works
easily, and would suit for lining-boards of houses.
Queensland and Northern Australia.

132. Canthium buxifolium, Benth., (Syn. Plectronia buxtfolra,
Benth.); N.O., Rubiacee, B.FI., iii., 422.

The various species of Canthium are tall shrubs or small
trees. In this species the wood is of a light colour, close in the
grain, and useful for turnery and cabinet-work.

New South Wales and Queensland.

133. Canthium coprosmoides, #.v.4/., (Syn. C. darbatum, Seem. ;
Plectronia barbata, Hook.f.; Chiococca barbata, G. Forst.;
C. odorata, Hook. et Arn.) ; N.O., Rubiacez, B.FI., iii., 422.
Muell. Fragm., ix., 186.

Wood dark yellow, streaked with a brown colour, very prettily
marked or grained; a useful wood for turnery and cabinet-work.
(Cat. Queensland Woods, Col. and Ind. Exh., 1886.)

New South Wales, Queensland and Northern Australia.

134. Canthium latifolium, 7.7.47, (Syn. Plectronia latifolia,

Py.M.); N:.O.;Rubiacee, B.FI., 1,421.

“ Mogil-Mogil.” ‘ Wild Orange,” or ‘* Wild Lemon.”

A small tree; the timber is hard and close-grained, but
seldom used. It is, nevertheless, somewhat ornamental, being
pinkish, with streaks of a darker colour. Diameter, 3 to 6in.;
height, 16 to zoft.

In the interior of all the colonies except Tasmania and
Victoria.

392 AUSTRALIAN NATIVE PLANTS.

135. Canthium lucidum, Hook. et Arn., (Syn. C. lamprophyllum,
F.v.M.; C. odoratum, Seem.; Plectronia odorata, F.v.M.;
Coffea odorata, G. Forst.; Ixora odorata, Spreng.; Pavetta
dubia, Endl.) ; N.O., Rubiacez, B.F1., iii., 421 ; Muell. Cens.,
ix., 185.

Wood of a yellow colour, close-grained, tough, and nicely
marked ; likely to prove useful for cabinet-work. (Cat. Queens-
land Woods, Col. and Ind. Exh., 1886.) Diameter, 6 to 12in.;
height, 20 to 30ft.

New South Wales to Northern Australia.

136. Canthium oleifolium, Hook., N.O., Rubiacez, B.FI., iii., 422.

Wood hard, close-grained, and capable of a high polish.
Thozet says this shrub is met with in poor soil. Diameter, 5 to
1oin.; height, 25 to 30ft. .

The interior of New South Wales and Queensland.

137. Canthium vacciniifolium, 7.7.47, (Syn. C. microphyllum,
F.v.M.; Plectronia vaccintifolia, Hook. f.); N.O., Rubiacez,
Yl in., 722.

Wood close grained ; used for walking-sticks. (Hill.) It is
tough, and of a light-yellowish colour. Diameter, 1 to 4in.;
height, 2oft.

New South Wales and Queensland.

138. Capparis Mitchelli, Zznd/., (Syn. Busbeckia Mitchelli,

F.v.M.); N.O., Capparidez, B.FI., i., 96.

“Small Native Pomegranate,” ‘‘ Native Orange” (from the size and
shape of the fruit). ‘ Karn-doo-thal” of the aboriginals of the Cloncurry
River (Northern Queensland), and “Mondo” of the aboriginals of Central
Queensland.

The wood is whitish, hard, close-grained, and suitable for
engraving, carving, and similar purposes. Sir Thomas Mitchell,
who discovered this small tree, says (Zhree Expeditions, ii., 137),
“The wood resembles lancewood so much as not to be
distinguished from it.” Diameter, 10 to 14in. ; height, 14 to 2oft

All the colonies except Tasmania and Western Australia.

TIMBERS. 393

139. Capparis nobilis, 7.v.17., (Syn. Busbeckia arborea, F.v.M.;

B. nobilis, Endl.); N.O., Capparidez, B.FI., i., 95.

“ Native Pomegranate.” ‘Grey Plum.’’ ‘Caper Tree.”

The timber is hard and close-grained, of a light or whitish
colour, and likely to prove useful for carving. Mr. C. Moore says
it is occasionally used for whip handles. Diameter, 6 to rgin. ;
height, 20 to 25ft.

New South Wales and Queensland,

140. Carallia integerrima, DC. (Syn. C. zeylanica, Arn.; C.

lucida, Roxb.); N.O., Rhizophorz, B.F1., ii., 495.

Wood light-coloured, but darkening prettily towards the centre,
close in the grain, easy to work, and polishes well. It is used
in Burmah for planking, furniture, and rice-pounders; in Ceylon
for furniture, and also for building purposes. The sap-wood is
perishable, but the heart-wood is very hard and durable. Weight,
47lb. per cubic foot. (Gamble.)

Queensland and Northern Australia.

141. Cardwellia sublimis, v.17, N.O., Proteacex, B.FI., v.,
538.
Wood of a light colour, prettily marked ; perhaps suitable for
cabinet-work. Height, 80 or goft.
Central Queensland.

142. Careya arborea, Aoxd., var. (?) australis, F.v.M., (Syn.
C. australis, F.v.M.; Barringtonia Careya, F.v.M.); N.O.,
Myrtacee, B.FI., iii., 289. Careya australis in Muell. Cens.,
p. 60.

“Broad-leaved Apple Tree.” ‘“Barror” of some Queensland ab-
originals. © Variously called ‘‘Go-onje” and “Gunthamarra”’ by the
aboriginals of the Cloncurry River (Northern Queensland), and ‘‘Ootcho”
by the aboriginals of the Mitchell River.

““A tree attaining a large size.” Wood of a light-grey
colour, red in the centre, close in the grain, and tough; works
easily, liable to crack unless very carefully seasoned.

Of the typical C. arborea, Gamble says the wood was per-
fectly sound after being stored for 50 years in Calcutta. The

394 AUSTRALIAN NATIVE PLANTS.

wood is little used in India except for agricultural implements.
It is being tried for railway sleepers on some Bengal railways,
but the result of the experiment is not yet known. It is used in
Burmah for gun-stocks, house-posts, planking, carts, furniture, and
cabinet-work. It stands well under water. Weight of cubic foot
of wood about 54lb. (Gamble).

Queensland and Northern Australia.

143. Cargillia australis, #. Br., (Syn. Mada Cargiillia, F.v.M.;
Diospyros Cargiliia, F.v.M.); N.O., Ebenacez, B.FI., iv.,
288. Diospyros Cargillia in Muell. Cens., p. 92.

The “Black Plum” of Illawarra (New South Wales), and the

* Booreerra ”’ of the aboriginals of the same district.

Wood close, very tough, and firm, of little beauty, but likely
to be useful for many purposes. It is very apt to get discoloured,
and to rend in seasoning (Macarthur). It makes excellent whip-
handles, and other light work. This forms one of the many
timbers exhibited at the London International Exhibition of 1862.
Most of the original specimens are in this museum, and this is the
only timber of them riddled by xylophages. A slab of this wood
in the Technological Museum, which has been seasoned over
twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), has a weight which corresponds
to 52lb. per cubic foot, but, as already remarked, it is riddled
with small holes. Diameter, 18 to 24in. Height, 60 to 8oft.

New South Wales and Queensland.

144. Cargillia pentamera, F.v.17,, (Syn. Maba pentamera, F.v.M.;
Diospyros pentamera, F.v.M.); N.O., Ebenacex, B.FI., iv.,
288. Diospyros pentamera in Muell. Cens., p. 92.

The “Black Myrtle” and “Grey Plum” of Northern New South
Wales, and the ‘‘ Chowan” of the aboriginals of the same district.

Timber reddish, close-grained, tough, and durable; soft
when fresh. It is not much used, except for tool handles
occasionally, and for flooring boards. Diameter, 24 to 36in. ;
height, 80 to rooft.

Northern New South Wales and Queensland.

TIMBERS. 3905

145. Carissa ovata, &.Br., (Syn. C. Brownz, F.v.M.); N.O.,
Apocynee, B.FI., iv., 305. C. Brownit, F.v.M., in Muell.
Cens., p. 93.

‘Karey ” of the aboriginals of the Rockhampton tribe (Queensland).
*‘ Ulorin ” of the aboriginals of the Cleveland Bay tribe. ‘* Kunkerberry ”
of the aboriginals of the Cloncurry River (Northern Queensland).

A moderately hard and heavy wood, very clear, and works
well. Along the grain are a number of narrow white pithy streaks,
which causes the wood, in transverse section, to have a pretty
dotted appearance. A slab of this wood in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 56lb. 140z. per cubic foot.

South Australia, New South Wales and Queensland.

146. Carumbium populifolium, ezmw., (Syn. C. populneum,
Muell. Arg., (and other sp.) Omalanthus (Homalanthus)
populifolius, Grah.); N.O., Euphorbiacez, B.FI., vi., 150.
Omalanthus populifolius in Muell. Cens. p. 21.

“Queensland Poplar.”
Wood soft, and of a light colour. This tree is not endemic
in Australia.

Victoria, New South Wales and Queensland.

147. Cassia Brewsteri, “v.17, (Syn. Carthartocarpus Brewstert,
F.v.M.); N.O., Leguminose, B.F1., ii., 282.

Wood pale-yellow, close-grained, and nicely marked. Height,
up to 30 or 4oft.
New South Wales and Queensland.

148. Cassinia aculeata, R.Br., (Syn. C. afinis, R.Br.; C. adunca,
F.v.M.; Calea aculeata, Labill.); N.O., Composite, B.FI.,
ili., 586.
A shrub; the wood is white and hard.
All the colonies except Western Australia and Queensland.

149. Cassinia levis, 2.Br., (Syn. C. rosmarinifolia, DC.) ; N.O.,
Composite, B.FI., iii., 587.

396 AUSTRALIAN NATIVE PLANTS.

Called ‘‘ Wild Rosemary” in parts of Queensland.

A rather slender shrub. , The wood is dark and beautifully
marked, close-grained ; peal be a very valuable wood cut in
veneers for cabinet-work. (Cat. Queensland Woods, Col. and Ind.
‘E'xh., 1886.)

South Australia, New South Wales and Queensland.

150. shi hae australe, 4. Cunn., N.O., Leguminose,

BFL, i, 275. .

“ Bean aes or “ Moreton Bay Chestnut.”’ The “ Irtalie” of the
aboriginals of the Richmond and Clarence Rivers (New South Wales), and
“* Bogum ” of others of northern New South Wales.

The timber is soft, fine-grained, and takes a good polish, but
it is not durable. It is somewhat like walnut, but more pitted in
appearance, and is occasionally used for cabinet-work. The
beautiful dark cloudiness of the wood of young trees is lost as the
trees grow older. It is sometimes split for staves. It dresses well.
A slab of this wood in the Technological Museum, which has
‘been seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to 3g9lb. 80z. per cubic foot.

Mr. Allen Ransome tested some specimens sent to the
Colonial and Indian Exhibition. He thus reports :—‘“‘ A beauti-
fully figured, brown wood. The sample sent, being very wet,
was tried under somewhat unfavourable circumstances. A baluster
was turned from it, and some boards and panels planed, the work
from both lathe and planing-machine being excellent. The wood
should prove valuable for cabinet-makers, but should be thoroughly
seasoned before being used, as it shrinks very much in drying.”
Diameter, 24 to 36in.; height, 80 to goft.

Northern New South Wales and Queensland.

151. Casuarina spp,

In Mr. Holtzapfel’s Zurning and Mechanical Manipulation,
Casuarina timber is called ‘‘ Botany Oak,” and it is stated that it is
shipped in round logs from g to 14in. in diameter. In general
colour it resembles a full red mahogany, with darker red veins;
the grain is more like the evergreen oak than the other European

TIMBERS. ‘ 397

varieties, as the veins are small, slightly curled, and closely
distributed throughout the whole surface. It is used in veneer for
the backs of brushes, Tunbridge-ware, and turnery ; some specimens
are very pretty.

Throughout the colonies.

152. Casuarina Cunninghamiana, 4777.; N.O., Casuarine, B.FI.,
vi., 198.

From a fancied resemblance of the wood of Casuarinas to that of oak,
these trees are called ‘‘Oaks,’” and the same and different species have
various appellations in various parts. ‘‘ Scrub She-oak.” ‘* River Oak.”

Timber hard, close, and prettily marked. It is used for
shingles and staves. This and other Casuarinas burn well, and
their ashes retain the heat for a long while. Diameter, 24in.;
height, 60 to 7oft.

_ New South Wales and Queensland.

153. Casuarina distyla, Vew?., (Syn., C. stricta, Miq., non Ait. ;
C. Muelleriana, Miq.; C. rigida, Miq.); N.O., Casuarinez,
B.FI., vi., 198.

“River Oak.” ‘Stunted She-oak.”

The wood is strong, light, and tough. It is used for bullock
yokes. (Hill) In young trees the wood is white, but at a more
mature age it is of a deep-red or brown colour.. (J. E. Brown.)
Diameter, 18 to 24in.; height, 40 to 6oft.

All the colonies except Queensland.

154. Casuarina equisetifolia, Yors¢., (Syn., C. muricata, Roxb.) ;
NO. Casuarines, B.FT., vi., 197.

“Swamp Oak,” “ Forest Oak,” and “ Bull Oak.’’ Called also ‘“‘Iron-
wood” and ‘“‘ Beef-wood.” Some Queensland aboriginals have bestowed
upon it the name of ‘* Wunna-wunnarumpa.”

Wood coarse-grained and beautifully marked; it is used for
fuel, and also for purposes where. lightness and toughness are
required. (Hill.) It is employed for log fencing, gates, and
shingles. This. tree will live in somewhat saline soil at the edge of
the sea. In India it .grows on pure sand, and is used.as fuel for
railway purposes... For this purpose plantations of it have been
made near Madras. The.ashes of this trée yield a quantity of

398 AUSTRALIAN NATIVE PLANTS.

alkali, which is used in some places to produce a coarse soap. The
name ‘‘Iron-wood,” which it sometimes bears, is given to it on
account of its colour, hardness, and durability. The natives of the
South Sea Islands make clubs of it. The weight per cubic foot
varies from s55lb. to 63lb., according to Gamble. Diameter, 12
to 20in.; height, 50 to 7oft.

New South Wales, Queensland and Northern Australia.

155. Casuarina Fraseriana, 4777., (Syn. C. forulosa, Miq. non

Ait.); N.O., Casuarinez, B.FI., vi., 199.

“A tall, erect shrub, or small tree.’”” The wood easily splits
into shingles. It is the best furniture wood of South-western
Australia, as it does not rend. (Mueller.)

Western Australia.

156. Casuarina glauca, Szed., (Syn. C. sorulosa, Mig. non Ait.) ;

N.O., Casuarinez, B.FI., vi., 196.

‘‘ River She-oak.” “ Bull-oak.” ‘‘ Desert She-oak.” ‘“‘ Swamp-oak,”
and “ Belah”’ or “ Billa.” “Ngaree” of the aboriginals of Lake Hind-
marsh Station (Victoria).

The timber is strong and tough, and is used for staves,
shingles, etc.; also for rails, but not for posts. It is of a red
colour, beautifully marked, close in the grain, but very brittle. It
might be useful for cabinet-work. Diameter, 12 to 24in; height
40 to 5oft.

All the colonies except Tasmania and Western Australia.

157. Casuarina inophloia, 7.2.47. e¢ Bazl., Muell. Cens., p. 23.
N.O., Casuarinez.

Wood very beautiful, of a reddish colour, but with numerous
dark marks, the grain close; a very desirable wood for cabinet-
work (Cat. Queensland Woods, Col. and Ind. Exh., 1886).

New South Wales and Queensland.

158. Casuarina stricta, Acs. on Mig., (Syn. C. quadrivalvis,
Labill.; C. macrocarpa, A. Cunn; C. cristata, Mig.; C.
Gunnit, Hook, f.); N.O., Casuarinee, B.FI., vi., 195. C.
quadrivalvis in Muell. Cens. p. 22.

TIMBERS. 399

‘‘ Shingle-oak,” Coast She-oak,”’ ‘‘ River-oak,” ‘ Salt-water Swamp-
oak.” The “ Worgnal” of the aboriginals of the Richmond and Clarence
Rivers (New South Wales).

Wood close, but not durable. (Hill.) It is tough, and yields
27 per cent. of charcoal, 43 per cent. of crude wood-vinegar, and
7 per cent. of tar. The wood is of a reddish colour, and has
dark bands running through it, chiefly in a longitudinal direction,
which gives to the polished wood a fine mottled appearance,
rendering it very suitable for the manufacture of furniture. It is
also used in turnery, and for such articles as bullock-yokes, wheel-
spokes, axe-handles, staves, shingles, etc. As fuel, it can hardly
beexcelled. (Muellerand J. E. Brown.) The appearance of this
handsome wood is very difficult to describe, its heart-wood is darker
and less handsome than the other portions. It works up
splendidly. Two slabs in the Technological Museum, which
have been seasoned over twenty-five years (having been exhibited
at the London International Exhibition of 1862), have weights
which correspond to 56lb. 140z., and 63lb. per cubic foot
respectively. In the Report Intercol. Exh., 1861, the specific
gravity of this wood is given as 1.037 (equivalent to 65lb. per
cubic foot), while the specific gravity of the wood of C. cristata
(included under this species), is given at .935 and .g65 (58% to
6o3lb. per cubic foot). The lighter (of the Museum samples) wood
is also the lightestin colour of any Casuarina timber the author has
seen, It is so light, and has so little figure that a second glance is
necessary to be quite sure that it is Casuarina wood at all. Sir
William Macarthur, who collected this variety, calls it ‘‘ Salt-water
Swamp-oak,’’ and says of it: ‘“ Tall growing, found only near the
margin of salt-water.’’ Wood not much valued. Diameter, 9 to
15in.; height, 20 to 30ft.

All the colonies except Western Australia and Queensland.

159. Casuarina suberosa, Octo e¢ Dietr., (Syn. C. leptoclada, Miq.;
C. m@sta, F.v.M.); N.O., Casuarinex, B.FI., vi., 197.
On this tree a number of appellations have been bestowed, viz. :—
“ Erect She-oak,” “ Forest-oak,’’ ‘‘Swimp-oak,” ‘Shingle-oak,” ‘River
Black-oak,” and ‘‘ Beef-wood.” Formerly called ‘‘ Wayetuck” by the
Yarra aboriginals.

400 AUSTRALIAN NATIVE PLANTS.

Timber used for bullock yokes, mauls, tool handles, shingles,
etc. It is of great beauty for cabinet-work, but very apt to rend in
drying ; it should be used only in veneers. (Macarthur.) The
Yarra (Victoria) blacks used to make boomerangs of this wood.
A ton of dry wood yields about 731b. of pearl-ash, or 431b. of pure
potash. (Mueller.) A slab inthe Technological Museum, which has’
been seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to 59lb. 110z. per cubic foot. Diameter, 24in. ;
height, 49 to soft.

All the colonies except Western Australia.

160. Casuarina torulosa, Azz., (Syn. C. tenuisstma, Sieb.) ; N.O.,

Casuarinez, B.FI., vi., 200.

“Forest-oak.”’ ‘ River-oak.” Called “ Mountain-oak” in Queens-
land. ‘“ Beef-wood.” The “ Noo-loi” of the aboriginals of Northern New
South Wales, and the ‘‘ Koondeeba” of those of Southern Queensland.
‘‘ Bureutha ” of some Central Queensland aboriginals.

Much used for fuel. The wood is close, and prettily marked,
yielding handsome veneers. This handsome wood has a marking
peculiarly its own. The line of demarcation of the heart-wood is
well-defined. It is used for cabinet-work, and produces very
superior shingles. It is one of the best woods for oven fuel.
A slab in the Technological Museum, which has been seasoned
over twenty-five years (having been exhibited at the London
International Exhibition of 1862, as C. /semurssima), has a
weight which corresponds to 64lb. per cubic foot. Diameter, 18
to 24in.; height, 60 to 8oft.

New South Wales and Queensland.

61. Cedrela Toona, Roxd., (Syn. C. australis, F.v.M.); N.O.,
Meliacez, B.FI., i., 387. C. australis in Muell. Cens., p. 9.
he ‘‘ Cedar,” or “‘ Red Cedar” (a universal appellation in Australia),
Called “ Polai” by the aboriginals of Northern New South Wales,
‘“Mumin,” or “ Mugurpul” by those about Brisbane, and “ Woota” by
those about Wide Bay (Queensland). The ‘‘ Toon” Tree (of India).

This timber is. light, very durable, easily worked, and is
largely employed in house joinery and furniture making; in fact

TIMBERS. . ° Zi AOI

wherever lightness and durability are required. Its use, especially
in New South Wales and Queensland, is so well known that it is
unnecessary to dilate upon it. The junctions of the large
branches with the stem furnish those beautiful curled pieces of
which the finest veneers are made. Speaking of this wood the
Jurors of the London International Exhibition of 1862 reported :—
‘‘ A sideboard top made of veneers of root-pieces of this timber is
of astonishing and perfect beauty, and resembles a rich marble.”
A slab in the Technological Museum, about two feet square
and two inches thick, cut from near the root, is of great beauty.
It has a beautiful vertical marking, and branching from this, on
either side, are beautiful parallel markings. A piece eight feet
across, cut from near a fork, is of still greater beauty.

The following is taken from Gamble’s Manual of Indian
Timbers, speaking of C. Toona: “ Weight of cubic foot about
35lb. The wood is durable, and not eaten by white ants; it
is highly valued, and universally used for furniture of all kinds,
and is also employed for door panels and carving. From Burmah
it is exported under the name of * Moulmein Cedar,’ and as
such is known in the English market. In North West India it
is used for furniture, carvings, and other purposes. In Bengal and
Assam it is the chief wood for making tea boxes, but it is getting
scarce, on account of the heavy demand. The Bhutias use it for
shingles and for wood-carving; they also hollow it out for rice-
pounders. It is, or rather used to be, for very large trees are now
rather scarce, hollowed out for canoes in Bengal and Assam.”
It is one of the “‘ Chittagong woods’”’ of commerce.

Mr. Allen Ramsome thus reports on a Queensland specimen
sent to the Colonial and Indian Exhibition: ‘‘ This resembles the
wood last mentioned (Dysoxylon Fraserianum), but is somewhat
inferior. It is softer and lighter, and considerably coarser in grain.
It planes and works very well, however, and would do for common
cabinet-work. It is already known in ‘the English market as
*Moulmein Cedar.’” . Mr. Ramsome could not have been given
an average piece of cedar, but a very inferior one (and the finest
timber in the world has some of inferior quality belonging to the

same -species), or-he could not have written so lukewarm, or»even
2D

402 AUSTRALIAN NATIVE PLANTS.

disparaging, a report on what the most disinterested person in the
colonies knows to be a timber of the highest class.

Campbell (Proc. R.S., Vict., 1879) gives 2000lb. to soon
per square inch as the tensile strength of this timber. Diameter,
36 to 78in.; height, 150 to 18oft.

New South Wales and Queensland.

CEDAR EXPERIMENTED UPON BY THE VICTORIAN
TIMBER BOARD, 1884.
The samples tested were each 7ft. in length by 13in. square; the
distance between the bearings was 6ft.; and the weight was
gradually applied in the centre until the sample broke.

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162. Celastrus bilocularis, “v.47.; N.O., Celastrinex, B.FI., i.,
399-
Wood of a light-grey colour, close in the grain, hard, and
tough.
New South Wales and Queensland.

163. Celastrus Cunninghamii, Fv.M.,(Syn., Catha Cunninghamiz,

Hook.); N.O., Celastrinee, B.F1., i., 399.

The wood is close-grained, easily worked, and likely to be
serviceable for turning and cabinet-work. (Hill.) It is of a
pinkish colour, nicely marked, and useful for cutting into veneers.
Diameter, 12 to 16in.; height, 20 to 30ft.

New South Wales, Queensland and Northern Australia.

TIMBERS. 403

164. Celastrus dispermus, /v..7., N.O., Celastrinez, B.FI., i,

399.

Wood close-grained, and capable of a fine polish. (Hill.)
Diameter, 3 to sin. ; height, 12 to r6ft.

Queensland.

165. Celtis paniculata, Planch. (Syn. C. ingens, F.v.M.;
Solenostigma paniculatum, Endl.; S. dbrevinerve, Blume.) ;

N.O., Urticeze, B.F1., vi., 156.

Wood white, soft, and pliable; used for hoops for casks.
(Hill.) This species is not endemic in Australia. Diameter, 6
to 12in.; height, 25 to 35ft. C. australis, the “ Nettle Tree” of
Europe, yields a highly-prized wood. It is used for furniture and
carving, and the branches are extensively employed in making
hay-forks, coach-whips, ramrods and walking-sticks. It is also
used for flutes.

New South Wales, Queensland and Northern Australia.

166. Celtis philippinensis, Blanco, (Syn. C. strychnioides,
Planch.); N.O., Urticez, B.FI., vi., 156.

“« A tall shrub or stunted tree.’ Wood light-coloured, hard,
and close-grained. This species is not endemic in Australia.
Queensland and Northern Australia.

167. Ceratopetalum apetalum, D. Don, N.O., Saxifragez, B.FI.,
ii., 442.

“Lightwood,” “‘ Coachwood,” or “ Leather-jacket.” Formerly called
‘“‘Boola”’ by the aboriginals of Illawarra, and ‘‘ Ngnaa-rewing ” by those
of Brisbane Water.

Wood light, exceedingly tough, good for joiners’ and cabinet-
work, and in much request for boat and coach building, tool
handles, etc. It possesses an agreeable fragrance. It is said to be
peculiarly well adapted for sounding boards for musical instru-
ments, stethoscopes, and similar purposes. It has no figure to
speak of. A slab in the Technological Museum, which has
been seasoned over twenty-five years (having been exhibited at

404 AUSTRALIAN NATIVE PLANTS.

the London International Exhibition of 1862), has a weight
which corresponds to 42lb. per cubic foot. Diameter, 18 to
24in, ; height, 50 to 7oft.

New South Wales.

168. Ceratopetalum summiferum, Smith, N.O., Saxifrageze,

B.F1., ii., 442.

“Christmas Bush” (from being largely used in Christmas decoration).
“ Officer Plant” (from its bright-red appearance). ‘“‘ Lightwood.”

This wood is fine-grained, of a reddish colour, and is used
occasionally by turners. It is useful for tool handles. A slab of
this wood in the Technological Museum, which has been seasoned
over twenty-five years (having been exhibited at the London
International Exhibition of 1862), has a weight which corresponds
to 41lb. 140z. per cubic foot. Height, up to 30 or 4oft.

New South Wales.

169. Cerbera Odollam, Gertn., (Syn. C. Manghas, Bot. Mag.);

N.O., Apocynez, B.FI., iv., 306.

“An erect, tall, shrubby bush, or tree.’”’ Wood white, very
soft and spongy, but of no great use. It is occasionally used for
firewood in India. Weight, 21lb. per cubic foot. (Gamble.)

Queensland and Northern Australia.

170. Ceriops Candolleana, Avz., (Syn. RhAzzophora Timoriensis,

DC.); N.O., Rhizophorez, B.FI., ii., 494.

“<A tall shrub or small tree.’’ This wood is used in Sind for
the knees of boats, and other purposes; in Lower Bengal for
house-posts and for firewood. Its weight is 63lb. per cubic foot.
(Gamble, Manual of Indian Timbers.)

Queensland and Northern Australia.

171. Chionanthus ramiflora, Roxd., (Syn. C. effusifiora, F.v.M.;
Linoctera ramiflora, DC.; L. effustfiora, F.v.M.; Mayepea
ramtflora, F.v.M.); N.O., Jasminez, B.FI., iv., 301. MJaye-

pea ramiflora in Muelk Cens., p. 92.
“Eurpa” of the aboriginals.

TIMBERS. 405

Wood dark grey, somewhat mottled, of close grain, and
easily worked, yet hard and tough. This tree is not endemic in
Australia. Diameter, 6 to 15in.; height, 30 to 6oft.

Queensland.

172. Chrysophyllum pruniferum, F.v.M., (Syn. Miemeyera pruni-
Jera, F.v.M.) ; N.O., Sapotacez, B.FI., iv., 278. Memeyera

prunifera in Muell. Cens., p. gt.

Wood of a uniform pale yellow colour; close-grained, hard,
and tough; might be suitable for bent-work. Diameter, 12 to
20in. ; height, 30 to 7oft.

New South Wales and Queensland.

173. Cinnamomum Tamala, 72. Wees, (Syn. C. Laudatii, F.v.M.;
Laurus Tamala, Hamilt.; Z. Cassia, Roxb.; C. albiflorum,
Nees; C. Cassia, Blume.); N.O., Laurinez, B.FI., v., 303.

“ Cassia Cinnamon,”

“A large tree.” Wood of a light brown ‘Or grey colour,
close-grained, firm, strongly scented, and of a glossy surface. “‘Its
weight varies from 35 to 4olb. per cubic foot.’’ (Gamble.) It is
not endemic in Australia.

Queensland.

174. Citriobatus multifiorus, 4. Cunn. N.O., Pittosporez, B.FI.,

leehal-.
“Orange Thorn.”

A shrub; wood close in the grain, and very tough; light
coloured.
New South Wales and Queensland.

175. Citriobatus pauciflorus, 4. Cunn., (Syn. Lxvosporum spines-

cens, F.v.M.); N.O.,: Pittosporea, B.FI., i., 122.

“Orange Thorn,” ‘‘Karry” of some Queensland aboriginals.

Wood close-grained, of a light uniform yellowish colour, and
hard. Takes a good polish. This shrub has been suggested for
edges of borders in a garden. Diameter, 4 to 6in.; height up
to 15ft.

New South Wales, Queensland and Northern Australia.

406 AUSTRALIAN NATIVE PLANTS.

176. Citrus australasica, /.v.J7, N.O., Rutacez, B.FI., i., 371.
“ Native,” or ‘ Finger Lime.”
The wood is oe vaduied hard, and. of a yellow colour..
It may possibly be useful for wood engraving. . Diameter, 6 to
1oin.; height, 15 to 2oft.
New South Wales and Queensland.

177. Citrus australis, Planch., (Syn. C. Planchonit, F.v.M.;

Limonia australis, A. Cunn.); N.O., Rutacez, B.FI., i., 371-

C. Planchonii in Muell. Cens., p. 12..

““ Native Orange.”

The wood is hard, close-grained, and of a fine light yellow
colour. It is of the same texture as the wood of the common
orange. Diameter, 9 to 12in.; height, 30 to 4oft.

New South Wales.and Queensland.

178. Claoxylon australe, Bazll., (Syn. Mercurialis australis,
Baill.) ; N.O., Euphorbiacee, B.FI., vi., 130.

Wood of a light yellow colour, hard, and close-grained ;
useful for cabinet-work. (Cat. Queensland Timbers, Col. and
Ind. Exh., 1886.) Diameter, 1 to 2ft.; height, 50 to 6oft.

Victoria, New South Wales and Queensland.

179. Cleistanthus Cunninghamii, Muell. Arg., (Syn. Lebediera
Cunninghamit, Muell. Arg.; Amanoa Cunninghamii, Baill.);
N.O., Euphorbiacez, B.FI., vi., 122.

‘““A tall shrub.’”’ Wood hard, close-grained, and light
coloured.
New South Wales and. Queensland.

180. Clerodendron tomentosum, 7.27., N.O., Verbenacez, B.FI.,

v., 62. Clerodendrum, Muell. Cens.

“A tall shrub or small tree.’””. Wood of a light yellow colour,
so soft and porous that it may be torn away with the finger-nail,
and warping and splitting to such a degree that it is worthless as a
timber. It cannot be dressed up for the simplest purpose, except
with the expenditure of labour entirely beyond its value. A slab
of this wood in the Technological Museum, which has been

TIMBERS. / 407

seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to 34lb. goz. per cubic foot.

New South Wales and Queensland.

181. Cocos nucifera, Zczz., N.O., Palmez, B.FI., vii., 143.
“Cocoa-nut Palm.” ‘ Porcupine-wood.”

The hard shells of the fruit of this well-known palm are made
into spoons, drinking cups, lamps, and fancy articles; reduced
to charcoal and pulverised, they afford an excellent tooth-powder,
and very good lamp-black is obtained from them. The extremely
hard wood obtained from the outer portion of the trunk is used in
the construction of both houses and their furniture. In England,
under the name of “ Porcupine-wood,” it is made into work-
boxes, and other fancy articles. (Zreasury of Botany.) Attains
a height of 70 or 8oft., but often only 30ft. in Australia.

Queensland.

182. Codonocarpus australis, 4. Cunn., (Syn. Gyrostemon
attenuatus, Hook.); N.O., Phytolaccacez,, B.FI., v., 148.
“ Bell Fruit.”
Wood soft and spongy, and of alight colour. Height, 3oft.
Northern New South Wales and Queensland.

183. Ceelospermum reticulatum, Benth., (Syn. Pogonolobus
reticulatus, F.v.M.); N.O., Rubiacez, B.F1., iii., 425.
“A scrubby shrub.” Wood of a grey colour.
Queensland and Northern Australia.

184. Commersonia echinata, Yors/., N.O., Sterculiacez, B.FIL., i.,
243.

** Brown Kurrajong.”
A tall shrub or small tree; wood soft, close-grained, white,
and light. This species is not endemic in Australia.
Northern New South Wales and Queensland.

185. Cordia Myxa, Zinn., (Syn. C. dichotoma, Forst.; C. Brownit,
DC.; C. latifolia, Roxb. ; C.txtocarpa, F.v.M.; C. obligua,

408 AUSTRALIAN NATIVE PLANTS.

Willd. ; C.:polygama, Roxb.) ; N.O., Boraginex, B-FI., iv.;

386. x
The ‘‘Sebesten Plum” (of India.)

The wood is soft, and is said to have furnished.the timber
from which the Egyptian mummy-cases were made. It is one of
those used for preparing fire by friction in India. (Drury.) It is
olive-coloured, greyish, or light brown, coarse-grained, easy to
work, and strong, and seasons well, but it is readily attacked by
insects. It is used for boat-building in India, for well curbs, gun
stocks, and agricultural implements, and in Bengal for canoes. _ It
might be tried-for tea-boxes, It is an excellent fuel. The weight
of a cubic foot varies from 28lb. to.421b. (Gamble.) .

Queensland.

186. Croton setichs Baill., ae C. phebalioides, A. shine
N.O., Euphorbiacez, B.FI., vi., 124.
“Queensland Cascarilla.” ‘Warrel” of the aboriginals of Northern
New South Wales. .
A tall straggling’ shrub or small tree. Wood of a yellow
colour, close-grained, hard, and very tough.
New South Wales and Queensland.

187, Croton phebalioides, 7.2. 47., (Syn., C. stigmatosus, F.v.M.);

N.O., Euphorbiacez, B.Fl., vi., 125.

This timber -has a yellowish colour, is close-grained and tough,
but very liable to warp and: split, and has- some tendency to get
dirty-looking with age. A slab of this wood in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 51lb. 20z. per cubic foot.
Height, up to soft.

New South Wales and Queensland.

188, cee Verreauxii, Bazl/., N.O., Euphorbiacex, B.FI., vi.,
126.

“Native ee

TIMBERS. 409

A small tree; wood of a yellowish colour, close-grained,
and firm.
New South Wales, Queensland and Northern Australia.

189. Cryptocarya australis, Bensh., (Syn. Laurus Bowie, Hook. ;
L. australis, A. Cunn.; Oreodaphne Bowier, Walp.; Caryo-
daphne australis, A. Braun); N.O., Laurinez, B.FI., v., 299.

“Laurel,” or “ Moreton Bay Laurel,” and ‘‘ Grey Sassafras.”
Timber light, easily wrought, and useful when not exposed to
the weather. Owing to its smell, insects do not like it. Diameter,

12 to 20in.; height, 80 to tooft.

New South Wales and Queensland.

190. Cryptocarya cinnamomifolia, Benzh., N.O., Laurinez, B.F1.,
v., 298.
Wood of fine grain, easy to work, and of light colour. Height,
up to 4oft. | |
Queensland.

191 Cryptocarya glaucescens, &. &r., N.O., Laurinez, B.FI.,

V., 297. .

‘““Sassafras”’ (of the early days of New South Wales); even now
called ‘‘ Black Sassafras.” ‘‘ White Laurel.’’ ‘‘She-beech,” or ‘‘ Beech.”
Called also ‘Black Beech.” ‘‘ Urri-burrigundie” of the aboriginals of
Northern New South Wales. ‘ Oorawang ”’ of the aboriginals of Illawarra,
and “ Baa-nung”’ of the aboriginals of Brisbane Water (New South Wales).

Wood soft, not. durable, but useful, and not without beauty.
(Macarthur.) It is used only for staves and inside work.
Diameter, 18 to 24in.; height, 70 to 8oft.

New South Wales, Queensland and Northern Australia.

192. Cryptocarya Meissnerii, /.v-J/., (Syn. C. hypoglauca,

Meissn. ; var. af/enuata.); N.O., Laurinez, B.FI., v., 298.

“ Leather-jacket.”

Timber white, close-grained, and tough; probably a useful
wood, and said to make good staves. Diameter, 24 to 36in.;
height, 80 to 1ooft.

New South Wales and Queensland.

410 AUSTRALIAN NATIVE PLANTS.

193. Cryptocarya Murrayi, F.v.M., N.O., Laurinee, B.FL, v.,
295.
A large tree; wood of a dark colour, hard, and close-grained.
Queensland.

194. Cryptocarya obovata, #.2r., (Syn. C. Aypospodia, F.v.M.) ;

N.O., Laurinez, B.FI., v., 296.

“Sycamore,” ‘‘ White Sycamore,” ‘‘ Bastard Sycamore,” ‘“She-beech,”
‘‘Flindosa,”’ ‘‘ Myndee.”

This tree produces a soft, whitish, and useful wood, useful for
cabinet-work ; it turns darker with age. It is fairly durable when
not exposed to the influence of the weather. It may undoubtedly
be called a good wood ; it works admirably. A slab of this wood
in the Technological Museum, which has been seasoned over
twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), has a weight which corresponds to
34lb. 1502. per cubic foot. Diameter, 24in.; height, 70 to 8oft.

New South Wales and Queensland.

195. Cryptocarya triplinervis, &.2r., (Syn. Caryodaphne
Browntana, Nees); N.O., Laurinez, B.FI., v., 297.
A tall tree; wood of a grey colour, close in the grain, and
tough.
New South Wales and Queensland.

196. Cudrania javanensis, Tréc., (Syn. Morus calcar-gallz, A.
Cunn.; Maclura javanica, Miq.); N.O., Urticez, B.FL., vi.,

179.

““Cockspur Thorn.” ‘“‘Fustic.”
A shrub or small tree; wood dark yellow, and close-grained ;
a desirable cabinet wood.
New South Wales and Queensland.

197. Cupania anacardioides, A. Rrch., N.O., Sapindacez, B.FI.,

is, 450-

“Brush Deal” and “ Tuckeroo” are Queensland colonial and aboriginal
names respectively.

A slender tree; the timber is occasionally used for house
building purposes, but it is not generally valued. (Moore.) It is

TIMBERS. 4Il

of a light pinkish colour, close-grained, and tough. It dresses
well, and is not an ill-looking timber, but it cannot be called
handsome. A slab in the Technological Museum, which has
been seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to 47lb. per cubic foot.

New South Wales, Queensland and Northern Australia.

198. Cupania nervosa, 7.v.d/., N.O., Sapindacez, B.FI., i., 459.
United with C. xylocarpa as a var. in Muell. Cens.

‘“* A moderate-sized tree.” Wood of a light colour, but the
centre dark ; the grain close.
New South Wales and Queensland.

199. Cupania pseudorhus, 4. Rich., N.O., Sapindacezx, B.F., i.,
459-

“TIccaaya” and “ Bunderoo” are aboriginal names on the Richmond
and Clarence Rivers (New South Wales).

Wood fine-grained, of a light pinkish-brown colour, and very
tough. It would be excellent for pick handles. It shrinks some-
what, but does not appear to split and crack. It is of very even
texture. A wood-borer commenced boring into this slab, but
although it was left undisturbed, it abandoned the enterprise after
making a small and very shallow groove. A slab of this wood in
the Technological Museum, which has been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), has a weight which corresponds to 43]|b.
140z. per cubic foot. Diameter, 14 to 20in. ; height, 30 to qoft.

New South Wales and Queensland.

200. Cupania semiclauca, Fv.M., (Syn., Nephelium semiglaucum,
F.v.M.; Arytera semiglauca, F.v.M.); N.O., Sapindacez,
B.FI., i., 457. Muell., Fragm., iv., 158.

“White Bark.” ‘Black Ash.” ‘Wild Quince.” ‘ Tyal-dyal” of
the aboriginals of Northern New South Wales.
The wood soft, and, as yet, of no recognised value. (Hill.)

Another authority, however, speaks of it as tough, close-grained,

412 AUSTRALIAN NATIVE PLANTS.

and elastic. It is white, and nicely veined by numerous wavy lines
radiating from the centre. Diameter, 12 to 15in.; height, 50 to

6oft.
New South Wales and Queensland.

201. Cupania serrata, /.v.J/., N.O., Sapindacee, B.FI., i., 458.

A rather light, clear-working wood, which polishes well, and
reminds one very much of beech, but it is much more porous than
that wood. It does not work well on the end-grain. A slab of
this wood in the Technological Museum, which has been seasoned
over twenty-five years (having been exhibited at the London
International Exhibition of 1862), has a weight which corresponds
to 36lb. 80z. per cubic foot.

New South Wales and Queensland.

202° Cupania xylocarpa, A. Cunn., N.O., Sapindacez, B.FI.,

i., 459.

Called ‘‘ Marsh Hickory” in Queensland, and “ Wootorie” by the
aboriginals of the Richmond and Clarence Rivers (New South Wales).

Timber close-grained, and hard, particularly so when dry.
(Moore.) It is tough, and of a light-yellow colour, the grain
resembling lance-wood ; it would be useful for making tool
handles. (Cat. Queensland Woods, Col. and Ind. Exh., 1886.)
The samples under my charge are of the ordinary pinky-brown
colour, peculiar to Cupania timber. It is apparently a useful wood
for ordinary purposes, but seems to have nothing specially to
recommend it. A slab in the Technological Museum, which
has been seasoned over twenty-five years (having been exhibited
at the London International Exhibition of 1862), has a weight
which corresponds to 42]b. 10z. per cubic foot. Diameter, 12 to
24in.; height, 40 to soft.

New South Wales and Queensland.

203. Cuttsia viburnea, 7.2.17, N.O., Saxifrageze, Muell. Cens.,
p. 48.
Wood white, close in the grain, and very tough. (Caz.
Queensland Timbers, Col. and Ind. Exh., 1886.)
New South Wales and Queensland.

TIMBERS. 413

204. Cycas media, &.Br., N.O., Cycadez, B.FI., vi., 249.

Wood or outer part stringy; the centre of the stem spongy.
Of no use for timber purposes, but perhaps it might be useful to a
limited extent for rustic-work. Height, from 10 to 2oft.
Queensland and Northern Australia.

205. Cynometra ramiflora, Zinz., (Syn. C. bijuga, Span.);
N.O., Leguminose, B.F1., ii., 296.
Gamble says that this timber is used in India for native huts.
and for fuel. Its weight is 56lb. per cubic foot.
Queensland.

206. Dacrydium Franklini, Hook f,, (Syn. D. Huonense, A. Cunn.);

N.O., Coniferz, B.FI., vi., 245.

‘© Huon Pine,”

This wood is light and tough. Whaleboats are built of it.
For boat-building it is peculiarly adapted, and it is also used for
house-fittings. In the New Zealand Exhibition of 1865 there was
shown a board of this timber which had been forty-five years in the
same building, and was yet thoroughly sound. The old timber is
so hard and durable that the fallen trees lie in the damp forests for
many years without rotting. ‘‘Thearomais said to keep off insects.
The beautiful marking of the butt, roots, etc., is peculiar, and
quite unrivalled for pale cabinet-work.” (furors’ Reports, London
International Exhibition, 1862.) ‘This invaluable wood has been
so much appreciated that it is now quite scarce, and is, con-
sequently, very expensive. Usually 60 to 80ft. high, but sometimes
rooft.

Tasmania.

or “ Macquarie Pine.”

207. Dalbergia densa, Benth. N.O., Leguminose, Bible, 16.271.

A small tree; wood of a light colour, and close grain.
Queensland.

208. Dammara robusta, /v.J7, (Syn. D. Brown’, (garden
- name); Agathis robusta, Salisb.); N.O., Conifere, B.FI.,

Wie,244-

414 AUSTRALIAN NATIVE PLANTS.

“Queensland Kauri,” or “ Dundathu Pine.” ne
Wood of a light yellow colour, close-grained, soft, and easy
to work ; largely used by joiners and cabinet-makers. Diameter,
36 to 72in. ; height, 80 to 130ft.
Queensland.

209. Daphnandra aromatica, Bail., N.O., Monimiacez, Supp.
Queensland Flora. (Bailey.)

Wood of a light colour, not unlike deal, for which it would
form a substitute. (Bailey.)
Johnston River, Queensland.

210. Daphnandra micrantha, Benth. (Syn. Atherosperma

micrantha, Tul.) ; N.O., Monimiacez, B.FI., i. 285.

“ Sassafras,” “ Light-yellow Wood,” “ Satin-wood.”

The wood of this tree-climber is soft and weak, and of little
value except for packing cases. (Hill.) It is quite yellow
when fresh, takes a fine polish, but it becomes dirty-looking
with age, and is rarely pretty. It is fragrant, and might perhaps
be suitable for .cabinet-work, such as the making of cabinet
drawers, shelves, etc. A slab in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a
weight which corresponds to 43lb. 80z. per cubic foot. Diameter,
18 to 24in.; height, 50 to 8oft.

New South Wales and Queensland.

211. Daphnandra repandula, F.v.M., N.O., Monimiacez, Muell.
Cens., p. 3.
Wood of a light colour, nicely figured, grain close; probably

it might serve for engraving. It clesely resembles English holly.

(Cat. Queensland Woods Col. and Ind. Exh., 1886.)
Queensland.

212. Darlingiaspectatissima, .v.d/., (Syn. Helicia Darlingiana,
F.v.M.; Knightia Darlingit, F.v.M.); N.O., Proteacez, B.FI.,

V., 533-

TIMBERS. 415

Wood of.a light brown colour, nicely marked, light, and firm ;
a useful wood for both cooper and cabinet-maker. (Cat. Queens-
land Woods, Col. and Ind. E'xh., 1886.)

Northern Queensland.

213. Davidsonia pruriens, F.v.M., N.O., Leguminosz, -Muell.,
Cens., p. 48.

Wood dark-coloured, close-grained, hard, and tough.
Queensland.

214. Daviesia arborea, W. H7l/,N.O., Leguminosz, Cat. Queens-

land Timbers, S.I.E., (1879).

““ Queen-wood.”

This wood is hard, close-grained, with beautiful pink streaked
lines, and takes a beautiful polish. It is destined to take a
prominent position with cabinet-makers. (Cat. of Queensland
Timbers, p. 65, No. 141, Sydney International Exhibition, 1879.)
In the absence of a botanical description of Hill’s species, I am
unable to say whether it is identical with D. adorea, F.v.M. et
Scortech., in the Proc. Linn. Soc., N.S.W., vii., 221 (1882).
Diameter, 6 to 12in.; height, 15 to 30ft.

New South Wales and Queensland.

215. Denhamia obscura, Jezssx., (Syn. D. xanthosperma, F.v.M.;
D. heterophylla, F.v.M.; Leucocarpon obscurum, A. Rich.) ;
N.O., Celastrinez, B.FI., i., 401. Leucocarpon obscurum in
Muell. Cens., p. 26.

Wood fine-grained and tough. Diameter, 3 to 4in.; height,
12 to 15ft.
Queensland and Northern Australia.

216. Denhamia pittosporoides, 7-v-J7., (Syn. Leucocarpon pittos-
poroides, F.v.M.); N.O., Celastrinez, B.FI., i., 402. Leuco-
carpon pittosporoides in Muell. Cens., p. 26.

The timber is hard, fine-grained, and takes a good polish.
(Hill.) It is of a uniform pale-yellow colour, resembling English

416 AUSTRALIAN NATIVE PLANTS.

elder, and suitable for engraving, pattern-making, and similar
uses. Diameter, 6 to 8in.; height, 20 to 3o0ft.
Northern New South Wales and Queensland.

217. Derris uliginosa, Benth., (Syn. Pongamia uliginosa, DC.) ;
N.O., Leguminosz, B.FI., ii., 272.
The stems of this scandent shrub are used for tying logs to
boats in parts of India. (Gamble.)
Queensland and Northern Australia.

218. Dicksonia Youngie, C. Moore, N.O., Filices, B.FI., vii., 713.

Wood, or outer part of the stem, black, streaked with white,
the dark very hard. This description applies more or less to the
trunks of other tree-ferns. Diameter, 4in.; height, 10 to raft.

New South Wales and Queensland.

219. Diospyros hebecarpa, 4. Cunz., N.O., Ebenacez, B.F1., iv.,
286.

Timber soft and elastic; used for pick handles, etc. It is of
a yellow colour, with numerous small. black spots. Diameter,
12 to 18in.; height, 30 to soft. .
Queensland and Northern Australia.

220. Diplanthera tetraphylla, R.Br., (Syn. Bulweria nobtlissima,
F.v.M.; Zecomella Bulwert, F.v.M.; Deplanchea Bulwerit,
F.v.M.); N.O., Bignoniacez, B.FI., iv., 540.

“A moderate-sized, or sometimes lofty tree.” Wood of a
whitish colour, close-grained, and firm. (Cat. Queensland Woods,
Col. and Ind. Exh., 1886.)

Queensland.

1. Diploglottis Cunninghamii, Hook. 7, (Syn. Cupania
australis, Hook. f.; C. Cunninghamit, Hook. f.; Stadmannia
australis, Don.) ; N.O, Sapindacez, B.FI., i., 453.
“ Tamarind-tree,” ‘‘ Burrunedura” of the aboriginals of Illawarra,
and ‘Acouloby” and “ Toonoum” of those of Northern New South
’ Wales.

TIMBERS. 417

Wood white, close-grained, and firm. (Hill.) ‘It appears
that if properly cut it would yield an excellent figure for cabinet-
work.” (furors’ Reports, London International Exhibition,
1862.) This description may be supplemented by saying that its
usual colour is something between drab and flesh colour ; it has
a pretty wavy end-grain; it dresses excellently on the face, but
not on the end-grain. Two slabs of this wood in the Techno-
logical Museum, which have been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of
1862), have weights which corresponds to 38lb. goz. and 5olb.
80z. per cubic foot. These determinations have been carefully
made, and the author has no reason to suppose that the woods are
mis-named. No date as to the respective ages of the trees, or as
to the parts of the tree whence the slabs were taken, are in my
possession. Diameter, 12 to 24in.; height, 50 to rooft.

New South Wales and Queensland.

222. Dissiliaria baloghioides, 7.v.47., N.O., Euphorbiacez, B.F1.,

Vi., gO.
“ Teak.” The ‘‘ Currungul”’ of the aboriginals.

Timber hard, close-grained, and durable; brown in colour,
becoming darker towards the centre; might be useful for any
purpose to which the English apple is put, and which the wood is
thought to resemble. (Cat. Queensland Timbers, Col. and Ind.
Exh., 1886.) Diameter, 18 to 30in.; height, 40 to 6oft.

Queensland.

223. Dodonaea attenuata, 4. Cunz., (Syn. D. Preisstana, Miq.) ;
N.O., Sapindacez, B.FI., i., 477. Incl. under D. viscosa in

Muell., Cens., p. 25.
Specific gravity of the wood, 1.022. (Report, Victorian

Exhibition, 1861.)
All the colonies.

224. Dodonea triquetra, Azdr., (Syn. D. laurina, Sieb.; D.
longipes, G. Don); N.O., Sapindacez, B.FI., i., 474.
“Hop Bush” (the name for all species of Dodonea). “ Kinjenga-
kilamul” of some Queensland aboriginals, and ‘‘ Wallam-bunnang ” by

some near Camden.
2D

418 AUSTRALIAN NATIVE PLANTS.

Dodoneas are shrubs. Wood of a light colour, except near
the centre; close-grained.
Victoria, New South Wales and Queensland.

225. Dodonsea viscosa, Zzzn., (Syn. D. dioica, Roxb. ; D. angusti-
folia, Linn. f.); N.O., Sapindacez, B.FI., i., 475.
“ Watchupga” of the aboriginals at Lake Hindmarsh Station (Victoria).
The ‘‘ Switch-Sorrel” of Jamaica.

Wood of a brown colour, close-grained, and hard. It is
used in India for engraving, turning, tool handles, and walking-
sticks, and the branches to support the earth of flat roofs.
(Gamble.)

All the colonies.

226. Dodonza viscosa, Zenth, var. spathulata, (Syn. D. viscosa,
var. asplenifolia, Hook f.; D. spathulata, Smith ; D. conferta,
G. Don); N.O., Sapindacez, B.FI., i., 476.

This wood is exceedingly dense, close-grained, and durable,
of a very flinty nature, so much so that the edge of a well-tempered
axe is often broken when it comes in contact with this tree. The
heart-wood is greenish-black, streaked with rose. It is fit for
sheaves of ships’ blocks, rulers, treenails, turnery, inlaid work, and
for many other purposes. (Guilfoyle.)

South Australia, Tasmania, Victoria and New South Wales.

227. Doryphora sassafras, Z7d/., N.O., Monimiacee, B.FI., v.,
283.
‘‘ Sassafras.” The following are, or were, some of its New South
Wales aboriginal names :—‘‘ Caalang,” Illawarra ; ‘‘ Tdjeundegong,” Bris-
bane Water ; “‘ Boobin,’’ northern districts.

The timber is fragrant, and disagreeable to all kinds of
vermin ; it is soft and weak, yet suitable for the inside lining of
houses, for some kinds of furniture, etc. It is also used for
packing-cases. It is light in weight, and light coloured, and
sometimes presents a neat figure, but the author does not think it
can be durable. Diameter, 2 to 3ft.; height, over soft.

New South Wales and Queensland.

TIMBERS, 419

228. Draceena angustifolia, Roxb., (Syn. D. reflexa, F.v.M.;
Cordyline Rumphit, F.v.M.); N.O., Liliacez, B.FI., vii., 20.
Wood, or the outer hard portions of the stem, of a light

colour, the rest very soft and spongy. Height, 6 to raft.
Queensland and Northern Australia.

229. Duboisia myoporoides, R.Br., (Syn. MNotelea ligustrina,
Sieb.); N.O., Scrophularineze (in Muell. Cens., referred to
Solanez) ; B.FI., iv., 474.

‘““Corkwood.” “Elm.” ‘ Onungunabie” is the name by which it is
known to the aboriginals of the Clarence River (New South Wales).

*‘Ngmoo ” is another aboriginal name.

Timber white or yellowish, soft, close-grained, and firm, though
succulent in a green state. It is used for carving and wood-
engraving. Its bark resembles that of the Cork Oak. The late
Mr. Macpherson, teacher of wood-carving in the Technical College,
Sydney, informed the author that he was using large quantities of
this wood, and was much pleased with it. On the face-grain it
gives a clean surface with facility, but it is very difficult to work on
the end-grain. It has no figure to speak of. Two slabs of this
wood in the Technological Museum, which have been seasoned
over twenty-five years (having been exhibited at the London
International Exhibition of 1862), have weights which correspond
to 30lb. and 3o0lb. 120z. respectively per cubic foot. Diameter,
12 to 24in.; height, 20 to 2sft.

New South Wales and Queensland.

230. Dysoxylon Fraserianum, Bexth., (Syn. Hartighsea Fraseri-
ana, A. Juss.) ; N.O., Meliacez, B.FI.,i., 381. Dysoxylum
in Muell. Cens.

Called variously ‘‘ Rosewood,” ‘Pencil Cedar,” and ‘ Bog-onion.”

It is called ‘‘ Bullerum ” by the aboriginals of Northern New South Wales.
Timber fragrant, and much valued for indoor work, furniture,

cabinet-work, turning, wood engraving, and ship-building.
Speaking of a Queensland specimen sent to the Colonial

and Indian Exhibition, Mr. Allen Ransome says: ‘‘ This wood is
of a reddish colour, with a good figure. It worked excellently in

420 AUSTRALIAN NATIVE PLANTS.

the machines, and planes especially well. If it can be imported
at a reasonable price it might take the place of mahogany.”
Diameter, 36 to 48in.; height, 50 to 7oft.

Northern New South Wales and Queensland.

23t, Dysoxylon Muelleri, Benth., N.O., Meliaceze, B.FI., i., 381.

‘Pencil Cedar,” or ‘‘ Turnip-wood.” The “ Kidgi-kidgi,” or ‘‘ Kedgy-
kedgy,” of the aboriginals of Northern New South Wales.

Timber of a rich red colour; used for cabinet-making and
window work. When fresh cut the wood has much the smell of
a Swedish turnip. It easily splits, and is undoubtedly a most
valuable wood, though the statement that it is equal to Spanish
mahogany is probably an exaggeration. Diameter, 20 to 4oin. ;
height, 70 to 8oft.

Northern New South Wales and Queensland.

232. Dysoxylon oppositifolium, /.v.47., N.O., Meliaceze. Muell.
Cens., p. 9.
Wood with a small prettily-marked heart-wood, and a large
quantity of yellow wood towards the bark; grain close, easily
worked, and fragrant; a useful wood for both joiner and cabinet-

maker.
Queensland.

233. Dysoxylon rufum, Benth., (Syn. Hartighsea rufa, A. Rich.) ;

N.O., Meliacez, B.FI., i,, 382.

‘ Bastard Pencil Cedar.”

The wood is nicely grained, and used for various purposes,
but principally for cabinet-work. (Hill.) Diameter, 18 to 24in. ;
height, 40 to soft.

Northern New South Wales and Queensland.

234. Echinocarpus australis, Benth. (Syn. Sloanea australis,
F.v.M.); N.O., Liliacez, B.FI., i.,279. Svloanea australis in
Muell. Cens., p. 17.

“ Maiden’s Blush.” The ‘‘ Kerabin,” or ‘‘ Yaarum,” of the Northern

New South Wales aboriginals.

Timber soft and durable; fine pieces may be used for cabinet
and ornamental purposes. It is of a delicate rosy colour when

TIMBERS. 421

freshly cut, but this soon fades into light yellowish brown. A
slab of this wood in the Technological Museum, which has been
seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to 39lb. per cubic foot. Diameter, 2 to 4ft.; height,
80 to rooft.

New South Wales and Queensland.

235. Ehretia acuminata, &.2r., N.O., Boraginez, B.FI., iv., 387.
“‘ Brown Cedar.”

Wood light brown, grain coarse, firm, easy to work; closely
resembling English Elm. (Cat. Queensland Timbers, Col. and
Ind. Exh., 1886.) Height, 20 to 30ft.

Victoria, New South Wales and Queensland.

236. Eleagnus latifolia, Zezz., (Syn. EZ. conferta, Roxb.; £.
Jerruginea, A. Rich.); N.O., Elezeagneze, Muell. Cens., p., 64.

Speaking of an Indian-grown specimen, Gamble says:
“The weight of this wood is 45lb. per cubic foot.”’
Queensland.

237; Eleocarpus Baneroftii, 7.v.17. e¢ Bazl., N.O., Tiliacez.

Proc. R.S., Queensland, 1885.

Wood hard and durable, light, with a darker colour in the
centre; likely to prove useful for sheaves for blocks. (Caz¢.
Queensland Woods, Col. and Ind. Exh., 1886.) It considerably
resembles the American /ignum vitae, for which, indeed, it might
form a good substitute. (Mueller.) Diameter, over 2ft.; height,
over r1ooft.

Queensland.

238. Eleocarpus cyaneus, 474, (Syn. £. reticulatus, Smith);
N.O., Tiliacez, B.FI., i., 281.
“Native Olive.” ‘White Boree.” ‘White Bark.” ‘‘ Blueberry
Ash,” in Southern New South Wales.

This wood is dark-coloured inside, with white sap-wood, and
very tough. It makes good handles and poles. (General Report,
Sydney International Exhtbition, 1879.) It is suggested as a

422 AUSTRALIAN NATIVE PLANTS.

wood for engraving, and by some it has been likened to English
Ash. Diameter, 12 to 15in.; height, 40 to 5oft.
Tasmania, Victoria, New South Wales and Queensland.

239. Elzocarpus grandis, F.v.M., N.O., Tiliaceze, B.FI., i., 281.

“Blue Fig” and “‘ Brisbane Quandong” of the colonists. ‘‘ Callhum,”
“ Calhun,” or ‘Cullangun ” of the Queensland aboriginals.

The wood is soft, and easily worked. It is likely to be
serviceable for brakes for railway carriages. (Hill.) Diameter,
24 to 36in.; height, go to 1ooft.

New South Wales and Queensland.

240. Eleocarpus holopetalus, /.v.4/., N.O., Tiliacee, BFL, i.,
281.

‘Blueberry Ash.” “ Prickly Fig.” Called ‘‘ Madda-gowrie” in the
Bombala district of New South Wales, owing to its supposed resemblance
to a New Zealand tree bearing that name.

This wood is white, close-grained, and good for joiners’ work.
(Macarthur.) Baron Mueller speaks of it as ‘‘ exquisite for
cabinet-work.” A slab of this wood in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 37lb. 70z. per cubic foot.
Diameter, 12 to 24in.; height, 60 to 8oft.

Victoria and New South Wales.

24 1. Elzocarpus Kirtoni, 7.0.17. znedzt., N.O., Tiliaceze; Supp.
Syn. Queensland FI. (Bailey).
“White Beech.” £. reticulata, var. Kirtoni, is known as “Illawarra
Ash,” or ‘Mountain Ash.”

Wood light-brown, fine-grained, and suitable for furniture.
It somewhat resembles English Sycamore. A specimen of timber
from Southern New South Wales in the Technological Museum
has been pronounced by Baron Mueller to be £. reticulata, var.
Kirtont (? = £. Kirtonz). It is said to get very hard after
drying, but will not stand for outside work ; locally it is being
used for flooring-boards, and it is being tried for butter-kegs.

New South Wales and Queensland.

TIMBERS. 423

242. Eleocarpus longifolia, C. Moore, ined., N.O., Tiliacez.

“Mountain Ash” of Illawarra, the ‘* Miltary-miltary”’ of Northern
New South Wales.

This wood is close-grained, elastic, and easily worked; it is
used by wheelwrights, and for oars. (General Report, Sydney
International Exhibition). It has a white sap-wood and a brown
heart.

New South Wales.

243. Eleocarpus obovatus, G. Don., (Syn. £. parvifiorus, A.Rich. ;

£E. pauctfiorus, Walp.); N.O., Tiliacez, B.FI., i., 231.

* Ash” (Ash Island, Hunter River, New South Wales, owes its name
to this tree), ‘‘Pigeon-berry Ash,” ‘‘Chereen” of the aboriginals of
Northern New South Wales, and ‘‘ Woolal”’ of those of Queensland.

This wood is white, hard, tough, and used for oars, etc. It
is firm, and easy to work. Diameter, 24 to 30in.; height, 80
to goft.

New South Wales, Queensland and Northern Australia.

244. Bleodendron australe, Ven?., (Syn. Portenschlagia australis,

Tratt.); N.O., Celastrinex, B.F1., i., 402.

“White Cedar.” ‘Blue Ash.” ‘Couraivo” is an aboriginal name.

Timber close-grained, pinkish, and prettily marked, but it is
apt to split in seasoning. It is very valuable for staves, oars, and
shingles. (General Report, Sydney International Exhibition,
1879.) A slab of this wood in the Technological Museum, which
has been seasoned over twenty-five years (having been exhibited at
the London International Exhibition of 1862), has a weight which
corresponds to 4glb. 80z. per cubic foot. Diameter, 4 to 12in.;
height, 20 to 30ft.

New South Wales, Queensland and Northern Australia.

245. Hleodendron melanocarpum, /.z.4/., N.O., Celastrinez,
B.FI., i., 403.
*‘ Korawal” of some Queensland aboriginals.
Wood tough, of a light colour, and fine grain. Diameter, 4
to 1oin.; height, 40 to 6oft.
Queensland and Northern Australia.

424 AUSTRALIAN NATIVE PLANTS.

246. Emmenospermum alphitonioides, “v.47, N.O., Rhamnez,
B.FI., i., 415.

“ Dogwood,” or ‘“‘ Mountain Ash.”

Timber durable and straight-grained; excellent for staves,
oars, wheelwrights’ work, tool handles, and for boat-building ; also
esteemed for general building purposes. Diameter, 24 to 30Iin.;
height, 130 to 170ft.

New South Wales and Queensland.

247. Endiandra slauca, R.Br., N.O., Laurinez, B.Fl., v., 300.
“ Teak.” ‘‘Murrogun”’ of the aboriginals of Brisbane Water, near
Sydney.

The wood is hard, close, and fine in grain, the duramen dark
coloured, and frequently very handsome, with a powerful aromatic
fragrance throughout when fresh. It is said to be a very valuable
timber. (Macarthur.) It is used to a limited extent for cabinet
and ornamental purposes. Diameter, 18 to 24in.; height, 70 to
Soft.

Queensland and New South Wales.

248. Endiandra Sieberi, 2Vees, N.O., Laurinez, B.FI., v., 301.
“Corkwood.” “Till” of the aboriginals.

Timber light brown, soft, and easily worked; suitable for
cabinet-work and tool handles. Diameter, 18 to 24in.; height, 80
to goft.

New South Wales and Queensland.

249. Endiandra virens, 7.v.JZ,, N.O., Laurinez, B.FI., v., 302.

A tall shrub or tree, attaining a considerable height. Wood
of a grey colour, close-grained, and firm; useful for many
purposes.

Northern New South Wales and Queensland.

250. Entadascandens, Zevzh., (Syn. £. Pursetha, DC.; Mimosa
scandens, Linn.); N.O., Leguminose, B.Fl., ii., 298. £.
Pursetha in Muell. Cens., p. 43.

* Queensland Bean.”
This climbing plant is a native of the tropics of both hemi-
spheres, and the pods often measure six or eight feet in length.

TIMBERS. 425

The seeds are about two inches across, by half-an-inch thick, and
have a hard woody and beautifully polished shell, of a dark brown
or purplish colour. These seeds are converted into snuff-boxes,
scent-bottles, spoons, etc., and in the Indian bazaars they are used
as weights. (Zreasury of Botany.) Inthe colonies we usually see
the beans of this plant mounted with silver, as match-boxes. The
wood itself is soft, fibrous, and spongy.
Queensland.

251. Hremophila bignonieflora, /:v.1Z., (Syn. Svtenochilus big-

nonieflorus, Benth.); N.O., Myoporine, B.FI., v., 25.

“*Pombel”’ of some Queensland aboriginals.

Wood fragrant, and most elegantly marked with green and
yellowish figures; it takes a high polish. (Thozet.) It is close-
grained and hard, with a pretty green and yellowish figure. If well
cut it would produce a good bold figure. (furors’ Reports,
London International Exhibition, 1862.) Diameter, 6 to 12in.;
height, 20 to 30ft.

All the colonies except Tasmania and Western Australia.

ano. Eremophila longifolia, F.v.M., (Syn. Stenochilus longtfolitus.

R.Br.; S. salicinus, Benth.; S. pubiforus, Benth.); N.O.,

Myoporinez, B.F1., v., 23.

“Emu Bush.” ‘ Berrigan” of aboriginals of the interior of New
South Wales.

The timber is brittle, and not used. “ Specific gravity, .g25.”
(Report, Victorian Exhibition, 1861.) Diameter, 4 to 8in.;
height, 10 to 15ft.

All the colonies except Tasmania.

253. Eremophila Mitchelli, ZBexth., N.O., Myoporinee, B.FI.,
W., $21:

‘“‘Sandal-wood ”’ or ‘‘ Bastard Sandal-wood.” ‘‘ Rosewood.” ‘“‘ Balvory”
of some Queensland aboriginals.

Wood very hard, brown, beautifully grained, and very
fragrant. It affords handsome veneers for the cabinet-maker.
Owing to a strong aromatic odour, resembling that of sandal-wood,
furniture made of this timber is said to be free from the attacks
of insects. (Thozet.)

426 AUSTRALIAN NATIVE PLANTS.

“Tt is said that this wood will keep away the B/asta or cock-
roach. I cannot confirm this statement. I had a good-sized
billet cut and planed, and the odour from it was so strong as to
perfume one of my trunks in which it was placed, but the cock-
roaches treated it with the utmost disdain. They ran over it and
laid their eggs under it just as if it had been put there for their
accommodation.” (Tenison-Woods, Proc. Linn. Soc., N.S. W.,
vii., 574.) Diameter, g to 12in.; height, 20 to 3oft.

South Australia, New South Wales and Queensland.

254. Eremophila Sturtii, 2.2r., N.O., Myoporinez, B.FI., v., 21-
‘© Scentless Sandal-wood.”
A tall shrub ; wood of a grey colour, hard, close-grained,
and nicely marked.

South Australia and New South Wales.

255. Erythrina indica, Zam., (Syn. £. Corallodendron, Forst.,

non Linn.); N.O., Leguminosz, B.FI., ii., 253.

“Indian Coral Tree.”

In India and the Straits Settlements this tree is employed for
supporting the weak stems of the pepper plant, for which purpose
it is kept dwarf. It affords a very soft, porous wood, greatly
used in India for making toys, light boxes, and similar articles,
which are usually overlaid with a thick coating of varnish or
lacquer. (Zreasury of Botany.) Its weight is about 18lb. to the
cubic foot (Gamble, Manual of Indian Timbers). It is soon
attacked by insects.

New South Wales, Queensland and Northern Australia.

256. Erythrina vespertilio, Bentham, N.O., Leguminose, B.F1.,

ily, 253.
“Batswing Coral.” ‘‘Coral Tree.” ‘Cork Tree.” “ Heilaman
Tree.” ‘Wotheugn” of some Queensland aboriginals.

The wood is soft, and used by the aborigines for making
their “‘ heilamans,”’ or shields. It is exceedingly light and spongy,
and of the greatest difficulty to work up to get anything like a
surface for polishing. A slab of this wood in the Technological
Museum, which has been seasoned over twenty-five years (having

TIMBERS. 427

been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 16lb. 70z. per cubic foot. It
might perhaps be useful for floats for fishing-nets. M. Thozet
states that the logs used to be used by the aboriginals for cross-
ing rivers and creeks. Diameter, 12 to 25in.; height, 30 to 4oft.

South Australia, Queensland, Northern Australia and
Western Australia.

257. Erythrophleum Laboucherii, “v.47, (Syn. Laboucheria
chlorostachys, F.v.M.); N.O., Leguminosz, B.F1., ii., 297.

“ Ah-pill” of the aboriginals of the Mitchell River (North Queensland).
Probably the “‘ Leguminous Ironbark,” frequently mentioned by Leichhardt,
Overland Fourney to Port Essington.

Wood red, very hard, the hardest in Australia, close-grained,
and very durable. (Cat. Queensland Timbers, Col. and Ind Exh.,
1886.)

Queensland and Northern Australia.

258. Erythroxylon australe, #.v.47., N.O., Linex, B.FI., i., 284.
Lrythroxylum in Muell. Cens.

Wood hard and tough, and takes a good polish; it can be
used for cabinet-work ; it is red, and prettily marked. Diameter,
4 to 15in.; height, 20 to 3oft.

Queensland.

EUCALYPTUS TIMBERS.

[PRELIMINARY REMARKS. |

Scarcely a branch of Australian economic botany is in a more
confused state than that which pertains to the timber of the
Eucalypts. The genus is perhaps the most difficult one in the
world, intrinsically, and also because of accidental circumstances,
7.e., difficulty of obtaining flowers and fruit, and irregular flowering
seasons ; moreover, the trees vary according to climate and soil to
such an extent as to render the definition of a species rather
expansive, and as this difference often extends to the wood, timbers.
of totally different character are sometimes reckoned under the
same species.

428 AUSTRALIAN NATIVE PLANTS.

In consequence, the botanical synonyms are very numerous,
and this being so, the non-botanist must not be upbraided for his
formidable list of vernacular names. These names have been
given at some length in the following pages, as a practical know-
ledge of Eucalyptus timbers cannot be dissociated from them, and
surely no other genus has ever been honoured by such a number.
The author believes that it will be found that some of the vernacu-
lar names given have been assigned to wrong species by some
observers, but he offers the notes as a contribution towards the
compilation of a glossary of Eucalypt names. He would be grateful
for corrections and criticisms.

Mr. Bauerlen informs the author of his belief that species of
Eucalyptus can be unerringly determined by means of the leaf-
galls. He made the observation at first very diffidently, but
subsequent experience seems to bear out his view to some extent.
The author is aware that the late Mr. W. Sharp Macleay long ago
used to favour a somewhat similar idea. In the Technological
Museum the variety of Eucalyptus galls is great. The subject is
interesting, but much more evidence requires to be collected
before an authoritative opinion can be pronounced.

Mr. Henry Deane informs the author that in the Cooma
district, New South Wales, Eucalyptus timber which assumes a
white or hoary appearance on the outside, is considered to be
durable.

Wherever he could, the author has quoted the opinions of
unbiassed people outside the colonies. The opinions of Mr. Laslett,
late Timber Inspector to the Admiralty, are, on the whole, not
favourable to Eucalyptus timbers. But much of the ‘ shake”
noticed in the large logs, and to which all timber of this kind
seems liable, appears to be preventable wholly, or in part, by
proper seasoning, careful felling, so that the trees do not come
down with a crash, and rejection of trees of the largest size.

The experiments of Mr. Allen Ransome on samples of timber
sent to the Colonial and Indian Exhibition of 1886 are more
favourable, but it is a pity that the samples at his disposal were so
few and so small, and, consequently, his reports so brief.

TIMBERS. 429

259. Eucalyptus acmenioides, Schawer., (Syn. 2. pilularis, var.
? acmenioides, Benth.; £. ¢rianthos, Link.); B.F1., iii., 208.
The ‘‘White Mahogany” of New South Wales, and the ‘‘Stringy-

bark” of Rockingham Bay (Queensland). Called also ‘‘ Broad-leaved Box.”

The “ Jundera” of some Richmond River (New South Wales) aboriginals.

Timber heavy (Baron Mueller gives the specific gravity of a
sample of this timber as 1.066, which would be about 672Ib. per
cubic’ foot), strong and durable; it has been found good for
flooring-boards, slabs, rails and palings; it is readily fissile like
stringybark, but heavier and more durable. Its palings are not apt
to warp when exposed. Dr. Woolls says: ‘‘ It has a satiny lustre
when planed, and is sometimes prettily waved.” At the London
Exhibition of 1862, there was exhibited (Ca¢. No. 45) a sample of
timber from Brisbane Water as ‘ White Mahogany,” and said to
be “a good building timber.’ It probably belonged to this species.
Diameter, 18 to 30in.; height, 40 to 6oft.

South Australia, New South Wales and South Queensland,
but not far inland.

260. Eucalyptus amygdalina, Zadz//., (Syn. Z. fisstlis, F.v.M. ;
E. radiata, Sieb.; E. elata, Dehn.; E. ¢enuriamis, Miq.;
E.. nitida, Hook, f.; £. longifolia, Lindl.; L£. Lindleyana,
DC.; and perhaps /. Rzsdon7, Hook, f.; (Risdon or Drooping
Gum, aseparate species in B.F., iii., 203); 2. dzves, Schauer. ;
B.FI., iii., 202. <A tall variety has been called 2. amyda-
lina var. regnans.
This Eucalypt has even more vernacular names than botanical synonyms.
It is one of the ‘‘Peppermint Trees” (and variously ‘* Narrow-leaved
Peppermint,” ‘‘ Brown Peppermint,” ‘‘ White Peppermint,” and sometimes
‘‘Dandenong Peppermint”), and ‘Mountain Ashes” of the Dandenong
Ranges of Victoria, and also of Tasmania and Southern New South
Wales. It is also called ‘‘Giant Gum” and ‘“ White Gum.” In
Victoria it is one of the ‘‘Red Gums.” It is one of the New South
Wales “ Stringybarks,” and a “ Manna Gum.” Because it is allied to, or
associated with, “Stringybark,” it is also known by the name of “ Messmate.”

* E. amygdalina of the Upper Yarra district (Victoria), and elsewhere, where it attains
gigantic proportions, is called “ Mountain Ash;’’ the same kind of Eucalyptus in other
districts, where it is of smaller size, is designated “ Peppermint.’” (Report of Carriage
Timber Boari.)

430 AUSTRALIAN NATIVE PLANTS.

Allusion to its fibrous bark is also made in the aboriginal name in
Gippsland of the tree (“ Wangara’’=bark-string). ‘‘Woorun” is the
aboriginal name at Coranderrk Station (Victoria), while “ Tirba-twebin” is
the name at the same place given to the variety formerly called £. fissilis.
A variety of this gum (E. radiata) is called in New South Wales ‘‘ White
Gum ” or “ River White Gum.” The aboriginal name in the counties of
Cumberland and Camden was ‘ Kayer-ro.” A variety of £. amygdalina
growing in the south coast district of New South Wales, goes by the name
of ‘ Ribbon Gum,” in allusion to the very thin, easily detachable, smooth
bark. This is also £. radiata probably. A further New South Wales
variety goes by the name of ‘“Cut-tail’’ in the Braidwood district.
The author has been unable to ascertain the meaning of this absurd
designation. These varieties are, several of them, quite different in leaves,
bark, and timber, aud there is no species better than the present one to
illustrate the danger in attempting to fit botanical names on Eucalypts when
only the vernacular names are known.

This is probably the tallest tree on the globe, individuals
having been measured up to 4ooft., 410ft., and in one case 42oft.,
with the length of the stem up to the first branch 2g5ft. The
height of a tree at Mt. Baw Baw (Victoria) is quoted at 471ft.

This timber is useful for many kinds of carpentry work ;
in drying it does not twist. When it forms straight, long stems,
as in rich forest valleys, it splits with remarkable facility, and in
one particular instance a labourer split 620 five-foot palings in
one day. The timber of 2. amygdalina is, as a rule, particularly
well adapted for shingles, palings and rails, and also for use in
shipbuilding, especially keelsons and planking. It does not form
a very superior fuel. (Mueller.)

“ Cut-tail’’ grows with a straight bole over z2ooft. high,
and with a diameter of 6 to 8ft. Its wood is fissile in the
highest degree, since it can be readily split almost to the thinness
of paper. A sample of this timber from Haydon’s Bog, near
Delegate, cut in March, 1885, is in the Technological Museum.
It is very straight in the grain (as might be expected), and very
easy to work.

The timber of Z. amygdalina is comparatively light, as it
floats on water. A slab in the Technological Museum, which has
been seasoned over twenty-five years (having been exhibited at
the London International Exhibition of 1862 as Z. radia/a), has

TIMBERS. 431

a weight which corresponds to 48lb. 10z. per cubic foot. (Baron
Mueller gives the specific gravity of “‘Messmate” (Z. jisstl’s) as
.865 or about 543lb. per cubic foot. (Other determinations of
the specific gravity of timber of this species will be found in the
tables.) This particular specimen was collected by Sir William
Macarthur, and called by him “River Gum of Camden.” He
describes it (No. 109, Catal. N.S.W. Timbers, Paris Exh.,
1855) as a small, quick-growing species, very elegant when in
blossom, found only on the immediate sandy banks of rivers, and
the inner bark used for tying grafts, and for other similar common
purposes. Diameter, 1 to 2ft.; height, 30 to soft. His disparag-
ing remarks in regard to this tree, ‘‘of no value for timber,”
exactly tally with those of Dr. Woolls in regard to &. radiata
(infra), yet this sample which has been worked up under the
author’s supervision, works splendidly, and is good to dress and
plane up. It is light in weight, and of a light-buff colour. It
appears to be a useful timber, but it is only right to say that these
remarks are based upon a small slab.

Speaking of Z. radiata (now merged in this species), the
Revd. Dr. Woolls calls it a brittle wood. He does not approve
of it being merged in ZL. amygdalina for the reasons given
in Proc. Linn. Soc. N.S.W., v., 448, and he is not alone in
that opinion.

Mr. W. Archer (Proc. R.S. Tasmania, 1864) says ZL.
radiata is called “Curly White Gum” in Tasmania, and by
the sawyers “Bastard White Gum.’ The trunk is often
twisted, the timber curly, and the branches weeping. (But is
not this “weeping” appearance rather more characteristic of the
variety Z. Risdoni r).

Tasmania, South and East Victoria ; coastal districts of New
South Wales (not extending far to either west or north).

The timber of this species, or rather that of the Victorian
“Mountain Ash,” called regzans, is one of four colonial timbers
recommended by the Victorian Carriage Board for the manufacture
of railway carriages. The Board reports as follows: ‘‘ Lacking
the richness of colour of ‘Blackwood’ (Acacia melanoxylon),
it is in appearance less attractive for carriage-building (the

432 AUSTRALIAN NATIVE PLANTS.

practice with the Railway Department being not to paint its
passenger stock, but to varnish), but in other respects we
consider it, if not equal, second only to Blackwood for the
purpose named.

It should be felled during the winter months, when it has
attained maturity, and is at stump height, say between 4 and sft.
diameter. For six months it might so remain before being broken
down into plank for seasoning. The Otway Forest, Mirboo,
and Narbethong were visited by a contingent of the Board, and
both this timber and Blackwood were found in those localities
to be of very superior quality, of large size, and abundant.
Mountain Ash may be found of the finest quality in the ranges of
felspar porphyry formation in the Upper Yarra district, especially
those bordering the valley of the Watts.” (These are all
Victorian localities.)

A slab of the normal species in the Technological Museum,
obtained from Victoria, is a very sound timber, close in the grain,
and good to work. It is of a brown colour, and has a neat, and
even pretty figure, disposed in stripes.

As illustrative of the durability of the timber of this species,
Dr. Crowther, of Tasmania, showed at the New Zealand Exhibi-
tion of 1865 portions of stumps which had been felled thirty-two
years (the stumps remaining in the ground), and except on the
surface, they were as sound as if they had been freshly felled. A
charred fence-post of the same wood which had stood in Burnt
Island for thirty-eight years was in the same condition. But
Baron Mueller (Zucalyptographia) expressly states: ‘It has
not been found very lasting underground . . ._ indeed
the stems, when fallen, perish more quickly than those of
many other Eucalypts, and thus the records of individual trees
of marvellous height, when measured lying on the ground, are
often early lost.’

There is another timber (at present at least included under
E.. amygdalina) which is very durable, especially under water. A
specimen (in the Technological Museum), which formed part of
the spoke of a mill-wheel for twenty years, and afterwards for a
year was lying exposed to the weather, shows no signs of decay.

TIMBERS. 433

It is called “White Ironbark,” or “Mountain Ash,” and is found
about Braidwood, New South Wales.

These variations in durability will be seen to be by no means
the only instance of great difference in properties between timbers
now included under the same species, and the question must
sooner or later force itself on botanists—to what extent shall the
properties of a timber be taken cognizance of in the determination
of species? Difference in climate and soil are insufficient ‘to
account for the utter diversity of some timbers now included under
the same species of Eucalyptus.

A log of “‘Messmate”. timber, from Adelong, New South
Wales, is in the Technological Museum. It was obtained from
a small tree (diameter, 15 inches), has seasoned fairly well, is
easy to work, and is of a rich reddish-brown colour.

The timber exhibited by Sir William Macarthur at the
London Exhibition of 1862 (Cat. V.S.W. Woods, No. 40), and
stated to be called in the Illawarra ‘‘ Messmate”’ and “ Warreeah”’
by the colonists and aboriginals respectively, belongs without doubt
to this species. It is described as “A fine timber tree, very like
stringybark, excepting towards the butt.’’ Height, 80 to r3oft.,
diameter, 3 to sft. This sample cannot be distinguished (as far
as appearance goes) from the specimen of “Mountain Ash”
used as a mill-wheel, and above alluded to. It is of a dirty
yellowish-brown, light, easy to work, straight in the grain, and a
good splitting timber. It has a few borers.

EXPERIMENTS ON THE TRANSVERSE STRENGTH, ETC., OF THE Woop
oF £. amygdalina, by Baron Mueller and J. G. Luehmann.

The specimens were 2ft. long and 2in. square. (See p. 344.)

| Deflection. Total | Specific Gravity.
weight | Value of |
| required | strength, |
With - 2 LW canta Absolutely
the apparatus] At the crisis | break each | § ~_____ | Air-dried. due
weighing | of breaking.| piece. 4BD? ‘
78olb.
Inches. Inches. Pounds. hi
nie 65 2195 1646 1.645 ~.||-..878
1g 70 2132 1599 1.076 | 908

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TIMBERS. 435

261. Eucalyptus Baileyana, 7.2.4/,, Fragm., xi., 37.
A “ Stringybark.”

Wood of a light-grey colour, very tough, suitable for tool
handles and other purposes where toughness is required. It is of
very limited occurrence, and little is known about it at present.

Near Brisbane.

262. Eucalyptus botryoides, Smith, (Syn. £. platypodos, Cav.) ;

B.F1., iii., 229.

The ‘Blue Gum” of New South Wales coast districts. ‘‘ Bastard
Mahogany ” of Gippsland and New South Wales; called also ‘‘ Swamp
Mahogany ” in Victoria and New South Wales. It also bears the names
of ‘ Bastard Jarrah,” and occasionally ‘* Woolly Butt.” Sydney workmen
often give it the name ‘‘Bangalay,”* by which it was formerly known by
the aboriginals of Port Jackson. It is called ‘‘ Binnak”’ by the aboriginals
of East Gippsland.

A valuable timber, hard, tough, and durable. Used for
felloes of wheels, and one of the finest timbers for ship-building.
(Hill.) When the tree has grown on rich soil among running
streams its timber is regarded as one of the best amongst
Eucalypts, and ist then utilised for the manufacture of waggons,
trucks, all the heavier kinds of wheelwrights’ work, particularly
felloes ; it is also very eligible for shingles, as water does not
become discoloured by them. (Mueller.) When the tree grows
on coast sands its wood is still useful for sawing and fencing,
though the stems are often gnarled. (Kirton.) It is sought
also for knees of vessels or boats; the timber is usually
sound to the centre. The various accounts given of the durability
underground of this timber are contradictory. (Mueller.) The
Baron, however, instances a case in which no decay was observable
in posts which had been in use fourteen years. It does not split
well. In external appearance and timber it seems to merge into
E.. saligna.

* Pronounced Bang alley,
+ It is one of four colonial timbers recommended by the Victorian Carriage Timber
Board for use in the construction of railway carriages. Specimens from Gippsland

(“Gippsland Mahogany ”’’) are spoken of as “a timber of good colour, as strong as ‘ Blue
Gum’ (E, globulus), but of less specific gravity.’”

436 AUSTRALIAN NATIVE PLANTS.

A tree called ‘“ White Gum,” or “Scribbly Gum,” in. the
neighbourhood of Cambewarra* (between Moss Vale and Shoal-
haven, New South Wales), has been pronounced by Baron Mueller
to be £. botryoides. It has a height of 40 to 5oft., and a diameter
of 2ft. On account of the abundant insect markings, and whitish,
smooth appearance of the trunk, the author was inclined to think
the tree £. hemastoma in the absence (at that time) of any
botanical specimens. The outer bark is deciduous, and varies in
colour from white, through yellow to light grey, and has an appear-
ance which may best be described as “ soapy.”’

A slab of wood of this species from Victoria is in the Techno-
logical Museum. It is of a warm rich brown colour, and of fine
grain, but shows shakes and gum-veins.

According to Bentham (4&./7.) a sample of timber exhibited
by Mr. Edward Hill, 2o¢ by Sir William Macarthur (as stated
in the Flora), at the Paris Exhibition of 1855, and marked g1, is
of this species. It was also exhibited at the London Exhibition of
1862, and marked 18. It came from Brisbane Water, where it
bore the aboriginal name of “ Couranga,’’ and was also called
“ Blue Gum” of the coast districts. It ‘‘ attains a diameter of 7ft.
without natural unsoundness within ; considered to be the finest
timber for ship-building, but not so hard, and probably not so
durable as the Ironbarks.’’ Diameter, 40 to 6oin. ; height, roo to
160ft. (See page 437.)

The author is of opinion that the sample (No. 94, Caz.
N.S.W. Timbers, Parts Exh. 1855, and No. 42, Lond. Exh.,
1862) should be referred to this species. The names given to it
are in the Paris Catalogue ‘‘Rough-barked Gum,” name at
Illawarra, and “Burram-burrang,”’ an aboriginal name at the same
place; and in the London Catalogue: ‘‘ Swamp Mahogany”’ and
‘“‘Bangalay,” both in use at Brisbane Water. Diameter, 30 to
36in.; height, 40 to 8oft. ‘A good hardwood timber tree.”
(Paris Catal.) ‘A crooked-growing tree, the timber much
valued for knees and crooked timbers of coasting vessels. (London
Catal.} It is of a light, dull red colour, close and straight in the
grain, and easy to work. This sample has a shake in it.

* This is the most southern locality yet recorded for this species.

ae TIMBERS. a Ag

No. 25 in the London Exhibition Catalogue undoubtedly also
elongs to this species. The author arrived at this decision
ignorant of the fact that its vernacular names (‘‘ Rough-barked
Gum” and “ Burram-burrang’’) were also borne by the tree
which yielded the last specimen. This tree is described as 36 to
48in. in diameter, and 80 to goft. in height, and it is said to yield
“a good hardwood timber.’”’ The present sample has a red colour,
somewhat disposed in stripes, has a close, even grain, is tough, and
a splendid working timber. _It is evidently from a comparatively
free-growing tree. _ It has split somewhat, apparently in the drying.

The timber (No. 136, Cat. Paris Exh., 1855, and No. 43
London Exh., 1862) should also be referred to this species. In
the former catalogue Sir William Macarthur describes it as the
“Swamp Mahogany” of Camden, and as “a fine species, with
handsome foliage, yielding fine timber, but not of such strength
and durability as many other kinds. Diameter, 36 to 48in.;
height, 80 to rooft.” 2. robusta has “handsome foliage,” and is
also a ‘Swamp Mahogany,” but this timber is more like the type
samples of £. bofryoides). In the 1862 catalogue the Camden
aboriginal name is given as “ Burram Murra,” and it is stated to be
“a useful timber for inside work.’’ It is of a light brown colour,
light in weight, and exceedingly good to work. Diameter, 30 to
s5oin. (“up to 8ft.’’ Mueller); height, 70 to rooft.

The Board also experimented upon a piece of ‘ Blue Gum”
from “‘ Queensland,” which is called Z. dotryordes in their Report.
This is a mistake. The Queensland Blue Gum is £. saligna.
(q.v.) The confusion in nomenclature has arisen in this way.
In B.FL., iii., 229, Bentham puts /. dofryordes as indigenous in
Queensland, on the ground that Sir William Macarthur’s sample
of wood, No. gt, Casalogue of N.S.W., etc., Timbers at the Paris
Exhibition, 1855, came from Brisbane. This is'a clerical error
for Brisbane Waéer, near Sydney. It is as well to draw attention
to this inadvertence, inasmuch as (presumably following Bentham)
Bailey has included this species in his Syz. Queensland Flora, and
it has even caused Baron Mueller (Eucalyptographia), to hesitate as
to whether £. Jofryoddes is found in Queensland or not. The original
timber specimen referred to by Bentham is in the author's charge.

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TIMBERS. 439

Eastern Victoria, and in the coastal districts of New South
Wales. (See page 437.)

263. Eucalyptus calophylla, R.Br., (Syn. £. splachnocarpa,

Hook.) ; B.FI., iii., 255.

The ‘‘ Red Gum” of Western Australia.

The wood is tough, and is, therefore, drawn into use for naves,
spokes, harrows, ploughs, shafts, and handles; it is also useful for
frames, rails, and various building purposes, but it is not durable
underground. (Mueller.) In an official report it is stated that
this Eucalypt covers 800 square miles of country. Height, up to
150ft.

Found in South Western Australia.

264. Eucalyptus capitellata, Smith, (Syn. E. piperita, Smith, in

White’s Voyage, 216; 2. prperita, Reichb.); B.FIL., iii., 206.

One of the common “ Stringybarks” of the neighbourhood of Sydney,
and farther south. By way of distinction it is often called ‘‘ White Stringy-
bark,” In the New England district of New South Wales it bears the name
of *‘Spotted Gum,” from the bark falling off in patches. It is one of the
numerous “ Peppermints’’ of New South Wales and Victoria, and is note-
worthy as being the first Eucalypt so called, at any rate in print, (See
White’s Voyage to New South Wales, loc. cit.) By the aboriginals of Gipps-
land it is called “* Yangoora.”

It is a good timber for splitting, and is hence much used for
posts, rails, buildings, and fuel. It is said to be tough, strong, and
durable,

There was exhibited at the Paris’Exhibition of 1855 (No. 96),
and at the London Exhibition of 1862 (No. 46), a timber which
the author takes to be of this species. It is thus described :—
** Aboriginal name, ‘ Dtha-dthang;’ colonial name, ‘ Stringybark.’
The coast variety: one of the most prized of the colonial hard-
woods for house-carpentry; differs from the tree of the same
name growing further inland”’ (Paris Exh. Cat.) ‘Stringybark of
coast,” “ Dthah-dthaang”’ of the Illawarra natives, “ Ngneureung ”’
of those of Brisbane Water. Height, 80 to 12o0ft.; diameter, 3
to 5ft.” (London Exh. Cat.)

Mr. J. M. Balfour (0p. cé#., p. 341) experimented on a timber
from George’s River, near Sydney, labelled “Stringybark,”

440 AUSTRALIAN NATIVE PLANTS.

‘ Dthah-dthaang,” which may be of this species. He says “this
timber is not very highly prized.’’ He finds its specific gravity
to be .838 (or 52.26lb. per cubic foot), the value of E to be 175.14,
and of S 212.2.

Further particulars in regard to the timber of this species
would be very desirable. Height, up to z2ooft.
) Queensland, New South Wales and Eastern Victoria.

265. Eucalyptus clavigera, 4. Cunn., (Syn. £. polysciadia,

F:yv.M.): B.FI., i1., 250.

The wood of this large shrub or small tree is of a dark-brown
colour, close in the grain, hard, and durable. It is a little known
Eucalypt.

Queensland and Northern Australia.

266. Eucalyptus cornuta, Zadzll., (incl. L. Lehmanni, Preiss ;

E. macrocera, Turcez.; Symphomyrtus Lehmannz, Schauer ;

£. annulata, Benth.; a separate species in B.F1., iii., 234.)

B.FI,, iii, 234. |

The ‘ Yate,” or “ Yeit,” of Western Australia.

This hard and elastic wood is sought particularly for cart-
shafts, agricultural implements, and boat-ribs, being for these
purposes as useful as Z. Joxophleba, and approaching in value to
English Ash. It is a heavy wood, sinking in water even when
well dried, being the heaviest of all West Australian timbers ;
when air-dried it has a specific gravity of 1.235. (Mueller.)
Height, up to 1ooft.

South Western Australia.

267. Eucalyptus corymbosa, Sth, (Syn. Metrosideros gummifera,

Soland.); B.FI., iii., 256.

The ‘ Bloodwood” of New South Wales and Queensland. By the
aboriginals of Southern Queensland it is called “‘ Boona.”

On account of being subject to gum-veins, it is not a
favourite as sawn timber, but it is very durable, and is principally
used for posts and rails, as it does not readily take fire, nor does
it suffer much from white ants, and very little from damp ‘situations.
It is easily worked when fresh, but becomes very hard when dry.

TIMBERS. A4t

Piles, sleepers, buildings, and jetties, also find use for it. Baron:
Mueller observes that it is less known to artizans than it deserves.

‘A log in the Technological Museum (from an unknown
New South Wales locality) is from a tree with a diameter of 2ft.
It has seasoned to a warm brown, shells in concentric layers
following the gum-veins, and dresses very well and readily. A
slab of Victorian timber is of a dark-red colour, is straight.and
close in the grain, but, as usual with this species, it is full of gum-
veins.

The timber exhibited under this species at the London
Exhibition of 1862, and called ‘‘The True or Yellow Box of the
county of Camden” is, of course, not of this species, the mistake

being clerical. (See £. melliodora.)
The timber exhibited (No. 103, Paris Exhibition, 1855, and

No. 39, London Exhibition, 1862) under the name of ‘ Blood-
tree”’ and “‘ Bloodwood” belongs to this species. In the Paris
catalogue it is referredto as Z. paniculata, in error; in the London
catalogue no species-name is given. The Camden aborigines used
to give it the name of ‘‘Mannen.”” Diameter, 2 to 3ft.; height,
50 to 120ft. “A fine-looking tree, its wood in bad repute for
durability, but likely to be very good when not exposed to the
weather.” (Paris Catal.) (These early descriptions are some-
times not perfectly correct.) ‘A worthless sort of timber.”
(London Catal.) It is dark reddish-brown, very easy to work, but
porous, and full of gum-veins.

At the Exhibition of 1862 there were exhibited two samples
of timber (marked lviii. and lix. in the catalogue of N.S.W.
timbers), both from “Clarence and Richmond open Forests.”
Both were called by the aboriginals ‘“ Weni Aabie,”’ and the former
by the colonists ‘‘Rough-barked Bloodwood,” and the latter
““Smooth-barked Bloodwood.’’ They are thus described :—
(Iviii-) ‘‘ Prevailing to a great extent; a tree of considerable size.
Timber of great strength and very durable, both in and out of the
ground. Used principally for posts and beams.” (lix.) ‘‘ This and
the preceding are mere varieties of the species, and only to be
distinguished from each other (by the bark?). Both are equally
common, and used for the same purposes.” The author has

442 AUSTRALIAN NATIVE PLANTS.

examined these timbers, and finds them to belong to Z. corymbosa.
The former sample is of a red colour, fairly good to work, and
shows gum-veins. The latter is a cleaner sample ; and if obtainable
in large pieces of as good quality, would be well adapted for
cabinet-work. It is of a reddish-brown colour, comparatively light
in weight, and fairly easy to work.

Specimens of this timber from Bowenfels, N.S.W., were used
in the Sydney Mint experiments. The average dimensions of the
trees were: height, 30 to soft.; diameter, 8 to 16in. Specific
gravity, .853. Value of E, 434,200; of S, 2,310. Other
specimens from Brisbane were from a tree 35ft. to the fork, and
with a diameter of 21in. Specific gravity of wood, .983. Value
of E, 364,700; of S, 1,680. Diameter, 2 to 4ft.; height, 80 to
10oft.

Eastern New South Wales and Southern Queensland.

268. Eucalyptus corynocalyx, 77.47, (Syn., £. cladocalyx,

Fy. M.); B.FL, ti.; 278,

Sometimes called ‘‘ Sugar Gum,” on account of its sweetish foliage,
which attracts cattle and sheep.

This timber is remarkably heavy, much more so than £.
rostrata; it has great lateral strength, is very hard when dry, of a
yellowish-white colour, and its durability and power of resistance
against damp-rot, and the attacks of white ants, are of a high order,
One of its chief recommendations is that, of all our colonial
timbers, it is the least likely to warp when exposed to the weather,
The timber is used for fencing purposes generally, railway sleepers,
joists and rafters, piles, planking, naves, and felloes of wheels.
(J. E. Brown.) This tree grows under the most unfavourable
circumstances, when most other species have been killed by the
drought. Baron Mueller notes that a post of this tree which had
been fifteen years in the ground showed no signs of decay.
Diameter, 5 to 6ft.; height, r2oft.

South Australia.

269. Eucalyptus crebra, /.v.J7,, (Syn. £. resinifera, A. Cunn. ;
Metrosideros salicifolium var. [3. Solander (perhaps), Z.

TIMBERS. 443

angustifolia, Woolls; and including Z. melanophloia, F.v.M.);

BP i., ii., 221.

“ White,” ‘“ Red,’’ or “ Narrow-leaved Ironbark,” and sometimes ‘Grey
[ronbark,” or “Grey Gum.”

An excellent timber; hard, tough, of inlocked fibre, durable
and useful for many building purposes. It is much in use for
fence-posts, railway cross-ties, bridge material, piles, waggon-
building, etc., including spokes of wheels.

Mr. Allen Ransome examined samples of this timber sent
from New South Wales to the Colonial and Indian Exhibition,
1886, and reported: ‘spokes were turned from the sample, and
boards planed, the finish of both being excellent.”

A log of this timber sent to the Technological Museum is
described as “ Grey Ironbark,’ and no more definite locality than
“ Eastern N.S.W.” is given. It was cut froma tree 2$ft. in dia-
meter, is of a rich brown colour, is hard to work, and is full of
shakes.

This is probably the species called in the Sydney Mint
experiments (1860) ‘“ Narrow-leaved Ironbark.’’ It is described
as of excellent quality, and very durable. It came from Singleton,
N.S.W. ‘The trees were from 20 to 7oft. to the fork, and had
an average diameter of 10 to 12in, (maximum 3ft.) exclusive of
the bark. Specific gravity, 1.119; value of E, 534300; of S, 2688.
Timber called “Ironbark” was also examined in the Sydney
Mint experiments of 1858. This was probably the same species
as the latter, as both samples were collected at the same place by
the same gentleman (Mr. Collett). Captain Ward gives the
specific gravity at 1.211; the value of E, 417400; and of S, 2288,

A slab of ‘‘ Narrow-leaved Ironbark”’ from Appin, shown at
the London Exhibition of 1862, as No. 8 (and previously at the
Paris Exhibition of 1855, as 123b), is exceedingly like the log of
E. crebra above referred to, and the author does not hesitate to
refer it to this species. Diameter, 24 to 48in.; height, 60 to
10oft. It is of a dark purplish colour, cross-grained, tough and
hard, tearing much under the plane. It is very heavy.

Mr, Byerley (see p. 343) experimented upon some Queens-
Jand timber of this species, and found a rod of rin. section and

444 AUSTRALIAN NATIVE PLANTS.

izin. long, to bear g7olbs. before breaking. Diameter, 20 to
36in.; height, 70 to goft.

Coastal districts of Queensland and New South Wales, from
near the Gulf of Carpentaria to Port Jackson. .

270. Eucalyptus diversicolor, /.v.J/., (Syn. 2. colossea, F.v.M. ;
and incl. £. gontantha, Turcz. (considered a separate species

in B.FI., iii., 248); B.FL., iti., 251.

Commonly known as “ Karri,’ but in its native habitat to a limited
‘extent as ‘Blue Gum.”

The wood is light-coloured, bends freely, is straight in the
grain, and tough, but is not so easily wrought as £. marginata
(Jarrah) ; it is particularly in request for large planks, and also
for spokes, felloes, and rails; it has also come into use for ship-
building—for planks, rudders, and even masts. A case is on
record of a baulk of this timber which had been exposed in the
wash of the tides at Cape Leeuwin for twenty-six years, continuing
sound. The durability of this timber for lengthened periods
underground yet remains to be proved. (Mueller.) In an official
report it is stated that this-Eucalypt covers 2,300 square miles of
‘country.

“The wood is red in colour (Baron Mueller speaks of it as
light-coloured, supra), hard, heavy, strong, tough, and slightly
wavy or curled in the grain, but it has no figure to recom-
mend it for cabinet purposes. Six logs of this timber, viz.: two of
12X 12in.x 28it., one of 12x I2in. x 34ft., twoof 24 x 24in.x 24ft.,
and one of 24 x 24in. x 32ft., were recently shipped at Fremantle
by the Western Australian Government for delivery at one of the
Royal Dockyards in England, for experimental trial in the navy,
the colonists being of opinion that it will ere long be in great
request for ship-building and other architectural works. Unfortu-
nately all these logs had the defect of star-shake, which rendered
them unfit for almost any purpose except where they could be
employed in very large scantlings. It was also noticed that the
Karri had the peculiar blistery appearance of the annual layers,
also common to the Jarrah, consequently. this wood is not con-
sidered to be suitable for any work requiring nicety of finish}

TIMBERS. . rn AAS,

although, no doubt, it would be admirably suited for piles for
jetties, bridges, etc., and generally for heavy structures where large
scantlings and great strength are required. It will not last
between wind and earth, though as far as is yet known, it resists
the action of water. It is much to be regretted that a tree so
noble in its dimensions should prove so disappointing in its
character, but like the Jarrah, to which it has some resemblance,
it is not, I think, likely to be in request for architectural works in
England.’ (Laslett, Zimber and Timber Trees, 1875.)

This timber, sent to the Colonial and Indian Exhibition,
was tested by Mr. Allen Ransome. He thus reports: “A log
3ft. in diameter, planted in the yard at Stanley Works to re-
present a growing tree, was cut down by the Steam Tree Feller ;
and another log of the same size was cross-cut, as it lay on the
ground, by a similar machine. In each case the operation was.
complete in about three minutes. The wood was operated upon
in the following ways:—The rail-seatings were adzed on a sleeper,.
and the spike-holes bored, giving satisfactory results. A plank
passed through the vertical frame produced clean sawn boards ;
spokes and hammer handles were also turned out satisfactorily:
It does not finish well in the planing and moulding

machines.”’
TRANSVERSE EXPERIMENTS.
(Laslett.)
| ao! mise On
Deflections. a) x = 8 bir:
3 22 SO ae ge
4, oD = > aS a=
wf ge Ss | * a g EES a2 |
° as ay a pa) ze os
& BO ea od | oO Ug os
Sen <i = ° na 2 cou wk “ec
a$ uss a 6: Owe & 1G) a)
Bo | S-S) 25 | of | BS 8 Se) 2°
za Sa Ba o5 —A = OS bod
= re a = sy Ss ° oe) 2 at oo
Se < + a* Fu fs
Inches Inch Inches. Ibs. Ibs.
I “75 fore) 5.00 820 057 855 205.00
2 1.2 (ole) 6.25 425 885 819 181.25
3 1.35 -I0 4.60 955 1023 934 238.95
4 “75 05 7-50 840 987 851 210.00
5 1.00 05 6.50 920 1013 gos 230.00
6 1.00 .05 | 6.50 915 1023 903 228.45
Average 1.01 -04 | 6.06 862.5 981.33 878.33 215.625

Each piece broke with scarph-like fracture, 8 to 10 inches in
length.

446

AUSTRALIAN NATIVE PLANTS.

TENSILE EXPERIMENTS.

(Laslett.)
| Noseber of Dimensions of Specific Po oes Diet a
i pecimen. each piece. gravity. | . .
emt | broke with. | I square inch.
Inches. Lbs. | Lbs,
7 31,080 | 7-779
8 Lato | Lg
9 31,3 7.
: 10 Ree 31,360 7-840
TI | 22,120 | 5-530
12 22,960 5.740 |
Average “981 28,280 | 9.070
|
|
|

VERTICAL OR CRUSHING STRAIN ON CUBES OF SIX INCHES.

| Ditto on
No. 13. No. 14. Total. Average. I square inch.
Tons. Tons. Tons. Tons. Tons.
175 195 37° 185 5.14
E = 930,940. S = 2,264. |

TABLE SHOWING COMPARATIVE TESTS OF “INDIAN
TEAK” AND “ENGLISH OAK.”

Compared with Western Australian Tuart (EZ. gomphocephala),
Jarrah (Z. marginata), and Karri (E. diversicolor).

a) sl = aot
e |2| Bs ag | Sse |
5 = 5 2 | Average Tensile Experiments.| 2» 25 | ot0=¢!
o o I O--="R hyn
+ u = =, iG mee)
Ou on ss 2 =] SS Ss as Ss)
Nameof wood| 6 o| ad 22 ce en
wo = & s F : s ro wo Z oUn =)
cre (ee > | Dimen- | Weight | Direct csc |4 e35 /
‘o &| os sions of | the piece | cohesion] 7-4 3 Esz |
= a © & jeach piece|broke withjof 1 sq. in. = 7, a 5 |
& ° i
Value Lbs. per | Lbs. per | In tons

Lbs. of S. | Inches. sq. in. sq. in, | persgq.in,
Indian Teak | 49.47 | 807} 2203 |2x2x30| 13,207 3,301 2838 14 yrs. |
English Oak | 31.72 | 886) 2117 |2x2x30| 30,2847 4,571 3411 Oo st
Tuart 43.06 |1169| 2y01 |2x 2x30] 40,487 10,284 4195 —
Jarrah 63.12 |1010| 1800 |2x 2x 30 11,760 2,940 3198 12°: saan
Karri 61.31 | 981| 2264 |2x2x30| 28,280 4,070 5140 12a

From the Official Catalogue of Western Australia, Melbourne
International Exhibition, 1880.

TIMBERS. 447

“KARRI” (£. diversicolor) EXPERIMENTED UPON BY
THE VICTORIAN TIMBER BOARD, 1884.

war

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; ° a ° = ee) =o
BIE! o Ss. 7 (RE Ble a asian porate |eS atl <
Ol24| = |s2|/s3loe| £|/ Bae) #e (~ 2/8.| 22) 2
9 = o= | “ox ip ape le Ge 5

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elas S |jwf|) Beloe| S| Sag | SHal ec] G8] Sa] SE
2hes| © | oe) Se /2 8150 | we) Peele e/a) <2] 5%
Sial| 6 |#8) enl Z| Fe] fag] 9815 5] eH] 8) Fe
Sees jms) Pelheli<a lace | so jes) &.| se] <=
S)eR |] = [3H 58) 2 2/596 ooo Jos) $7 | Sa 3
= o 5 -%) iS) Spleee v 4 ve
sj fe] a |S ee ISS] | ae 2o |ge@ie (hal 2
o as < < = Q S < a ‘
ri< J |
Sig |
aw) |
s 2s 8 3 8 6 2 |
Z| es 31/1/84 |toF ) } +21 7} 43 |
- ~ |
< r=
> 3 ¢ 4/2/84 | 9% ¢| 10.50 | 61.44 | 0.988} 8.0.8 | g60.0 | 53 { 4.54] $.54| 2621
-
v o

|B] BS [31/1/84 113) 9.0.0) 3:

eh o
sc 1W

This is an enormous tree. Mr. Muir saw specimens about
30oft. up to their first branch, while Mr. Pemberton Walcott
noticed (on the Warren River) one about 4ooft. in total height, and
widths of timber as much as raft. can be obtained from the tree.

South Western Australia.

271. Eucalyptus doratoxylon, “.v.4/., B.FI., iii., 249.
‘‘ Spear-wood.”

The aboriginals of Western Australia travel long distances to
obtain saplings of this species for their spears, on account of the
straightness of the stem, and the hardness and elasticity of the
wood ; hence its specific and vernacular names. Diameter, up to
3ft.; height, perhaps up to 8oft.

South Western Australia.

272. Eucalyptus dumosa, 4. Cunn., (Syn. £. lamprocarpa, F.v.M.;
E. fructicetorum, F.v.M.; £. santalifolia, Miq., partly; non
Pye), BET, ii.5°230:

One of the trees called ‘‘ Mallee,” owing to its helping to form part of
the vegetation called “ Mallee Scrub.” The aboriginal name for this scrub
is ‘‘Weir-Mallee.” It forms with &. gracilis the Mallee country of Northern
Victoria, southern New South Wales, etc.

This timber is used for firewood and fencing ; it is hard and
durable, but small. The same remarks would apply to other

Mallee timbers.

448 AUSTRALIAN NATIVE PLANTS.

273. Bucalyptus eugenioides, Szed., (Syn. ZL. pipertia, var. eugent-

oides, Benth. ; and probably &. scabra, Dumont.

A “ Stringybark,” and sometimes ‘‘ White Stringybark,” and ‘ Broad-
leaved Stringybark.” |

This wood is pale-coloured, splits well into shingles, palings,
rails, and slabs, and can also be sawn into flooring-boards, but it
forms a very inferior fuel. It is stated to be somewhat less fissile
than other Stringybark trees, but more lasting. (Mueller.) It is
said to grow as high as 2ooft., though the author has never seen
it so high.

Eastern Victoria to Southern Queensland, usually at no great
distance from the coast.

274. Eucalyptus eximia, Schauer, B.FI., iii., 258.

By Sydney people this is variously known as ‘‘ Mountain Bloodwood,”
“Yellow Bloodwood,” and “ Rusty Gum.” It is called “‘ Bloodwood ”
partly because kino exudes in the concentric circles of the wood (which
kino, by the way, cannot be mistaken for that of Z. corymbosa), and partly
because its fruits are in shape very similar to those of Z. corymbosa.
Baron von Mueller states (Eucalyptographia) that it sometimes goes by the
name of ‘‘ Smooth-barked Bloodwood.” The colour of the bark is a dirty
yellow.

This tree does not afford durable timber, the wood being
soft and light-coloured; it makes good fuel. It is a most
valuable timber for the formation of waterworks; an instance is
known in which a piece of this timber was 35 years under water,
and no sign of decay was visible (General Report, Sydney Inter-
national Exhibition, 1879). Height, up to 8oft.

Blue Mountains of New South Wales.

295: Eucalyptus feecunda, Schauer. Possibly including £.
loxophieba, Benth., (a separate species in B.FI., iii., 252);
(Syn. £. amygdalina, Schauer non Labill.; 4. fruticetorum,
Biv.M;)3) B.FI.,:iii.,:25 2.

By the aboriginals of Murchison River (Western Australia) this tree
is known as ‘“‘ Ooragmandee,” £. loxophleba is known by the aboriginal
name of ‘ Yandee,” but usually to the colonists of Western Australia as
“York Gum,” as it is very abundant near the town of York.

TIMBERS. 449

A shrub or small tree. If 2. loxophleba is a variety, it is a
larger variety.

The aboriginals use the wood of this tree for making spears,
on account of its hardness and elasticity. (Walcott.) Samples of
this timber were sent to the Colonial and Indian Exhibition under
the name “ York Gum” (Z, loxophleba). Mr. Allen Ransome
reported as follows: ‘‘ This is a light-pink wood, close-grained,
hard, and heavy. The samples submitted, being very small, only
spokes could be made from them; for which purpose the wood
seems eminently adapted.”

Western Australia.

276. Eucalyptus scamophylla, “v.47, Fragm. xi., 40.

The missionaries in Central Australia employ this wood for
various utensils, it being easily worked, though widths above eight
inches are not obtainable, and only a few kinds of timber are
within their reach. (Mueller.) ;

Interior of South and Western Australia.

a7 7. Eucalyptus slobulus, Labill., (Syn. E. cordata,-Migq.; L.
diverstfolia, Mig.; and perhaps Z. glauca, DC.; E. pulveru-
lenta, Link. ; LE. perfoliata, Noisette); B.FI., iii., 225.

The ‘‘Fever-tree” of the Continent of Europe. In Australia it is
universally known as “ Blue Gum,” or rather ‘‘ Tasmanian” or “ Victorian
Blue Gum” from the colour of its foliage. It is called ‘‘ Ballook” by the
aboriginals of Gippsland.

This tree has been largely cultivated on the Continent of
Europe in some malarial localities, with remarkable success.
Perhaps the most striking instance is that of the Roman Campagna
planted by the Trappist Monks. (See “‘ Oils,’’ essential.)

Speaking of this tree, which has been planted in thousands in
Southern California, Professor Rothrock believes that it will be
more profitable to cultivate it in many places for its timber than
to grow cereals. Consul Baker (U.S. Consular Reports, Nov.
and Dec., 1882, p. 403) gives a glowing account of the success
which has attended the planting of Eucalypts in the neighbour-
hood of Buenos Ayres, and singles out this species for particular

2G

450 AUSTRALIAN NATIVE PLANTS.

recommendation. For a résumé of instances in which it has
been utilized for subduing malaria, see the Monthly Reporis
of the Department of Agriculture, U.S.A., 1873, p. 583.

The experience, however, of the Forest Department in India,
in regard to the acclimatisation of this Eucalypt, is not so favour-
able.

“The Lucalypius globulus has been tried at numerous places
all over India, chiefly on account of the reports that it would
prevent malaria, and that it was valuable in reclaiming marshy
Jand. Whatever may be the truth about these questions, the tree
has almost universally failed in the plains, and in the Himalayas it
has only succeeded in a few localities. At Simla, whether from
frost or for what reason, it seems to die down yearly, sending up
vigorous shoots to replace the dead stem ; at Darjeeling its growth
has been slow, and the trees formed merely thin poles, probably
the effect of too much damp; while its chief success has been at
Ranikhet and Abbottabad.” (Gamble, Manual of Indian Timbers.)

The following different testimony refers to the planting of this
tree in Southern India :—

“ Eucalyptus globulus is to be met with everywhere (Madras).
It thrives in the most exposed situations, and in the poorest soils.
Under adverse conditions a growth per annum of from three to
four feet may be ensured, but in forest soil and a sheltered situa-
tion, a growth of from ten to twelve feet is not uncommon. Atan
elevation below 4oooft. the blue gum has a straggling, stunted
growth, but above that, to 8oooft., no finer or more rapid-
growing hardwood tree can be found. Private enterprise has
taken up the planting of blue gum for fuel with an energy which
in a few years will probably clothe the hill sides with an endless
succession of plantations in every stage of growth. The price of
the timber for fuel is three rupees per thousand pounds.” (AMadras
Mail.) This is, say, 12s. 4d. per ton, and the planting is in its
infancy. £1 per ton and more is the cost of Eucalyptus timber
cut to lengths in the large cities of Australia.

En parenthése, it may be remarked that while we in Australia
are very prone to recommend Eucalyptus planting to dwellers in

TIMBERS. 451

other countries for sanitary purposes, we do not follow our own
precepts. It is a fact that comparatively very few Eucalypts are
artificially planted in Australia, and yet most of its towns are like
other towns in having low-lying, damp portions, and typhoid fever
carries off a terribly sad proportion of their population. It is also
a fact that the orthodox method of improving (?) land is to fell
the trees (generally Eucalypts) which grow upon it. In preparing
suburban land for purposes of sale it is usually the object to
eradicate every trace of vegetable growth, and the idea of leaving
say one Eucalypt to each allotment for the purpose of desiccating
the ground seems never to be thought of.

Baron Mueller attributes the salubrity of Eucalyptus regions
to the following causes:—1. Their ready and copious absorption
of moisture from the soil. 2. Their corresponding power of
exhalation, much greater than that of many other kinds of trees.
3. Their evolution of a peculiar, highly antiseptic, volatile oil.
4. The disinfecting action of the fallen leaves on decaying organic
matter in the soil. Eucalyptus leaves create no noxious effluvia
by their own decomposition.

E. globulus has been introduced experimentally in India, in
the Nilgiris and Punjab. In the former hills the growth has been
oft. girth in 20 years. (Brandis.) The wood of a tree grown on
the Nilgiris, 18 years old and gsft. high, is grey, with darker
streaks, and moderately hard. Pores moderate-sized, round,
frequently arranged in groups or in radial or oblique lines.
Medullary rays fine, very numerous, the intervals between the rays
smaller than the diameter of the pores. Pores marked on a
longitudinal section, and medullary rays visible as narrow bands
on a radial section.

Mr. Gass found in the Newman plantation, then five to six
years old, an amount of material of 152 tons per acre, and Colonel
Beddome is of opinion that the best treatment of Eucalyptus
plantations, so as to get the greatest profit, will be to cut for
coppice every five or six years, obtaining at the cuttings at least
100 tons per acre. (Gamble, Afanual of Indian Timbers.)

The timber of Z. globulus is of a rather pale colour, hard,
heavy, strong, and durable, more twisted than that of 2. odligua,

452 AUSTRALIAN NATIVE PLANTS.

EF. amygdalina, and many other fissile kinds, but not so inter-
locked as that of /. rostrata, E. melliodora, and most of the
species called “Box Trees.” Its specific gravity varies between
698 and 1.108. (See below for Laslett’s and other determinations
for comparison.) In transverse strain its strength is about equal
to English Oak. In durability, it occupies a medium position
amongst Eucalypts.

The following is the number of years assigned to the sound
wood of £. globulus:—For floors of ships, first and second
futtocks, main and rider-keelson, beams and hook, 10 years; for
third futtocks and top-timbers, stem and stern-posts, transomes,
knight-heads, hawse-timbers, apron, deadwood, knees, rudder,
windlass, timber and bilge-strakes, and ceilings between, clamps,
stringers, shelf-pieces and lower deck-waterways, 9 years ; for light
water-mark to wales, topsides, sheer-strakes, upper deck-waterways,
spirkiting and plank sheers, 8 years; keel to first futtock-heads,
thence to light watermark, 12 years. This wood is also very
extensively used by carriage-builders* and manufacturers of
implements ; for instance, for poles and shafts of light and heavy
vehicles, for undercarriage work, swivel-trees, spokes and rims,
axle beds, plough-bars, handles of axes, picks, shovels, forks, hoes,
and hammers, and all other similar purposes. It is furthur used
for telegraph poles, for planking of bridges and jetties, and for
structures in water. For railway sleepers it was formerly largely
employed, but during late years it has given way to the wood of
E. rostrata for this purpose. Settlers used the wood of £. globulus
for fencing, especially for rails where it is readily obtainable.
(Mueller.)

The following table taken from Rankine’s J/anual of Civil
Engineering shows the comparative durability of some kinds of

timber for ship-building, as estimated by the Committee of
Lloyds :-—

* In the report of the Victorian Carriage Board it is recommended as one of four
colonial timbers suited for railway carriage building. It is recommended to treat it in the
same way as “ Mountain Ash”? (see £. amygdalina), and Corner Inlet and Mirboo, Victoria,

are recommended as suitable localities for procuring it.

TIMBERS, 453

Twelve years: Teak, British Oak, Mora, Greenheart, Iron-
bark*, Saul; ten years: Bay Mahogany, Cedar (funtperus Vir-
giniana); nine years: European Continental Oak, Chestnut, Blue
Gumf, Stringybark (Zucalyptus gigantea)t; down to four years,
which is the length of time assessed to Hemlock Pine (North
America).

In Tasmania, this timber is usually procured by hand-
sawyers, who cut up the trees where they fall in the forest. It
makes the very best planking for ships’ bottoms. It has the
property of swelling under water to such an extent that it becomes
a matter of some difficulty to find the seams when the vessels are
put upon the slips for coppering. But much judgment is required
in selecting the timber. All pieces that contain heart-wood or
sap-wood must be rejected. These are both worthless, and soon
decay. The true serviceable blue gum must come from the
circumference of the tree about midway between the bark and the
centre. (TLenison-Woods.)

In 1865 there was taken out of the old Hobart Courthouse
a beam of this wood which had remained there for 45 years. It
was as sound as when fresh felled. Planks from Tasmania,
between 80 and goft. in length, were shown at the London
International Exhibition of 1862.

A sample of this timber, sent from Victoria to the Colonial
and Indian Exhibition, was tested by Mr, Allen Ransome. He
reported: ‘“‘By way of testing the sample sent a sleeper was
adzed and bored, and a panel planed. Both experiments proved
very satisfactory, the latter especially so, as the wood was found to
plane as well against the grain as with it.”

The following account of this timber by an English expert
(Laslett) will be of interest: “ Hucalyptus globulus is a tree of
straight growth, and attains a height of 200 to 300ft., with a
diameter of from 6 to 25ft. Like the Jarrah (Z. margzuafa), it is
characteristic of the larger trees, that while they appear to be
healthy and vigorous, and continue to increase in height and
bulk, the centre wastes away near the root, and, when felled,
they are often found hollow for some considerable distance up

* EB. siderophloia, Benth. + E. globulus, Labill. + E. obliqua, L’Hér.

454 AUSTRALIAN NATIVE PLANTS.

from the butt. The dimensions of the serviceable logs which the
trees yield will, therefore, depend much upon its soundness; but
unquestionably very large scantlings can be procured from it if
required. The wood is of a pale straw colour, hard, heavy,
moderately strong, tough, and with the grain twisted or curled.
In seasoning, deep shakes occur from the surface, aud it shrinks
and warps considerably.

“‘T remember to have seen in one of the Royal Dockyards some
extremely long and broad planks, or thick stuff, of this description
of timber, which had been apparently flitched from some of the
hollow trees before referred to. These, after being kept to season
for a while, warped and split to such an excessive degree that it
was impossible to use them for any planking purpose whatever.
In consequence of this defect it was found necessary to reduce the
planks to very short lengths, in order to utilize them at all, and so
they passed to quite inferior services.

‘‘A specimen log of Blue Gum, 31ft. x 24in. x 28in., was for-
warded with other woods to the London Exhibition of 1862 by the
Tasmanian Commissioners, and this, at the close of the Exhibition,
was transferred to the Woolwich Dockyard for trial, experimentally,
in ship-building. It came in, however, too late, just when wood
was giving place to iron in this branch of architecture, so that no
favourable opportunity ever offered for its employment. This log,
although of very large dimensions, had been cut clear of the centre,
and very probably had formed part of one of the hollow trees before
alluded to, consequently the tree to which it belonged must have
been at the least 6 to 7ft. in diameter. A plank six inches thick
was cut from it, which quickly warped or twisted two inches, and
ultimately went to three-and-a-half inches, and stood at that in
1870. Upon examination then, it was found to be full of deep,
fine shakes, but otherwise it was not much changed, and there
were no signs whatever of decay, although it had for a long time
been exposed to the weather. It seems, therefore, likely to be a
durable wood.”

Four samples of this timber from Tasmania gave Mr. F. A.
Campbell (Proc. R.S., Vict., 1879) the following values in pounds
per square inch, for the tensile strength :—26,500, 24,000, 29,800,

TIMBERS. A55

26,700. The timber was very good, well seasoned, and beautifully
clean and straight in the grain.

Mr. J. M. Balfour (see p. 341) has experimented upon several
‘samples of timber of this species, all from Tasmania, except
perhaps the first :—

1. A fine, well-seasoned sample, cut from an old window
sill. Specific gravity, 1.153 (or weight of cubic foot 71.871Ib.);
Eyree2-2, S, 317. 2. Mean results with three samples :—
Specific gravity, 1.014 (63.19lb. per cubic foot); E, 312; S, 269,
3. Mean results with four other samples :—Specific gravity,
1.078 (67.26lb. per cubic foot); E, 259.8; S, 239. 4. Curled
Blue Gum; mean with five samples :—Specific gravity, .988
(61.57lb. per cubic foot); S, 95.8; E not given. Summary—
General mean of eight experiments, exc/uding the curled variety :
Specific gravity, 1.061 (66.17lb. per cubic foot); E, 291.1;
S, 260. General mean of thirteen experiments, zzcluding the
curled variety :—Specific gravity, 1.035 (64.5lb. per cubic foot) ;
S, 196.8. The ordinary Blue Gum broke with a fibrous fracture,
but all the samples of curled broke nearly straight across, though
tried in all positions of the grain. ‘“ Obviously the ‘curl’ extends
over a considerable thickness, and larger samples would probably
give much higher results, as the timber looks well in large pieces.”
Attached to Mr. Balfour’s result is the following note: ‘“‘ Diameter,
5 to 30ft.; average of those felled for use, 6ft.; height, 150 to 350ft.”

Rankine gives the resistance to crushing of this timber (in
pounds per square inch crushed along the grain) at 8800, and the
specific gravity at .843 (1 cubic foot weighing 52.5]b.)

A tree of this species, measured at Tolosa (Tasmania) in
1848, had an estimated height of 33o0ft., and the actual measure-
ments were—circumference at ground, 78ft. gin.; at 6ft.
above the ground, 71ft. gin. (Proc, R.S.. VD. Land, 1851.)
In moist and rich ground in Tasmania this tree attains a
diameter of 24 to 30in. in twenty years»~ The diameter of the
tree is greatly increased near the ground by the spreading of the
bole, and, in consequence, the sawyers and splitters have to erect
stages ten feet and more above the ground, and then chop and
saw it through where the diameter is much less, say ten or twelve
feet.

456

AUSTRALIAN NATIVE PLANTS.

TASMANIAN BLUE GUM (£. globulus).

Experiments by Mr. James Mitchell.

|

(See p. 338.)

oe E S
w é | Value of Value of
ee Name of Wood, etc. Specific | Elasticity. | Strength.
Ze (1 to 15, each 7ft. long and 2in. square.) Gravity. = bw’ 3 lw
has ~~ ad’ d 4ad?
I Blue Gum, green piece, newly cut ... 1.027 | 6083932 1982
2 + 5 33 eh 1.078 | 9845472 2100
3 35 seasoned about 3 years 1.003 | 6022637 *1693
4 us 43 ; 8 months 1.076 7260624 2149
5 ” ” ” 1.034 13551368 2246
6 Af » rom 2 to 3 years 1.054 13625285 2701 |
7 ” ” » 4t95 5 1.078 11126670 2737
8 9 ” » 2to3 ,, -987 12180824 2921
9 = ae un 4 ROL mais 1.071 11692433 2921
10 05 33, 3 Years: .. -942 14241872 2945
II a > yellow coloured 1.018 8791776 2969
12 5 + brown a5 -997 15478693 2992
13 9 >» curly gum 1.005 | 16426368 3242
14 we + brown coloured 1.008 14908785 3365
15 9 1.089 13955485 3491
Separate Experiment —
16 Piece of keel from a steamer sft. long |
rZin. square se oes ae a 1.090 | —- 2213
Weight reduced to 7ft. long and 2in. sq. — — 2210
* Contained much sap-wood.
TRANSVERSE EXPERIMENTS.
(Lasleit.) See page 342.
Pieces 7ft. long by 2in. square. Weight suspended in the middle;
both ends free.
Bf BOSS “ e ls sg
) ee) = ‘ ; & 9
rs) . m5 0 2 feces 0 eh
No. of ote z sia) ) gee = ZS 2| sao
Vvsa oO ray a Bs che= Sh ars Ua o 0 &
He | a | eee | eee 5 |e 4) 3 2 ee
eae: Ssh P | PE) Sas Bic = vo SO eS ier
Specimen.| = © .5 yes 2» v Ae o Dog ms a
BEG|2ee)/s°S) ee oe
<5 Bs 7 v 1D Pie S )
S
Inches. | Inches Inches. Lbs. Lbs.
: 1.25 +15 4.50 964 1079 411 191.75
a 1.75 +20 3-95 602 997 604 150.50
1.35 -10 5.75 410 1037 684 177.50
3 1.00 +00 3-75 464 1108 692 191.95
4 1.25 ant 3:50 684 1026 666 171.00
3 1.00 .00 4.00 441 92 Sox 185.25
Average 1.26 +10 4.21 412 1029 603 177.96

Each piece broke with a short fracture.

TIMBERS.

TENSILE EXPERIMENTS.

457

(Laslett.)
Number of Dimensions of Specific Ho. Direct cohesion
the specimen. each piece. gravity. brake with: 1 square inch.
Inches. Lbs. Lbs.
7 F) 997 14560 3640
8 1079 20600 6650
9 2X2 x 30 1037 24360 6090
10 1108 26600 6650
II 1026 28840 4210
Average. 1049 24192 6048

VERTICAL OR CRUSHING STRAIN ON CUBES OF Two INCHES.

Ditto on
No. 12. | No. 13. | No. 14.] No. 15.| No. 16.| No.17.| Total. | Average. | 1 square inch.
Tons. | Tons. | Tons. | Tons. | Tons. | Tons. Tons. Tons. Tons.
12875 13000 12450 | I1I25 10500 | 13625 93875 12312 3078
E = 778300. S = 1869.

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF Woop or
£. globulus, by Baron von Mueller and J. G. Luehmann.
The pieces were two inches square, two feet long between the
supports, the weight suspended in the middle, both ends free.

The timber was seasoned nine months.

(See page 344.)

Deflection.

Total weight rs
é 1b Specific

No.| With | Afterthe | aren rea Soe Ww

Apparatus} Weight Crisi iS WEE LS Sein 4 Gravity.
Bec Tisis of piece.
Weighing was Reestine
42olbs. removed. FES SIng:
Inches. Inches. Inches. Lbs.

rr iz +04 “75 2444 1833 -938
2 -08 Nil. -62 3224 2418 +992
3 +16 -O4 -58 2250 1692 913
4 -12 +04 “75 2661 1996 +942
5 +10 -02 “75 24740 2055 .946
6 +12 -03 +55 2288 1716 +927
y] Sy! +02 “95 2409 1807 -924
8 Bie! -04 «58 2280 1710 | 845
9 +16 -04 62 2252 1689 | 852
10 05 Nil. 58 3752 2814 1.094
1I -08 Nil. 65 3024 2268 1.096

S (strength) =

L (length) x W (weight)
4 x b (breadth) x d2 (depth?)

I !

th gz ot | tg/z/t “suuous
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‘ayoiq ajdwes ay} [HUN ajus0 oy} ul pordde Aypenpess sv yYySiam oy} pu
‘179 SBA SSULIveq ay} UIEMJEq dOURISIP ay) f arenbs ‘urf1 Aq YISua] ur ‘ysZ YOva ora pajso) sojduies oy.

Pe ‘’ggl ‘duvod
“ UAGNIL NVIYOLOIA AHL AM NOdN GALNANINAdXA (6779972 ‘7) NOD ANTA»

TIMBERS. 459

Height, up to 300ft.
Tasmania, Southern and Eastern Victoria, and sparingly in
Southern New South Wales.

278. Eucalyptus gomphocephala, DC., B.FI., iii., 231.

The ‘‘ Touart,” ‘‘ Tooart,”’ or ‘‘Tewart” of Western Australia. Some-
times called ‘‘ White Gum.”

This wood is of a pale yellowish colour, is remarkable for hard-
ness and strength, is very heavy, of a close and twisted, and even
curled grain, rendering it difficult to cleave, and (what in
Eucalyptus timbers must be considered a particularly valuable
quality) it shows no aptness torend. (Mueller.) A sample sent to
the Colonial and Indian Exhibition was examined by Mr. Allen
Ransome, who thus reported on it: “ This wood is of a light-brown
colour, heavy, durable, and tough. From the sample sent, some
felloes were shaped, and some spokes turned, the finish from both
machines being all that could be desired.”

The following information regarding this wood is taken from
Timber and Timber Trees, by Thomas Laslett, late Timber
Inspector to the Admiralty :—

“It is a very sound wood, possessing few or no defects, with
the exception of a mild form of heart and star shake at the centre,
which would necessitate a small amount of waste, if it were
required to reduce the logs into thin planks or boards; but if
employed in large scantlings, it will be found a most valuable
wood, especially when great strength is needed.

““The Tewart shrinks very little in seasoning, and does not
split while undergoing that process; it is also a characteristic of
this wood that it will bear exposure to all the vicissitudes of
weather for a long time without being in any but the least degree
affected by it. I have known it subjected to this severe test for
fully ten years, and when afterwards converted, it opened out with
all the freshness of newly-felled timber. Possibly no better
evidence is required to show that this is a durable wood.

“Jt is used in ship-building for beams, keelsons, stern-posts,
engine-bearers, and for other works below the line of flotation, for
which great strength is required, a weighty material in that position
not being objectionable in a ship’s construction.

460 AUSTRALIAN NATIVE PLANTS.

“In civil architecture the Tewart is scarcely, if. at all known
in England, although it might be employed with advantage for
many purposes. It would make good piles for piers, and supports
in bridges, and be useful in the framing of dock-gates, as it with-
stands the action of water, and is one of the strongest woods
known, whether to be tried transversely or otherwise. But it would
probably be found too heavy for generai use in the domestic arts,”

It is not to be split, and is capable of enduring a great amount
of heat without rending. It is used for keels, capstans, windlasses,
naves of wheels, etc., also in the engine-rooms of vessels, where it
is liable to exposure to great heat. Both this timber and Jarrah were
used to a small extent in the construction of H.M.S. Hannibal.

TRANSVERSE EXPERIMENTS.

(Laslett.)
. ~) . _

Defiections. £¢ :. 2 8 es

« ca 2 3 ot bie

Oc 4 aa Y Hs op xo

uu eS n = . es u s°5 5 |

ge Bia eo fs 2 th Ze ) 28 ee

+3} zt cues ac Cue) S) Pal es

oe ete gee|. oe |) 24.) 2) nn

cA) S38 SE Pa =o = De The

aa eve Sa =. a a5 oO

ae ee = g 2 oe 2

Be a fhe a

|

| Inches Inches Inches. Lbs j Lbs
I 1.2 +15 4.50 1041 1147 | 942 269.95
2 1.25 -00 4.50 o72 | 1173 H 829 243.00
3 | 1.15 -20 5.00 1032 1184} 872 258.00
4 1.25 +15 5.00 1116 1147 973 279.00
5 1.35 05 4.85 1017 1170 869 254-25
6 eta 5 10 4.65 966 1194 | 809 241.50
| Average 1.24 | -108 4.75 1029 | 1169.16 | 882.23 2579-25

|

Each piece broke with moderate length of fracture, and very fibrous.
TENSILE EXPERIMENTS.

(Lasle?t.)
Number of Dimensions of Specific dete | Diet a |
Specimen, see Eee oraMity broke with. | 1 square inch,
Inches. Lbs. ; Lbs.
y ) 1147 32580 8820
8 1184 44520 11130
9 oe tS 1173 46900 11725
10 2 2 O..30 1170 34160 8540
11 1147 34720 8680
12 1194 $1240 12810
Average 1169 40087 10284

(For Vertical Experiments, see p. 462.)

“TUART ” (E. gomphocephala) EXPERIMENTED UPON BY THE VICTORIAN

TIMBER BOARD, 1884.

*yyBuays IyIvedg
BARIIAW

3025

|
|
*sayouy Ul UOTPIOpYeEd | ey
VdvVIIAY [2}0L +
|
oO
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uoIpPayed e:WeRIBAYy r-) +
| lace een
ssayouy ut ainjydny jo we se Tale
qulog 7B woD2yaq BO i
°
“qysIa A Suryearg oS
asBIDAY |e}OL g
o_O
“sq[ ut | « o
sajduieg Jo JYSIOA | = S
Suryeaig eseiay =) Ss
|
| (RS A
*sqt ‘sab *s}o Sao) BOR
ul ajdwes yore jo GOH HAM
VSIA Buryesig ORCC D
|
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azeivaAy [e}0], | °
|
nr
*Giaeig oy19edg oe 8
aTeIIAYy = °
“sq Ul oo D1qND ‘8
Jad qYySIaAy aseay iS
|
Ree
*sq] ul sajdwieg jo BS 8
WYSIAA\ WRIIAY S| o
CN
*sqy ur adures coh oslattit
yore JO WYAIAAA SSeS Ae.c0
tot ot ott
oo000 8900000
“Sunsay, yo 2eq fad fan
ort att
a ioe)
"yn SPAN -syjzuow

Jaquity, 24} Udy
ajyeq ajyeurxoiddy

DATAM} JSP]
}e pauoseag

Locality
Where
Grown,

ey ef -— Se |

Western

Australia,

N.B.—Under E. diversicolor will be found a table of comparative experiments with that timber, 2, gomphocephala,

£. marginata, English Oak, and Indian Teak,

462

AUSTRALIAN NATIVE PLANTS.

VERTICAL EXPERIMENTS.

(LZaslett.)
Number of 1 Inch, 2 Inches. 3 Inches. 4 Inches,
the Specimen. | Crushed with. Crushed with. | Crushed with. Crushed with.
Tons. Tons. Tons. Tons.
13-16 4.000 16,875 37-625 67.00
| 14-20 4-500 16.750 33.125 64.25
21-22 4-625 16.500
23-24 4-750 17.000
Average 44.69 16.781 35.375 65.625
Do. per inch. 4.469 4-195 3-931 4.102
E = 476,990. S = 2,701.

Height, up to r15oft.
Western Australia (south-west coast). In an official report it

is stated to cover 500 square miles of country.

279. Eucalyptus goniocalyx, /.v.1/., (Syn. 2. eleophora, F.v.M.);
N.O., Myrtacez, B.FI., iii., 229.

This tree is variously known (in Victoria and about Twofold Bay, New
South Wales) as ‘“‘ Spotted Gum,” ‘‘ Grey Gum ” (East of Dividing Range),
“White Gum” and “Blue Gum.” It also has the names ‘* Mountain
Apple” (Queanbeyan to Cooma and Tumberumba), ‘‘ Bastard Box,’
‘Grey Box,” and in East Gippsland it goes by the name of “ Mountain Ash,”

This wood is hard and tough, usually free from kino-veins,
varies from a pale yellowish to a brownish colour, is exceedingly
durable, and lasts long underground, not warping, and on account
of the interwoven woody fibres is almost as difficult to split as
£. rostrata. It is much esteemed by wheelwrights, particularly
for spokes, for ship and boat-building, for railway sleepers, and
when not used for better purposes, it is sought for fuel. According
to Mr. Boyle, the rough-barked variety from low, dry, and stony
ranges, supplies a timber which wheelwrights consider equal to
Ironbark, with the advantage of its not being so weighty; the
taller mountain variety with smoother bark is more used for planks,
piles, and general building purposes, the timber also in this instance
being more durable than that from wet forest valleys. This wood
resembles in many respects that of Z. glodulus. (Mueller.)

> and

“BASTARD BOX,” (Z. gonitocalyx) EXPERIMENTED UPON BY THE VICTORIAN

TIMBER BOARD, 1884.

ings

the distance between the bear

was 6ft.; and the weight was gradually applied in the centre until the sample broke.

in. square;

ari
8

The samples tested were each 7ft. in length by 1

Joquiiy, ayy Uday
ayeq e}ewrxoiddy

DAJAM JSPO|
Je pauoseag

?

Locality

Where
Grown.

eastern
Victoria.

North-

TIMBERS. 463
“Mois | 2
Pd], IY} AY AA, 5
UO}LULIO yeIBO;OaNH &
“Yy}BUII}S WyIadg | ”
co
aselIaAy | ss
*sayouy ul a
uoIPayaq] aseswaAy te)
‘sayouy] ul ainjdny Jo pe aes
usd
Wlog ye uol~ayaq bt) Cs
*sqy U1 | oes
sadwiesg jo JYSIO A oO
Sulyeaig aseiaay | a
*sqy ‘sab *syo | Sa ae
ur ajdweg yoea jo s So
o
JIM Suryeag =~ ™
Nn
“Mplaeryg dyloadg we
aSelIAYy iB
*sq] Ul Jooy JIqug °
dod WySIaA\ asvisay s
“sq[ ul saydwies jo =
hae)
SIM seiay x
*sq] ur ajdures (eee
yore JO JYSIA AA = 3
| a +
es) ea)
“Suijsay jo o3eq > =
a 7
‘yn SEM | syjuour

494

AUSTRALIAN NATIVE PLANTS.

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop OF

£. gontocalyx, by Baron Mueller and J. G. Luehmann.

The

specimens were 2ft. long, and 2in. square :—

Deflection. Total | Specific Gravity.
weight | Value of |
required | strength,
With to |
the apparatus] At the crisis | break each somite! | Air-dried. | dary
weighing | of breaking.| piece. 4BD? ;
78o0lb.
eee me >
Inches. Inches Pounds. |
.16 .50 2209 1658 948 | .807
20 58 2050 1537 937 | .798

A sample of /. goniocalyx timber (“ Spotted Gum ”’) from
Victoria, in the Technological Museum, is of a light-brown colour,
straight in the grain, good to work, and free from gum-veins.
Another slab, which has been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of
1862), has a weight which corresponds to 73lb. 150z. per cubic
foot. Mr. Henry Deane informs me that the rough-barked variety
is known as “ Mountain Apple” in the Queanbeyan District, New
South Wales, and the smooth-barked variety takes the name
“Grey Gum”’ east of the Dividing Range. Diameter, up to 6
and even 10ft.; height, up to 300oft.

Victoria and New South Wales, as far north as Braidwood. .

280. Eucalyptus gracilis, F.v.M., (Syn. E. fruticetorum, F.v.M.;
partly; 2. calycogona, Turez.; HE. celastrotdes, Turcz.) ;
N,O., Myrtacess) (BF, iii,-21 1.

This is a ‘* Mallee,” also sometimes known as a “‘ Desert Gum.”

Wood hard, heavy, and close in the grain, of a yellowish-grey
colour, tough, and durable. The Mallees are, however, too small

to be useful as timber trees.

TIMBERS. 465

Forms, with other species of Eucalyptus, the Mallee country
of Victoria, New South Wales, Queensland and South-western
Australia,

281. Eucalyptus Gunnii, Zook. f,, (Syn. £. ligustrina, Mig.; £.
acervula, Hook., f.); N.O., Myrtacez, B.F1., iii., 246.

In Tasmania this is known as ‘‘ Cider Gum,” and in South-eastern
Australia occasionally as the ‘‘Sugar Gum.” In the same part it is known
as “ White Gum,” ‘Swamp Gum,” or ‘“‘ White Swamp Gum,” and in the
Noarlunga and Rapid Bay districts of South Australia as ‘‘ Bastard White

2?

Gum.” Occasionally it is known as ‘‘ Yellow Gum.” Near Bombala,

New South Wales, two varieties go by the name of “‘ Flooded,” or *‘ Bastard
Gum,” and ‘‘ Red Gum.”

The sweetish sap (see ‘‘ Foods’’) of this tree is better known
than its timber. ‘‘ This tree is of too crooked a growth to be
available as a timber tree to any great extent, and its average height
is only about thirty feet in South Australia. The wood is hard and
of good weight, but it is looked upon by the splitter as of very poor
quality for general utilitarian purposes. For posts and underground
workthetimberisworthless. It, however, makesexcellent charcoal.”
(J.E.Brown.) Inthe extreme south of New South Wales, the variety
called ‘‘Flooded Gum,” or ‘‘ Bastard Gum,” has a timber which is
considered brittle, and is not used. The variety called ‘ Red
Gum” is, however, considered by most people in the neighbour-
hood to be the very best for standing underground, and is therefore
preferred to any other for posts and piles, and especially for house
blocks. It is also used for fencing, slabs, etc. This timber is
rather hard to cut, and has a reddish colour, and, therefore, it is
just possible that it may have been confused with the ordinary
“Red Gum” (£. rostrata), whose durable properties are well
known. The ‘‘ Flooded Gum” occurs near creeks and swampy
places, and the trunk is apt to branch out at no great altitude from
the ground ; the “Red Gum” (2. Gunniz) grows in higher and
drier situations, runs up to a pretty high straight trunk, and the
timber is hard to cut and darker in colour than the former.

A specimen of timber (‘Swamp Gum”’) of this species,
from Victoria, in the Technological Museum, is tough, of a light
reddish-brown colour, and has a few gum-veins.

2H

466 AUSTRALIAN NATIVE PLANTS.

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop OF
E. Gunnit, var. (Swamp Gum), by Baron Mueller and J. G.

Luehmann. The specimens were 2ft. long and 2in. square.
: =
Deflection. Total So Specific Gravity.
weight es 4
i wa required to] § 2/Q /
With break a - E
the apparatus) At the crisis each o il oi pawe Absolutely’
weighing | of breaking. piece. 4 Ba ee dried. |
78olb. | >
Inches. f Inches. Mt Pounds, Peet “a e
Be 75 2307 1745 .950 802
14 75 2268 1701 1.021 842 |
|

Exceptionally attains a height of 25oft., usually much less.
Tasmania, the extreme south-eastern portion of South Australia,
thence to Gippsland, and into New South Wales as far as Berrima.

282. Eucalyptus hemastoma, Smzth, (Syn. £. signata, F.v.M.;
EL. falcifolia, Mig.; and including £. micrantha, DC.); N.O.,
Myrtacee, B.FI., iii., 212.

This is a “Spotted Gum,” and “ White Gum” of New South Wales
and Queensland. About Sydney it is occasionally called ‘‘ Blue Gum.”
As its white bark usually shows the serpentine marks of a boring insect, it
is often called ‘‘Scribbly Gum.’ In the Illawarra district (New South
Wales) it goes by the name of “ Black-butt,” and in the county of Camden,
in the same colony, it is sometimes known as “ Mountain Ash.” In the
extreme south a variety sometimes goes by the name of “ Rough,” or

““Small-leaved Stringybark.’”” Some Queensland aborigines know it by the

name of “ Kurra-gurra.’’ <A variety (micrantha) goes under the name of
“ Brittle Gum” in the Queanbeyan district, New South Wales,

The wood is of a grey or reddish colour, and not durable if
exposed. It is considered the most worthless of the Queensland
Eucalypts. While it is apt soon to decay, it furnishes a fair fuel,
and material for rough carpentry. It also has some limited use
for ship-building and wheelwrights’ work.

Mr. Bauerlen’s opinion (the result of special enquiry) is a
little more favourable. Writing from Colombo, Candelo, N.S.W.,
he says: “Timber second, or almost equal to £. melliodora in

usefulness. Used for slabs and fencing purposes.”” Mr. H. Deane

RIAN

Y THE -VICTO

“SPOTTED GUM,” (£. hemasioma) EXPERIMENTED UPON B

TIMBER BOARD, 1884.

the distance between the bearings was

and the weight was gradually applied in the centre until the sample broke.

.
d

The samples tested were each 7ft. in length by 1fin. square

ef

6ft

TIMBERS.

407

*yySuaiyg yl9adS bel
aselIaAVy | i.
*soyouy ul a
UOlPIYeq, seiaaAy a
LS
*sayoul url aanqduyy jo
WL0g 7e UO}QD2eq i ”
“sq Ul 2
Ssadureg jo WYSIOAA
Sulyeaig seivay | <
ne er a
*sqi ‘sab *sja9 | a
ul ajdweg ydea jo mG s 2
Wie Suryeag ES
*AYARID DyIIadg °
aselIAYy 4
~4
*sq] Ul 300.7 DIqND at
Jad WyS1a\\ aselAy x
“sq] ul sajdweg jo n
JBIIA\ Wesay =
m—_—_—
*sq] ul ajdwies nw da
you JO I4TIA A, = mR
> + +
oo wo ee)
*Suisay jo aeq ae ee et
Si Taek
‘yuD Sew syjuow

JaquILT, ayy uaym
ajyeq eyewuixoiddy

DATAM} JSEIT
}e pauoseas

=)
BY Lowiig a
Fs) 3
cae ie mee ia
c Z Zz
Sy seats i
Sie 1S) s
eo
©
o = z
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468 AUSTRALIAN NATIVE PLANTS.

describes it as a short-grained, brittle, reddish wood, and states:
that the variety mzcrantha (which perhaps should be restored to
specific rank) is called “‘ Brittle Gum ”’ for obvious reasons.

The following specimen of timber in the Technological
Museum I have little hesitation in referring to this species. It
was collected for the Exhibition of 1862, and bore the number 30,
a piece of the same timber bearing the number 163 in the
collection for the Paris Exhibition of 1855. It is called “ White
Gum,” and bore the aboriginal names “Caarambuy” and
‘“‘Calang-arra.’’ It was from a tree 24 to 4oin. in diameter, and
60 to 8o0ft. in height. It is described as “‘not much valued, being
generally of crooked growth.” It is beautiful to work; has a close,
smooth grain, and a dark wavy, stripy red colour, almost like a
she-oak in pattern.

Diameter, 24 to 28in.; height, 60 to 120ft.
Illawarra (New South Wales) to Wide Bay (Queensland).

283. Eucalyptus hemiphlcia, “v.4Z., (Syn. £. albens, Miq.);

N-©:,-Myrtaceze, Bul l., iit, 216.

This is a common ‘“‘ Box” cf New South Wales and Queensland. In
the latter colony it often goes by the name of ‘ Yellow Box.” Other
colonial names are ‘“‘Canary Wood,” ‘Grey Box,” ‘‘ White Box,” and
‘‘Gum-topped Box.’’ About Sydney it is called ‘‘ White Gum.” By the
aboriginals of sub-tropical Eastern Australia it is known as “ Narulgun.”

An excellent timber, famous for its hardness, toughness, and
durability. (Hill.) It is remarkably heavy, yellow-white in colour,
of great lateral strength, and is used for such purposes as railway
sleepers, naves, felloes, scantlings, jetty and bridge piles, plankings,
mining slabs, and fence posts. A great drawback to this tree
is its tendency to become hollow at a comparatively early age.
(J. E. Brown.) It is largely used by coachmakers and wheel-
wrights for the naves of wheels and heavy framing; and by wheel-
wrights for the cogs of wheels. It is employed in ship-building,
and forms one of the best materials for treenails, and for working
into large screws. It is' pale, strong, hard, of close and interlocked
grain, and not fissile. It is useful for such articles as mauls and
handles, which need toughness of wood for their manufacture.

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470 AUSTRALIAN NATIVE PLANTS.

It is subject to destruction by white ants and dry rot when standing
long in the ground.

Mr. Allen Ransome tested a sample of this wood sent from
Victoria to the Colonial and Indian Exhibition. ‘ During the
trials a sleeper was adzed and bored; but for boring especially,
the wood seems very hard. A panel was also passed through the
planing-machine, but, owing to the sample being very cross-
grained, the results were not good.”

The Rev. Dr. Woolls points out that this species is indicative
of good grazing country.

I have assumed that the “Box’’ timber tested by Captain
Ward (Sydney Mint Experiments, 1858) belongs to this species.
It came from Singleton. Specific gravity, 1.230; value of E,
538,800; of S, 2,445.

A specimen called “White Box,” or ‘Grey Box,’ from
Victoria, in the Museum, is hard and tough, of very close grain,
and of a brown colour. A sample of timber (No. 10, London
Exhibition of 1862, and No. 102, Paris Exhibition of 1855) is in
this Museum, and very probably belongs to this species. Itisa
light buff coloured timber, heavy, very hard, tough, and durable.
In the catalogue it is called ‘Illawarra Box,” and its aboriginal
name is given as ‘‘Gnooroo-warra.” Height, 120 to 18oft.;
diameter, 48 to 72in., and described as “‘a tree with magnificent
timber, of first-rate quality for size, hardness, toughness and
durability.”

Diameter, 20 to 40in.; height, 50 to 6oft.

Eastern South Australia, Victoria, New South Wales and
Southern Queensland.

284. Eucalyptus largiflorens, 7.v.47., (Syn. Z. pendula, A. Cunn.,
E. bicolor, A. Cunn. (the name of the species in B.F].) ; £.
hemastoma, Mig. non Smith); N.O., Myrtacez, B.FI., iii.,

214.
This tree bears the names of ‘ Cooburn,” ‘ Box,” ‘Black Box,”
“Yellow Box,” ‘‘ Bastard Box” (workmen supposing it to be a cross.

between “Box” and ‘‘Grey Gum”), ‘‘ Grey Box,” and “Ironbark.” It is
also called ‘‘ Slaty Gum,”’ from the grey and white patches on the bark.

TIMBERS. 47t

This timber is hard, tough, and durable, very lasting under-
ground, and of a red colour. It is used for fencing, rough
buildings, and sleepers, also for shafts, poles, and cogs. It is
more easily worked than the generality of Ironbarks. The large
trees are frequently hollow and decayed at heart. Diameter, 24 to
36in. ; height, 100 to 12oft.

South Australia, round Eastern Australia to the Gulf of
Carpentaria.

285. Eucalyptus leucoxylon, 7.v.17., (Syn. 2. sideroxylon, A.
Cunn.), (see p. 473); N.O., Myrtacez, B.FI., iii., 209.
Common “Ironbark.” It is occasionally known as “ Black Ironbark,”

and from Sydney to the Blue Mountains as ‘‘ Red Ironbark,” or ‘ Red-

flowering Ironbark” (Z. sideroxylon). In the neighbourhood of Twofold

Bay (New South Wales) it is called ‘“‘ Black Mountain Ash.” In South

Australia it has the following names:—‘‘ White Gum,” ‘ Blue Gum,”

“‘ Bastard Blue Gum,” “Scribbly Blue Gum.” It occasionally boasts the

ridiculous name of ‘‘ Fat Cake.’’ By the aboriginals of Gippsland it is

known as “ Yerrick.’” It was called ‘“‘ Easip”’ by the aboriginals of the

Yarra (Victoria).

Important Note.—E. leucoxylon, F.v.M. The “ Blue or
White Gum ”’ of South Australia and Victoria is a gum-tree with
smooth bark and light-coloured wood (hence the specific name).
The flowers and fruit of Z. leucoxylon (compare figure in Brown’s
Forest Flora of South Australia) are very similar to those of £.
sideroxylon, and in this way two trees have been placed under one
name which are really quite distinct. Baron Mueller points out
(Eucalyptographia) that there are two well-marked varieties of Z.
leucoxylon in Victoria. That known as “ White Gum”’ has the
greater portion of the stem pale and smooth through the outer
layers of the bark falling off. The variety known chiefly as the
“Victorian Ironbark,’ and mostly growing on stony ridges or
mountains of the lower Silurian sandstone and slate formation,
retains the whole bark on the stem, it thus becoming deeply
fissured and furrowed, and very hard and dark coloured. But
this rugged-barked variety must not be confused with the ‘ Red-
flowering Ironbark” (£. stderoxylon) of New South Wales. The
individual Victorian trees with rugged bark round the butt are
probably few, and a mere variety.

472 AUSTRALIAN NATIVE PLANTS.

A little confusion has arisen in descriptions of different kinds
of timber under this species, but the author has’ endeavoured to
allot them correctly to £. leucoxylon, F.v.M., and £. stderoxylon,
A. Cunn.

E.. leucoxylon, ¥.v.M. The wood of this tree is of a very
superior class. It is very durable, possesses great lateral strength,
an: when dry is hard and tough; in colour, it is yeliowish-white or
pale pinkish-white. Amongst the more important purposes to
which it is applied may be enumerated railway sleepers, bridge-
piles and planking, jetty planking, naves and felloes of wheels,
waggon shafts, telegraph poles, axe handles, bullock yokes, fencing
posts, beams and rafters of buildings, and slabs for mining
operations, The weight of air-dried wood varies from 63% to
71lbs. per cubic foot; it vields 28 per cent. of superior charcoal,
45 per cent. of crude wood-spirit, and 6 per cent. of tar.
(Mueller.) Builders call this wood close and straight-grained,
and slightly greasy, but this latter property makes it serviceable
to the millwright for the cogs of heavy wheels.

It is called “Box” in the Report, Victorian Exh., 1861, and
the following statement is made concerning it: ‘‘ This is of a light
colour and a greasy nature, remarkable for the hardness and
closeness of its grain, its great strength and tenacity, and its
durability both in the water .nd when placed in the ground. It
is largely used by coachmakers and wheelwrights for the naves of
wheels and for heavy framing ; and by millwrights for the cogs of
their wheels. In ship-building it has numerous and important
applications, and forms one of the best materials for treenails,
and for working into large screws in this and other mechanical
arts.’ A sample, sent from South Australia to the Colonial and
Indian Exhibition, was thus reported on by Mr. Allen Ransome :
“A sleeper was experimented on in the adzing and_ boring
machine with highly satisfactory results, and boards passed
through the planing machine left the cutters with an excellent
surface.”

This species has succeeded admirably at Abbotabad, Punjab,
India. (Gamble.)

TIMBERS. 473

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop oF
E. leucoxylon,by Baron Mueller and J. G. Luehmann. The
specimens were 2ft. long and 2in. square.

Deflection. Total Value of Specific gravity.
: weight strength,
ee oe At the | required to ° WwW i
ene crisis of | break each| S= ; Air dried. bsolutely
as, breaking. piece. 4BD* dried.
Inches. Inches, Pounds,
03 63 4192 3144 1.028 .go8
03 60 3977 2983 1.061 913

£. sideroxylon, A. Cunn.* The “ Red-flowering Ironbark ”
of New South Wales, occurring in the bush between Parramatta and
Liverpool, in paddocks at South Creek, and in the neighbourhood
of Richmond, and again beyond the Blue Mountains, near Mudgee,
and Wellington, and elsewhere, being widely diffused over the
auriferous districts of the western interior. ‘The bark is dark, and
deeply furrowed, and the wood is of a deeper colour than that
of any other Ironbark. It has been made by Baron Mueller
(Eucalyptographia) a synonym of £&. leucoxylon (see p. 471), and,
perhaps against his better judgment (but asa matter of convenience
in describing the two timbers), the author has accepted this
arrangement in the present work.

£’, sideroxylon, A. Cunn. This tree has a straight even
bole; the timber is of the highest reputation for strength and
durability, and is very much used for large beams in stores for
heavy goods, poles for bullock drays, railway sleepers, girders
and piles for bridges, and other purposes where great strength is
required. It is one of the best fuel woods of New South Wales
for domestic uses and steam engines. Its average weight is from
75 to 78lb. per cubic foot when green, and it loses 3 to 5lb. in
drying within the first two years. (General Report, Sydney
International Exhibition, 1879.)

E. sideroxylon is described as follows inthe Report, Victorian
Exhibition, 1861 :—‘‘ ‘Ironbark.’ This is one of the hardest and

* See Woolls, Plants of New South lales.

474 AUSTRALIAN NATIVE PLANTS.

heaviest of our native woods, and has a peculiarly thick and rugged
bark, with deep longitudinal fissures, which is very characteristic.
It possesses great strength and tenacity, and has a close and straight
grain, on which account it is highly useful to the coachmaker and
wheelwright for the poles and shafts of carriages, and the spokes
of wheels. Its greasy nature also renders this wood very service-
able to the millwright for the cogs of heavy wheels. It is also
valuable for many purposes in ship-building, and constitutes one of
the most imperishable of our timbers.”

Following are brief descriptions of timbers of this species in
the Technological Museum of Sydney :—‘‘ Red-flowering Iron-
bark,” or ‘‘ Black Ironbark :’* Of very dark red colour, close in
the grain, and fairly good to work. A useful wood where strength
is required. It is very heavy and hard. (Victoria.) (Cat.
Timbers, Technological Museum, Melbourne.) ‘Red Ironbark :”
Diameter, 2ft. Colour, dark reddish-brown, full of shakes, very
heavy, and difficult to dress. (Eastern N.S.W.) “Red Ironbark:’’
Diameter, 2ft.. Colour, rich red. Shelling in concentric layers
near the heart, and full of shakes. Very difficult to dress. (New
South Wales.) ‘Red Ironbark :”” Diameter, 2ft. Colour, brown..
Full of shakes ; works fairly well, splits tolerably freely. (New
South Wales.) The last two samples have been cut at the wrong
season.

The three following timbers (also in the Technological
Museum) must also be referred to this species :—1. No. 3 (Lond.,
1862); No. go (Parts, 1855). ‘‘ Ironbark” of Illawarra, and
“Barremma” of the aboriginals. Diameter, 36 to 60in.; height,.
80 to 130ft. “Of the highest reputation for strength and
durability.”’ Itis of a dark red colour, figured in stripes, heavy,
tough, hard, and difficult to work, strong, and very durable.
2. No. 5 (Zond., 1862); No. 1374 (Parts, 1855), from Appin,
New South Wales. It is of a dirty streaky-brown colour, very
heavy, cross-grained, and tough, and not very good to work.
3. No. 6 (Zond., 1862); 137¢ (Paris, 1855), from the upper part
of the Bargo Brush. Diameter, 24 to 36in.; height, 60 to 8oft.

* This specimen was received from Victoria, labelled £. sideroxylon, and with the
vernacular names given. Yet it cannot be the New South Wales species.

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476 AUSTRALIAN NATIVE PLANTS.

With the exception that it is a shade darker, it cannot be
distinguished from the preceding.

This species is, with very little doubt, the timber experimented
upon in the Sydney Mint experiments under the name of “Red
Ironbark.” It is described as hard, close-grained, of great
strength and durability, and valuable for ship-building, engineering
works, etc. It is said, however, to be readily attacked by the
white ant. The specimens came from Berrima, New South
Wales, the tree was 30ft. to the fork, and 30in. in diameter.
Specific gravity, 1.167; value of E, 521,300; of S, 3951. In the
same experiments the ‘“ Smooth-barked Ironbark,” from Brisbane,
must be from this species, as the wood displays no important
differences from authenticated specimens. It is described as
“A strong and durable timber, and well-adapted for building
purposes, shingling, etc.’ The tree was 35ft. to the fork, and
25in. in diameter. Specific gravity, 1.176; value of E, 604.800;
of S, 2898.

Height, up to 200ft., but this is exceptional.

Spencer’s Gulf (South Australia), through Victoria and New
South Wales to Southern Queensland.

286. Eucalyptus longifolia, Zzvk, (Syn. Z. Woollsti, F.v.M.);

N.O., Myrtacez, B.FI., iii., 226.

This tree commonly bears the names of ‘‘ Woolly Butt” and “ Bastard
Box,” but usually the former.

This wood is in request for fuel, but is not much valued as a
timber because of its gum-veins. When sound, it is sought after
for wheelwrights’ work. (Sir W. Macarthur.) Other authorities
have referred to its durability for fences. Posts are said to have
remained undecayed in the ground for twenty years. It is used
for felloes, shafts, spokes, agricultural implements, house-building,
etc. Its specific gravity is 1.187, the weight of a cubic foot of
dried wood being 683lb.

The following four samples are in the Technological Museum.
They are all called ‘ Woolly Butt ;’’ the first is from Victoria, the
others from New South Wales :—

TIMBERS. ATT

1. Very light colour; close in the grain; has gum veins;
works easily. 2. Called also ‘‘ Bastard Box.” Diameter, 2ft.
- Light red; full of shakes; a few gum-veins; bad to work. (S.
districts.) 3. Diameter, 15in. Dark red; fairly sound; good
to work. (Shoalhaven.) 4. No. 24 (London, 1862); 8g (Paris,
1855). ‘‘ Gnaoulie” of the Illawarra aboriginals. Diameter, 36 to
72in.; height, 100 to 15oft. ‘A very large and fine timber tree,
its wood much prized for felloes of wheels and other work requiring
strength and toughness.”

Diameter, 36 to 48in. ; height, 100 to 13oft.

Victoria, New South Wales, not much farther north than Port

Jackson.

287. Eucalyptus macrocarpa, “Zook., N.O., Myrtacee, B.FI., iii.,

ote
“ Morrel.”

Some spokes of this wood were exhibited at the Intercolonial
Exhibition of Melbourne, 1886. It is also used for shafts and
such purposes.

Western Australia.

288. Eucalyptus macrorrhyncha, /.v.d/7,, (Syn. 2. acervula,

Migq.); N.O., Myrtacez, B.FI., iii., 207.

The ordinary ‘‘Stringybark” of Victoria and New South Wales.
It is the “Ironbark” of the McAlister River (Victoria). It shares the
Gippsland aboriginal name of '‘ Yangoora ” with £. cafitellata.

A tall tree. The wood is hard and mostly tinged with a
deeper red-brownish colouration, but occurs also pale-coloured ;
it is durable and easily fissile into fence-rails, shingles, and
palings, and is very useful for all purposes for which rough split
timber is required above ground; it is also sawn into weather-
boards and scantlings, and furnishes a fair fuel. The specific
gravity of the seasoned wood is about 1.020, or 633lbs. to the
cubic foot. (Mueller.) A sample from the Monaro, New South
Wales, is an excellent furniture wood, being. light, strong, and
close-grained, and capable of a good polish. It is, however,
chiefly used for fencing and wheelwrights’ work in Southern New

478 AUSTRALIAN NATIVE PLANTS.

South Wales. A Victorian specimen in the Museum is figured in
stripes of a yellow and brown colour, and is close-grained,

I do not doubt that the following specimens (also in the
Museum) belong to this species :-—

No. 48 (Lond., 1862); 124 (Paris, 1855), Camden ‘‘ Stringy-
bark;” called ‘ Bour-rougne’’ by the Camden aboriginals. Dia-
meter, 24 to 54in.; height, 50 to rooft. “A species yielding
timber much prized for flooring-boards and house-carpentry, of
considerable strength and durability; differs from the stringybark
of the coast.” One sample is of a light-brown colour, and of a
tough nature. It tears up a good deal under the plane. The
second sample appears in no way altered or different to the first.
It is part of a post placed in the ground in 1815, and dug up in
1861; certified to by the late Sir William Macarthur.

Some specimens of this timber were tested by Mr. F. A.
Campbell (Proc. R.S., Victoria, 1879) for tensile strength. His
figures (lbs. per square in.) are 23,000, 23,400, and 20,000, An
inferior piece broke at 11,700. The specimens broke with a very
long fracture.

It is probable that the ‘“‘Stringybark’’ timber tested by
Captain Ward (Sydney Mint experiments, 1858) belongs to this
species. It came from Singleton, New South Wales. Specific
gravity, .937; value of E, 343900; of S, 1818.

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop OF

E. macrorrhyncha, by Baron Mueller and J. G. Luehmann.
The specimens were 2ft. long and 2in. square.

Deflection. Total = Specific Gravity.
weight ® z/A
required | # 4 0g
With to “
the apparatus] At the crisis | break each 3 ot Air-dried. Abia
weighing -| of breaking.| piece. ec pet
78olbs. >
Inches. i Inches. Pounds, ii a
Dy .62 2412 1809 1952 .809
oai7. 60 2384 1788 1.060 .gol

South Australia, Victoria and Southern New South Wales.

TIMBERS. 479

289. Eucalyptus maculata, Yook., (Syn, £. variegasa, F.v.M.; £.
peltata, Benth.); N.O., Myrtacez, B.FI., iii., 254 and 258.
‘* Spotted Gum.”

There is great demand for this timber, which is used for ship-
building, bridges, girders, naves of wheels, cart and buggy shafts,
cubes for street paving, staves, shingles, and general building pur-
poses, where a strong, close-grained, and durable timber is
required. Baron Mueller, however, points out that it seems to
vary in quality according to the locality in which it grows. It is
the coarsest-grained timber of the Eucalypts, and the timber is
very readily recognised. A sample of wood of this species from
eastern New South Wales may be thus described: Dark yellow ;
contains large gum-veins, and is inclined to split. The figure has
a very pretty wavy appearance, which extends from the heart to
the sap. Diameter, 2ft.

The Rev. J. E. Tenison-Woods points out that the Queens-
land Government will not allow this timber to be used for
telegraph poles.

At the London International Exhibition of 1862, a piece of
this timber from the hull of the steamer Wrlliam IV. was
exhibited. With the exception of some slight charring on the
mere surface of the timber in the immediate vicinity of the boilers,
the entire fabric of this vessel is as substantial and sound as when
she was built in the year 1830.

There is no doubt that the ‘“‘Spotted Gum” timber of
Captain Ward’s Sydney Mint Experiments (1858) belongs to this
species. Specific gravity, 1.035; value of E, 485,500; of S, 2006.
There is also in the Museum a specimen originally labelled Z.
goniocalyx (Spotted Gum), a sample of which was tested in the
Mint Experiments of 1861 (p. 12). It has a specific gravity of
1.17; value of E, 574,500; of S, 2604. It is stated to be a
‘timber of great strength and durability in dry situations, but not
much prized.” It came from Brisbane. It is a heavy timber, cross-
grained, tough to work, brown, inclining to walnut, and with but
little figure. The author has no doubt the timber is the produce of
£. maculata, which is also vernacularly known as ‘“‘ Spotted Gum.”

480 AUSTRALIAN NATIVE PLANTS.

Diameter, 36 to 48in. (in parts of Southern New South Wales
its diameter reaches to 6 or 8ft.); height, too to 150ft.
Southern New South Wales to Central Queensland.

290. Eucalyptus maculata, var. citriodora, Hook. f, (Syn. £.
cttrtodora, Hook. f.; £. melisstodora, Lindl.); N.O., Myr-
tacéz, BF 1., iii, 257-

The “Citron,” or “* Lemon-scented Gum,’’ so called from the delicious

odour of its leaves. An aboriginal name is ‘“ Urara,” while another is
‘“‘ Kangar.”

Timber hard and durable, used for house-carpentry. (Hill.)
It is used for studs, which, after twenty years, show no sign of
decay ; it is furthermore liked for fences, as it splits well, also for
the shafts of drays, as it is more pliable than most other Eucalyptus
timber, and it is also used for wheels. (F. Kilner.) Captain
E. W. Ward gives its specific gravity as .942, on an average of four
experiments. Diameter, 18 to 34in.; height, 40 to 7oft.

Queensland.

291. Eucalyptus marginata, Smith, (Syn. £. floribunda, Huegel ;
EL. hypoleuca, Schau.; E. Mahagoni, F.v.M.); N.O., Myr-
tacez, B.F1., iii., 209.

Universally known as “Jarrah.” In Western Australia it also bears
the name of “‘ Mahogany,” or ‘“‘ Bastard Mahogany.” The aboriginal name
is “ Jerrile.”’

(N.B.—Under £. diversicolor will be found a table of com-
parative experiments with that timber, £. marginata, LE. gomphoce-
phala, English Oak, and Indian Teak.)

At the London International Exhibition of 1867 there were
exhibited two piles of a bridge made of this timber, which had

Foot Note.—In Brandis’ Forest Flora of North-West and Central India occurs the follow-
ing passage :—“* The Yarrah wood of Western Australia (E. rostrata, Schlecht) is a very
strong and durable wood, but apt to crack and split unless thoroughly seasoned. It is said
to resist white ants and the Teredo navalis, and has been imported to India for railway
sleepers.’’ Dr. Brandis has obviously confused Farrah (E. marginata, Smith) with Yarrak
(E. rostrata, Schlecht), I notice that Dr. J. E. Taylor, in his book Our Island Continent, has
fallen into the same error. It may just be mentioned that the word Farrah, as an equiva-
lent for the timber of £. marginata, is in universal use throughout Australia, while Yarrah
(E. rostrata) is scarcely, if ever, used but by some interior aboriginals.

TIMBERS. 481

been exposed for seventeen years in water and sand, and of which
the morticed ends were wholly untouched by any signs of decay ;
also a noble burr of the same tree, five feet across and seven inches
thick. ‘There was also exhibited a pile ten feet long by six thick,
that had formed part of a jetty built in 1832, and removed in 1861.
Neither sap-wood nor heart-wood was injured by the Zeredo,*
which had attempted in vain to bore into it. In the Western
Australian Court at the Colonial and Indian Exhibition, 1886, there
was shown a pile of Jarrah which had been between wind and tide
for forty-two years. It is not perfectly impervious to the Zereda, it
is true, but that pest had only got as far as the sap.

** Open to air and weather, on wind and water-line, under the
soil or submerged, it is not materially effected, remaining intact
after nearly fifty years’ trial. The choicest timber is obtained from
the summit of the granite and ironstone ranges; trees grown on
sandy plains near the sea yield atimber of inferior quality, twisted,
also shorter in the grain, and much less durable.” (H. E. Victor.)
“Without sheathing or other protection it has proved sound and
enduring to an extent which appears to denote exemption from
decay, so far as evidence can be obtained from observation
of timber exposed for upwards of thirty years. I have recently
taken up piles, which were driven for a whaling jetty in the
year 1834 or 1835; the timber is small but perfectly free
from boring marine mollusca, although the place is swarm-
ing with TZeredo. In the old jetty-work at the port of
Fremantle, piles which had been driven for thirty years,
and others only about one year, could scarcely be. distinguished,
‘both being equally sound; large iron-bolts through them have
entirely corroded away, leaving the holes cleanand sound. Round
piles with only their bark peeled off, driven before seasoning,
appear to stand as well as those which were squared and seasoned.
Young, as well as matured, wood had effectually resisted the attack
of boring sea-worms and crustacea. A cargo-boat, upwards of
twenty years old, exposed all the time, and as often high and dry
as afloat, is as sound as when it was launched. Coasting craft,

* The Teredo navalis bores wood below low-water mark. It always travels in the
direction of the grain, unless it meets another teredo.

21

482 AUSTRALIAN NATIVE PLANTS.

which had been more than ten years afloat without copper sheathing,
are perfectly seaworthy, not a plank perforated, nor a butt end
rotten. A sapling pole, which had been set up to mark a shoal
near Fremantle, sheathed with copper and guyed with iron chains,
was found on inspection to be uninjured after twenty years’
exposure; a chip of it was taken from the water line with a pocket-
knife, and it looked like cedar, but the copper-sheathing and iron
chains had both perished. Land boundary posts, put in forty years
since, show neither weathering nor rot, nor injury from Zermites ;
letters cut on them are still clean and sharp. This is the case
also with slabs in the cemetery at Perth, bearing inscriptions dating
as far back at 1834. Flooring of cottages, wet and dry according
to the season, laid on the ground without joists, after twenty-five
years shows no signs of decay on either side. As Jarrah has been
the timber used throughout the colony of Western Australia since
its foundation in 1829, there are numerous examples to refer to,
proving its durability. Properly cut and properly dried, the
material would prove in practice as durable as iron, and under
some circumstances would outlive it. The time occupied in drying
ought to be one month for every inch of thickness, if the timber is
sawn or hewn; but if round it requires only to be banded at the
ends to prevent splitting. In the forests any number of trees can
be selected to suit particular purposes for which the timber may
be required, either for round piles or squared logs, so also for
railway-sleepers, while for furniture special selections would be
necessary; in the latter case splendid specimens can be obtained
exhibiting a ray of light across the grain with a variety of mottles
and lines when polished highly to give a very pleasing effect,
though the wood is too heavy for any but massive designs. Some
of the protuberances from the trunks and branches are of an
immense size, and furnish slabs rivalling in beauty the finest
specimens of walnut or pollard-oak ; they require, however, a good
deal of time in seasoning before they can be made up, after being
cut into slabs ; it is not unusual to find such protuberances from
6 to 1oft. in diameter. I have drawn attention more particularly
to timber intended for heavy works, such as sea-facing, dock-
lining, foundations, and bed-blocks for machinery. It is, however,

TIMBERS. » 483

equally suitable for all building purposes, framing, quartering,
weather-boarding, planking, flooring, ceilings, balusters, railings,
and fencing; it forms also durable cross-cut blocks for roadways
and paths, easily laid and bedded in common sand. The specific
gravity of the timber averages about 1.12; if well-dried, small
scantlings will float in the sea, but when saturated will sink.
Specimens direct from the mill weigh from 71 to 76lb. per cubic
foot.” (Report of Clerk of Public Works, Fremantle, Western
Australia.)

The following additional remarks. are taken from the same
Report :—

' “The purposes to which Jarrah timber may be applied are
innumerable; it fills the place where sal (Shorea robusta) and teak
could not be admitted, as well as where they are used; and as the
material can be supplied at a price somewhat less than the timbers
named, in the log, and at half their price in scantling, it should be
employed where hitherto timber has been considered undesirable ;
for instance in sea-facing. . . . As a substitute for the
roofing usually constructed in India, I believe shingling with
Jarrah only requires to be known to be appreciated. At a distance
these shingles might be mistaken for grey slates, they lie so close
and regularly; thin as they are, they make a remarkably cool
roof, and when once set require little or no repairs for years.
I have seen here, where many roofs are of this material, houses
that have not cost £1 in roof repairs for 25 years. They are
water-tight in the heaviest downpour, and are not shifted in a
hurricane. Their lightness admits of a considerable saving in the
roof-framing. The saw-bench room at the Rockingham Mills is
32ft. span. The heaviest timbers are only 6 x 2, the rafters 18in.
apart, and the principals 6ft. With all these advantages, the
shingles do not readily catch fire; burning charcoal thrown on
them chars a hole, but does not inflame them. It is one of the
most uninflammable timbers I am acquainted with. The shingles,
as supplied from the mills are 24 x 4 x tin., weight less than rlb.
each, are laid with an overlap of 16in., run about 450 to a square,
are hung with French wire nails on sawn battens, the pitch of the
roof being 45 degrees.”

484 AUSTRALIAN NATIVE PLANTS.

Professor Abel ‘made an analysis of Jarrah timber, and as
this analysis is often referred to in different pamphlets on the
subject, I give it 27 extenso :—

“In accordance with instructions received, I have made a
qualitative analysis of certain specimens of Jarrah, with the view of
obtaining from its chemical composition actual proof of the
principle which renders the timber impervious to the action of dry
rot, and proof against the action of Zeredo navalizs and the white
ant. I find that the duramen contains from 16 to 20 per cent. of
an astringent gum somewhat resembling the gum-kino of com-
merce, sparingly soluble in alcohol, but completely so in boiling
distilled water. Upon further analysis, this gum was found
to consist almost entirely of colouring matter and a highly astrin-
gent vegetable acid, which may be called “ Jarrah-tannic acid,”
inasmuch as it possesses some of the characteristics of tannic-acid,
together with other relations peculiar to itself.

“JT have failed to discover an alkaloid or organic base
(although several different. processes have been adopted), since,
after the separation of the gum, albumen and colouring matter;
I obtain nothing more than traces of saccharose and glucose with
fatty matter, which in the present enquiry are of little or no im-
portance. It is, therefore, evident that the active principle of the
Jarrah is the powerfully astringent acid, which, uncombined with
any base, is suspended in the gum, and thereby uniformly diffused
throughout the tissues of the wood in a thin section, of which
innumerable translucent particles of the gum may be seen by the
aid of a small convex lens.”

Bearing in mind the almost unanimous opinion as to, the
immunity of Jarrah from attacks by the Zeredo navalis, one is
inclined to think that the writer of the following (from Port
Darwin) must have been mistaken as to the Eucalyptus timber of
which the piles to which he refers were made :—

‘“‘Jt would appear that the Jarrah is just as susceptible to the
attacks of Cobra (Zeredo navalts or ? Calobates sp.) in water as it
is to those of white ants on shore. The Whampoa, on her
southern trip, took down a piece cut from one of the trial piles of
the jetty (Port Darwin), planted some months ago, which was

TIMBERS. 485

thoroughly perforated by the sea-worm.” (Port Darwin corres-
pondent of Tropical Agriculturalist, Sept., 1885.)

However, in regard to*the timber which formed the subject
of the following report, it is not possible that any mistake such as
hinted at in the previous case could have been made.

In the year 1876 there was presented a “Report from the
Engineer of the Auckland Harbour Board upon experiments
he has made with Jarrah, to see whether it is really proof against
the attacks of the Teredo (mollusc) which inhabit Auckland
waters.” I make the following extracts from the report (which is by
Mr. D. E. Macdonald, A.M.I.C.E.) :—

“On the 3rd July, 1874, I obtained two squared logs of
Jarrah timber from Messrs. Danaher and Lanigan, contractors for
the Mangere bridge. This structure spans the Manukau, and is
erected on Jarrah piles specially selected by Mr. Danaher, who
visited Western Australia for that purpose. One of these logs I
had sawn into pieces of scantling, 6 x 3, and spiked to the totara |
piles of the Queen-street wharf. A few days since I had two of
these pieces taken up, and found that although they had only been
in the water for twenty-one months, the teredines were carrying on
their destructive operations. (Specimens submitted, Nos. 1 and 2.)
- I made an examination of the Jarrah used in the Mangere Bridge,
and regret having to state that the piles and lower headstocks have
been attacked by the teredo in the most determined manner, and
from their large growth fear that it will be found necessary ere
long to replace the whole of the piles. (Specimens No. A, B, C,
were taken from No. 1, g, and 19g row or bay of piles. Specimen
D was taken from a Jarrah g x 3 plank, found on the mud on the
upper side of the bridge.) It is about two years since these piles
were driven.”

On July 6th, 1880, Mr. Macdonald reports :—‘‘ With my
report under date 29th March, 1876, I submitted specimens No.
A, B, and C, of Jarrah timber taken from the piles of the Mangere
Bridge, and stated ‘that it will be found necessary ere long to
replace the whole of the piles.’ I have now to state that a contract
has been let by the General Government for replacing the whole
of the Jarrah piles with Totara.’’ With this report Mr. Macdonald

486 AUSTRALIAN NATIVE PLANTS.

submitted pieces of the Jarrah piles which had been in use sixteen
years, but he left them to speak for themselves, as the extent of
the injury they suffered from the /eredo is not specified by him in
the papers.

The following lengthy account by Laslett of Jarrah is of
deep interest, inasmuch as it has doubtless had considerable
influence in forming the opinions of English officials and others as
to the value of the timber. It must, however, be borne in mind
that Laslett’s account was published so long back as 1875, and
that, on account of the Western Australian Government never
losing an opportunity of bringing the merits of this timber before
the world, far more data are now at our service for assessing its
proper value.

“Jt is of straight growth and very large dimensions, but
unfortunately is liable to early decay in the centre. The sound
trees, however, yield solid and useful timber of from 20 to 4oft. in
length by 11 to 24in. square, while those with faulty centres
furnish only indifferent squares of smaller sizes, or pieces un-
equally sided, called flitches.

“The wood is red in colour, hard, heavy, close in texture,
slightly wavy in the grain, and with occasionally enough figure to
give it value for ornamental purposes; it works up quite smoothly,
and takes a good polish. Cabinet-makers may, therefore, readily
employ it for furniture, but for architectural, and other works where
great strength is required, it should be used with caution, as the
experiments prove it to be somewhat brittle in character. Some
few years since a small supply of this wood was sent to Woolwich
Dockyard, with the view to test its quality and fitness for employ-
ment in ship-building, but the sample did not turn out well, owing
to the want of care in the selection of the proper wood in the
colony. The shipping officer sent only such small. squares as
might have been produced from logs cut or quartered longitudin-
ally, which left in each case one weak or shaky angle, instead of
sending the full-sized compact square log representing all that the
growth of the tree would give. It is just possible, however, that
this was unavoidable, since it may be inferred from the nature of
the conversions that the trees from which they were cut com-

TIMBERS. 487

menced to decay at the centre at or about mid-life, and they had
become hollow at the root-end of the stem long before they
arrived at maturity. This remarkable defect being characteristic
of the Jarrah tree, it follows that no compact and solid square log
beyond the medium size can be obtained of the full growth, and
hence the conversion of the faulty trees is necessarily restricted to
the dimensions of the flitches cut clear of the centre. One
peculiarity was noticed in the sample referred to; some of the
logs had cavities or blisters, varying from one to several inches in
length in the longitudinal direction of the woody layers, and
spreading from 1 to 2in. concentrically, which occurred like the
cup-shake, at various distances from the pith, and at intervals of a
few feet along the line of the trunk of the tree. These cavities
were partially filled with a hard secretion of resin or gum. From
what has been stated respecting the Jarrah timber received at
Woolwich, it will readily be supposed that the authorities there did
not look upon it with favour, or with any desire to employ it for
| ship-building purposes. It therefore passed to some of the minor
services of the yard, and it was while under conversion for these
ordinary and inferior works that I took the opportunity of making
the experiments which are given in detail in the tables to follow.
It is a noticeable fact in connection with the experiments, that
all the specimens tried proved deficient in strength and tenacity,
by breaking off suddenly with a short fracture, under an average
transverse strain of about 686ib. weight only, or about 171.51b. to
the square inch of sectional area. Since the foregoing was pre-
‘pared, I have seen some correspondence between the Home and
Colonial Governments on the subject of Jarrah timber, and also
between the Governor of Western Australia and the leading ship-
builders and ship-owners, including Lloyd’s surveyor at Fremantle,
who had been severally asked to report upon the merits of the
Jarrah, with a view to getting it recognised at Lloyd’s. Most of
the ship-builders and ship-owners have reported very favourably,
and speak of it as a good description of wood. They say that
when used with iron fastenings, neither material is in any way
injured by the other, and also what is a little remarkable, that it
bends well without steaming. In speaking of its merits, however,

488 AUSTRALIAN NATIVE PLANTS.

they nearly all do so under some reserve, such as insisting upon
the felling being done at a certain time of the year; getting it
from some particular district, and so forth. Lloyd’s agent at
Fremantle, however, does not report quite so favourably of it;
indeed, he differs so widely from the rest, that perhaps it would be
well to quote his report 7” extenso :—

‘Tn reply to your letter relative to the qualities of the Jarrah
of this country as a ship-building timber, I consider it valuable
wood for planking purposes as high as the wales, and I also
consider it especially excellent wood for small craft which are not
intended to be sheathed with metal, inasmuch as it resists the sea-
worm better than almost any other wood, and is less.liable to foul 5
but I do not consider it suitable timber for top sides, or deck
work, where it must necessarily be much exposed to the effects of
the sun, it being, in such conditions, more than ordinarily subject
to shrink and warp; and it is rather deficient in tenacity of fibre,
so that in situations where eccentric or sudden bends occur it
cannot generally be employed with advantage. It is probable you
may have heard of the Honourable East India Company’s pilot
brig Sa/ween, taking in a cargo of Jarrah at Bunbury. This was
supplied by Mr. W. Pearce Clifton, and the vessel was sent at my
instance in order to a series of trials of the wood in the Kidderpore
Dockyard. These trials I regret to say were not favourable to the
character of the wood, and the result was that no further supply
was ordered. When last at Calcutta, I obtained the sanction of
the Government of Bengal to further tests of the wood, the greater
portion of the Sa/ween’s cargo being then still in store, but I am”
sorry to say that the result was not more favourable than before.”

The Clerk of Works at Fremantle, reporting summarily upon
the opinions expressed by the ship-builders and others, says :—
‘‘The sound timber resists the attack of the Zeredo navilis and
white ant. On analysis by Professor Abel it was found to contain
a pungent acid that was fatal to life. The principle, however, was
not found to be present in the unsound portion. Great care is
therefore necessary in preparing wood for use by flitching the log
so as to cut all the defective portions of the heart out, and using
only the perfectly sound timber. Much has been said about Jarrah

TIMBERS. 489

being subject to split when exported to India or England in log. It
must be borne in mind that its density renders seasoning very slow,
and that the inner portions of the larger trees are in a state of decay
while the outer portions are in full vigour. A tree under these
conditions, the inner portions comparatively dry, and the outer full
of sap, shipped at once to a hot climate like that of India, or to such
a variable one as that of England, very naturally bursts from
unequal shrinkage, being also exposed to very great changes of
temperature. To obviate this peculiarity and apparent defect, let
the Jarrah be fallen when the sap is at the lowest ebb, and
flitched as previously suggested.”

From the foregoing statements it will be seen that there is
great diversity of opinion upon the merits of Jarrah timber, and
time only will show whether, if imported, it will find. favour with
ship-builders and others in this country.

“Some three or four years since (about 1871) the Western
Australian Timber Company were busily engaged in the forests
preparing a large quantity of Jarrah for exportation. The company
professes, I believe, to select only the best trees, and to cut them
at the proper season; the deliveries should, therefore, be of the very
best sort the country produces. I have earnestly looked for sample
cargoes to arrive in the London Docks, but up to the present (1875)
none of any importance has been reported.”” This does not remain
true now. The price of the timber is frequently quoted in the
hardwood list of the. Zimber Trades’ Fournal, and especially
during the currency of the Colonial and Indian Exhibition, the
shipments of Jarrah to England have been numerous.

A sample, sent to the Colonial and Indian Exhibition, was
tested by Mr. Allen Ransome. He reported as follows :—“ It is
beautifully marked, and somewhat resembles mahogany in colour.
Railway sleepers, joinery, casks, spokes, and hammer handles
were made from it. The planed and moulded specimens, unlike
the Karri, which does not finish well, left the machines with a
remarkably fine surface.”

Mr. R. C. Patterson states (Proc. Inst. C.E., lvi., 39) that
certain Jarrah sleepers, after having been in the ground in the
South Australian railways for twelve years, were in as good condition

490 AUSTRALIAN NATIVE PLANTS.

as when they were first laid. The sleepers were 6ft. 6in. long,
8in. wide, and 4in. deep, and sawn, but not split from the log.
The seat for the rail was adzed by machinery on the ground.

TRANSVERSE EXPERIMENTS.

(Zaslett.)
Deflections.
4 ae ao} .
a =e 3 = z g = 3
5° Ss
Number oad at ee *% 328 & see oes
ofthe | £29 | S23 Se | woe = Hop | Beg
be! Pay + ae — = = fa = =
specimen.| 3 @.= se2 <E¢ eis = ae Gos
Bee | cee | 22) Waar S| 32ers
ay 2 —s g Nn S 5 5
Inches Inch. Inches Lb.
I 2:85) | -10 4.50 443 987 453
2 Ler 15 4.50 638 1049 608
3 3-25 15 5.00 661 977 677
4 3-50 S05 5.00 661 1039 636
5 3.15 .10 4.50 426 1006 422
6 3.25 ats 4.95 685 1002 684
Total 19.2 .80 28.25 4114 6060 4080
Average 2.25 || +133 4.41 685.66 1010 680
Samples 7ft. long. Each piece broke short.
TENSILE EXPERIMENTS:
(Laslett.)
| N umber of Dimensions of Specific Weight the piece | Direct cohesion
| the specimen, each piece. Gravity. broke with. on I square inch,
| +! i (er
| Inches. Lbs. Lbs.
of ? 987 10.080 2,520
8 5 BUS OEE f 1006 13,440 3,300
Total | 1993 23,520 5,880
Average 996 11,760 2,940

VERTICAL OR CRUSHING STRAIN ON CUBES OF Two INCHES.

| Ditto on
No. g. | No. 10. | No. 11. | No. 12.| No. 13.| No. 14.| Total. | Average. | square inch.
Tons. | Tons. | Tons. | Tons. | Tons. | Tons. | Tons. Tons. Tons.
12.895 | 13-000 | 12.625 | 12.750 | 12-750 | 12.450 46.95 12.792 3.198

E = 296810. S = 1800,

BOARD, 1884.

The samples tested ‘were each 7ft. in length by 1

“JARRAH” (Z£. marginata) EXPERIMENTED UPON BY THE VICTORIAN TIMBER

TIMBERS. 491

.
?

*yysuaS a
dyivadg aseivAy a

*sayouy ur uolayaq S
ISeRIIAY [POL + |
—o— a
Paley Pel = 8 wn Q = yeh 2 |
UOI}IBYAq| VHeIIA = * x 2 fi 5 .
ari Nv. oo) + + a” oe) + + |

le aie i ea in at Gen ee
*sayuy ul ainjdny jo

COM it|20 ool ICT dia eict eal rit ict eho aia Olt ict int ict
WULO”d 7e UOlpopod AMATO Sete TENNIS +

| ‘331A Baryearg s

' adeIIAV [e}OL g

'

i ZA oT

, aloe, a) > oe) re) > ”
sajdwes Jo IYSID AY a A ic} = G ae =
Sulyeoig sdseiay SP S = = a 19 g

the distance between the bearings was 6ft.

*sqt “sib *symo

° oantronro a aq a rtNoONn +
aie { ut afdureg yore Bema 6 ace Bales
7D) : rey 7 ON = ANS NAA - ma AA —!
ri JO WYDIa A Suryeoig Benn rreoso nto Huon tHuHSSSSKSS
5. =|
ion 4
n ' sA}ARID agINAadg &
° aBeIIAY [LIOL .
e ! 2 |
m0 : oS AS
Gwe werae ae ei aan ak aa a |
eset xc Re et ATR Ne en ai
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*“Sq[ UI Joo JIqug
jad jy319 MM eseIDAy

54036

*sqy ul sojduieg — a

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oO 19 ISPIOA : 4 ra - : :
JO FYSISM V a = = = &

9.
8

*sq] ul ajduresg PLD IN mo nN O09 oO OO

alanic colt O clot tetra let let colt ilct ti eile
YORI JO WYTIOM BE aaw a® SSEESS anh aGSSa aca

and the weight was gradually applied in the centre until the sample broke.

Sot tt tot tt to tt tt
CILFLEFESLSSSS SELL LSAT
“Surjsay, jo ayeq Qn OO Ge ea Ge ae ee
Ss ee a
an aan
“Jno sem
JIqUITT, ay} uaYyA *syuOUL aA]aM\j 3Se2T 3e Pauoseas
ajyeq azeuxoiddy
2 es Es Z
a2 5 we 9 Ss Ss S Ss S
o 2 és Q Qa A) .AN. ay a
os 5 D
a 32

492 AUSTRALIAN NATIVE PLANTS.

In an official report it is stated that this Eucalypt covers an
area of 14,000 square miles.

Exceptional diameter, 10 or r1ft.; average height, rooft.
exceptionally, 15oft.

South Western Australia.

292. Eucalyptus melanophloia, “v.42, N.O., Myrtacez, B.FI.,
iil., 220.
‘¢ Silver-leaved Ironbark,” or “ Ironbark.”’

The Rev. J. E. Tenison-Woods states that the wood of this
species is not valued for any purpose, mainly because it is so small
and stunted.

New South Wales and Queensland.

293. Eucalyptus melliodora, 4. Cunn., (Syn. 2. patentifora,

Migq., zon F.v.M.); N.O., Myrtacez, B.FI., iii., 210.

The ‘“‘ Yellow Box” of N.S.W. and Victoria. ‘Yellow Jacket” of the
interior, the inner-bark being of a yellowish colour. In parts of Victoria it
goes by the name of “‘ Red Gum.” It is sometimes called ‘‘ Honey-scented
Gum,” owing to the perfume of its flowers. By theaboriginals of Gippsland
it is known as “‘ Dargan.”

Timber hard, tough, durable, and close-grained; used to
some extent by engravers. An excellent shade tree. The timber
is of a yellowish colour, and when dry is extremely hard, very
durable both in water and under the ground, heavy, also of
remarkable toughness, but difficult to work, and as a rule
not fissile. It is much utilized for spokes, rollers, heavy
framework, and for naves, cogs, and treenails, also for rougher
kinds of work, such as telegraph and fence posts, rails and slabs.
It cannot well be sawn into planks on account of the frequent
occurrence of broad perpendicular slits or cracks intervening
between the layers, and thus it is apt to shell concentrically. It is
excellent for fuel. The specific gravity of fully-seasoned wood
varies from about .g65 to 1.125, or from 60 to 7olb. per cubic
foot. (Mueller.) Mr. Bauerlen, writing from Colombo, Candelo,
New South Wales, says: ‘‘ It is here considered the best timber all ©
round, and is used for a variety of purposes, but does not, as far
as I can learn, last long in the ground.”

TIMBERS. 493

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop oF
£. melliodora, by Baron Mueller and J. G. Luehmann. The
specimens were 2ft. long and 2in, square.

Deflection.

Specific gravity.

; “ee Value of
. weig
Jobe At the required to BEEGHEED
al ca crisis of | break each | S= Air dried, | Absolutely
7eolb.” breaking. piece. 4B dried.
Inches. Inches. Pounds.
_ 06 58 2903 2177 T0T2 947
208 .63 2781 2086 1.040 876

The three following samples in the Technological Museum
are well authenticated. They are called ‘ Yellow Box.”

1. Light in colour; close grain, and of a strong, tough nature. °
(Victoria.) 2. Rich dark brown.
pretty figure ; works very well.
Wagga and Narandera, N.S.W.) 3. Wood yellow, and sound;
(S: districts, N.S.W.)

The author feels little hesitation in referring the two timbers

A well-seasoned log, showing a
Diameter, 15in. (Between Wagga
dresses well. Diameter, 15in.
which follow to this species :—

ino. 12 (London, 1862), 122 (Paris, 1855), labelled Z.
corymbosa in both catalogues—an obvious error. It isthe ‘‘ True,”
or ‘ Yellow Box” of Camden, and “ Bourrayero-gourroo”’ of the
aboriginals. Diameter, 18 to 36in.; height, 30 to 5oft. ‘* A low,
branching species of Eucalyptus, not very abundant; timber of
excellent quality.’’ It is cross-grained, not good to work or dress,
tough, and adapted for wheel-spokes. It is compact, moderately
heavy, and has a beautiful wavy grain. 2. No: 34 (London,
1862), 264 (Paris, 1855). ‘‘ Yellow Gum,” of Berrima. Diameter,
24 to 40in.; height, 40 to 80ft. ‘‘Said to be a good timber.” It
is of a dark buff or pale brown colour, easy to work, shows gum-
veins, but a good, useful timber.

Diameter, 18 to 24in.; height, 4o to soft.

Victoria, New South Wales and Queensland.

294. Eucalyptus microcorys, F.v.M.,N.O.,Myrtacez, B.FI.,iii.,212.

In Queensland it is known as ‘‘ Peppermint,” the foliage being remark-
ably rich in volatile oil. But its almost universal name is ‘‘ Tallow Wood.”

,

494 AUSTRALIAN NATIVE PLANTS.

North of Port Jackson it bears the name of “ Turpentine Tree,” afd
‘Forest Mahogany.” The aboriginals of the Richmond River (New South
Wales) call it ‘‘ Wangee.” The aboriginals of the Brisbane River (Queens-
land) call it ‘* Tee.”

Timber strong and durable, under or above ground. Used
by wheelwrights for naves, felloes, and spokes; also for flooring,
¢.g., in ball-rooms; for this latter purpose it is selected on account
of its greasy nature. This greasiness is most marked where it is
fresh cut. The very large trees are generally hollow, but as a rule
those under 33ft. in diameter are sound. (General Report,
Sydney International Exhthition, 1879.) Its colour is yellowish-
brown or yellowish.

The following logs from New South Wales are in the
- Technological Museum :—

1. Full of shakes, dark yellow colour, not good to work,
cross-grained, inclined to wavy grain, heavy; diameter, ft.
(Northern districts.) 2. Pale yellow colour, straight in the grain,
and easy to work. Comparatively light in weight ; diameter, 15in.
(Macleay River.)

“TALLOW WOOD” (£. microcorys), EXPERIMENTED
UPON BY THE VICTORIAN TIMBER BOARD, 1884.

The samples tested were each 7ft. in length by 17in. square;
the distance between the bearings was 6ft.; and the weight was
gradually applied in the centre until the sample broke.

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TIMBERS. 495

Diameter, 6 to 8ft.; height, 100 to r2oft.
Northern coast districts of New South Wales to Cleveland
Bay (Queensland).

295. Eucalyptus microtheca, 7.v.1Z., (Syn. £. brevifolia, F.v.M.;
£. brachypoda, Benth.,—name of species in B.FI.); N.O.,
Myrtacez, B.FI., iii., 223 (partly).

Called ‘‘ Bastard Box” in Western New South Wales, and “ Black
Box” in Queensland. This is the ‘‘ Flooded Box” of the country around
the Gulf of Carpentaria. It is also called ‘‘ Narrow-leaved Box” and
“Dwarf Box.” It has many aboriginal names. The following are some of
them :—“ Callaille”? and “ Yathoo,” Murchison River (Western Australia) ;
“Targoon,” Riverina (New South Wales) ; “‘ Jimbul Kurleah,” Cloncurry
River, and other parts of Northern Queensland; ‘‘Coolybah,” or “ Coolibar,”?
Western Queensland and about the Darling, New South Wales; ‘“ Goborra,”’
or “‘Goborro,” Western New South Wales; ‘‘ Koloneu,” Queensland.

This wood is reddish-brown or reddish (near the outside,
however, the colour is grey), and remarkably hard, heavy and
elastic. Mons. Thozet speaks of it with figures not unlike walnut,
but darker, heavier, and closer grained. It is useful in building,
though perhaps too hard for cabinet-work. It is neither very much
used nor valued. ‘‘ Piles made of the young trees have been used
with advantage for the construction of the Great Northern Railway
of Queensland.” (Thozet.) This and £. ¢ermznalis are the only
Eucalypts in much of the western desert.

Western and Northern Australia, alsoin the interior of South
Australia, New South Wales and Queensland.

296. Eucalyptus obliqua, Z’Hér., (Syn. LZ. gigantea, Hook. f.,
E. falcifolia, Mig. (partly); 2. nervosa, F.v.M.; £. hetero-
phylia, Miqg.); N.O., Myrtacez, B.F1., iii., 204.

A “Stringybark.” It is called ‘‘ Messmate”’ in Victoria because of its
resemblance to #. macrorrhyncha. Other names are “Black Box” and
“Ironbark Box,” because the wood and bark are very like those of Iron-
bark, especially in old trees. Formerly called “ Woolgook,” or “ Wang-
narra,” by the Yarra (Victoria) aboriginals,

This is a most useful tree for general purposes, although it is
by no means the hardest of the Gums. It grows very quickly.

Owing to the length and straightness of its stem, and the unusually

496 AUSTRALIAN NATIVE PLANTS.

fissile nature of the wood, which enables it to be easily worked, it
is brought into more general use than the timber of most other
Eucalypts. For ordinary works it is in great demand, and is
extensively used for fencing rails, scantlings, boards, shingles,
palings, rafters, posts and scaffolding-poles (J. E. Brown); but it
has some tendency to warp or twist. The timber is light in
appearance, weighs from 50 to 603lbs. per cubic foot of dry wood,
therefore having a specific gravity of .809 to .ggo. It is said to be
somewhat susceptible to dry rot. Its durability was, however,
shown in pulling down the old courthouse at Hobart, when the
timbers, forty years old, were found to be as sound as when
putin. It also splits well, yielding palings 20in. broad. Near
the base the wood assumes a beautiful wavy figure, which is
admirably adapted for furniture, and very ornamental.

Following are brief descriptions of specimens of this timber,
from rather small trees, in the Technological Museum. They are
all from New South Wales, except the last, which is from Victoria :

1. ‘‘ Stringybark.’”’ Warm brown, inclined to shakes, splits
very freely, diameter of tree, 1ft. gin. 2. ‘‘ Stringybark.” Warm
brown, free from gum-veins, difficult to work to obtain a quite
even surface, moderately heavy, diameter 2ft. (Adelong). 3.
“ Messmate.’’ Buff or light-brown, wavy grain, works fairly well;
a sound log, diameter, 2ft. 3in. (Southern district). 4. “Stringy-
bark.” Fairly sound and well-seasoned, light-brown, does not
work easily, diameter roin. (Macleay River, szc.) 5. “ Stringy-
bark.” Brown colour, full of gum-veins, coarse grain.

This tree has been introduced extensively in India on the
Nilgiris, and, on a smaller scale by way of experiment, in the
Punjab, and in several places in the north-west Himalayas.
(Brandis.) It has also been tried at Changa Manga, but has failed
at Lucknow. (Gamble.)

Specimens of this timber from Bullarook Forest, Victoria, were
examined by Mr. F. A. Campbell (Proc. R.S. Vict., 1879.) His
values of the tensile strength in pounds per square inch are 8500,
8500, and 8200. They broke with a short fracture. The wood
was well seasoned, clean, but not quite free from shakes.
Mr. Campbell, however, remarks that this should not, however,

TIMBERS. 497

affect its tensile strength to any extent. It was known locally as
*‘Messmate.’’ Rankin gives the following particulars in regard
to the timber of Z. gtgantea (obligua): modulus of elasticity in
pounds on square inch, 1,709,000; modulus of rupture, 13,000 ;
weight, 54lb. per cubic foot.

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop oF
£. obliqua, by Baron Mueller and J. G. Luehmann. The
specimens were 2ft. long and 2in. square.

Deflection. Total Specific Gravity.
weight | Value of |
required | strength,
With to |
the apparatus| At the crisis | break each | S = pel Air-dried. Eee
weighing | of breaking.| piece. 4BD? nee.
78olb. |
Inches, Inches. Vpoands: az ie
ca .50 2053 1540 LOA5- Fe. 807,
14 48 1776 1332 935 | -783

TASMANIAN “STRINGYBARK.” (Z. obliqua.)
(Experiments by Mr. James Mitchell,* see p. 338.)

|
g E S,
S 2 Value of
wd Val f£ }
Se Name of Wood, etc., Specific Elasticity. Strength. |
ops 4ft. long and 2in. square. Gravity. 12w’ es
Zz = L= aaa es jad2
3 a
I Green piece, brown coloured, 7ft. long,
Cen piece, pe eae 919 9661075 1856
2 Do. reversed grain... “00 919 9305452 1932
3 Do. white coloured... oe 498 4550976 1958
4 Do. do. dice fee 866 9313920 1958
5 Seasoned upwards of 6 years ... eee 925 9506060 2554
6 Do. do. TOU va sae Pre 864 12583561 2551
4 Do. do. se} Air Bae sie 947 13869273 2514
8 Do. do. 2ON sm sss $50 847 9927863 2564
9 Do. do. BO) 0 557s ox 838 10281134 2598

* Attached to the results was the following note:—“ The results are also given of a
series of experiments on the Stringybark, a gum wood extensively used in this and the
neighbouring colonies for house building and general purposes. The specimens
experimented upon were chosen because their ages were vouched by the gentlemen who
supplied them, and not on account of their being specially calculated to sustain great
weights. Pieces could, I have no doubt, be found capable of bearing greater weights
than any I have recorded.’’ ;

2K

“MESSMATE” (£. obliqua), EXPERIMENTED UPON BY THE VICTORIAN TIMBER BOARD, 1884.

The samples tested were each 7ft. in length by 1fin. square; the distance between the bearings was 6ft.; and the weight

was gradually applied in the centre until the sample broke.

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Victoria.

TIMBERS. 499

Diameter, 36 to 48in.; height, 100 to r5oft. Mr. James
Mitchell (Proc. R.S., V.D. Zand, 1851) measured a tree of this
species in Tasmania which, at four feet from the ground, was
64ft. in girth.

Southern coast districts New South Wales, but chiefly in
Victoria, Tasmania and South Australia.

297. Eucalyptus occidentalis, Zd/., including perhaps LZ.
macrandra, F.v.M., (a species in B.FI., iii., 235), and £.
spathulata, Hook.; N.O., Myrtacez, B.F1L., iii., 235.

The “ Flat-topped Yate.”

The timber is hard and strong, and is for that reason sought
after by wheelwrights. (Muir.) It is probably as valuable as the
timber of Z£. cornufa. (Mueller.) It is heavy and durable, and
much used for posts, fence rails, fuel, etc. Height, 30 to 8oft.

South-western Australia.

298. Eucalyptus ochrophloia, Fv.M., N.O., Myrtacee, F.v.M.,
Prapnmi., xi., 36.
Called ‘‘ Yellow-jacket,” from its yellowish bark.
Wood of a brownish colour, hard, heavy, and close-grained.
Height, about soft.
Near the Warrego and Paroo Rivers, New South Wales and
Queensland.

299. Eucalyptus odorata, Behr., (Syn. £. porosa, Mig.; E. caju-

putea, Miq.); N.O., Myrtacez, B.FI., iii., 215.

One of the “‘ Peppermint trees.” ‘* Box” and “‘ White Box” are names
it possesses, and about St. Vincent’s Gulf (South Australia) it is known as
“ Red Gum.”

This timber weighs from sixty to seventy pounds per cubic
foot. It is very hard, durable, yellowish-white, is considered of
fair quality, has a tough fibre, and is used for such purposes as
naves, felioes, rails, slabs, firewood, and fence posts. As arule
the tree is too small to be available for general sawing purposes,

500 AUSTRALIAN NATIVE PLANTS.

since it is almost invariably hollow, both in trunk and branches.
(J. E. Brown.) A Victorian sample in the Technological Museum
may be thus described: “ Peppermint.’’ Light brown colour,
close, fine and straight in the grain.

South Australia, Victoria and south-east New South Wales.

300. Eucalyptus pallidifolia, “v.47, N.O., Myrtacex, B.FI., iii.,
236.
The wood of this small tree is yellow near the bark, the rest
red, hard, close-grained, and prettily mottled.

Northern Australia.

301. Eucalyptus paniculata, Smith, (Syn. E. terminalis, Sieb.;
E. fasctculosa, F.v.M., including 2. paniculata var. fasciculosa,
Benth.); N.O., Myrtacez, B.FL., iii., 211.

Occasionally called ‘‘ Bloodwood.” It is the ‘‘Red Ironbark” of the
New South Wales coastal districts, and, because its wood is paler than that
of its congeners, it is also known as ‘“‘ White Ironbark,” or ‘‘ She
Ironbark.”

This wood is in good repute for durability. It is much used
for posts for fencing, also for railway works, such as bridges,
sleepers, carriages, etc. It is useful for large beams in buildings,
stores for heavy goods, and for other purposes where great strength
is required. Mr. George Hutchinson tells me that at Chiltern,
Victoria, he has cut down one of these trees, split the timber, and
as speedily as possible constructed a puddling machine. He
states that it wears well and shrinks but little. A log in the Tech-
nological Museum, from the northern districts of New South Wales,
is of a light-brown colour, heavy, seasons fairly well, is good to
dress, and is from a tree 18in. in diameter. Another sample was
No. 1, V.S.W. Cat. London Exh., 1862, and No. 83, Exh. Paris,
1855. It is styled “‘ White,” or ‘‘ Pale Ironbark,” and aboriginal
name at Illawarra, ‘‘ Barremma,” Diameter, 36 to 48in.; height,
80 to 120ft. . . . ‘*The most valuable, perhaps, of all the
Jronbarks, remarkable for its smooth, uniform outer bark, and its
very hard, tough, inlocked, strong wood.’’ It is of a dirty dark

TIMBERS. 501

brown colour, very good to work, and a heavy timber. Diameter,
36 to 48in. ; height, 100 to 15oft.
Queensland, New South Wales and Victoria.

302. Eucalyptus patens, Benth., N.O., Myrtacez, B.FL, iii., 247.
A “ Blackbutt.”

This timber is considered durable; it is tough, and hence
used for wheelwrights’ work; it does not split. (Mueller.)
Diameter, up to 6ft.; height, up to rooft.

South-western Australia.

303. Eucalyptus pauciflora, Szeb., (Syn. ZL. coriacea, A. Cunn.,
(the species name in B.Fl.); Z. plebophylla, F.v.M.; £.
submultiplinervis, Mig.; £. piperita, var. pauciflora, DC.;
and £. procera, Dehn., (perhaps); N.O., Myrtaceze, B.FIL., iii.,
201.

“White Gum.” ‘Mountain White Gum” (of the Blue Mountains,
New South Wales), ‘‘Swamp Gum,” ‘“ Drooping Gum,” and “ Flooded
Gum.” It is occasionally called “‘ Mountain Ash” and ‘ Peppermint.”
In Tasmania it is known as “ Weeping Gum.”

The wood, which is white in colour, is not of first-class
quality, being rather soft and short-grained; it is, however, often
used for fencing purposes. (J. E. Brown.) It is easy to cut, and of
a lighter colour than the timber from most Eucalypts; it splits
rarely, but it cannot readily be obtained in great lengths; it is
excellent for fuel, but cannot be used underground. (G. W.
Robinson).

The following two specimens are in the Technological
Museum: 1. “ Mountain White Gum.” Warm brown colour,
close in grain, split, and with a gum-vein (Victoria). 2. A sample,
No. 33, London Exh. Cat., 1862, and No. 263, Paris Exh. Cat.,
1855; is described ‘‘White Gum”’ of Berrima, “‘not of much value
for timber, height of tree, 40 to 80ft.; diameter, 24 to goin.” It
is of a yellow or buff colour, beautiful to work, straight in the
grain, full of gum-veins, but looks exceptionally well under polish.
Diameter, up to 4ft., with height of 1ooft.

Tasmania, South Australia, Victoria and New South Wales.

502 AUSTRALIAN NATIVE PLANTS.

304. Eucalyptus pilularis, Sm., (Syn. 2. persicifolia, DC.; £.-
semtcorticata, F.v.M.; £. ornata, Sieb.; £. ¢ncrassata, Sieb.);
N.O., Myrtacez, B.FI., iii., 208.

The ‘‘ Blackbutt,” or ‘‘ Great Blackbutt.” From the great hardness of
its wood it is often known as “ Flintwood.” It is a ‘‘ Mountain Ash” of
Illawarra (New South Wales), ‘‘ Willow,” or ‘‘ White Top,” of the country
about Berrima (New South Wales). Sometimes it is called ‘Stringybark.
By the aboriginals of South Queensland it is known as ‘‘ Tcheergun,” or

‘© Toi.’ A New South Wales aboriginal name is ‘‘ Benaroon.”

Furnishes excellent timber for house carpentry, or any pur-
pose where strength and durability are required, e.g., bridge
planking, ships’ decks, paving cubes, etc. It can be used for
telegraph poles and railway sleepers. (Woolls.) It is of a
yellowish colour. Captain Ward, R.E., found the deflection of a
sample of this timber from Berrima, N.S.W., to be 1.35in., the
material used being 4ft. long by 2in. square, loaded in the middle
with a weight of g8olb., while the elasticity remained unimpaired,
breaking under a weight of 1232lb.; specific gravity, .ggo (61lb.
140z. per cubic foot.) He spoke of it as a very strong timber, but
warping and twisting when exposed to the sun, and requiring
gradual seasoning off the ground. (Sydney Mint Expts., 1860.)
Baron Mueller observes that this timber is not so well known as it
ought to be. Its occasional liability to gum-veins has doubtless.
prejudiced it in popular favour. A slab in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 61lb. 70z. per cubic foot. The
Rev. Dr. Woolls observes of this tree: ‘‘ Though rapid in growth,
it is one of the most valuable species in the county of Cumber-
land, . . . and next to the White Ironbark (£. szderophloia);
it is capable of enduring a greater crushing strain than any other
Eucalypt.”

Following are some samples in the Technological Museum :
1. “ Blackbutt,” or ‘‘ Flintwood.”” Warm brown colour, close in
the grain, and very strong; gum-veins. (Victoria.) 2. “ Black-
butt.’’ Light coloured, but dirty; full of shakes, works fairly

TIMBERS. 503

well; diameter, 2ft. 3in.. (Eastern N.S.W.) 3. ‘“ Blackbutt.”
Very light coloured for a gum, a sound piece of timber, well
seasoned, dresses very well; diameter, 15in. (Shoalhaven,
N.S.W.) 4. ‘ Blackbutt.” Dark brown, full of shakes, works
fairly well; diameter, 18in. (N.S.W.) 5. The timber marked
No. 31 in the N.S.W. timber list, London Exh., 1862, and No. 85,
Paris Exh., 1855. ‘‘ Mountain Ash,” of Illawarra. ‘‘ Willow,” or
White-top,”’ of Berrima. Diameter, 24 to 48in.; height, 50 to
120ft. Much valued for rough purposes in districts where the
better sorts of timber are not produced. It usually occupies
rocky sites, and seems to form a link between the Ironbarks and
the Gums. It is straight in the grain, moderately heavy, light
reddish-brown, works fairly well, but is of a very gummy nature ;
adapted for bent work.

Diameter, 36 to 48in.; height, 100 to 15oft.

Eastern Gippsland to Southern Queensland.

305. Eucalyptus piperita, Smith, in Trans. Linn. Soc., iii., 286
(partly) ; (Syn. Z£. acervula, Sieb.) ; N.O., Myrtacez, B.FI.,
ik, 207.
“ White Stringybark” and “ Peppermint.’ It also bears the names of
“Blackbutt” and ‘Redwood.’ A variety growing in the Braidwood

district (New South Wales) goes by the names of ‘‘ Messmate” and
* Almond-leaved Stringybark.”

This timber is durable; it is known to have kept sound for
40 years in damp soil; it is used for posts, shingles, house
building, etc., and also for rough indoor housework. A log in
the Technological Museum is labelled ‘‘ Redwood,” or ‘‘ Pepper-
mint’ (S. and W. Districts of N.S.W.) Timber red, a mass of
shakes, works with difficulty; diameter, 2ft.

In the Sydney Mint Experiments, 1860, a sample of timber,
“White Stringybark” (Zucalypius sp.), (EZ. acervula in the M.S.),
was experimented upon, which doubtless belongs to this species.
It came from Berrima; specific gravity, .g22; value of E, 351,600;
of S, 2,268.

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TIMBERS. 505

Diameter, 24 to 36in.; height, 80 to rooft.
Gippsland, New South Wales and Queensland.

306. Eucalyptus Planchoniana, 7.2.47, N.O., Myrtacez, F.v.M.,
Fragm., Xi.

This timber is sound, heavy, hard and durable, well adapted
for sawing, but not easy to split. (Bailey.)
Near Brisbane and in New South Wales,

307. Eucalyptus polyanthema, Schau., N.O., Myrtacex, B.FI.,

Ms, 213.
The ‘‘Red Box” of South-eastern Australia. Called also ‘‘ Brown
Box,” ‘‘Grey Box,’ and “ Bastard Box.” ‘‘ Poplar-leaved Gum” is

another name, but it is most commonly known as “ Lignum Vitz” because
of its tough and hard wood. It is the ‘‘ Den” of the Gippsland aboriginals.
Great durability is attributed to this wood, though the stems
often become hollow in age, and thus timber of large dimensions
is not readily afforded. It is much sought after for cogs, naves
and felloes; it is also much in demand for slabs in mines, while
for fuel it is unsurpassed. (Mueller.) Its great hardness is against
its general use. A Victorian sample in this Museum may be
described: ‘“‘Red Box,” of a brownish-red colour, fine in the grain,
and very tough.
EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop oF
E., polyanthema, by Baron Mueller and J. G. Luehmann. The
specimens were 2ft. long and 2in. square.

Deflection. | Specific Gravity.
Total |
rete 1 a Hoge; Value of |
eight Str al
ired nee | |
With the ‘ aan aa LW
Apparatus | _ At the a Sai |Aelariea | Absolutely)
weighing | crisis of ere ABD Alc wake, | adrieds
780lb. | Breaking. piece.
| |
Inches. Inches. Pounds.
10 .56 3215 2411 1.248 1.031

.08 58 3145 2359 | 1.214 1.010

Height, occasionally up to 250ft.
Victoria and New South Wales.

506 AUSTRALIAN NATIVE PLANTS.

308. Eucalyptus populifolia, Flook., (Syn. E. populnea, F.v.M. ;
and including #. Jargiflorens var. parviflora, Benth.; LZ.
platyphylla, F.v.M.); N.O., Myrtacez, B.FI., iii., 214 and
242.

This tree is variously known as “‘ White Box,” ‘‘ Red Box,” “ Poplar

Box,” and ‘‘Bimbil (or Bembil) Box.” Called ‘‘ Nankeen Gum” ‘in

Northern Australia, from the peculiar light-brown colour of the bark,

and ‘‘White Gum” in Queensland. ‘‘Egolla” of the natives of
Northern Queensland.

The timber is hard, heavy, close-grained, and durable; used
for posts and building purposes, mauls and railway sleepers, etc.,
but at least fifty per cent. of the wood is unsound. It is of a grey
or light brown colour, very tough and strong, hard to work, but is
a handsome wood when polished. It is sometimes rather subject
to gum-veins. A variety of this Eucalypt in Northern Queensland
with enormous leaves, yields a very inferior wood, which, according
to the Rev. J. E. Tenison-Woods, is not used even for burning.
Diameter, 24in.; height, 50 to 6oft.

New South Wales, Queensland and Northern Australia.

309. Eucalyptus punctata, DC., (Syn. Z. Stwartiana var. longt-
Jolia, Benth., (partly); Z. sereticornis var. brachycorys, Benth.) ;
N.O., Myrtacez, B.FI., iii., 244.
The tough bark of this tree earns for it the name of ‘ Leather-jacket.”
In the neighbourhood of Twofold Bay it is called ‘‘ Hickory” and ‘‘ Tur-
pentine.”” About the south-east coast it is often called ‘‘Grey Gum.” Other
vernacular names are ‘‘ Red Gum,” “ Yellow Gum,” and ‘‘ Bastard Box.”
The wood is tough, pale reddish-brown, extremely durable,
hard, close-grained, difficult to split, and in use for fence posts,
railway sleepers, wheelwrights’ work, and many other building
purposes, in ship-building, etc. It is durable underground, though
not equal in value to Ironbark; it affords also a superior fuel.
(Mueller.) It is remarkable for its extreme hardness. (Woolls.)
Following are particulars of two logs of small diameter in this.
Museum: 1. Yellow sap-wood, red heart-wood, sound and well
seasoned ; diameter 1ft. (Port Hacking.) 2. Rich brown, flawed
with gum-veins, not good to work, seasons fairly well; diameter,
1oin. (Macleay River.)

TIMBERS. 507

A tree called “Grey Gum”’ in the neighbourhood of Cam-
bewarra,* New South Wales, has been pronounced by Baron
Mueller to be of this species. It has a height of 40 to soft., and
a diameter of 2ft. The bark is smooth, deciduous, and usually
looks grey in large patches, hence the local name. The part of
the trunk not occupied by patches of persistent bark is a dirty
white, which dries to a dark reddish-buff, bark solid, and one inch
in thickness. The timber is red, hard, and heavy, much
resembling in those characteristics the “ Red Ironbark”’ of the
district (? £. panzculata), and by some bushmen considered equal
to it, by others not much liked because (they say) the fibre is too
short. Mr. Bauerlen tells me he has a cabinet specimen which is
frequently pronounced to be ‘“‘Ironbark’’ by people who have a
good knowledge of Australian hardwoods. Height, about 1ooft.

New South Wales.

310. Eucalyptus pyriformis, Zurcz., (Syn. L. pruinosa, Turcz. ;
E. erythrocalyx, F.v.M.); N.O., Myrtacez, B.FI., iii., 226.
Amongst the settlers at Fowler’s Bay (South Australia) it is known as

the “ Ooldea Mallee,” from the circumstance of its occurrence at Ooldea.

(R. Tate, quoted by J. E. Brown.)

A small tree, but the timber is hard, heavy, durable, and
yellow-white in colour. (J. E. Brown.)

Western and South Australia.

Sr, Eucalyptus Raveretiana, /.v.JZ., N.O., Myrtaceex, F.v.M.,
Fragm., X., 99.
“ Grey Gum,” “Iron Gum,” and ‘‘Thozet’s Box;” also ‘‘ Woolly-
butt.”
The wood is durable, dark coloured, excessively hard, and

valuable for underground piles and railway sleepers, and many
other purposes; it will resist the heaviest blow. (Bowman and
Thozet.) Baron Mueller expresses the opinion that this will prove
a useful species in wet tropical countries for the comparatively
speedy production of a hardwood timber. It is of a dark drab

* The most southern locality yet recorded for this species.

508 AUSTRALIAN NATIVE PLANTS.

colour, speckled with white, and it would be useful for cabinet-
work. Attains a diameter of 1oft.; height, 30o0ft.
Queensland.

212. Eucalyptus redunca, Schau., (incl. L. xanthonema, Turez,);
N.O., Myrtacez, B.FI., iii., 253.
The colonists’ name is ‘‘ White Gum,” that of the aboriginals ‘‘ Wandoo.”
This tree furnishes a pale, hard, particularly tough, heavy and
durable timber, prized for building purposes, various implements,
and especially for wheelwrights’ work, supplying the best shafts,
cogs, naves, spokes, and felloes. The seasoned wood weighs
about 7olb. per cubic foot. Mr. Allen Ransome examined a
sample of this timber sent to the Colonial and Indian Exhibition.
He reports: ‘(It is very similar to Tuart (Z. gomphocephala).
Felloes were shaped, and spokes were turned from it, the finish
being, if anything, superior to that of Tuart.” Height, up to

120ft.
Western Australia.

B13) Eucalyptus resinifera, Smth, (incl. L. spectadbilis, F.v.M.;
E, pellita, F.v.M.; 2. Kirtoniana, ¥.v.M.; £. hemilampra,
F.v.M.) ; N.O., Myrtaceze, B.FI., ili., 245.

The “ Red,” or “‘ Forest Mahogany,” of the neighbourhood of Sydney.
These are bad names, as the wood bears no real resemblance to the true
Mahogany. Because the product of this tree (or perhaps that of Z.
siderophloia) first brought Australian kino into medical notice, it is often in
old books called ‘‘ Botany Bay Gum-tree.” Other names for it are “ Red
Gum,” “Grey Gum,” ‘Hickory,’ and it perpetuates the memory of an
individual by being called “‘ Jimmy Low.”

[It is not always possible to reconcile the statements which
have been made in regard to the timber of Z. res¢nzfera, unfortu-
nate confusion having arisen between this species and LZ. szdero-
philota (see p. 516), which has £. resinzfera as one of its synonyms.
In the colonies the usual equivalent for £. resinifera, Sm., is
“Mahogany,” and that for £. res¢nifera, A. Cunn. (siderophloia),
“ Tronbark.’’] .

This timber is much prized for strength and durability, and
is used for piles, as it is said to resist the action of Cobra. (Hill.)
It is used for ships’ knees, shingles, posts, and general building

TIMBERS. 509

purposes ; it is not liable to shrink, and it lasts well underground.
The Rey. Dr, Woolls speaks of its usefulness for fencing, beams,
etc., and says that it is very durable. Rafters of this wood last for
upwards of fifty years, as for instance in St, John’s Church,
Parramatta (erected in 1798), which were taken down in 1852, and
found to be in a perfect state of preservation. But in speaking of
lengthened tests, it must not be forgotten that British Oak, for
instance, has remained intact, when used in buildings, for hundreds
of years, and however certain in our mind we may be of the
durability of such timbers as /. res¢nzfera, the period of their use
has been but short up to the present.

The description of the timber of the ‘Ironbark Tree” (Z.
resinifera), Laslett, Zz?mber and Timber Trees, 199 ef seq, refers to
LE, siderophlota, to which species it has been transferred in the
present work, see p. 516.

The following brief descriptions of small timbers in the
Technological Museum allude to authentic specimens of JZ.
resinifera, Smith. They are all from New South Wales.
1, “ Red Mahogany.’’ Very dark red, difficult to work, a sound
timber, hardly a trace of a shake, diameter, gin. (Milton, near
Ulladulla). 2. ‘‘ Mahogany.” Light-brown, very heavy, seasons
fairly well; diameter, 2ft. (Eastern N.S.W.) 3. Dark red colour,
exceedingly good to work, close, smooth grain, a heavy timber,
very strong and durable. This specimen was taken from the roof
in the Church at Parramatta (wide supra), No. 44, London Exh.
Cat., 1862, No. 241, Paris Exh. Cat., 1855. Its ordinary name
was ‘‘ Mahogany,” and the aboriginal name in Cumberland and
Camden “ Booah.’”’ Diameter, 36 to 60in.; height, 60 to 130ft.
“A noble timber tree, the wood prized for its strength and
durability.” 4. ‘‘A rare variety found at Appin; the timber
apparently a good hard wood, No. 37, London, 254, Paris, may
certainly be assigned to this species. It tears a little, and has a
gum-vein, otherwise it cannot be distinguished from (3).

Writing to me from Oporto, Portugal, Mr. W. C. Tait says:

‘This tree grows very well in this country. It is a hardier tree
than Z. globulus, standing both drought and cold better when

510 AUSTRALIAN NATIVE PLANTS.

young. I have planted most of the New South Wales Eucalypts ;
many of them, however, are too tender for this climate when
young, five or six degrees of frost killing them off, Z. restnifera is
an exception.’”’ It is, however, possible that HZ. s¢derophlota may
be alluded to. Diameter, 20 to 30in.; height, 80 to 12oft.

New South Wales and Queensland.

314. Eucalyptus robusta, Smth, (Syn. Z£. rostrata, Cay. non
Schlecht.) ; N.O., Myrtacez, B.FI., iii., 228.

This tree is known as ‘“ White,” or “Swamp Mahogany,” from the
fact that it generally grows in swampy ground. It is also called ‘“‘ Brown
Gum.” Aboriginal names are as follows:—‘' Dadangba,” Queensland
(according to Leichhardt) ; ‘‘ Gnorpin,”’ ‘‘ Kimbarra,” Queensland; “Gunn-
ung,” Richmond River (New South Wales).

This timber is much valued for shingles, wheelwrights’ work,
ship-building, and building purposes generally. As a timber for
fuel, and where no great strength is required, this species is
excellent, especially when we consider its adaptability to stagnant,
swampy, or marshy places. It is reddish, difficult to split, and
rather brittle ; is much used for round and square posts, joists,
and sleepers, and is remarkable for its freedom from destructive
insects, ascribable to the presence of kino-red. The specific
gravity of air-dried wood is 1.098; absolutely dry, .889. Analysis
gave 19 per cent. of kino-red. This is the largest percentage of
kino-red hitherto observed in any wood, £2. rostrata and L. mar-
ginata ranking next with from 16 to 17 per cent. How far the
presence of a greater or lesser quantity of this substance in
Eucalyptus timber affects its durability remains to be proved ;
certainly its predominance in the most lasting woods seems to point
out its being the main factor in this respect. (Mueller.) Vide
Prof. Abel’s report on the wood of Z£. marginata,p. 484. Dr. Woolls
speaks of the usefulness of this wood for mallets, rough
furniture, and inside work, but states that it is not considered
durable. A slab in the Technological Museum, which has been
seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
‘corresponds to 58lb. goz. per cubic foot.

TIMBERS. 511

Following are descriptions of some New South Wales speci-
‘mens of this timber: 1. “Swamp Mahogany.” Dark red, few
gum-veins, seasons well, works easily; diameter, 10in. (Macleay
River.) 2. “Swamp Mahogany.” Rich red colour, with a few
lighter patches, few gum-veins, comparatively free from shakes ;
inclined to corrugate in seasoning; diameter, 2ft. 3. ‘‘ Brown
Gum.” Dark red, full of gum-veins, cross-grained, difficult to
work ; diameter, 18in. (Sydney.) 4. “Stringybark,” of Sydney
Mint Experiments, 1860. From Brisbane. Specific gravity, .977 ;
value of E, 403,000; of S, 1680. “Suitable for building and
other purposes, for which it is most prized.” It is light brown,
fairly straight in the grain, works free, clear of gum, is well
adapted for shafts of carts and drays, and framework of the same.
Diameter, 24 to 48in.; height, 100 to s5oft.

Coastal regions of New South Wales.

315. Hucalyptus rostrata, Schlech?., (Syn. E. longirostris, F.v.M.;
E. acuminata, Hook.; £. brachypoda, Turcz. non Benth.; £.
exseria, F.v.M.); N.O., Myrtacez, B.FI., iii., 240.

Commonly called ‘‘ Red Gum.” A “Flooded Gum” and “ River Gum ”’

-of New South Wales and Queensland. Occasionally called ‘‘ Blue Gum”

about Sydney. In South Australia it is called ‘‘ White Gum.” Sometimes it

is called ‘‘ Forest Gum.” Itis the ‘‘ Yellow-jacket”’ of the neighbourhood of

Stanthorpe (Queensland). By the aboriginals of the Lower Murrumbidgee

{New South Wales) it goes by the name of ‘“Biall,”’ while to those of the

western interior it is known as “‘ Yarrah.’”’ ‘‘ Yarrah,” however, according

to Dr. Woolls, is a name applied by the aboriginals to almost any tree.

In Western New South Wales it is called ‘‘ Creek Gum,” as it is always

found near watercourses.

This timber is highly valued for strength and durability,
especially for piles and posts in damp ground ; it is used also for
ship-building, railway sleepers, bridges, wharves, and numerous
other purposes. This timber is exceedingly hard when dry, and
therefore most difficult to work; this limits its use for furniture.

In the durability of its timber, perhaps, it has only a rival in
£. marginata (Jarrah), of Western Australia, resisting Zeredo,
Chelura, and Termites. When properly seasoned it is well adapted

512 AUSTRALIAN NATIVE PLANTS.

for heavy deck-framing, the beams and knees of vessels, and for
planking above high-water mark. In Victoria it has been much
used for railway sleepers, and various articles of furniture (Woolls),
wheelwrights’ work (especially felloes), engine buffers, etc. It
should be’steamed before it is worked for curving. The specific
gravity ranges from .858 to 1.005, or from 53> to 625lb.
per cubic foot. A ton of the dry wood has yielded as much as
4lb. of pearlash, or 23lb. of pure potash. (Mueller.) The air-
dried wood of this species contained, according to one experiment,
4.38 per cent. of kino-tannin, and 16.62 per cent. of kino-red ;
the latter (allied to Phlobaphene) is soluble in alcohol, but not in
water; the large percentage of these two substances in £. rostrata
is only rivalled, as far as known, by that of the hardest kind of
Jarrah (Z. marginata). In Southern New South Wales it is
invariably chosen for house blocks, and preferred for posts, etc.,
on account of its durability in damp ground. It is also used for
slabs, rails, and wheelwrights’ work.

A sample of this timber, sent from Victoria to the Colonial
and Indian Exhibition, was tested by Mr. Allen Ransome, who
reported: ‘The sample sleeper sent for trial, though a hard
specimen, was readily adzed and bored, and a plank passed
through the planing machine gave fair results.”

Some Victorian specimens were examined for tensile strength
by Mr. F. A. Campbell (Proc. R.S. Victoria, 1879). His results
are 14,C00 to 21,500, 16,200, and 15,700lbs. per square inch.
“The last specimen was at a disadvantage, not being hung
perfectly straight. They all broke with a long fracture.”

A variety of this tree is found in the extreme Western portion
of New South Wales. Its average height is 30 to 4oft., and
diameter, 1 to 2ft. Locally it is not considered of much use,
except for firewcod. But the limbs and branches make excellent
charcoal; a charcoal-burner “prefers it to any other wood for the
purpose,” while a local blacksmith pronounces the product
excellent.” Some specimens of this charcoal were sent to the
Museum, and it is well-burnt, clean, and in every respect a good
article.

TIMBERS. 513

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE woop oF Z.
rostrata var. (Dark Red Gum), by Baron Mueller and J. G.
Luehmann. The specimens were 2ft. long and 2in. square.

Deflection. Total Specific Gravity.
weight Value of is
required Strength,
With At the to LW
theapparatus| crisis of | break each} S=——— | Air-dried. | Absolutely
weighing breaking. piece. 4BD* dried.
78olb. |
Inches. Inches. Pounds,
10 65 2539 1904 1.045 874
.09 68 2417 1813 984 .809

£. rostrata var. (Pale Red Gum).

Deflection. Total Specific Gravity.
weight | Value of
required | Strength,
With to
the Me aratias Berle break = peshie raya Absolutely
weighing crisis of each 4BD2 | Air-dried. |" aieg.
| 78olb. breaking. piece.
Inches. Inches. Pounds.
.08 52 2781 2086 -1.008 843 |
| 07 48 2712 2034 -940 79001 |}
EE a ne RE

Following are descriptions of some logs of this species in
the Technological Museum: 1. ‘‘Red Gum.” Very. dark red
colour, curly and figured, looks well in cabinet-work (Victoria).
2. “Red Gum.” Rich colour, full of shakes, difficult to work ;
diameter, 14in. 3. ‘Red Gum.” A sound log, few gum-veins,
rich red colour, rather curled and interlocked, hard to work, but
after much labour produces a beautiful face;’ diameter, 20in.
This and the preceding are from between Wagga Wagga and
Narandera, N.S.W. 4. “ Red,” or “Flooded Gum.” Inclined °
to shakes; shows a pretty curly grain over its entire longitudinal
section; dark red, very difficult to work and dress; diameter, 2ft.
(N.S.W.) 5. ‘Flooded Gum.” Light bad colour, inclined to
shakes and gum-veins, works fairly well; diameter, .2ft. (Eastern

ai

514 AUSTRALIAN NATIVE PLANTS.

N.S.W.) 6. “Red Gum.” Very wavy grain, bright red,
twisted much in drying, full of shakes, very difficult to work; this
timber cannot be faced with a plane, but has to be finished off
with a scraper; diameter, 2ft. (Southern N.S.W.) 7. “ Flooded
Gum.” Red, rather pretty wavy appearance; comparatively light
in weight. Called “ Umbagga”’ by the blacks in Northern N.S.W.
‘«‘Plentiful on the Clarence. This timber is extensively used for
building purposes, such as scantling, battens, flooring boards, and
for posts and rails, ships’ planks, etc.; it is often 7ft. in diameter,
with a stem, without knot or flaw, of from 70 to 8oft. in length.
Many trees yield from 6,000 to 8,oooft. of timber.” (Cat. VS. W.
Timbers, London Exh., 1862.)

Diameter, 6 to Sft. ; height, 1ooft.

South Australia to Northern Queensland,

316. Eucalyptus salina, Smith, N.O., Myrtacez, B.FI., iii., 245.
About the Brisbane River, and in New South Wales, it is variously
known as ‘Grey Gum,” “White Gum,” ‘ Blue Gum,” and ‘ Flooded
Gum.” The two latter are its common names about Sydney. Other New
South Wales names for it are ‘‘ Grey Box” and “ Silky Gum.”
This timber is in good repute for rails for fencing and building
purposes, as it does not readily take fire; it is also both strong
and durable. (Hill.) It is excellent for railway sleepers. ‘ Accord-
ing to Mr. Fawcett, the straightness of the stem renders it fit
for spars, while Dr. Woolls calls the wood splendid, and states that
it is largely used for ship-building ; other data pronounce it to be
an inferior wood, and this discrepancy may be reconciled by local
diversities of the ground, from which particular trees were
taken.” (Mueller.) This wood is extensively used for building
purposes, ships’ planks, naves and felloes of wheels, etc. (Woolls.)
Mr. H. Deane informs me that what is considered to be a variety of
this species possesses the names, at Tenterfield, New South Wales,
of “ White,” or “Silky Gum,” on account of the satiny lustre or
sheen of the bark. Grows well at Lucknow, India. (Gamble.)

The following specimens of the normal species are in the
Technological Museum: 1. “Grey Gum.” Full of shakes, very
cross-grained, hard to work, warm brown, very heavy ; diameter,

TIMBERS. 515

aft. gin. (Northern N.S.W.) 2. No. 23, London Exh., 1862 ;
mae Paris Exh. 1855. “Grey Gum” and“ Maandowie”
(aboriginal), names in Cumberland and Camden; diameter, 24 to
48in. ; height, 60 to rooft. “An excellent gum timber.” It is of
a brown colour, heavy, cross-grained, and difficult to season. 3.
“Red Gum,” of Berrima. No. 37, London Exh., 1862; 268, Paris
Exh., 1855. Diameter, 24 to 40in.; height, 40 to 80ft. ‘Said to
produce good timber.”” Of warm red colour, and wavy appear-
ance, close in the grain, and a splendid working timber.

.““BLUE GUM” (E. saligna), EXPERIMENTED UPON BY
THE VICTORIAN TIMBER BOARD, 1884.

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In the report of the Board this timber was described as Z.
botryoides. Vide E. botryoides (supra), for an explanation as to
the circumstances under which the confusion has arisen.

Diameter, up to 7ft.; height, up to 100 or 120ft.

New South Wales and Southern Queensland.

oF 7. Eucalyptus salubris, /.v.17., N.O., Myrtacee, F.v.M.,
Braom., X., 54.

Called “ Fluted Gum,” or “ Gimlet Gum,” from the structure of the
stem.

This wood is tough, yet easy to work, and serves for poles,
shafts, and a variety of implements, and also for rough wood-
engraving. (Mueller.) Height, up to 120, and even 15oft.

Western Australia.

516 AUSTRALIAN NATIVE PLANTS.

318. Eucalyptus setosa, Schauer, N.O., Myrtaceze, B.FI., iii.,

254.

The wood of this small or moderate-sized tree is of a dark
brownish colour, subject to gum-veins, therefore only fit for using
in the log; hard, strong, and durable.

Near the Gulf of Carpentaria.

319. Eucalyptus siderophloia, enh, (Syn. L£. resinifera,
A. Cunn., zon Smith.; Z. persicifolia, DC.; and prob. £.
jibrosa, F.v.M.); N.O., Myrtacez, B.FL., iii., 220.

This is an “Ironbark,” and it is sometimes called ‘‘ Red Ironbark”
and “‘ Broad-leaved Ironbark.” It is the ‘‘ Tanderoo” of the aboriginals of
Southern Queensland.

[The unfortunate confusion between this species and Z£.
resinifera, Smith., has already been alluded to. See p. 598.]

This timber has the highest reputation for strength and
durability, and is used for large beams in stores for heavy goods,
railway sleepers, and other purposes where great strength is required.
It is also used for dray poles. Its extreme hardness renders it
difficult to work. It is light-coloured and heavy. For spokes, the
preference is given to it over almost all other kinds of wood, but
the tree has become much more scarce than formerly.

The following account of the timber, by Laslett, will be found
in Timber and Timber Trees, under the heading of £. resinifera.
The present species is intended :—

“It yields timber of from 20 to 4oft. in length, by from 11 to
16 or 18in. square. It was named “Ironbark” by some of the
earliest Australian settlers, on account of the extreme hardness of
its bark, but it might with equal reason have been called iron-wood.
The wood is of a deep red colour, very hard, heavy, strong,
extremely rigid, and rather difficult to work. It has a plain, straight
grain, and the pores, which are very minute, are filled with a hard,
white, brittle secretion. The tree is generally sound, but liable to
the defect of both heart and star-shake, and on this account it is
not usually very solid about the centre, consequently the timber
cannot be employed with advantage except in stout planks or large
scantlings. It is used extensively in ship-building and engineering

TIMBERS. 517

works in Australia, and in England it is employed in the mercan-
tile navy for beams, keelsons, and in many ways in the construction
of ships, especially below the line of flotation, where a heavy
material is not considered objectionable. For civil architecture,
the ornamental and domestic arts, it is not, however, likely to be
in much request, its extreme hardness and great weight precluding
it from general use.”

Following are specimens of this timber in the Technological
- Museum: 1. No. 4, London Cat., 1862; 137, Paris Cat.,
1855. ‘‘Broad-leaved Rough Ironbark ” and “Terri-barri,”” names
in Cumberland and Camden. Diameter, 24 to 48in.; height, 80
to 1zoft. ‘From Appin, common in Cumberland; one of the
strongest and most durable of timbers.’”’ The Parcs Cat. also
states: ‘‘ Rough-leaved, rough-barked Ironbark.” ‘‘ This tree has
been proposed as their emblem by the colonists of New South
Wales.” Of a very dark red colour, very good to work, and even

?

in grain. 2. ‘‘ Ironbark of the Clarence;’ ‘“ Algerega’’ of the
aboriginals. ‘‘This well-known tree attains a very large size in
the northern districts—upwards of 1ooft. in height, and as much
as 5ft. in diameter. Timber very highly valued for its unequalled
strength and durability ; it is used for all kinds of fencing, shingles,
beams, dray poles, plough beams, and various other purposes ;
when properly seasoned it will not shrink.” (Cat. London Exh.,
1862.) Itis of a dark brown colour, heavy, hard, and close in
the grain. 3. The wood described in the Sydney Mint Experi-
ments, 1860, as “ Rough-barked Ironbark, Z. res¢nzfera,” is L.
siderophloia. It came from Brisbane, and “is much prized for
building and other purposes.” Specific gravity, 1.15; value of
E, 639,400; of S, 2962. It has a wavy grain, and is of a dark
reddish-brown colour. It is tough, hard to work, and well adapted
for the felloes of wheels of drays and carts of all sorts. It lasts
well for piles in water and for posts. It is very heavy.

Specimens of this timber from New South Wales were
examined by Mr. F. A. Campbell (Proc. R.S., Victoria, 1879), as
regards their tensile strength. His figures are 21,000 and 26,50olb.
“per square inch, “The grain is not at all uniform, being much
twisted in parts.”

518

AUSTRALIAN NATIVE PLANTS.

TRANSVERSE EXPERIMENTS.

(Laslett)
aes Oo
| Deflections. 3 o ee eas
o 32 a ae se
a} ‘ = | Dey = 2 eg e
e a oP te} a v 5 V9 > = OU
wu oF ig} ° a s s+ = 5
oe a5 Ci ue 2a oO oi Be
pe | <s.| £6 | BD | mS < ef | ge
ao ys & | Od e oO n
6m 220 ov One s 3 5 eu ”
ii ll De 2 2 #2 | z
Z {ita sod 58 qc et a “Eos
SF all radu fo|.” |
| Bs < ? Ae is ea
|
Inches Inch Inches. | Pounds. Pounds.
I 85 ie) 3.95 1460 1163 1255 365.0
2 1.00 ie) 3-50 1370 1146 1195 342.5
3 +go xe) 4.00 1400 1142 1226 350.0
4 I.00 Ae) 4.00 1400 1116 1254 350.0
Total 3-75 co) 15.25 5630 | 4567 4930 1407.5
Average +94 ae} 3.812 1407.5 | 1142 1232 351.9
No. 1.—Wiry fracture, 16in. in length.
9 2 ee I2in. A
» 3— = Ioin. is
5» 4.-—Broke short to one-third depth, then splintery fracture, roin. in length.

TENSILE EXPERIMENTS.

Number of
Specimen.

TAM

Total

Average

Dimensions of
| each piece.

Inches.

{ axaxse }

(Laslett.)

me | Weight
Specinc the piece
Stevi broke with.
Pounds.
1142 34,160
1146 26,880
1163 39,480
3451 100,520
1150 33,507

Direct cohesion
on
1 Square Inch.

Pounds.

8.540
6,720
9,870

25,130

8,377

VERTICAL OR CRUSHING STRAIN ON CuBES OF Two INCHEs.

| No. 8. No. 9. No. 10. | No. 11. Total.
| Tons. Tons. . Tons. Tons. Tons.
| 18.500 17.625 18.500 19.000 93.625

E = 960740.

Average.

Tons.
18.406

S}

3695.

Ditto on .

1 Square Inch.

Tons.
4.601,

5 4 oz’ Zol $g/z/+
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4 Srak #1 $g/1/1€ 22
tp giz‘or SzI t9/z/ ptt
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‘rest ‘GUuvOd UAAWIL NVIMOLOIA AHL AD NOdN GALNANINAdXa ‘(wr0jydosapis “q) « WAVANOU! »

520 AUSTRALIAN NATIVE PLANTS.

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE WooD OF
E. siderophloia, by Baron Mueller and J. G. Luehmann.
The specimens were 2ft. long and 2in. square.

Deflection. Total Value of Specific gravity.
5 weight strength, '
pees. At the | required to sa Absolatel
ee crisis of | break each} S= Air-dried. solutely
weig'n8 | breaking. piece. 4BD* dried. |
78o0lbs.
Inches. Inches. Pounds.
02 63 3873 2905 1.075 936
02 56 3752 | 2814 1.129 953

Diameter, 20 to 40in.; height, 70 to 1ooft.

Southern Queensland, south to Port Jackson.

320. Eucalyptus Sieberiana, 7.v.17., (Syn. Z. virgata, Sieb., the

species name in B.FIl.); N.O., Myrtacez, B.FI., iii., 202.

Called ‘‘ Cabbage Gum”’ in the Braidwood district (New South Wales);
‘Mountain Ash” about Berrima, Illawarra, and Twofold Bay (New South
Wales). It isa “ Stringybark.” It is called “‘ Gum-top” in Tasmania and
at Wilson’s Promontory (Victoria). It is “Ironbark” in Tasmania, and
occasionally “ Blackbutt.” ‘It is the “‘Yowut” of the Gippsland abori-
ginals,

This timber is considered, in the Braidwood and Monaro
districts, N.S.W., so soft and perishable for ordinary purposes that
it is called ‘‘ Cabbage Gum,” but it is nevertheless very durable
underground. (Bauerlen.) The trunk is sawn into good timber,
and it is also used for posts and rails; it is, amongst other pur-
poses, recommended for shafts. It is hard, and when seasoned
difficult to cut, but burns well even when fresh. (Mueller.) The
’ wood is of superior quality, light, tough, and elastic; is used for
swingle-trees of buggies, ploughs, etc., but will not endure under-
ground. (Howitt.) The testimony of Howitt and Bauerlen as to
the durability of this timber is very conflicting. Howitt’s observa-
tions were made in Gippsland (Victoria), while those of Bauerlen
were made near Braidwood (N.S.W.) Until more light is thrown

TIMBERS. 521

on the subject one can only attribute the discrepancy to the
different circumstances under which the trees are capable of
growing, as remarked by Baron Mueller in regard to contradictory
evidence respecting the durability of the wood of £. saligna (vide
supra). I have received a letter from Mr. Bauerlen, to whom I
had referred this for the third time for further enquiry. He says:
_«* All my enquiries about the timber of Z. Szederdana result exactly
in what I reported of it formerly. . . It is generally considered
a first-rate firewood, by some even the very best; in fact, the choice
lies here between it and LZ’. s/e//ulata.’’ The following is additional
evidence as to the durability underground of the timber. The
timber used in the Long Tunnel Mine (a damp mine), Walhalla,
Gippsland, “consists chiefly of £. Sieberiana, E. capitellata, E.
obliqua, FE. amygdalina, and EF. viminalis. The first of these,
£. Sieberiana, is by far the best; it lasts many years.” (Tisdall,
Proc. R.S., Victoria, 1887, p. 43.) Used by wheelwrights for
spokes and naves of wheels. (General Report, Sydney Exh.,
1879.)
Following are ‘some samples of this timber in the Techno-
logical Museum :—

1. “‘Mountain Ash.” Light brown, full of shakes and
gum-veins, difficult to work; diameter 2ft. gin. (S. and W. dis-
tricts, N.S.W.) 2. “Cabbage Gum.’’ Reddish colour, rather
coarse and cross-grained, very tough, moderately heavy, dresses
fairly well on the end grain; diameter, r to 2ft.; height, 40 to
soft. (Delegate, N.S.W.) 3. “Cabbage Gum.” . Fairly good
to work, but full of gum-veins, seasons badly; colour, buff; weight,
light; does not dress well on the end grain; diameter, 1 to aft ;
height, 40 to 6oft. (Haydon’s Bog, Delegate.) 4. ‘‘ Mountain
Ash.” Light brown colour, gum-veins, tough, and light in weight;
easy to work. (Victoria.)

Mr. Allen Ramsome tested samples of this timber sent
from New South Wales to the Colonial and Indian Exhibition.
From the specimen submitted spokes were turned, casks
made, and boards planed. ‘In all cases it proved an easy wood
to work.”

522 AUSTRALIAN NATIVE PLANTS.

“GUM TOP STRINGYBARK” (£. Sieberiana), EXPERI-
MENTED UPON BY THE VICTORIAN TIMBER ~
BOARD, 1884.
The samples tested were each 7ft. in length by 13in. square ;
the distance between the bearings was 6ft.; and the weight was
gradually applied in the centre until the sample broke.

= n vA
cs a ow Qe md n ad
5 ie on | ee as | 2 2 me £2 |6§ )
= oF Ou eon f= x weg aloe oo — oc
6 |Ax /s A) 69 |< = pce ieee eal aes =
ee 5 | $= co wf | %. | wee a & =|oa/ 3.
= ye za eae OE Poa [icone P= | 2 2
Deal Res eee | Gsee | eee ee oe | See | eae | 38] Ss | as
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Fy cs v SE ae pa SO | Save | se oh, a= | ka
a | &S 2 |ee| 38 |se/5 |ego|S™ |eZ\s {=
aq | 28 A “) 24. | s6)4¢ (88° | a0.) see
-
2 ES < a} = ro
|
a7
6
A cob.
SO oes
= as | 24/4/84) 9 >| iat 4
Oo a = |
5 22 9.56 | 55.94 | 0.896 876.0 4.50 | 239r
1
S a 24/4/84) 105 73.8 | 5
vu
vn)

Diameter, up to 5ft., with an exceptional height of 15oft.
Tasmania, Victoria and New South Wales.

Ban. Eucalyptus Staigeriana, F.v.M., N.O., Myrtacez, in Bailey’s
Synop., Queensland Flora. (Muell. Cens., 3rd Annual
Supplement, for 1885.)

Called ‘‘ Lemon-scented Ironbark,” owing to the fragrance of its leaves.
A tree of medium size. Wood of a red colour, hard, and
durable.
Queensland.

322. Eucalyptus stellulata, (incl. by A. Cunn. with £. s¢ricfa, -
and called 2. microphylla, which name was altered by G. Don
to L. Cunningham); N.O., Myrtacez, B.FI., iii., 200.

The “Box,” ‘* White Gum,” “ Lead Gum,” or “‘ Green Gum ” of East
Gippsland, and New South Wales as far as the Blue Mountains. It is the
“ Olive-green Gum ”’ of Leichhardt. In Gippsland it is known by the names
of “Black Sallee” and ‘ Muzzle-wood.’” ‘Sallee,’’ or “ Sally,” and
‘** Black Gum” are also names given to it in the Braidwood district.

This wood is not valued. (Woolls.) It is used for fuel, and
even for this purpose it is not of the first quality. Large areas on

TIMBERS. 523

the Monaro (N.S.W.) have almost no other timber but ZL’. Sreberzana
and this species. The trunk of the latter does not there often
extend to a greater height than 12ft.

Following are samples in the Technological Museum:
1. “Sally,” or ‘Black Gum,” very cross-grained, of a soapy
nature, knotty; of a flesh colour. Diameter, 2 to 3ft.; height, 30
to 50ft. (Haydon’s Bog, Delegate, N.S.W.) 2. ‘“Lead-coloured
Gum” of Berrima, No. 35, London Cat., 1862; 266, Paris
Cat., 1855. Diameter, 18 to 30in.; height, 30 to 4oft. ‘‘Of no
value for timber, but excellent for fuel.”’

Victoria and New South Wales.

CUEN Eucalyptus Stuartiana, 7.v.d7,, (Syn. £. persiczfolia, Miq.
non Lodd.; E£. Bauertana, non Schauer.; £. falezfolia, Miq.;
LE. pulverulenta, Sims, is very closely allied to £. Stuartiana,
and it is a question whether they ought not to be united) ;
N.O., Myrtacee, B.FI., iii., 243 (partly).

Frequently called ‘‘Turpentine Tree,” or ‘‘ Peppermint Tree.” In
Victoria it is known as “Apple Tree,’”’ ‘‘ Apple-scented Gum,” ‘ White
Gum,” and “ Mountain Ash.” It is the ‘ Woolly Butt” of the county of
Camden (New South Wales). Occasionally it is known as “ Stringybark.”
It is called ‘‘ Box” about Stanthorpe (Queensland), ‘Tea Tree” at Frazer’s
Island (Queensland), and ‘‘ Red Gum” in Tasmania. It is called ‘ But-but ”
by the aboriginals of Gippsland.

This timber is considered excellent for ships’ planks; is hard,
and is said to be exceedingly durable underground, and difficult to
burn. It is'used for sleepers, and many other purposes. (Hill.)
The wood is hard, but it does not split well. It is excellent for
fence posts, though inferior to /. rosfrafa in this respect. - It is
sometimes employed for rough kinds of furniture, as it takes the
polish well.

The following samples of this timber are in the Technological
Museum: 1. “Apple,” or ‘White Gum,” sandy-brown colour,
coarse in the grain, shaky. (Victoria.) 2. No. 15, London Cat.,
1862. “Box.” Diameter, 24 to 48in.; height, soto goft. ‘Said
to be good, but certainly not equal to the other varieties of box.’’
This is doubtless from the rough-barked variety of 4. Stuartiana.
It has a wavy brown colour, tears under the plane, and is adapted

524 AUSTRALIAN NATIVE PLANTS.

for flooring-boards. 3. No. 32, London Cat., 1862; 142, Paris
Exh., 1855. ‘‘ Woolly Gum ”’ of Berrima. Diameter, 24 to 48in. ;
height, 40 to Soft. ‘A tree often of beautiful form, but the timber
weak and worthless.” It is of alight, warm, wavy red colour, good
to work, but full of gum-veins, and obviously not of much value.
This is the smooth-barked variety of Z. Stuartiana. Diameter,
24 to 40in.; height, 60 to goft.

This tree has succeeded admirably at Abbottabad, Punjab,
India. (Gamble.)

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop oF
Zt. Stuartiana, by Baron Mueller and J.G.Luehmann. The
specimens were 2ft. long and 2in. square.

o
Deflection. Total So Specific Gravity.
weight = x4
required to $ 2/Q
With break | = ALS
the apparatus, At the crisis each Me ty ee Absolutely
weighing |ofbreaking.| piece. |-3 #2 | Alr-dried | acy
78olb. >
Inches. en Pounds. PWS e a i:
52 54 2425 1819 1.010 850
14 56 2176 1627 1.001 834

Tasmania, Victoria, New South Wales and Queensland.

E. subulatum,

Gertn:) 3) Ne

324. Eucalyptus tereticornis, Smz‘h, (Syn.
A. Cunn.; Leplospermum umbellatum,
Myrtacee, B.FI., iii., 241.

Called ‘ Red Gum,” “ Flooded Gum,” “ Grey Gum,” ‘‘ Blue Gum,”
**Slaty Gum ” in New South Wales and Queensland. In Southern New
South Wales it is often called ‘‘ Mountain Gum.” In Northern New South
Wales it sometimes bears the misleading name of ‘‘ Bastard Box.” By the
aboriginals of Northern New South Wales and Southern Queensland it-is
called ‘‘ Mungurra,” or “ Mungara,” and by the aboriginals of Central
Queensland “‘ Arangnulla.”

Timber used in fencing, building, plough beams, poles and
shafts of drays, and also in ship-building; for railway ties, cart-
wrights’ work, telegraph poles, and largely for fencing, girders, etc.,
and forms a superior fuel. « It is heavy and close-grained, and very
much like cedar in colour.

TIMBERS. 525

This tree has succeeded admirably at- Abbottabad, Punjab,
India. (Gamble.) Timber of this species is well represented in
the Technological Museum. Following are specimens (all from
N.S.W.): 1. “Slaty,” or “Blue Gum.” Light reddish-brown,
easy to dress, has seasoned only fairly well; diameter, gin.
(Tomerong, near Shoalhaven.) 2. ‘“Slaty,” or “Blue Gum.”
Dark red, very few gum-veins, heavy, medium to work ; diameter,
18in. (Myall River, near Shoalhaven.) 3. “Grey Gum.” Dark
red, very heavy wood, full of gum-veins, difficult to season,
very difficult to work; diameter, 15in. (Port Hacking.) 4. ‘ Blue,”
or “Grey Gum.” Fairly sound log, slight shakes; colour, reddish-
brown; diameter, 20in. (Clarence and Richmond.) 5. This
is the species referred .to by Sir William Macarthur in his
Catalogue of Woods at the Paris Exhibition, 1855 (No. g2), and the
London Exhibition of 1862 (No. 19), as the ‘‘Blue Gum of
Camden.” In the catalogues of both exhibitions the native name
in the Illawarra is given at ‘‘Tdjetlat,” or ‘‘ Tjellat,’ and also
“‘ Barroul-goura,” while in the latter catalogue the name is given as
*“Yarrah” at Camden. ‘A very valuable timber, harder, tougher,
more inlocked in grain, and more durable than the last (which is
E. botryotdes, vide supra), but not obtainable of nearly such large
size; one of the most durable woods known; excellent for naves
and felloes of wheels, and for work underground.” (1855,
Cat.) Diameter, 3 to 4ft.; height, 80 to rooft. It is of a
dark red colour, wavy, has quite a sheen, and has stripes on
the end grain. It is hard and inlocked in the grain, but
works remarkably well. A sample of this timber was ex-
perimented upon by Captain Fowke, R.E. (Paris, 1855). He
found the specific gravity to be .843 (or weight of cubic foot,
52.54lb.), and S, 224. Eis not given. 6. No. 20, London Exh.,
1862; 924, Paris Exh., 1855. ‘Blue Gum,” from Appin.
“Timber of excellent quality.” Diameter, 36 to 48in.; height,
80 to rooft. Of a reddish-brown colour, heavy, very cross-grained,
but of excellent quality. It works freer than No. 5, and is freer
from grub-holes, otherwise they are much the same. 7. No. 21,
London Exh., 1862. Same name and locality as No. 6. Of a
dark red colour, with cross, curly grain; a heavy timber,

526 AUSTRALIAN NATIVE PLANTS.

8. No. 22, London Exh., 1862; 265, Paris Exh., 1855. “Blue
Gum,” of Berrima. Diameter, 24 to 36in.; height, 40 to 8oft.
“‘ Said to be good timber, but not to be compared with the other
varieties of Blue Gum.” Of a red colour, straight in the grain, and
a splendid working timber. 9. No. 103, London Cat., 1862.
“Grey Gum,” of the Clarence, of a dark red colour, fairly good to
work, a heavy timber, hard and durable, valuable for building
purposes.

Mr. Allen Ransome tested a sample of this timber sent from
New South Wales to the Colonial and Indian Exhibition, on the
planing and moulding machines, “and in all cases the results
were very satisfactory.”

It is to be borne in mind that this Eucalypt is closely allied,
botanically, to Z. rostrata, and the timbers of these two trees have
much incommon. Diameter, 18 to 36in. (exceptionally to 6ft.) ;
height, 60 to goft., and exceptionally up to 15oft.

Gippsland, New South Wales and Queensland.

325. Eucalyptus terminalis, #.v.J7,, (Syn. Z. polycarpa, F.v.M.);
N.O., Myrtacez, B.FI., iii., 257.
** Blood-wood.” Called ‘‘Arang-mill” by the natives of the Dawson
River, Queensland.

This interior species is, as far as the flowers go, the same as
the “‘ Blood-wood” (£. corymbosa) of the coast, but the bark is
different, as it is far more brittle, and can scarcely be stripped in

large pieces. The present species also yields but little kino, and
that of obviously a different character to that yielded by Z£.
corymbosa.

Timber very red, used for building purposes, slabs, posts,
joists, etc. It is not highly spoken of, but it is almost the only
fairly large timber available in the districts in which it grows.

South Australia, New South Wales, Queensland and Northern
Australia.

326. Eucalyptus tesselaris, “v.dZ, (Syn. Z£. viminalis, Hook. ;
E. Hookert, F.v.M.); N.O., Myrtacex, B.FI., iii., 251.
Commonly called ‘Moreton Bay ‘Ash.’ By the aboriginals of the

McDonnell Range (Central Australia) it is called “ Ilumba,” by those in

TIMBERS. | 527

the vicinity of the Nogoa River (Queensland), ‘‘ Corang.’’ Another
aboriginal name is ‘‘Carbeen.”

This timber is not hard, but tough; it is excellent for building
purposes. (Hill.) Comparing it with other Eucalypts it is not a
durable timber; it is used for staves and flooring. It is of a dark
brown colour, except near the bark. Accounts of this timber are
conflicting. The Rev. J. E. Tenison-Woods states that about
Moreton Bay, Gympie, etc., the wood is not valued for any purpose
whatever ; about Rockhampton, Mr. O’Shanesy says that the heart-
wood is good enough, but the sap-wood soon decays; about
Townsville and Charters Towers the wood is highly esteemed,
and employed for all useful purposes. Mr. Woods says the only
way to account for these various statements is by supposing the
warmer climate is its proper habitat. This is by no means the
only Eucalyptus timber in regard to which statements from
different localities are conflicting. (See &. Sieberiana.)

Mr. ©. Moore (Cat. V.S.W. Timbers, Paris Exh., 1855)
states that this tree indicates poor, sterile soil. He also states that
the wood is of a perishable nature, though sometimes used in the
erection of huts. Diameter, 14 to 24in.; height, 30 to 6oft.

Interior of South Australia, New South Wales, Queensland
and Northern Australia.

327. Eucalyptus viminalis, Zadz7/., (Syn. Z. mannifera, A. Cunn.;
£. diversifolia, Bonpl. (the young state of £. santalzfolia,
according to F.v.M.); £. persicifolia, Lodd. non DC.:
£. granularis, Sieb.; £. pilularis, DC. non Smith; £.
patentifiora, F.v.M. non Miq.;. £. fabrorum, Schlecht. ;
E. Gunnit, Miq. non Hook. f., incl. Z. dealbata, A. Cunn.) ;
N.O., Myrtacez, B.FI., iii., 239.

The ‘‘ White Gum,” or ““Swamp Gum” of Tasmania. About Sydney
it is occasionally known as ‘Grey Gum.” A manna exudes from the trunk,
hence it is known as ‘‘Manna Gum.” In Southern New South Wales it
bears the name of ‘‘ Ribbony Gum.” In Western New South Wales it is
known as “Blue Gum,” and in various parts of the same colony as
“Drooping Gum,” “ Weeping Gum,” and ‘ Woolly Butt.’ About the

528 AUSTRALIAN NATIVE PLANTS.

Ovens River (Victoria) it is known as “‘ Box,” and as ‘‘ Peppermint Gum.”
In Victoria it is called ‘‘ Binnap” by the aboriginals of the Yarra.

The timber varies from a light colour to a dull brick colour;
that from straight stems is employed for shingles, rails, and also
as rough building material. It is not so durable as the wood of
many other species of Eucalyptus, but is stronger than that of
£). amygdalina, and E. obliqua. (Mueller.) It is very dutable for
underground work. In the extreme south of New South Wales
it is used for a variety of purposes, including rails and wheel-
wrights’ work. The heart-wood is of no use, at least in that
district, so that about a foot of the centre of the tree has generally
to be left as useless. The Yarra (Victoria) aboriginals used to
make Geeaus (flat shields) out of this wood.

The Tasmanian wood of this species is said to afford the
finest split stuff (for palings, shingles, etc.) in the world (Tenison-
Woods), but Dr. Woolls says this wood is not much esteemed,
probably with the meaning in Baron Mueller’s remarks above, or
because it is only fit to be used in the whole log, as it is apt to
split, and is usually full of hollows containing gum.

At the London International Exhibition of 1862, a magnifi-
cent spar of this gum was shown from Tasmania. It was 23oft.
long, and cut into roft. lengths.” The specific gravity of this
timber is about .685. Aton of dry wood yields about 32lb. of
crude potash, or 13lb. of pure potash. (Mueller.) It has suc-
ceeded admirably at Abbottabad, Punjab, India. (Gamble.)

Following are brief descriptions of some timbers of this
species in the Technological Museum :—

1. “Manna Gum.” Warm brown colour, and coarse in
grain. (Victoria.) 2. “ Ribbony Gum.” Straight in the grain,
easy to work, coarse in grain; colour, buff; diameter, 2 to 3ft.;
height, 60 to 8oft. (Delegate, N.S.W,) 3. This is also from
Delegate, but from a variety of the species, as it is quite different
in every respect from the normal species, “ Ribbony Gum.” Flesh-
coloured, moderately heavy, very straight in the grain, good to
work, but requires careful seasoning ; diameter, 2 to 3ft; height,
60 to Soft. 4. No. 28, London Exh., 1862; 108, Paris Exh.,

TIMBERS. 529

1855. ‘Flooded Gum” of Camden. Bentham, /lora Aus-
traliensis, pronounces this particular sample to belong to this
species. Diameter, 36 to 48in.; height, 80 to 1ooft, ‘A fine-
looking, but comparatively worthless sort; the timber weak, and
not durable.” It is of a yellowish, or exceedingly pale brown
colour, beautiful to work, and straight in the grain.

Following are the results of Mr. James Mitchell’s experiments
on samples of this wood from Tasmania (Papers and Procs., R.S.,
Van Diemen’s Land, 1851). Each piece tested was 7ft, long and
2in. square. Green piece: 1. Specific gravity, .967; E, 7655760;
S, 1806. 2. Specific gravity, 1.003; E, 9186912; S, 1968. A
seasoned piece, ‘‘ with a great portion of sap-wood,” gave specific
gravity .954; E, 10490860; and S, 2399. Mr. Mitchell called
the timber “‘ Ash,” or “‘ Swamp Gum.”

EXPERIMENTS ON THE TRANSVERSE STRENGTH OF THE Woop oF
£. viminalis, by Baron Mueller and J. G. Luehmann. The
specimens were 2ft. long and 2in. square.

Deflection. Total 3 Specific Gravity.
weight | 5 z/a
required | 4 4 ag
ah 2s cae = eRe Absolutely
the apparatus| At the crisis|breakeach| 9 yy Air-dried. ae
weighing | of breaking.| piece. ra ae
78olbs. >
Inches. : Inches. Pounds, re cm
12 65 2384 1788 954 3710,
12 .70 2195 1646 916 761

A slab of this wood in the Technological Museum, which has
been seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to 67lb. 80z. per cubic foot.

Has been measured with a diameter of 17ft. at base, and a
height of 320ft. Ordinarily it is a very large tree.
South Australia, through Victoria to New South Wales and
Tasmania,
2M

530 AUSTRALIAN NATIVE PLANTS.

328. Eucryphia Moorei, #.v.42,, N.O., Saxifrager, B.FI., ii., 447.

“Acacia” of the colonists, as when not in flower the tree resembles
some of the larger species of that genus. ‘‘ Plum”’ of the Southern districts
of New South Wales; sometimes called ‘‘Acacia Plum.” Called also
“‘ White Sally.”

This timber is used for the framework of buggies in the Braid-
wood district (New South Wales). It is a beautifully clear,
moderately hard wood, of a warm, light brown colour, and free
from knots. Some boards of it have been worked up under the
writer’s direction, and the carpenters speak in superlatives as to the
facility with which it can be dressed.

Victoria and New South Wales.

329. Eugenia cormiflora, F.v.M., N.O., Myrtacez, B.FI., iii.,

284.

Wood of a dark colour, close-grained and tough. The knobby
inequalities noticeable on the bark of the plank-piece are the knots
from which the flowers are produced year after year. (Caz.
Queensland Timbers, Col. and Ind. Exh., 1886.) Height, 30 to

4oft.
~ Queensland.

330. Eugenia grandis, Wright, (Syn. £. cymosa, Roxb.; £. firma,
Wall.; Z. fortis, F.v.M.; Syzygium grande, Walp.; Fambosa
grandis, Blume.; F. firma, Blume); N.O., Myrtacez, B.FI.,
iii., 285. . |
Wood light brown, close-grained, hard, and tough, (Kurz says

it is brittle); it might serve for making staves for rum-casks ; it is

suitable also for building purposes. Its weight is a little over
solb. per cubic foot. This species is not endemic in Australia.
Queensland.

331. Eugenia Jambolana, Zam., (Syn. £. Mooret, F.v.M.; Syzy-
gium Fambolanum, DC.); N.O., Myrtacez, B.FI., iii., 283.

E. Mooret in Muell. Cens., p. 59.

“ Durobbi” of the aboriginals. .

TIMBERS. 531

Timber flesh, or red coloured, firm, and close-grained; not
much used, except for buiding purposes. It stands well in drying.
It is used for building, agricultural implements, and carts, also for
well-work, as it resists the action of water. Five sleepers of this
wood were taken from an Indian railway in 1875. They had been
in the ground five years, and were reported to be fairly sound, and
not touched by white ants. Weight, about 4g9lb. per cubic foot.
(Gamble.) Diameter, 24 to 36in.; height, 80 to 1ooft.

New South Wales and Queensiand.

q32 Eugenia leptantha, Wright, (Syn. Syzygium longiflorum,
Wall); N.O., Myrtacez, B.FI., iii., 283.
Wood of a dark colour, close-grained, easily worked ;
suitable for flooring boards of verandahs.
Queensland.

333. Hugenia myrtifolia, Szms, (Syn. Z£. australis, Wendl.;
Fambosa australis, DC.; F. Thozetiana, F.v.M.; ALyrtus
australis, Hill); N.O., Myrtacez, B.FI., iii., 286.

**Brush Cherry,” or ‘‘ Native Myrtle.” Called ‘‘ Red Myrtle’” in

Southern New South Wales.

Timber elastic; used for staves, oars, boat-building, etc.
The aboriginals make boomerangs and shields from it. (General
Report, Sydney International Exhibition, 1879.) It is of a light
reddish or yellowish colour, works splendidly, seasons well, and is
evidently a valuable wood. A slab in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a
weight which corresponds to 47lb. 120z. per cubic foot. Diameter,
18 to 24in.; height 50 to rooft.

New South Wales and Queensland.

334. Eugenia Smithii, Por., (Syn. Acmena floribunda, DC.;
A. elliptica, var. G. Don.; Myrtus Smithit, Spreng.;
Syzygium brachynemum,. F.v.M.); N.O., Myrtacee, B.FI.,
iii., 283, ;

532 AUSTRALIAN NATIVE PLANTS.

Lilly Pilly’ is the name by which this tree is commonly known. It
is the “ Tdgerail” of the aboriginals of Illawarra (New South Wales),
and the ‘‘ Coochin-coochin” of those of Queensland.

Wood close, but apt to split in seasoning. It makes good
axe handles. (General Report, Sydney International Exhibition,
1879.) Specific gravity, .898 to .935. (Mueller.) Diameter, 1 to
3ft.; height, 80 to 120ft.

Victoria, New South Wales, Queensland and Northern
Australia.

335- Bugenia suborbicularis, Bexth., N.O., Myrtacee, B.FI.,
iii., 285.
“ Oloorgo”’ of the Mitchell River (North Queensland) aborigines.
Wood of a dark grey colour, with peculiar corky concentric
rings several inches asunder. The natives of the Johnstone River
form their canoes out of the trunk of this tree. (Cat. Queensland
Timbers, Col. and Ind. Exh., 1886.)
Queensland.

336. Eugenia Ventenatii, Benth., (Syn. Metrosideros floribunda,
Vent. non Smith; Syzygium floribundum, F.v.M.); N.O.,
Myrtacee, B.FI., iii., 283.

‘* Drooping Myrtle,” or “‘ Large-leaved Water-gum.”

Wood of a grey or pinkish hue, and beautifully marked. It
is close-grained, hard, heavy, and tough; it is used for tool handles,
poles of drays, ribs of boats, and the flooring boards of verandahs.
Diameter, 24 to 36in.; height, 40 to 6oft.

Northern New South Wales and Queensland.

337- Bugenia Wilsonii, /.v.17., N.O., Myrtacez, B.FI., iii., 285.
Wood of a uniform dark brown colour, close-grained, hard,
and tough ; useful for tool handles.
Queensland.

338. Eupomatia laurina, &.27., N.O., Anonacee, B.FI., i., 54.

“ Rose-bush,” or ‘* Balwarra.”

TIMBERS. 5353

A small tree. The wood is soft, close, coarse-grained, and of
a yellowish-brown colour. It dresses well, is not particularly
handsome, and requires the most careful seasoning. A slab in
the Technological Museum, which has been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), has a weight which corresponds to 47lb. 402.
per cubic foot.

Victoria, New South Wales and Queensland,

339. Euroschinus falcatus, Zook. 7, N.O., Anacardiacee, B.FI.,

1., 490.
Called ‘“ Maiden’s Blush” and “ Jemmy Donnelly.”

This timber resembles ordinary cedar (Cedrela australis) in
appearance, but it is woolly, difficult to work, and soon perishes
on exposure. It might serve for making oars. Diameter, 36 to
48in. ; height, 140 to 150ft.

New South Wales and Queensland.

340. Evodia accedens, Blume, N.O., Rutaceze. £uodza in Muell.

Cens., p. 13:

““Bunnec-walwal” of some Queensland aboriginals.

Wood very white, light, and soft; a good substitute for the
European Lime-tree. (Cat. Queensland Woods, Col. and Ind.
L£xh., 1886.)

New South Wales and Queensland.

341. Evodia micrococca, /.v.JZ., N.O., Rutacez, B.FI., i., 361.

Wood of a light yellow colour, close in the grain, and tough.
Diameter, 6 to 18in.; height, 20 to 4oft.
New South Wales and Queensland.

342. Excecaria Agallocha, Zinz., (Syn. £. affinis, Endl.;
Commia Cochinchinensis, Lour.; Stillingia Agallocha, Baill.);
N.O., Euphorbiacez, B.FI., vi., 152.

“River Poisonous Tree,” ‘‘ Milky Mangrove,” ‘Blind your eyes,”
names alluding to the poisonous juice of the stem. Called ‘ Balavola

Karping”’ by some Queensland aboriginals.

534 AUSTRALIAN NATIVE PLANTS.

Wood light, white, and soft; will answer for carving and
marqueterie. (Thozet.) It is close-grained, and easily worked.
Gamble says it is used for general carpentering purposes in India,
Roxburgh, only for firewood and charcoal. It weighs about
26lb. per cubic foot. Diameter, 6 to 18in.; height, 40 to soft.

New South Wales, Queensland and Northern Australia.

343. Excecaria Dallachyana, Zaz//., N.O., Euphorbiacez, B.FI.,

Wis5 1 53:
** Scrub Poisonous Tree.”

Wood yellow, with black heart, close in the grain, and very
tough; might be found suitable for axe handles. (Cat. Queens-
land Iimbers, Col. and Ind. E-xh., 1886.)

Queensland.

344. Excecaria parvifolia, d/well. Arg., N.O., Euphorbiacez,

BES vi, 453:

“‘ Gutta-percha Tree” of Landsborough, ‘“Jil-leer’’ of the aboriginals
of the Cloncurry River (Northern Queensland).

Wood near the outside yellow, the heart dark and very
beautifully marked, close-grained, and easily worked ; an excellent
wood for the cabinet-maker. (Caf. Queensland Woods, Col. and
Ind. Exh., 1886.)

Queensland and Northern Australia.

345. Exocarpus cupressiformis, R.Br., (Syn. Leplomeria acerba,
Sieb. non R.Br.); “N.O., Santalacez, “B.FE Soi a2eus
Exocarpos in Muell. Cens. :

“Native Cherry.” ‘‘Tchimmi-dillen” of some Queensland aboriginals,
‘“Coo-yie” is another aboriginal name. ‘“ Ballot” of the aboriginals of
Lake Condah Station (Victoria), and ‘‘ Ballee”’ of the Yarra natives.

A close-grained and handsome wood, used for turning and
cabinet purposes. It is used for tool handles, spokes, gun stocks,
cornice poles, map rollers, and to a limited extent for engraving.
Chairs are made in Southern New South Wales from this timber.
The wood of this tree was formerly used by the Yarra (Victoria)
natives for gurrecks (spear-throwers). The -specific gravity of
Victorian specimens is given by Baron Mueller at .756 (fora steam-
dried) to .845 (for an air-dried specimen). Diameter, 6 to gin.

TIMBERS. | 535

(near the Victorian and New South Wales border it exceptionally
grows to nearly 2ft. in diameter) ; height, 10 to 1r6ft.
All the colonies.

346. Exocarpus latifolia, A.2r., (Syn. £. miniata, Zipp.; L£.
luzoniensis, Presl.; 2. ovata, Schnitzl.); N.O., Santalacez,
eel. vi. 228.

*Broad-leaved Cherry.” ‘‘Scrub Sandal-wood.” ‘“Oringorin” of
some Queensland aboriginals.

The wood is very hard and fragrant, dark coloured, coarse in
grain, and excellent for cabinet-work, as it takes an excellent
polish. It is not endemic in Australia. Diameter, 6 to gin.;
height, 10 to 16ft.

Northern New South Wales, Queensland and Northern
Australia.

347. Exocarpus spartea, “.Br., (Syn. £. glandulacea, Migq.;
E. spicata, DC.; £. pendula, ¥.v.M.); N.O., Santalaceze,
BePI., vi., 229.

Specific gravity of the wood, .813. (Report, Victorian
Exhibition, 1861.)
All the colonies except Tasmania.

348. Fagrea Muelleri, Zen, N.O., Loganiacex, B.FI. iv.,
368.
Wood of a yellow colour, close-grained, and hard.
Queensland.

349. Fagus Cunninghamii, Hook., N.O., Cupulifere, B.FI., vi.,

210.

“Myrtle.” ‘Evergreen Beech.” ‘* Negro-head Beech.”

This wood is prized for sash and door work, and indeed all
kinds of light joinery. It is a hard, richly-coloured furniture wood,
and the warty protuberances on the trunk of the tree afford a most
beautiful figure, as do slabs, which may be procured 6ft. long, in
almost any quantity. It is used for the cogs of wheels by mill-
wrights. Average specific gravity, .883. (Mueller.) Height, over
10ooft. Exceptional diameter nearly 8ft., with a height of 2ooft.

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TIMBERS. 537
‘Tasmania and Victoria.

350. Ficus Cunninghamii, Mig. (syn, & Fraseri, Fv MM. > 7%.
psychotriafolia, Miq.; Urostigma Cunninghamit, Miq.; U.
Frasert, Mig.; U. psychotriefolia, Miq.); N.O., Urticez,
B.F1., vi., 165.

Wood of a light colour, soft, and porous. Height, about

Soft.
Queensland.

351. Ficus glomerata, We/d., (Syn. F. vesca, F.v.M.; Covellea

glomerata, Miq.); N.O., Urticez, B.FI., vi., 178.

“ Clustered Fig,” or ‘‘ Leichhardt’s Clustered Fig.’ ‘* Parpa”’ of the
aboriginals.

Wood of a straw colour, coarse in grain, light, soft, and
porous. It is mottled on a longitudinal section. It may answer
for packing-cases. Weight, 36lb. per cubic foot, but 25lb. accord-
ing to Gamble. ‘Itis nota durable wood, though it lasts well
under water, and hence is used for well frames.” (Gamble,
Manual of Indian Timbers.) Diameter, 12 to 36in.; height, 40
to 6oft.

Queensland and Northern Australia.

352. Ficus macrophylla, Des, N.O., Urticex, B.FI., vi., 170.

“Moreton Bay Fig.” ‘‘Karreuaira” and “‘ Waabie” of the aboriginals.

This noble-looking tree has a wood which is sometimes used,
‘though it is very difficult to season. It is used for packing-cases
on the Clarence River, New South Wales. (C. Moore.) It is a
softish wood, of a pale brown colour, with a beautiful wavy figure
on a darker brown. This wood is so handsome when properly
‘selected, that it is a pity that it has not other properties to recom-
‘mend it. A slab of this wood in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a
‘weight which corresponds to 34lb. 1.0z. per cubic foot. Diameter,
36 to 72in.; height, 50 to 1ooft.

Northern New South Wales and Queensland.

538 AUSTRALIAN NATIVE PLANTS.

353. Ficus platypoda, A. Cunn., (Syn. Urostigma platypodum,

Mig.) ; N.O., Urticez, B.FI., vi., 169.

A small robust tree. Wood soft, of a light yellow colour,
with strong fibre.

Western and South Australia, Queensland and Northern
Australia.

354. Ficus pleurocarpa, 7:v.i7., N.O., Urticeze, Muell. Cens.,

Pp. 22.
“ Ribbed Fig.”

Wood light, soft, and elastic, with very open pores. (Cat.
Queensland Timbers, Col. and Ind. Exh., 1886.)
Johnstone River (Queensland).

355. Ficus rubiginosa, Desf., (Syn. F. australis, Willd.; Uros-
iigma rubiginosum, Gaspar.); N.O., Urticez, B.FIL., vi., 168.
“Port Jackson Fig.” ‘‘ Narrow-leaved Fig.” ‘ Rusty Fig,” or ‘ Native

Banyan.” ‘‘ Dthaaman” of the aboriginals.

This timber is soft, brittle, and spongy; it is, however, some-
times used for packing-cases. It is light in colour as well as in
weight, and although sometimes it shows a pretty grain, it would
be waste of labour to spend much time on it. A slab of this wood
in the Technological Museum, which has been seasoned over
twenty-five years (having been exhibited at the London International
Exhibition of 1862), has a weight which corresponds to 28lb. 80z.
per cubic foot. Diameter, 4 to s5ft.; height, 60 to 8oft.

New South Wales and Queensland.

356. Ficus scabra, G. Fors¢., (Syn. F. aspera, G. Forst.); N.O.,
Urticeze, Muell. Cens., p. 22. &. aspera in B.FI., vi., 174.
‘Purple Fig.” ‘White Fig.” “ Rough-leaved Fig.” Called ‘‘ Flooded

Fig” on the Clarence River, N.S.W.

Both Bentham and Mueller look upon / aspera and F. scabra
merely as varieties of the same species; they only differ in opinion
as to which name shall stand. ‘Seemann (Flora Vitiensis) gives
figures of F. aspera and F. scabra which are clearly distinct,
though his illustrations may represent the most extreme forms,

TIMBERS. 539

connected by intermediate forms, according to the opinion of my
friend, Mr. Betche. But this is somewhat uncertain, and it may
also be that Seemann’s statement that /. aspera, as figured by him
with larger fruits than scadra, isincorrect. As far as I know, how-
ever, we have only the small-fruited form in Australia (identical
with J. scabra of the Flora Vitiensts, and though it varies greatly
in size and shape of the leaves, there does not appear to be any
marked variation in the fruits. It is important to make this state-
ment in regard to the synonymy of the species, as remarks about
its timber appear under / scadra and F. aspera indiscriminately.

Timber brittle and spongy; not used. It is of a yellowish
colour, full of cracks, very difficult to work to a clean surface, and
when that object has been attained, it is not very pretty. Two
slabs of this wood in the Technological Museum, which have
been seasoned over twenty-five years (having been exhibited at
the London International Exhibition of 1862), have weights which
correspond to 27lb. and 2glb. 1oz. per cubic foot respectively.
The latter was exhibited under the name /. muntia (stc.) The
wood is similar to ordinary fig timber. Itis porous, of no apparent
value, and displays more than an ordinary tendency to split.

Seemann (flora Vitiensis) observes that the leaves of /.
aspera are used for serving and wrapping food in Fiji, and that
the leaves of F. scadra are used as sandpaper by the natives of
Fiji, a use to which they are also put in the Ciarence River district,
New South Wales. Height, up to rooft.

Victoria to Northern Australia.

357- Flagellaria indica, Zinn., N.O., Liliacez, B.FI., vii., ro.
‘“‘ Lawyer Vine.”
The stems of this tall climber are used for walking-sticks.
North and South Queensland and Northern New South
Wales.

358. Flindersia australis, 7”.27., N.O., Meliacex, B.FI., i., 388.

Blindosa,” ~*° Ash,” ~“*Crow’s' Ash,” ‘“‘ Beech,” .“‘ Rasp=pod,”™
“ Wyagerie,” “Cugerie,” or “Cudgerie” of the aboriginals of the
Richmond and Clarence Rivers.

540 AUSTRALIAN NATIVE PLANTS,

The wood is hard, close, and of great strength and durability,
It has long been known to the timber merchants as being a very
hard timber, and difficult to cut up with the saw, and for that
reason but little attention has been paid to procuring it. (Hill.)
It would make excellent timber for railway purposes, and it is not
discoloured by iron; it shrinks but little in drying. It is largely
used for staves in the Clarence River district. Its specific gravity
has been given (Sydney Mint Experiments, 1862) at .936, which
would give 583lb. per cubic foot. Three slabs of this wood in
the Technological Museum, which have been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), have weights which correspond to 56lb. 60z.,
5olb. 10z., and 44lb. 140z. per cubic foot respectively. These
determinations have been most carefully made, and of the identity
of the woods there is no doubt. The heaviest is the darkest in
colour, and has some tendency to split. The lightest in weight is
also the lightest in colour, and is undoubtedly a wood of high
excellence. It is perfectly homogenous, is moderately hard, and
has no figure; it dresses well. The wood of medium weight
came from a tree similar to the lightest one, except that it was
smaller in every respect. This is the softest of the three, and but
for its slight tendency to split would be preferred before that just
described, as it has a neat grain, very much like oak in appearance,
and looks well under polish. Diameter, 36 to 48in.; height, 80
to 1ooft.

Northern New South Wales and Queensland.

359- Flindersia Bennettiana, “v.17, N.O., Meliacee, B.FI.,

i; 389.

“Teak,” ‘“Bulboro,” or “ Bulbera” of the aboriginals of Northern
New South Wales. ‘‘ Bogum-Bogum” of those of South Queensland.

This timber is close-grained, but seldom used. It splits well,
and might probably be valuable for staves. (Moore.) It burns in
a green state, and has been found a most useful timber for saddle
making. (General Report, Sydney International LExhibttion,
1879.) Itis probably useful for railway-sleepers. A slab of this
wood in the Technological Museum, which has been seasoned

TIMBERS. 541

over twenty-five years (having been exhibited at the London Inter-

national Exhibition of 1862), has a weight which corresponds to

47lb. 120z. per cubic foot. It dresses well, both on the face and

end-grain, but the figure is not marked enough for it to be called

a handsome wood. Diameter, 18 to 26in.; height, 70 to goft.
Northern New South Wales and Queensland.

360. Flindersia Bourjotiana, F.v.M., N.O., Meliacez, Muell.
Cens., p. 9.
Wood strong, durable, easily worked, and of a light colour. |
Queensland.

361. Flindersia maculosa, /.v.4Z,, (Syn. F. Strzeleckiana, F.v.M. ;
Lla@odendron maculosum, Lindl.; Strzeleckya dissosperma,
F.v.M.); N.O., Meliacez, B.FI., i., 388. (In Muell. Cens.,
p- 9, described as £. Strzelecktana, F.v.M.)

“Spotted Tree,” or ‘Leopard Tree.” Sometimes called “ Prickly
Pine” in Queensland.

The timber is used for shingles, staves of tallow casks, and
pick handles. (Hill.) It is of a bright yellow colour, and ex-
ceedingly tough. Unlike many other timbers in the arid western
districts of New South Wales it is very elastic, and is, therefore,
used for the poles and shafts of drays, buggies, etc. In the rough
state (7.e., with the bark on) it is used for fencing, but it is useless
for building purposes, as a coleopterous insect soon destroys it.
About Wilcannia, N.S.W., it is, however, considered very durable
by some, when sawn and used for inside work. Diameter, 12 to
18in.; height, 36 to 4oft.

New South Wales and Queensland.

362. Flindersia Oxleyana, FvuM., (Syn. Oxleya xanthoxyla,

Hook.); N.O., Meliacez, B-.FI., i., 389.

“Light Yellow Wood,” or ‘‘ Long Jack.” The ‘‘ Yeh” of the aboriginals
of Northern New South Wales.

The timber is strong, durable, fine-grained, and of good
colour; used in boat-building, cabinet-work, and for many of the
purposes to which cedar is applied. (Hill.) It is a useful wood
for fancy work on account of its frequently pretty yellow colour.

542 AUSTRALIAN NATIVE PLANTS.

It is not easily attacked by ants, and is ‘suitable for hand screw-
making and buggy shafts. Diameter, 24 to 42in.; height, 80 to
100ft.

Northern New South Wales and Queensland.

363. Flindersia Schottiana, 7.v.47, N.O., Meliacez, B.FI., i.,

388.
‘‘Flindosy Beech,”’ ‘‘ Ash,” ‘‘ Stave-wood.”

The timber is hard, close-grained, prettily marked, and of a
pale yellow colour. It is used for shingles and staves, and for
cabinet-work. Diameter, 18 to 30in.; height, 30 to 6oft.

From Hastings River, New South Wales, to Central Queens-
land.

364. Frenela Endlicheri, Parlat., (Syn. F. fruticosa, Endl.; F.
pyramidalis, A. Cunn.; F. calcaratfa, A. Cunn.; Callitris
calcarata, R.Br.; Otoclinis Backhousti, Hill) ; N.O., Coni-
fer, B.FI., vi., 238. Referred to as Callitris calcarata in
Muell..Cens., p. 109.

“ Cypress Pine,” ‘‘ Black Pine,” “ Red Pine,” « ** Scrub Pine,” “ Murray

Pines.

This timber is an article of great importance; it is durable,
fine-grained, fragrant, and capable of a high polish; it is used for
piles of wharves, and for sheathing punts and boats; it resists the
attacks of cobra and white ants, and the root is valued by cabinet-
makers for veneering purposes. (Hill.) It is beautifully mottled
and striped with black, white, and yellow; it is much used and
valued in the Lachlan and Murrumbidgee districts (New South
Wales) for the interior lining and roofing of houses, mantelpieces,
skirting boards, etc. Slabs of the wood of this tree were used by
Sir Thomas Mitchell for sleepers when crossing the Yarran
Swamp.

« A coniferous wood of remarkable character, chiedy for the
great size of the superbly-figured slabs that it yields under certain
conditions of growth. In such specimens the heart-wood extends
nearly across the bole, having a narrow white defined sap-wood.
The colour is a rich brown, with large bold waves of darker brown,
bold cloudiness, and nipples and ribands, ‘This is indeed.a superb

TIMBERS. 543

and very peculiar wood.” (Furors’ Report, London International
Lxhibition, 1862.) Diameter, 18 to 24in.; height, 60 to goft.
Northern Victoria to Central Queensland.

365. Frenela Macleayana, Parlat., (Syn. Callitris Macleayana,
F.v.M.; Ofoclinis Macleayana, F.v.M.); N.O., Coniferz,
Ei, Vi. 235.

** Port Macquarie Pine.”

Timber used for indoor purposes, for weatherboards, deals,
battens, and other small scantlings. It is light and useful.
Diameter, 6 to 12in.; height, 20 to 3oft.

Northern New South Wales and Queensland.

366. Frenela Parlatorei, #.v.4Z, (Syn. Callitris Parlatorei,
ty-M.); N-O., Conifere, B.FI;, vi.; 235.
“Mountain Cypress Pine.” ‘‘ Stringybark Pine.”
The timber is much valued for cabinet purposes or joinery.
It is of a light straw colour, fragrant, close-grained, not hard, and
easily worked. Diameter, 12 to 24in.; height, 40 to 6oft.
Northern New South Wales and Queensland.

367. Frenela rhomboidea, “zd/., (Syn. F. Ventenatiz, Mirb.;
_ £&. australis, Endl.; F. arenosa, A. Cunn.; &. ¢riguetra,
Spach.; /. attenuata, A. Cunn.; Callitris rhombotdea,
R.Br.; C. cupresstformis, Vent.; C. arenosa, Sweet.; C.
australis, incl. Thuya australis, Poir.; Cupressus australis,
Desf.); N.O., Coniferz, B.Fl., vi., 237. Referred to in Muell.

Cens., p. 109, as Calltiris cupresstformis.

“Cypress Pine.” “Light Pine” of Western New South Wales.
*‘Tllawarra Mountain Pine.” ‘‘ Brorogery” of the aboriginals of Queens-
land. The ‘“ Oyster Bay Pine” of Tasmania.

The timber is.much used for telegraph posts, and by settlers
for building purposes. (Hill.) It is strong, durable, and close-
grained. A slab of this wood in the Technological Museum,
which has. been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a
weight which corresponds to 3g9lb. 50z. per cubic foot. Diameter,
12 to 18in.; height, 40 to soft.

South Australia to Southern Queensland.

544 AUSTRALIAN NATIVE PLANTS.

368. Frenela robusta, 4. Cunn., (Syn. F. propingqua, A. Cunn. ;

F. glauca, R.Br.; F. crassivalvis, Miq.; F. canescens, Parlat.;

F.. Gulielmt, Parlat.; Callitris robusta, R.Br.; C. propingua,

R.Br.; C. glauca, R.Br.; C. Pretsstt, Miq.); N.O., Conifere,

B.FI., vi., 237. Described in Muell, Cens., p. 109, as Callitris

verrucosa. (See var, verrucosa.)

‘Black Pine,” or “ Dark Pine,” of Western New South Wales. ‘* White,”
or ‘‘Common Pine.” ‘‘ Murrumbidgee,” or ‘“‘ Lachlan Pine.’ Called also
‘’Camphor-wood.” “ Marung” of the aboriginals of the Lake Hindmarsh
Station (Victoria).

This wood is used very generally in the southern and western
districts of New South Wales for flooring and weatherboards,
joists, ceilings, tables, and all sorts of furniture. It is very full of
knots, but polishes well, and shows to advantage, It is fragrant,
having a somewhat camphoraceous odour, varies much in colour
from a light to a dark brown, with often pinkish longitudinal
streaks, is often full of beautiful markings, is very durable, is in
ase for piles and sheathing of boats, as it resists, to a great extent,
the attacks of the Zeredo and white ants. Altogether, it is an
excellent wood. The variation in colouring of the timber is
emphasized by the names “ Light Pine” and “Black Pine,” both
of which are in use in the western districts, applied to this species.

Some samples of this timber, sent from Queensland to the
Colonial and Indian Exhibition, were thus reported on by
Mr. Allen Ransome: ‘‘ This wood varies in colour from a light
to a dark brown; it is straight-grained, durable, beautifully
figured, and easy to work. The wood worked admirably under
the action of the cutters, which left a perfectly smooth and glossy
surface. It shrinks and warps but little in seasoning.”

“Cypress Pine.—At a meeting of the N,S.W. Commission for
the Melbourne Centennial Exhibition, held yesterday, the import-
ance of having the Cypress, or Murray pine timber, prominently
exhibited in the coming-exhibition at Melbourne, was referred to.
A sample of black pine, which takes a beautiful polish, was shown,
and the statement made that this timber is the only one which is
known to resist the attacks of the white ant. For this valuable
quality it was sent.some fifteen months ago to Port Darwin

TIMBERS. 545:

for building the railway residences and stations on the Trans-
continental Railway between Port Darwin and Adelaide, after being.
properly tested by the S.A. Government to prove its white-ant
resisting qualities. Not only was the timber shipped for the
frames and flooring of the buildings, but the pine was made up.
into joinery (doors and casements) and office furniture by one of
our leading joinery firms here, with good effect. The many knots
in this class of pine is no detriment to its usefulness, as they do
not fall out, and when the wood is polished they give it a hand-
some appearance. We have learned that what promised to be an
important trade with the Northern Territory and with the islands
in the Straits, by supplying this white-ant resisting timber from our
large forests near Junee and Narandera, and also in the north, near
Tamworth, was destroyed by the cost of the timber being excessive.
through high rail carriage to Sydney, and having to send by
steamers to the northern ports; and the contractors for the Port
Darwin Railway, after trying to get a reduction in the railway
-freight to Sydney (almost equal to the first cost of the timber), ,
fell back upon islands in the Straits for their supplies.” —Sydney
Evening News, 28th February, 1888. It is highly probable that
the pine alluded to is referable to this species. Diameter, 18 to’
24in. ; height, 60 to 7oft.
Northern Australia, through Queensland, all round the
continent to North-west Australia.

369. Frenela robusta, var. microcarpa, 4. Cunn., (Syn. F.
microcarpa, A. Cunn.; . txtratropica, F.v.M.; F. columel-
larts, F.v.M.; F. Mooret, Parlat.; Callitris columellaris,
Han.) N.O., Coniferz, B.FI., vi., 237. Callitris columel-
Jaris in Muell. Cens., p. 109.

“White Pine,” ‘Cypress Pine,’ ‘‘Coorung-coorung” of the
aboriginals of Northern New South Wales. ‘ Pooragri” of those about
Brisbane. ‘‘ Coolooli” of those about Wide Bay (Queensland). ,

Timber brittle, soft, dark-coloured, fragrant, and silky; used.
for indoor work, and the root-stock for turning and veneers.
“Used for telegraph poles.” (Thozet.) It is also used for the.

2N

546 AUSTRALIAN NATIVE PLANTS.

piles of wharves, and the sheathing of boats, as it resists the
attacks of the Zeredo. Diameter, 18 to 20in.; height, 60 to 7oft.
New South Wales and Queensland.

370. Frenela robusta, var. verrucosa, 4. Cunz., (Syn. F. verrucosa,
A. Cunn.; £&. tuberculata, R.Br.; Callitris verrucosa, R.Br.;
C. tuberculata, R.Br.); N.O., Conifer, B.FL, vwij72a7
Included under Caliitris verrucosa, Muell. Cens., p. 109.
‘““Cypress Pine” of the Richmond and Clarence Rivers. ‘‘ Camphor-
wood.” It is known as ‘‘ Rock Pine” in Western New South Wales.
This tree yields a beautiful dark wood, suitable for cabinet-
making. It has a peculiar odour, from which circumstance it is
sometimes called ‘‘Camphor-wood,’ and it is said to be obnoxious
to insects. A sample of this timber was exhibited at the London
International Exhibition of 1862, and the figure was described by
the Jurors as “ of extraordinary beauty.”’ It is useful for telegraph
posts. ‘‘ Specific gravity, .691; weight of cubic foot of dried
wood, about 43lb. (Mueller.) A slab of this wood in the
Technological Museum, which has been seasoned over twenty-five
years (having been exhibited at the London International Exhibi-
tion of 1862), under the name of J. verrucosa var. levis, has a
weight which corresponds to 44lb. 70z. per cubic foot.
Northern New South Wales and Queensland.

371. Fusanus acuminatus, 2.27., (Syn. Santalum acuminatum,
A. DC.; S. Preissianum, Miq.; S. cognatum, Mig.); N.O.,
Santalacez, B.Fl., vi., 215. (Described in Muell. Cens., p.
64, as Santalum acuminatum.)

“ Bitter Quandong,” “Native Peach.” ‘ Gutchu”’ of the aboriginals
of the Lake Hindmarsh Station (Victoria).

Timber hard and close-grained, and emitting a very pleasant
fragance when freshly cut or re-worked, sap-wood of a creamy-pink,
heart-wood flesh coloured. It works splendidly, and is excellent
for cabinet-work. It takes a fine polish. Specific gravity, .828.

This being one of the woods by which the aboriginals of the
interior districts of New South Wales obtain fire, an account of
the method adopted by the natives of the Lachlan River, New
South Wales, to secure this may not be uninteresting. Two pegs

TIMBERS. © 547

are driven firmly into the ground about a foot apart, a slotted piece
of Quandong wood is then placed against these pegs, a small
wedge is tapped lightly into the groove to keep it open, and some
finely rubbed dry grass or bark fibre is placed in the groove or
slot, the native then sits down on the ground, and placing his
heels against the grooved piece opposite the pegs, holds it firmly
in position, and with a piece of Quandong wood shaped like a
paper-knife, rubs quickly and heavily across the groove where the
grass, etc., has been placed. The friction soon produces com-
bustion of the grass; the wedge is then tapped in order to open
the groove wider, the smouldering grass is shaken out into a ball
of dry grass ready for the purpose, and the whole waved back-
wards and forwards for a minute or two until the flame is
produced.

An account of a slightly different method of generating fire,
as practised by the aboriginals of Western New South Wales, is
given by P. Beveridge (Proc. R.S., N.S. W., 1883, p.67). For an
account of a microscopical examination of the wood, with drawings,
see Pharm. Journ. [3], xvi.. 759. Height, 20 to 30ft.

Queensland, New South Wales to Western Australia.

372. Fusanus persicarius, “\v.17., (Syn. Santalum persicartum,
F.v.M.); N.O., Santalacez, B.FI., vi., 216.
“Native Sandal-wood.”
A tall shrub or small tree, yielding a kind of sandal-wood.
Specific gravity, .749, according to one experiment by Mr. Osborne.
All the colonies except Tasmania.

373. Fusanus spicatus, ROBL., (Syn., Santalum spicatum, A.DC.;
S. cygnorum, Miq.); N.O., Santalacez, B.FIl., vi., 217.
(Described in Muell. Cens., p. 64, as Sanfalum cygnorum.)

“‘ Fragrant Sandal-wood.” (The fragrance is but slight.)

This sandal-wood forms an important article of export from
Western Australia, the amount exported in 1884 being valued at
429,960, of which this wood formed a considerable portion.
China is the chief market for it.

In 1849, 1,204 tons of Sandal-wood, valued at £10,711, were
shipped from Western Australia. The merchants bought it for

548 AUSTRALIAN NATIVE PLANTS.

shipment at £6 to £6 10s. per ton. Now, the Sandal-wood
trees of any size within a radius of 150 miles of Perth have been cut
down, and little can be obtained, except at a great distance. In
1876, 7,000 tons were exported, of the estimated value of £70,000.
The amount exported in 1879 (chiefly to China and Singapore)
was 4,700 tons, valued at £47,000. (See also Musanus.)

At the London International Exhibition of 1862, a fine log of
sandal-wood, weighing 43cwt., was shown from the Blackwood
River, Western Australia; and another, 3ft. 6in. long, by ruin.
diameter, from York. Height, up to 3oft.

Southern and Western Australia.

OTA. Garuga floribunda, DC., N.O., Burseracez, B.FI., i., 377.

Wood tough, close-grained, firm, and easy to work ; colour,
grey. This plant is not endemic in Australia.
Northern Australia.

2715. Geijera Muelleri, extham, (Syn. Coatesta paniculata,

F.v.M.); N.O., Rutacez, B.FI., i., 364.

“Balsam of Copaiba,” or ‘‘Capivi Tree.”

The timber is nicely marked, and of an agreeable fragrance
when green. (Hill.) It has a beautiful, dark-clouded heart-wood,
the rest of a light colour, all hard and close-grained, and would
suit well for cutting into veneers for cabinet-work. (Cat. Queens-
land Woods, Col. and Ind. Exh., 1886.) Diameter, 12 to 13Iin. ;
height, 40 to 6oft.

Queensland.

376. Geijera parviflora, Lindl., (Syn. G. pendula, Lindl.); N.O.,

Rutacez, B.FI., i., 364. :

‘“‘ Wilga,”’ adopted by the colonists from the aboriginal name. Called
also ‘‘ Dogwood ” and “ Willow.”

The timber is light-coloured, hard, close-grained, and has an
agreeable fragrance ; it is, however, apt to split in seasoning, and
is liable to gum-veins. It is used for the naves of wheels, blocks,
etc. Mr. G. S. Home, however, calls it a useless timber, and says
the trees cannot be killed by ringing. Diameter, 6 to 12in.;
height, 20 to 30ft.

All the colonies except Tasmania.

TIMBERS. : 549

377- Geijera salicifolia, #.v.4Z,, (Syn. G. latifolia, Lindl.) ; N.O.,
Rutacez, B.FI., i., 364.

“Balsam of Copaiba Tree” (the name given on account of the taste of
the bark). ‘‘ Wilga” is a common name. Called ‘‘ Koko” by some
Queensland aboriginals. .

Wood close, tough, firm, light brown in colour, and nicely

marked. It may be found useful for wood-engraving. It has no
dark heart-wood. It polishes fairly well, but it is apt to split, and
is somewhat difficult to dress down to an absolutely even surface.
It is rather heavy.

Mr. G. S. Home informs me that in the Lachlan district this
timber is not considered to have any economic value, but it is a
handsome tree, with long leaves and pendent branches. It is said
to be the only tree in the district that ants will not climb, conse-
quently a workman, where possible, always leaves his swag on its

branches, and it remains free from their attacks. A slab of this
wood in the Technological Museum, which has been seasoned
over twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), has a weight which corresponds to
59lb. 50z. per cubic foot. Diameter, 10 to 15in.; height, 30 to

4oft.
New South Wales and Queensland.

378. Gmelina Leichhardtii, 7.v.dZ, (Syn. Vitex Leichhardtit,
F.v.M.; and (?) Zectona australis, Hill); N.O., Verbenacez,
B.FL., v., 66.

“Beech,” or “ White Beech.” ‘“Binburra’’ of the aboriginals of
Northern New South Wales; “ Cullonen” of those of Queensland.

A very useful timber, strong, durable, and easily worked ;
it does not expand in damp, or contract in dry weather, if
moderately seasoned, hence it is much prized for the decks of
vessels and the flooring of verandahs. It is light coloured, and
is useful for turning. ‘It is now cultivated in Queensland for
commercial purposes.’’ (Mueller.) It is close-grained, and not
easily attacked by white ants.

Speaking of this wood, Mr. W. Bauerlen writes to me: ‘I
have just seen a staircase, and eleven months ago the tree from
which the wood was taken was growing in a forest. It was cut

550 AUSTRALIAN NATIVE PLANTS.

and worked at once, green as it was, and up to the present no sign
of shrinking or cracking can be seen.” It warps neither in plank
nor in log. It is used also for floats of mill wheels. It works
excellently, and though plain, and not very ornamental, it is one of
the most useful of Australian timbers. A slab of this wood in
the Technological Museum, which has been seasoned over twenty-
five years (having been exhibited at the London International
‘Exhibition of 1862), has a weight which corresponds to 36lb. per
cubic foot. Diameter, 24 to 42in.; height, 80 to 12oft.
New South Wales and Queensland.

379. Gmelina macrophylla, Benth., (Syn. Vitex macrophylla,
R.Br.; V. Dalrympleana, F.v.M.; Ephielis simplicifolia,
Seem.) ; N.O., Verbenacez, B.FI., v., 65.

“A tall tree.” Wood close-grained, the outer, or sap-wood,
prominently marked, of a pretty purple colour, the rest grey; a
useful timber for flooring boards and planking, the timber closely
resembling that of G. Letchhardht. (Cat. Queensland Timbers,
Col. and Ind, Exh., 1886.)

Queensland and Northern Australia.

380. Graptophyllum Earlii, 7.v.17., (Syn. Larlia excelsa, F.v.M.;
Thyrsacanthus Earlii, F.v,M.); N.O., Acanthacez, B.FI1.,
IV!) 15516
This is probably the largest tree in this naturai order.
Wood flesh coloured, becoming brown towards the centre, very
hard, tough, and close-grained. Diameter, 3 to 6in.; height,
15 Loses it.
Queensland.

381. Grevillea gibbosa, #.27., (Syn. G. glauca, Knight); N.O.,
Proteacex, B.F1., v., 463.

A tree of very variable size. Wood dark-brown, prettily
marked, close-grained, and hard; of a greasy nature, which
prevents it showing well: when polished. (Cat. Queensland
Timbers, Col. and Ind. E-xh., 1886.) ;

Northern Australia and Queensland.

TIMBERS. 551

382. Grevillea Hilliana, #.v.d/,, N.O., Proteacee, B.FI., v., 463.
“Silky Oak.” ‘“ White Yiel Yiel.”

Timber hard, durable, and beautifully grained; used for
coopers’ work, cabinet-work, veneers, etc. Diameter, 2 to 3ft.;
height, 50 to 6oft.

Northern New South Wales and Queensland.

383. Grevillea polystachya, R. Br., (Syn. G. parallela, Knight ;
G. polybotrya, F.v.M.); N.O., Proteacex, B.FI., v., 459.
Wood red, hard, close-grained, and durable, prettily marked,

suitable for cabinet-work. (Caf. Queensland Timbers, Col. and

Ind. Exh., 1886.) Height, about 3oft.

Queensland and Northern Australia.

384. Grevillea robusta, 4. Cunn., (Syn. G. umbratica, A. Cunn.);

NO} Proteaces,, B.FI:, v., 459.

_ “Silky Oak.” “ Warra-garria ” of the aboriginals of the Richmond
and Clarence Rivers ; ‘‘ Tuggan-tuggan” of those of Queensland.

The wood is extensively used for the staves of tallow casks,
and is, in consequence, becoming scarce. It is much in repute
for cabinet-work and lining of houses. It is elastic and durable.
The tree resists drought in a remarkable degree. (Mueller.) Of
all the Australian trees grown on Ceylon estates Grevillea robusta
seems the most promising. (Zyropical Agriculturalist, Dec.,
1885.)

Although distinctly a pretty wood, yet on account of its light-

-ness of colour it has not the same richness of appearance of many
other Proteaceous timbers. It is moderately hard, and works well.
Where knots are present, they are not ‘“‘ dead” or loose, but are
themselves prettily marked, and add much to the beauty of polished
specimens of the wood. Two slabs of this wood in the Techno-
logical Museum, which have been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of
1862), have weights which correspond to 38lb. 140z. and 36]b.
20z. respectively per cubic foot. In the Sydney Mint experiments,
1860, the specific gravity is given at .564, equivalent to a weight

of 35lb. 40z. per cubic foot. Diameter, 24 to 36in.; height, 70
‘to 8oft.
New South Wales and Queensland.

552 AUSTRALIAN NATIVE PLANTS.

385. Grevillea. striata, 2.2r., (Syn. G. lineata, R.Br.); N.O.,
Proteacez, B.FI., v., 462.
** Beef-wood’’ and “Silvery Honeysuckle.” The ‘‘ Turraie” of some
‘ Queensland, aboriginals.

The timber is hard, close-grained, and prettily marked ; it.
takes a good polish, and is used for furniture, cabinet and fancy
work,.fencing, etc. It takes its vernacular name from its resem-
blance to raw beef. About Wilcannia, New South Wales, it is
considered the very best in the district for furniture and fencing
‘posts. It lasts well in the ground when split, but not in round
posts. Diameter, 18 to 20in.; height, 40 to 5oft.

South Australia, New South Wales, Queensland and Northern
Australia.

386. Grewia latifolia, 2.2r., (Syn. G. Richardiana, Hook.) ;
N.O., Tiliaceze, B.FI., i., 271.
Wood hard, close-grained, and takes a good polish. Diameter,

‘6 to 8in.; height, 10 to 2oft.
New South Wales and Queensland.

387. Guettardella (Guettarda) putaminosa, 7.2.17, (Syn. Bobea
putaminosa, F.v.M.; Zimontus putaminosus, F.v.M.); N.O.,
Rubiacez, B.FI., iii., 419.

Wood of a light-yellowish colour, quite equal to Box; the
grain is close, and it may prove suitable for engraving. (Caz.
‘Queensland Timbers, Col. and Ind. Exh., 1886.)

Queensland.

388. Guettardella (Guettarda) speciosa, Zzzn., (Syn. Cadamba

jasminiflora, Sonn.) ; N.O., Rubiacez, B.FI., iii., 419.

‘A coarse shrub, attaining 5 or 6ft.” The wood is yellow,
with a tinge of red. The weight of an Andaman Islands
‘specimen gave 4glb. per cubic foot. (Gamble.)

Queensland and Northern Australia.

389. Gyrocarpus J acquini, Roxb., (Syn. G. americanus, Jacq.; G.
astaticus, Willd.; G. acuminatus, Meissn.; G. sphenopterus,

TIMBERS. | 553

R.Br.;. G. rugosus, R.Br.);).N,O., Combretacez, B.FI.,
ii., 505. G. americanus in Muell. Cens., p. 51.
“$A tall tree.”’ The wood is very light, soft, and white, and
‘is much used in parts of India for making light boxes and toys;
jt takes paint and varnish well. It is preferred before all other
woods for making catamarans. (Roxburgh.) In old trees the
cheart of the trunk is often found decayed, after the manner of
willows. The weight is 23lb. per cubic foot. (Gamble.)
‘Queensland and Northern Australia.

390. Hakea dactyloides, Cav., (Syn. A. nervosa, Knight; JZ.

Serruginea, Lodd.; Banksia dactyloides, Gertn.; B. oleifolia,

Salisb. ; Conchium dactyloides, Vent.; C. mervosum, Smith);
NO. Proteaces, B.F1., V., 524.
Occasionally called ‘* Turmeric.”

- Timber hard and close-grained ; used for cabinet-work and
turnery, but is usually but a shrub. Diameter, gin.; height, 30
to 4oft.

New South Wales and Queensland.

391. Hakea leucoptera, R.Br. (For botanical synonyms see p.
fe .O:, Proteaces, B.FI., v5 515.
“Pin Bush,” “* Needle Bush,” ‘‘ Water Tree,” and “‘ Beef-wood.”
This timber is coarse-grained and soft ; it takes a good polish,
sand is sometimes used for tobacco pipes, veneers, etc. Specific
gravity, 818. (Mueller.) Mr. G. S. Home also directs my atten-
‘tion to the use of this timber out west for tobacco pipes, cigarette
holders, etc., it being considered particularly good for this
“purpose. Diameter, 4 to 6in.; height, up to 25ft.
All the colonies except Tasmania and Western Australia.

-392. Hakea lorea, 2.Br., (Syn. Grevillea lorea, R.Br.) ; N.O..
Proteacez, B.FI., v., 496.
Called “‘ Cork Tree” in the interior, in allusion to its rugged bark.
This interior tree is rather rare, but the timber is much prized
‘for bullock yokes, being very strong and durable..
New South Wales, Queensland and Northern Australia. .

554 AUSTRALIAN NATIVE PLANTS.

393. Hakea pedunculata, “v.J7., N.O., Proteacez, Melbourne
Chemist and Druggist, July, 1883.
Wood dark brown, close in the grain, hard, tad nicely
marked. (Cat. Queensland Timbers, Col. and Ind. Exh., 1886.)
Endeavour River, Queensland.

394. Halfordia drupifera, F.v.M., N.O., Rutaceze, Muell. Cens.,

Dp. 2.
‘‘ Boogogin”’ of the aboriginals of Northern New South Wales.

This wood is yellow, hard, tough, and durable. Diameter,
18 to 24in.; height, go to rooft.
New South Wales and Queensland.

395. Harpullia pendula, Planch., N.O., Sapindacez, B.FI.,

1047 ie
“ Tulip-wood.” ‘ Mogum-mogum” of the aboriginals of Northern
New South Wales.

The wood is close-grained, firm, and beautifully marked
with different shades from black to yellow, and, therefore, much
esteemed for cabinet-work. It is also possibly a useful wood for
engraving. The outer, or lighter coloured wood is very tough
and easily worked. It is said to be the best in Australia for
lithographers’ scrapers. Diameter, 14 to 24in.; height, 50 to 6oft.

Northern New South Wales and Queensland.

396. Hedycarya anoustifolia, A. Cunn., (Syn. H. Cunninghamiz,
Tulasne; H. dentata var. australasica, Sond.; H. austra-
lasica, A.DC.; H. pseudomorus, F.v.M.) ; N.O., Monimiacez,
B.Fl., v., 291. H. Cunninghamit in Muell. Cens., p. 3.
“Native Mulberry,” ‘Smooth Holly.” Formerly called ‘ Djelwuck ”

by the Yarra (Victoria) aboriginals.

“A tall shrub or small tree.” The wood is very light, close-
grained, and tough. It is quite fit for cabinet-work. Mr.
Bauerlen reports : “‘I have learnt from some aborigines (Southern
New South Wales) that this wood was preferred by them and
their forefathers to any other for the purpose of obtaining fire by
friction.” Mr. Brough Smyth has anticipated this (p. 34, Proc.
R.S. Victoria, Vol. vi., 1861-4). He exhibited some fire-sticks

TIMBERS. 555

from the Western Port Ranges of Victoria, and said: “ Fire is

produced by laying one piece of wood against the other at right

angles and twisting it rapidly. Fire. is sometimes obtained in

thirty seconds.” The aboriginals also use it for spear-ends.
Victoria, New South Wales and Queensland.

397- Helicia ferruginea, “v.47, N.O., Proteacex, B.FI1., v., 405.

“A moderate-sized tree.” Wood of a pinkish colour, nicely
marked, close-grained; will be useful to coopers as well as
to cabinet-makers. (Ca/. Queensland Timbers, Col. and Ind.
Exh., 1886.)

Northern New South Wales and Queensland.

398. Hemicyclia australasica, Wuel/. Arg., (Syn. H. sepiaria var.
australasica, F.v.M.) ; N.O., Euphorbiacez, B.FI., vi., 118.

Timber hard, firm, and close-grained; probably of use for
turnery and wood-engraving. It is yellow when fresh, turning to
greyish-yellow when dried. Diameter, 18 to 24in.; height, 40
to 5oft.

Northern New South Wales and Queensland.

399. Heritiera littoralis, Dryand., (Syn. H. minor, Lam.);
Balanopteris Tothtla, Gertn.; B. minor, Gertn.); N.O.,
Sterculiacez, B.FI., i., 231.

“Red Mangrove” of Queensland. ‘‘Sundri” of India. The ‘‘ Looking-
glass Tree”’ of English gardeners.

“A tree attaining a considerable size.’ Wood firm, close-
grained, of a dark colour. (Kurz, however, speaks of it as rather
light and loose-grained.) Gamble gives its weight at 65lb. per
cubic foot when dry, and Schlich at as much as 102Ib. when wet.
It is durable, and extremely tough. It is used in India for a great
variety of purposes, such as beams, buggy shafts, planking, posts,
furniture, firewood, but chiefly in boat building, for which purpose
it is very extensively used in Calcutta. (Gamble.)

Queensland and Northern Australia.

400. Hernandia bivalvis, Bexth., N.O., Laurinez, B.FI., v., 314.

““ Grease Nut.” ‘‘ Cudjerie” of the aboriginals.

550 AUSTRALIAN NATIVE PLANTS.

Wood of a dark grey colour, grain close, light, and soft;
suitable for carriage brakes, lining boards, and similar uses. (Caz.
Queensland Timbers, Col. and Ind. Exh., 1886.)

Queensland.

_ 401. Heterodendron diversifolium, /.v.J7., N.O., Sapindacez,
B.F1., i.; 469.
Wood of a reddish colour, and finely grained. Its great
_ strength renders it fit for pick handles. Hill.) Itis of a lovely
dark rosewood colour. Diameter, 3 to 8in.; height, 6 to 8ft.

New South Wales and Queensland.

402. Heterodendron olecfolium, Desf, N.O., Sapindacex, B.FI.,

i., 469.

‘Emu Bush.” “ Jiggo” of the Murrumbidgee aboriginals (New South
Wales). ‘‘ Behreging”’ of some other aboriginals.

A tall shrub. Timber very hard and heavy; used for rollers
and rolling pins. It is of a yellowish colour, with a black or dark
brown heart. It might be suitable for wood-engraving. Specific
gravity of wood, .858. (Mueller.)

All the colonies except Tasmania.

403. Hibiscus heterophyllus, Vew/., (Syn. H. grandifiorus,

Salisb.); N.O., Malvacez, B.FL., i., 212.

“Green Kurrajong.” ‘‘ Dtharang-gange’’ of some New South Wales
aboriginals.

A tall shrub. Wooda pale yellow colour, and with open grain,

smooth, and tough; suitable, probably, for making musical instru-

ments, as it is a good conductor of sound. . (Cat. Queensland
Woods, Ind. and Col. Exh., 1886.) It is a mostinferior wood. It
-Iblackens with age, warps and splits greatly, is very porous, and
has no figure. ~A slab of this wood in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a
weight. which corresponds to 28lb. 70z. per cubic foot.

New South Wales and Queensland.

TIMBERS. 557

404. Hibiscus tilaceus, Z22., (Syn. Paritium tilaceum, St. Hil.) ;

N.O., Malvacezx, B.FI., i., 218.

‘Cotton Tree.” ‘ Talwalpin” of the aboriginals.

A small tree. Wood close-grained; colour, invisible (s7c)
green; beautifully marked, easy to work, and takes a good polish;
supposed by some to resemble Pollard Oak. (Cat. Queensland
Woods, Ind. and Col. Exh., 1886.) It is not used in India
except for fuel. Weight, 35 to 38lbs per cubic foot. (Gamble.)

New South Wales, Queensland and Northern Australia.

405. Hodekinsonia ovatiflora, 7:v.d7,, N.O., Rubiacex, B.FI.,

420.

“Larribie” of the aboriginals of the Richmond and Clarence Rivers
(New South Wales).

Wood firm, close-grained, pretty, and light coloured to white.
Some specimens remind one of Boxwood, except that they are
more dead-looking than that wood. It isavery nice wood to work,
but has no figure to speak of. A slab in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a.
weight which corresponds to 45]b. 1102. per cubic foot. Diameter,
6 to 12in.; height, 12 to 16ft.

New South Wales and Queensland.

406. Homalium vitiense, Bexch., (Syn. H. alnifolium, F.v.M.);.

N.O., Samydacez, B.F'1., iii., 3 10.

Wood white, close-grained, and durable; may prove useful for
wheelwrights’ work. (Thozet.) ‘Diameter, 12 to 24in.; height,
50 to 7oft.

Queensland.

407. Hormogyne cotinifolia, 4. DC., (Syn. Sersalista cotinifolia,

F.v.M.);.N.O., Sapotacee, B.FI., iv., 284.

“A straggling, or diffuse shrub.” Wood of a dark yellow
colour, close in the grain, and very hard. (Cat. Queensland Woods,.
Col. and Ind. Exh., 1885.)

New South Wales and Queensland.

558 AUSTRALIAN NATIVE PLANTS.

408. Hovea acutifolia, 4. Cunn., N.O., Leguminose, B.FI., ii.,
174:
A tall shrub. Wood close-grained, yellow, and firm.
New South Wales and Queensland.

409. Hovea longipes, Zenth., (Syn. H. letocarpa, ae WOR
Leguminosz, B.FI., ii., 174.

A tall shrub. Wood of a dark yellow colour, close-grained,
and very hard.
Northern New South Wales and Queensland.

410. Hymenanthera dentata, 2.2r., (Syn. H. Banksii, F.v.M.) ;
N.O., Violacez, B.FI., i., 104.

A shrub. The wood is of a bright yellowish colour, and
exceedingly hard. It somewhat resembles ordinary Boxwood in
appearance.

Tasmania, Victoria and New South Wales.

pe Hymenosporum flavum, [.v.dZ,, (Syn. Pittosporum flavum,
Hook.); N.O., Pittosporez, B.FI., i., 114.
“‘Wollum-wollum ” of the aboriginals of Northern New South Wales.
Timber close-grained, and firm, but easily wrought. It will,
perhaps, be useful for wood-engraving. Diameter, 18 to 24in. ;
height, 50 to 6oft.
New South Wales and Queensland.

412. Ixora pe eaes DC., (Syn. LZ. Klanderiana, F.v.M.); N.O.,
Rubiacez, B.FI., iii., 415.

Wood of a light colour, close in the grain, hard, and tough.
It is not endemic in Australia.
Queensland and Northern Australia.

413. Jacksonia scoparia, 2.2r., (Syn. 7. macrocarpa, Benth. ;
Vimtnaria Se a Link.) ; N.O., Leguminosz, B.FI., ii.,
59:

“Dogwood.” ‘“ Mountangarra” of some Eastern Australian abori-
8
ginals,

TIMBERS. 559

This wood emits a most offensive odour when burning, hence
its vernacular name. Only timber of very small diameter can be
obtained, and even this is usually rent and shaken. Two slabs in
the Technological Museum, which have been seasoned over
twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), have weights which correspond to
551b. 40z. and 56lb. 70z. respectively per cubic foot. It is of a
dark yellowish or brown colour, and polishes very well. This tree
is an indication of poor soil. Diameter, 3 to 4in.; height, 10 to

12ft.
New South Wales and Queensland.

414. Kentia minor, v.42, (Syn. Bacularia minor, F.v.M.) ; N.O.,
Palme, B.FI., vii., 137.
The stems are in repute for walking-sticks. Diameter, iin. ;
height, 5 or 6ft.
Queensland.

415. Kentia monostachya, Fv.M., (Syn. Areca monostachya,
Mart.; Linospadix monostachyus, Wendl.; Bacularia monos-
tachya, F.v.M.); N.O., Palmez, B.FI., vii., 136. Bacularta
monostachya in Muell. Cens., p. 120.

“Walking-stick Palm.”
This slender palm is much in request for walking canes and
umbrella handles. Diameter, 1 to 2in.; height, 6 to 12ft.
Northern New South Wales and Queensland.

416. Kermadecia pinnatifida, Zac/., N.O., Proteacex, Cas.
Queensland Woods, Col. and Ind. Exh., 1886. (Bailey.)
Wood of a pinkish colour, close in grain, and very prettily

marked ; useful to coopers and cabinet-makers. (Ca/. Queens-

land Woods.)
Johnstone River, Queensland.

417. Kibara longipes, Benth., (Syn. Mollinedia longipes, F.v.M.
non Benth.) ; N.O., Monimiacez, B.Fl., v., 289. /ollinedia
_longipes in Muell. Cens., p. 3.

560 AUSTRALIAN NATIVE PLANTS.

* A tree of considerable size.” Wood straw coloured, close
in grain, hard, and nicely marked. (Ca¢. Queensland Woods, Col.
and Ind. Exh., 1886.)

Queensland.

418. Kunzea peduneularis, 7.0.32, (Syn. &. leptospermotdes,
F.v.M.; Backea phylicordes, A. Cunn.); N.O., Myrtacez,
B-FI., ili, 115.
‘“*Mountain Tea-tree.” Formerly called ‘‘Burgan” by the Yarra.

(Victoria) aboriginals.

The wood of this small tree was used by the Yarra (Victoria)
aboriginals for goyjums (kangaroo spears), breapang or warra-
warras (fighting-sticks with bead-ends), gudjerons (waddies or
clubs), wankins (fighting boomerangs).

Victoria and New South Wales.

419. Lagerstreemia Archeriana, Baz7., Syn. Queensland Flora
(Bailey) ; N.O., Lythrariez.
Wood firm, and of a brown colour.
Palmer River, Queensland.

420. Lacunaria Patersoni, Doz., N.O., Malvacez, B.FI., i., 218.
“Tulip Tree.” ‘* White Oak.” ‘“‘ White Wood.”
Timber white, close-grained, easily worked, and used for
building purposes. Diameter, 18 to 30in.; height, 40 to 6oft.
New South Wales and Queensland.

42i. Laportea gigas, Wedd., (Syn. Urtica gigas, A. Cunn.;
Urera rotundifolia, Wedd.; U. excelsa, Wedd.); N.O.,
Urticeze, B.F]., vi., 191.

“Giant Nettle Tree.” ‘‘Irtaie”’ of the aboriginals of the Richmond
and Clarence Rivers (New South Wales). ‘ Goo-mao-mah” of those of
Queensland.

Wood spongy, brownish, soft, and of no use. It can be
torn away with the finger-nail with the greatest facility, and nothing
approaching a smooth surface can be given to it. The same
remarks apply to Z. photintphylla. Two slabs in the Techno-
logical Museum, which have been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of

TIMBERS. 561

1862), have weights which correspond to 16lb. 40z. and 17\b.
10 Oz. respectively per cubic foot. Height, 80 to rooft.
New South Wales and Queensland.

422. Laportea photiniphylla, Wedd:, (Syn. Urtica photiniphylia,
A. Cunn.; Fleurya photiniphylia, Kunth); N.O., Urticez,

BEN. Vi,, 192.
‘© Small-leaved Nettle.”

Wood very soft and brownish. It might possibly be utilized
for floats for fishing-nets. A slab in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a
weight which corresponds to 13lb. 140z. per cubic foot. Height,
about 6oft.

New South Wales and Queensland.

423. Leptospermum abnorme, v.47, (Syn. Kunzea brachy-
andra, F.v.M.); N.O., Myrtacez, B.FI., iii., 109.

A tall shrub. Wood of a dark colour, hard, heavy, and
close-grained.
New South Wales, Queensland and Northern Australia.

424. Leptospermum flavescens, Syzth, (Syn. L. polygalifolium,
Salisb.; Z. Thea, Willd.; Z. ¢uberculatum, Poir.; Melaleuca
trinervia, White; J2. Thea, Wendl.); N.O., Myrtacez,
BF ., ii1., 104.

“Tea-tree.’ A name given more or less to species of this genus,
though not to this genus alone.

Wood hard and close-grained, tough, and light coloured.
This species is not endemic in Australia. Diameter, 5 to 8in.;
height, 15 to 2oft.

All the colonies except South and Western Australia.

425. Leptospermum lanigerum, Swzsh, (Syn. LZ. australe, Salisb.;
Melaleuca trinervia, White); N.O., Myrtacez, B.FI., iii., 106.
“Tea-tree”’ (from the leaves having been used as a substitute for tea

by Captain Cook’s saiiors). ‘* Woolerp,” or ‘‘ Woolip ” of the aboriginals.
of Coranderrk Station (Victoria). ‘‘Punnun.”’ of those of Lake Condah.

20

562 ' AUSTRALIAN NATIVE PLANTS.

A tall shrub or small tree. The wood is hard, heavy, and
durable when not exposed to atmospheric influences. The
natives of the Port Lincoln district (S.A.) used to make spear
handles of the stems of species of Lepfospermum. They would
heat them in hot ashes, then bend and sharpen them. (Wilhelmi,
Proc. R.S., Vict., 1860, p. 169.) The Yarra (Victoria) blacks
used to make goyjums (kangaroo spears) of this wood.

All the colonies except Western Australia.

426. Leptospermum myrtifolium, Sved., (Syn. Z. multicaule,
A. Cunn.); N.O., Myrtacez, B.FI., iii., 108. .

Wood close-grained, tough, and dark in colour. Height,
8 to 1oft.
All the colonies except South and Western Australia.

427. Leucopogon lanceolatus, 2. Brown, (Syn. L. australis, Sieb.
non R.Br.; Z. Cunninghamit, DC.; L. affinity eee
Styphelia lanceolata, Smith; S. affints, Spreng.); N.O.,
Epacridez, B.FI., iv., 185. Styphelia lanceolata in Muell.
Cens;, Pp: 105.

Wood hard, close-grained, and beautifully marked. Diameter,
3,to 6in.; height, 12 to 15ft.
All the colonies except South and Western Australia.

428. Leucopogon melaleucoides, A. Cunn., (Syn. L. lintfolius,
A. Cunn.; Styphelia linifolia, F.v.M.); N.O., Epacrideze,
B.FI., iv., 207. Sétyphelia lindfolia in Muell: Cens., p. 106.

A shrub. Wood of a rather dark colour and nicely marked,
hard, and close in the grain.
New South Wales and Queensland.

429. Leucopogon Richei, #.2r., N.O., Epacridez, B.FI., iv., 186.
For botanical synonyms, see p. 38. Styphelia Riche in
Muell. Cens., p. 105.

The wood of full-grown shrubs is of a deep orange colour,
inclining to red, hard, dense, close-grained, exceedingly heavy ;
used for the knees of boats. The tortuous and rough-barked

TIMBERS. 563

branches are well adapted for rustic work. (Guilfoyle.) Height,
4 to 15ft.
All the colonies.

430. Licuala Muelleri, Ved/., (Syn. Livistona Ramsayi, F.v.M.);
N.O., Palmez, B.FI., vii., 145.

The wood, or the outer hard portion of the stem of this palm
is hard, and marked with narrow black. lines.
Queensland.

431. Litseea dealbata, ees, (Syn. Zetranthera dealbata, R,Br.);

N.O., Laurinex, B.FI,,. v., 307.

“ Pigeon-berry Tree.” ‘‘ Native Mulberry.” ‘‘ Black Ash.”

Timber fragrant, close-grained, tough, and sound; used for
indoor work. In colour, it is yellowish, with numerous short,
brown, longitudinal streaks. Diameter, 24 to 36in.; height, too
to 150ft. ;

New South Wales and Queensland.

432. Litsea ferruginea, &.27., N.O., Laurinez, p. 426, Synop.
Queensland Flora (Bailey).
Wood pale yellow, light, close-grained, and easily worked.
(Cat. Queensland Timbers, Col. and Ind. Exh., 1886.)
’ Queensland.

433. Livistona australis, J/art, (Syn. Z. inermis, Wendl.;

Corypha australis, R.Br.); N.O., Palmez, B.FI., vii., 146.

“ Cabbage Tree,” or ‘‘ Cabbage Palm.”

Wood, or outer part of the stem, moderately hard and of a
light colour. It is occasionally used for walking-sticks, slabs for
buildings, or the trunks are hollowed out for pig troughs. Diameter,
12 to 18in.; height, 100 to 130ft.

Victoria, New South Wales and Queensland.

434. Livistona humilis, 2.8r., (Syn. Z. Zeichhardtit, F.v.M.);
N.O., Palmez, B.F1., vii., 146.

564 AUSTRALIAN NATIVE PLANTS.

The wood, or the outer portion of the stem, is hard, and of a
light colour; the inner portion is soft and useless. Height, 10 to

15ft.
Northern Australia.

435. Livistona inermis, &.27., N.O., Palme, B.FI., vii., 146.
‘“Cabbage Palm.” ‘* Partridge-wood.”

The outer portion of the trunk of this tree is very hard,
beautifully marked, and takes a good polish. In colour, it is light-
. grey, streaked with a darker colour. Diameter, 12 to 15in.;
height, 14 to 4oft.

Northern Australia.

436. Lomatia ilicifolia, ”.2r., (Syn. Z. Frazer’, R.Br.; Emboth-
rium tlicifolium, Poir.); N.O., Proteacez, B.FI., v., 536.
‘Native Holly.”

A shrub, with a light and very hard wood. It has a beautiful
small figure, and works well. Specific gravity of dry wood (one
experiment), .678. (Mueller.)

Victoria and New South Wales.

437. Lomatia longifolia, R.Br., (Syn. L. angustifolia, Schnitzl. ;
Embothrium myricoides, Gertn.; L£. longifolium, Poir.;
Tricondylus myricefolius, Knight) ; N.O., Proteacez, B.FI.,

Vee Sie

‘* Mountain Beech.”

A light coloured wood, very hard, with a beautiful small
figure; works well for turnery. (¥urors’ Reports, London
International Exhibition, 1862.) Height, 8 to toft.

Victoria and New South Wales.

438. Lonchocarpus Blackii, Benth., (Syn. Millettia Blackit,
F.v.M.); N.O., Leguminose, B.F1., ii., 271.

““A tall woody climber.” Wood very stringy, dark brown,
and porous. (Cat. Queensland Woods, Col. and Ind. Exh., 1886.)
New South Wales and Queensland.

439. Lucuma sericea, Zenth. ef Hook., (Syn. Szderoxylon
sericeum, Ait.); N.O., Sapotacez, B.FI., iv., 279.

TIMBERS. 565

“A tree of stunted growth.” Wood light yellow, somewhat
resembling Birch; close in the grain, and firm; useful for cabinet-
work. (Cat. Queensland Woods, Col. and Ind. Exh., 1886.)

Queensland and Northern Australia.

440. Lumnitzera coccinea, Wight, (Syn. L. littorea, Voigt.); N.O.,
Combretacez, B.F1., ii., 503.
“ A bushy shrub or small tree.’” The wood is blackish, hard,
and durable. It is used in Fiji for various purposes. (Seemann.)
Queensland.

441. Lumnitzera racemosa, Wed/d., (Syn. Petaloma alternifolia,

Roxb.); N.O., Combretacez, B.FI., ii., 504.

A native name is “ Karkin.”

‘“A tree or tall shrub,’ Wood of a pinkish-grey colour, and
prettily marked, hard, and close in the grain. ‘‘It has a strong
and durable wood, is used for house posts in India, and in
Calcutta for fuel, of which it furnishes a large portion of the
supply.” (Roxburgh.) Diameter, 2 to 6in.; height, 10 to r5ft.

: Queensland and Northern Australia.

442. Lysicarpus ternifolius, #.v.JZ., (Syn. Zristania angustifolia,
Hook.; JJetrosideros ternifolia, F.v.M.); N.O., Myrtacez,
B.F1., iii., 267. Metrosideros ternifolia in Muell. Cens., p. 59.

‘Tom Russell’s Mahogany.”

Timber hard, heavy, elastic, and prettily marked; used for
cabinet-work, but more particularly for piles, bridges, railway
sleepers, etc. Diameter, 18 to 24in.; height, 40 to 5oft.

Queensland.

443. Maba fasciculosa, #.v.1/., N.O., Ebenacez, B.FI., iv., 290.

“A tall tree.” Wood of a light colour, with black specks or
streaks, close-grained, strong, and elastic ; suitable for carving or
wood stamps. (Cat. Queensland Timbers, Col. and Ind. Exh.,
1886.)

New South Wales and Queensland.

566 AUSTRALIAN NATIVE PLANTS.

444. Maba geminata, #.2r., N.O., Ebenacez, B.FI., iv., 2g.

The wood is hard and tough, heavy, and elastic. It is black
towards the centre, and bright red towards the bark. ’ (Thozet.) It
takes a high polish. and is recommended for veneers. The black
portion is a fairly good substitute for ebony. Diameter, 9 to 12in.;
height, 50 to 6oft.

Queensland and Northern Australia.

445. Maba humilis, #.27., (Syn. J. ie R.Br.) ; N.O.,
Ebenacez, B.FI., iv., 291.
‘““Ronone” of some Queensland -aboriginals. ‘‘ Thankoin” and
** Mogiore”’ are names by which this tree is known to the aboriginals of the
Cloncurry River (North Queensland).

‘« A bushy shrub or small tree.”” Wood, with the outer part,
white and pink; the centre black, hard, and very tough; 4 useful
cabinet wood. It is used for mallet and chisel handles. Diameter,
5 to 12in.; height, 20 to 3oft.

Opeaiiond and Northern Australia.

446. Macadamia ternifolia, /.v.JZ., (Syn. Helicia ternifolia,

F.v.M.); N.O., Proteacez, B.FI., v., 406.

* Queensland Nut.” ‘* Kindal-kindal ”’ of the aborigines.

A small tree. Wood firm, fine-grained, and takes a good
polish. It is of a reddish colour, and used for staves, cabinet-
work, veneers, shingles, and bullock yokes.

Northern New South Wales and Queensland.

447. Macaranga inamcena, Fiv.M., (Syn. Mallotus tnamenus,
F.v.M.) ; N.O., Euphorbiacez, B.F1., vi., 145.

A tall shrub or small tree. Wood of a light colour, tough,
and close-grained.
Queensland.

448. Macaranga involucrata, Bazi/., (Syn. AZ. mallotoides, F.v.M.;
MM. asterolasta, F.v.M.; Urtica involucrata, Roxb.); N.O.,
Euphorbiacez, B.FI1., vi., 149.

TIMBERS. 567

_ Wood very light and soft; might be found serviceable for

making splints. (Cat. Queensland Timbers, Col. and Ind. Exh.,

1886.) It is not endemic in Australia. Height, up to 50 or 6oft.
Queensland.

449. Macaranga Tanarius, Muell., Arg., (Syn. Ricinus Tanarius,
Linn.; J/appa Tanaria, Spreng.); N.O., Euphorbiacez,

B.FI., vi., 146.
“ Tumkullum ” of some Queensland aborigines.
“ A tall, erect shrub.’’ Wood of a light colour, soft, and close-

grained.
New South Wales, Queensland and Northern Australia.

450. Macropteranthes Fitzalani, “v.J7., N.O., Rhizophorez,
Muell’-Cens:, p. 51.
Wood with yellow sap-wood, heart-wood dark grey, very close-
grained, and hard; perhaps useful for turnery and cabinet-work.
Queensland.

451. Mallotus claoxyloides, Muell., Arg., (Syn. LEchinocroton
claoxyloides, F.v.M.; Echinus claoxylotdes, Baill.); N.O.,

Euphorbiacez, B.FI., vi., 140.

“‘ A tall straggling shrub or small tree.’ Wood of a bright
yellow colour, close-grained; useful for cabinet-work. (Cat:
Queensland Timbers, Col. and Ind. Exh., 1886.)

Northern New South Wales and Queensland.

452. Mallotus discolor, #.v.4/, (Syn. Rottlera discolor, F.v.M.;
Macaranga mallototdes, F.v.M. var.); N.O., Euphorbiacez,
BP) vi.; 143.

** Bungaby ”’ of the aboriginals of Northern New South Wales.
Wood of a uniform white colour, softish, and easily worked.
It has a somewhat close grain. Diameter, 12 to 18in.; height,

35 to 45ft.
Northern New South Wales and Queensland.

568 AUSTRALIAN NATIVE PLANTS.

453. Mallotus phillipensis, A/wel/., Arg., (Syn. Rottlera tinctoria,
Roxb.; Croton philippensis, Lam.; LEchinus phillippensts,
Baill.); N.O., Euphorbiacez, B.FI., vi., 141.

The “Kamala” tree of India. The ‘‘ Poodgee-poodgera” of some
Queensland aboriginals.

Wood hard, close-grained, very tough, and of a light red or
grey colour. It warps and shrinks, and is used only for fuel in
India. Its weight is 48lb. per cubic foot. (Gamble.) Diameter,
6 to 14in.; height, 30 to 45ft.

New South Wales and Queensland.

454. Marlea Vitiensis, Benth., N.O., Cornacezx, B.FI., iii., 386,

Rhytidandra vitiense, in Muell. Cens., p. 74.

“Musk Tree.” For botanical synonyms, see p. 41.

Wood bright yellow, with a fine undulating appearance, black
at the centre. (Hill.) It is close in the grain, has a musk-like
scent; and is an excellent wood for cabinet-work. This plant is
not endemic in Australia. Diameter, 6 to 12in.; height, 20 to

30ft.
Northern New South Wales.

455. Medicosma Cunninghamii, Hook. f, (Syn. Acronychia
Cunninghamit, Hook.; LEvodia Cunninghamit, Fx.M.);
N.O., Rutacee, B.FI.,i., 362. Euodia Cunninghamit, in
Muell. Cens., p. 12.

A small tree. Wood of a light yellow colour, close in the
grain ; a good cabinet-makers’ wood.
Northern New South Wales and Queensland.

456. Melaleuca acacioides, 7'v.4Z., N.O., Myrtacez, B.FI. iii.,
138.
A small tree, wood strong and of a dark colour.
Northern Australia.

457. Melaleuca angustifolia, Gaertn., (Syn. Asteromyrtus
Gerineri, Schau.); B.F1., iii.,.139.
Wood of a dark colour, hard, and tough. Excellent for posts

and piles.
Queensland.

TIMBERS. 569

458. Melaleuca armillaris, Smith, (Syn. JZ. ertc@folia, Andr. ;
Metrosideros. armillaris, Gertn.); N.O., Myrtacez, B.FI.,

iii., 146.
‘* Prickly-leaved Tea-tree.”

Wood hard, and durable for inside, underground, or water-
- work; it soon decays when exposed to the atmosphere.
(Guilfoyle.) Height, up to 20 or 3oft.

Victoria, New South Wales and Queensland.

459- Melaleuca decussata, R.Br., (Syn. IZ. parviflora, Reichb.;
M. oligantha, F.v.M.; M. tetragona, Otto) ; N.O., Myrtacez,
B.F1., ili., 133.

This wood is hard and tough. Height, up to 2oft.
Victoria and South Australia.

460. Melaleuca ericifolia, Sth, (Syn. J. nodosa, Sieb. non
Smith; J. Gunniana, Schau.; Jl. heliophila, F.v.M.);
N.O., Myrtacez, B.FI., iii., 159.

‘Swamp Tea-tree.”’

A shrub or tree. This wood is extensively used by the
settlers for bush fences, sheep hurdles, etc. It is very hard when
seasoned, and will last along time under water, or for inside work,
such as rafters for huts. (Guilfoyle.) In Tasmania it is used
chiefly for turnery. A ton of dry wood yields about 165Ib.
of crude potash, equal to 43lb. of chemically pure potash.
(Mueller.)

All the colonies except Western Australia.

461. Melaleuca genistifolia, Smth, (Syn. IZ. lanceolata, Otto ;
M. bracteata, F.v.M.; Metrosideros decora, Salisb.); N.O.,
Myrtacez, B.F1., iii., 143.

“* Ridge Myrtle.” Called ‘‘ Ironwood” in parts of Queensland.

Wood close-grained, hard, and durable. It is of a greyish
colour. Diameter, 20 to 24in.; height, 30 to 4oft.

New South Wales, Queensland and Northern Australia.

462. Melaleuca leucadendron, Zixn., (Syn. JZ. minor, Smith; J.
viridifiora, Gertn.; JZ. saligna, Blume.; Metrosideros

570 AUSTRALIAN NATIVE PLANTS.

albida, Sieb.; MM. coriacea, Salisb.); N.O., Myrtacez, B.FI.,
iii; 142. Melaleuca Leucadendra in Muell. Cens., p. 55.
““ White Tea Tree,” ‘‘ Swamp Tea Tree,” ‘* Broad-leaved Tea Tree,”
“‘ Paper-bark Tree.” Called “‘ Milkwood” in the Northern Territory, and
‘“‘ Atchoourgo” by the aboriginals of the Mitchell River (North Queensland).
This wood shows a most beautiful combination of light and
darker shades, which may be compared in appearance to ripple
marks. It is hard, heavy, and close-grained, excellent for ship-
‘building and posts in damp ground ; it is said to be imperishable
underground. The papery bark of this tree is also worthy of
notice from its great durability, and from its being impervious to
water, instances being known where it has been used for dam and
drainage purposes, in conjunction with timber, and it has been
found that the bark was quite sound, although the timber was
decayed. Diameter, 12 to 24in.; height, 40 to 5oft.
Western Australia, New South Wales, Queensland and
Northern Australia.

463. Melaleuca linariifolia, Smzth, (Syn. Metrosideros h yssopifolia,
Cav.); N.O., Myrtacez, B.FI., iii., 140.

This wood is valuable for piles in swampy ground or in water,
where it is almost imperishable. It is said to be useful for turnery,
and it is said to make first-class fuel. Diameter, 14 to 2ft.;
height, 40 to 5oft.

New South Wales and Queensland.

464. Melaleuca Preissiana, Schauer, (Syn. MZ. parviflora, Lindl. ;
M. curvifolia’ Schiecht.; MM. pubescens, Schauer.); N.O.,
Myrtacee, B.FI., iii., 145. 2. parviflora in Muell. Cens.,
P- 55:

A tall shrub or tree. This wood is heavy, white, close-
grained, hard, tough, and durable. Specific gravity, .gg3. (Mueller
All the colonies except Victoria.

465. Melaleuca squarrosa, Smth, (Syn. MZ. myriztfolta, Vent.) ;
N.O., Myrtaceze, B.FI., iii, 139.

TIMBERS. 571

This wood is hard, dense, and durable when under water or
exposed to atmospheric influences. ‘‘Specific gravity, .713.”
(Report Victorian Exhibition, 1861.) Height, up to roft.

All the colonies except Western Australia and Queensland.

466. Melaleuca styphelioides, Syzth, N.O., Myrtacew, B.Fl., iii.,
144.
* Prickly-leaved Tea-tree,’ ‘Black Tea-tree.’”’ Formerly called
‘© Naambaar ”’ by the aboriginals of Illawarra (New South Wales).
_ Hard, close-grained wood, stands well in damp situations.
It is said that it has never been known to decay. (Hill.) Itrends
very much in seasoning. Being hard to work, it is not a favourite
with Sawyers. Two slabs in the Technological Museum, which
have been seasoned over twenty-five years (having been exhibited
at the London International Exhibition of 1862), have weights
which correspond to 73lb..60z. and 66lb. 120z. respectively per
cubic foot. Diameter, 9 to 12in.; height, 20 to 3oft.
New South Wales and Queensland.

467. Melaleuca symphyocarpa, F.v.M,, N.O., Myrtacez, B.FI.,
138. 7
Wood dark coloured, close-grained, hard, and prettily marked.
(Cat. Queensland Timbers, Col. and Ind. Exh., 1886.)
Northern Australia.

468. Melaleuca uncinata, Smz/h, (Syn. 17. hamata, Field and
Gard., S.Pl.; MW. Drummondtt, Schau.; MW. semtteres, Schau.) ;
N.O., Myrtacez, B.FI., iii., 150.

“Common Tea-tree.” ‘‘ Yaang-arra” of the aboriginals of Illawarra
(New South Wales).

A very hard, close, durable wood, but liable to split or open
when exposed to the air in drying. Diameter, 24 to 36in.; height,
70 to goft. |

All the colonies except Victoria.

469. Melia composita, Willd., (Syn. WZ. australasica, A. Juss.; WM.
Azedarach, Linn.); N.O., Meliacez, B.FI., i., 380.
“ Persian Lilac” of India.. ‘‘ White Cedar” of New South Wales and
Queensland. Called also ‘‘Cape Lilac” in Australia. ‘‘Dygal” of the

572 AUSTRALIAN NATIVE PLANTS.

aboriginals of Northern New South Wales. ‘‘Dtheerah” is another
aboriginal name.

This timber is soft, and easily worked, but not in very good
repute, though undeservedly, as the timber from a well-matured
tree is found to be very durable. (Hill.) ‘‘ Beddome, Brandis,
and Kurz all say it warps and splits, but Mr. Halsey, of Madhopur,
writes to say it is equally useful green or seasoned. Our speci-
mens split only very slightly, and we are inclined to think it is
better than it is supposed to be. It is handsomely marked, and
polishes well. Its weight is from 30 to 38lb. per cubic foot.”
(Gamble, Manual of Indian Timbers.)

The rings in New South Wales specimens are very distinct,
and their markings give the timber a-rich, wavy appearance, which
is best exhibited in a vertical section. The wood is a pale
yellowish-brown, which appears of a rich warm brown under
polish. Two slabs in the Technological Museum, which have
been seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), have weights which
correspond to 33lb. 50z. and 35lb. 40z. per cubic foot respectively,
Diameter, 15 to 24in. ; he#ght, 40 to 5oft.

New South Wales, Queensland and Northern Australia.

470. Melicope erythrococca, Benth., (Syn. Evodia erythrococca,

F.v.M.); N.O., Rutacez, B.FI., i., 360. Lvodita erythrococca

in Muell. Cens., p. 12.

A rather heavy wood, paler than Boxwood, which it some-
what resembles. It has a pretty grain, and is of a delicate tint.
Its weight would be against it for ordinary cabinet-making
purposes. A slab in the Technological Museum, which has been
seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to solb. 60z. per cubic foot.

New South Wales and Queensland.

~.

471. Melicope neurococca, Benxth., (Syn. LEvodia neurococca,
F.v.M.; Bouchardatia neurococca, Baill.); N.O., Rutacez,
B.F1., i, 360. Bouchardatia neurococca in Muell. Cens.,

p. m2

TIMBERS. 573

A small tree. Wood very hard, close-grained, and of a
uniform light yellow colour.
New South Wales and Queensland.

472. Millettia megasperma, Fiv.M., (Syn. Wistaria megasperma,
PoeM.); N:O!, Leguminose; B.FI., ii, 211. Wistaria

megasperma in Muell. Cens., p. 39.

This plant is a climber, with a stem which is sometimes a
foot in diameter. It is rather a heavy wood, of a warm brown
colour, and a grain resembling cedar, but it is apt to split in
seasoning, and to clog the plane. When these difficulties have
been overcome it is a nice, clean-looking, useful wood. A slab in:
the Technological Museum, which has been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), has a weight which corresponds to 55lb. t1oz.
per cubic foot.

New South Wales and Queensland.

473. Mimusops Browniana, Benzh., (Syn. AZ. Kauk?, R.Br. non
Linn. ; M7. Kauk?, var. Browntana, A.DC.); N.O., Sapotacee,,
BPI, iv., 285.

“A tree of irregular growth.” Wood red, fine-grained, and
easy to work. (Cat. Queensland Timbers, Col. and Ind.
Lixh., 1886.)

Queensland.

474. Mimusops parvifolia, Linn., N.O., Sapotacee, B.FI., iv., 284.
The wood is close-grained, firm, of a pinkish colour, and easy
to work. Diameter, 12 to 20in.; height, 40 to 6oft,
Queensland and Northern Australia.

475. Mollinedia loxocarya, Benth., N.O., Monimiacez, B.FI.,.
Mey) 207.
A shrub. Wood yellowish, close in the grain, and prettily
marked.
Queensland.

574 AUSTRALIAN NATIVE PLANTS.

476. Monotoca elliptica, R.Br., (Syn. AL. albens, R.Br.; Styphelia
elliptica, Smith); N.O., Epacridee, B.FI., iv., 230. Styphelia
elliptica in Muell. Cens., p. 107.

“ Beech,” ‘* Wallang-unda ” of some New South Wales aboriginals.

This wood has been experimented upon in England as a
substitute for Boxwood in engraving, but though to all appearances
it is an excellent wood, yet Mr. Worthington Smith reported upon
it as having a bad surface, and readily breaking away, so that the
cuts require much retouching after engraving. The wood is
excellent for planes and other carpentry tools, works well, and is
indeed superior to English Beech for such purposes. (furors’

Reports, London International Exhibition of 1862.) It has a

silvery grain, and some planks are of great beauty, especially
when polished. They cannot be planed in the direction of the
grain, but across it, and finished off with the scraper. Two slabs
in the Technological Museum, which have been seasoned over
twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), have weights which correspond to
36lb. 130z. and 44lb. 100z. per cubic foot respectively. The
lighter wood is the softer, has an interlocked grain, and is very
homogeneous ; the heavier one is full of knots. Height, up to
20 or 30ft.
All the colonies except South and Western Australia.

477. Monotoca scoparia, #.2r., (Syn. M. patens, A. Cunn; JZ, .
propingua, A. Cunn.; Styphelia scoparia, Smith); N.O.,
Epacridez, B.FI., iv., 230. Styphelia scoparia in Muell.
Cens., ‘p. 107. .
A small shrub. Wood of a pale yellow colour, close-grained,

nicely marked, and easily worked. (Cat. Queensland Timbers,

Col. and Ind. Exh., 1886.)

All the colonies except South and Western Australia.

478. Morinda citrifolia, Z7vx., (For botanical synonyms see
p.'45), N.O., Rubiacez, B.FI., iii, 402 and 423. Muell.
Cens., p. 74 and 75.

‘‘Leichhardt’s Tree,” *Canary-wood,” ‘Indian Mulberry.”

‘“‘Oolpanje”’ of the aboriginals of the Mitchell River, and ‘‘ Coobiaby ” of

TIMBERS. 575

those a the Cloncurry River, both in Northern Australia. ‘Toka” of
those of Rockhampton. ‘ Taberol’’ of those of Cleveland Bay.

The wood is of a yellow colour, and has a strong musk-like
odour when freshly cut. It is useful both to the carpenter and to
the cabinet-maker. Itis soft, but close in the grain. Some varieties
have a beautiful wavy grain, surpassing satin-wood in appearance.
It is easily worked, and takes a good polish. Itis used for building
purposes, and has the peculiarity of being very difficult to ignite.
The trees should be cut in winter, when deprived of their leaves,
and submerged, or the timber will be subject to the attacks of insects.
(Thozet.) The weight of some Indian-grown timber is given at
30lb. per cubic foot (Skinner), but 41lb. (Gamble). Diameter,
24 to 30in.; height, 50 to 7oft.

Queensland and Northern Australia.

479. Morinda jasminoides, A. Cunn., N.O., Rubiacee, B.FI., iii.,
424.
Wood yellow, and prettily marked. A shrub. Height, up to
2oft.
Victoria, New South Wales and Queensland.

480. Murraya exotica, Lzzz., (Syn. IZ. paniculata, Jack.); N.O.,
Rutacez, B.FI., i., 369.

“Chinas Boxe.

The wood is light yellow, close-grained, very hard, and apt to
crack. It resembles Boxwood, and has been tried for wood-
engraving, for which it seems suitable, if well seasoned ; it is also
used for the handles of implements. Its weight varies from 61 to
63lb. per cubic foot. (Gamble, Manual of Indian Timbers.) A
shrub or small tree.

Queensland.

481. Myoporum acuminatum, var., angustifolium, 2.2r., (Syn.
M. Cunninghamit, Benth.; JZ, montanum, R.Br. ; M. cyanan-
therum, A. Cunn.; “Af. ; Dampieri, A. Cunn.); ‘N.O.,

576 AUSTRALIAN NATIVE PLANTS.

Myoporinez, B.FI., v., 3. 42. monfanum in Muell.’Cens.,

p. 104.

‘“‘ Dogwood.” ‘‘ Mee-mee”’ of some Queensland aboriginals. ‘‘ Nymoo”
is another aboriginal name. It is called ‘“‘ Waterbush” and “ Native
Daphne” in Western New South Wales.

Timber soft and moderately light, yet tough. It is used for
building purposes. It dresses well, and is straight in the grain,
but it calls for no particularcomment. A slab in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 47lb. 30z. per cubic foot.
Diameter, g to 15in.; height, 30 to 4oft.

All the colonies except Tasmania.

482. Myoporum platycarpum, R.Br., (Syn. Disoon platycarpus,

F.v.M.); N.O., Myoporinez, B.FI., v. 7.

‘““Sugar-tree.” ‘* Dogwood.” ‘‘Sandal-wood,” or “ Bastard Sandal-
wood.” ‘“Ngural” of the aboriginals of Lake Hindmarsh Station (Victoria).

This wood possesses a very pleasant perfume when freshly
worked. It is suitable for veneering and cabinet-work, having a
fine grain, and being beautifully mottled and grained; it takes a
fine polish. ‘‘ Specific gravity (one experiment), .840.” (Mueller.)
-Wood cut from a natural excrescence or burr of this tree is of
singular beauty. A specimen in the Technological Museum shows
groups of birds’-eye knots, and these, with the general grain of the
wood, form a very rich combination. The colour is light walnut,
and the markings are suggestive (though not in colour) of birds’-
eye maple. The dry wood of this tree, split into laths, and tied
with bark by the natives, led Mr. Lockhart Morton (Proc. R.S.,
Vict., 1860, p. 132) to conclude that it possesses good burning
qualities. He put the end of a piece into the fire, when it burnt
like a candle. A tall shrub or small tree.

All the colonies except Tasmania and Queensland.

483. Myoporum serratum, ”.2r., (Syn. IZ. cmsulare, R.Br.; AL,
tasmanicum, A.DC.); N.O., Myoporinez, B.Fl., v. 4. AZ.
7nsulare in Muell. Cens., p. 104.

TIMBERS. 577

“ Blueberry Tree,” ‘‘ Native Currant Tree,” “‘ Native Juniper,” ‘‘ Native
Myrtle,” ‘‘Cockatoo Bush,’ are names used chiefly in South Australia.
** Palberry ” is used by natives of the Coorong (South Australia).

A shrub or small tree. The wood is hard, white, and durable
when unexposed to atmospheric influences. It has been used for
inlaying. ‘‘ Specific gravity, .809 for an air-dried specimen, and
.819 for a steam-dried one.” (Report, Victorian Exhibition, 1861.)

All the colonies except Queensland.

484. Myristica insipida, *.2r., (Syn. WZ. cimicifera, R.Br.); N.O.,
Myristicez, B.FI., v. 281.
“Queensland Nutmeg.”
Wood of a pinkish-grey colour, tough, and easily worked.) A
tree of 60 or 7oft.
Queensland and Northern Australia.

485. Myrsine variabilis, &.2r., N.O., Myrsinez, B.FI., iv., 275.
Another of the trees absurdly called ‘‘ Jemmy Donnelly,”

The wood is yellowish, hard, and tough. It is durable, and
in grain is something like the British Oak. “ Specific gravity (one
experiment), .714."’ (Osborne.) Diameter, 12 to 15in.; height,
45 to soft.

Victoria, New South Wales and Queensland.

486. Myrtus acmenioides, #.v.17., N.O., Myrtacez, B.FI., iii., 276.

‘White Myrtle” of the Richmond and Clarence Rivers (New South
Wales). ‘“ Lignum-Vitz.”

Wood close-grained, very hard, durable, and tough; used by
coach-builders, etc. This wood is rather lighter in colour than that
of others of this genus. It is homogeneous, with a good clean
surface, but it is not ornamental. A slab in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 61lb. per cubic foot. Diameter,
12 to 18in. ; height, 60 to 7oft.

Northern New South Wales and Queensland.

487. Myrtus Beckleri, #.v.4/., N.O., Myrtacez, B.FI., iii., 275.
“Ginugal” is an aboriginal name in use on the Richmond River.

** Kaarin” is another aboriginal name.

26P

578 AUSTRALIAN NATIVE PLANTS.

A tall shrub. The timber is of a reddish colour when fresh,
becoming paler when dry. It has a black heart, and is said to be
durable. It is very much like the wood of HLugenia myrtifolia,
but it is more difficult to get a good face surface than with that
wood. A slab in the Technological Museum, which has been
seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to 44lb. 60z. per cubic foot.

Northern New South Wales.

488. Myrtus gonoclada, F.v.M., N.O., Myrtacez, B.FI., iii., 275.
Called ‘‘ Ironwood” in Northern Queensland.

The Rev. J. E. Tenison-Woods states that this wood is of
extraordinary hardness, and surmises that it would be superior to
Box for wood-engraving.

Queensland.

489. Myrtus Hillii, Benth., N.O., Myrtacez, B.FI,, iii., 275.
“ Scrub Ironwood.”

A shrub or small tree. Wood of a light grey colour, close in
the grain, and very hard; it warps in drying. (Cat. Queensland
Timbers, Col. and Ind. Exh., 1886.)

Queensland.

490. Myrtus racemulosa, Bezth., N.O., Myrtacez, B.FI., iii., 276.
A small tree. Wood of a close grain, and tough; it warps in
drying.
Queensland.

4gI. Nephelium divaricatum, 7.v.JZ., (Syn. Arytera divaricata,
F.v.M.); N.O., Sapindacez, B.FI., i., 467.
“ Coogera”’ of the aboriginals.
The timber is hard, has a yellow heart, and white sap-wood.
Diameter, 2ft.; height, 70 to 8oft.
Queensland.

492. Nephelium leiocarpum, Fiv.M., Spanoghea nepheliotdes,
N.O., Sapindacez, B.FI., i., 467.

TIMBERS. 579

A timber, sometimes ornamental, of which nothing seems to
be known at present. A log is in process of seasoning in the
Technological Museum. Diameter, 6 to 12in.; height, 20 to 3oft.

Victoria to Queensland.

493. Nephelium tomentosum, /v.d/., Sapindacex, B.FI.,i., 466.

Wood of a yellow colour, close-grained, and hard. Height,
20 or 30ft., and more.
Northern New South Wales and Queensland.

494. Nesodaphne obtusifolia, Bexth., (Syn. Betlschmiedia obtusi-
folia, Benth. et Hook., Cryptocarya obtusifolia, F.v.M.);
N.O. Laurineze, B.FI., v., 299, Beclschmiedia obtustfolia in
Muell.Cens., p. 3.

Called ‘‘ Sassafras,” from its aromatic tonic bark.

“‘ 4 large and handsome tree.’’ Wood pale coloured, close
in the grain, firm, easy to work, and suitable for joiners’ work.
(Cat. Queensland Timbers, Col. and Ind. Exh., 1886.)

Northern New South Wales and Queensland.

495. Noteleea ligustrina, Vent., N.O., Jasminez, B.FI., iv., 300.
“ Tronwood” and “ Heart-wood” of Tasmania. ‘‘ Spurious Olive.”
“White Plum” of Gippsland.

An exceedingly hard, close-grained wood, used for mallets,
sheaves of blocks, turnery, etc. The heart-wood yields a very
peculiar figure; it is a very fair substitute for Lignum-Vite.
“ Specific gravity, .g25.’ (Report Victorian Exhibition, 1861.)
Diameter, 12 to r4in.; height, 3oft.

Tasmania, Victoria and Southern New South Wales.

496. Notelea longifolia, Ven/., (Syn. NV. reticulata, DC.; N.
ovata, Endl., zon R.Br.; WV. venosa, F.v.M.; WV. rigida, Sieb.;
Olea apetala, Andr.); N.O., Jasminez, B.FI1., iv., 299.

** Axe-breaker.” ‘‘ Mock Olive.” ‘‘Coobagum ”’ of the aboriginals of

Northern New South Wales.

Wood hard, close-grained, and firm. Its vernacular name
emphasises its hardness. Diameter, 12 to 18in.; height, 48 to

5oft.
Gippsland to Southern Queensland.

580 AUSTRALIAN NATIVE PLANTS.

497. Notelea microcarpa, R.Br., N.O., Jasminee, B.FI., iv.,
300.
“A small tree.” Wood of light colour, dark towards the
centre, close-grained, and very hard.
New South Wales and Queensland.

498. Noteleea ovata, &.2r., N.O., Jasminez, B.FI., iv., 299.
“Native Olive.” ‘Dunga-runga”’ of the aboriginals of New South
Wales.
; This small tree has a crooked growth, but its wood is close,
hard, and firm. (Macarthur.) It is used for tool handles, but
requires to be seasoned carefully. It dresses well both on the face
and end-grain, and, while of a rather light colour as a whole, it is
often coloured in patches or blotches of a dark-brown colour,
which increase its beauty under polish. A slab in the Techno-
logical Museum, which has been seasoned over twenty-five years.
(having been exhibited at the London International Exhibition
of 1862), has a weight which corresponds to 6olb. 50z. per cubic

foot.
New South Wales and Southern Queensland.

499. Olea paniculata, 2.2r., N.O., Jasminez, B.FI., iv., 297.
“Native Olive,” “Ironwood,” ‘‘ Marble-wood.” ‘* Marvey” of
the aboriginals of Northern New South Wales. ‘“‘Billan-billan” of the
aboriginals of the Bunya Mountains (Queensland).
The heart-wood is nicely mottled. ‘It is of a whitish colour,
darkening towards the centre, and prettily figured. It is hard and
tough, close-grained, and durable. It is used for staves, and is
suitable for turning, and possibly for wood-engraving. When
newly cut it has a rose-like fragrance. Diameter, 18 to 24in. ;
height, 50 to 7oft.
New South Wales and Queensland.

500. Olearia argophylla, Lv.M., (Syn. Eurybia argophylla, Cass.;
Aster argophyllus, Labill.); N.O., Composite, B.FI., iii.,
470. Aster argophylius in Muell. Cens., p. 78.

““ Musk-wood.” ‘ Daal” of the aboriginals of the Coranderrk Station

(Victoria).

TIMBERS. ~ 581

This timber has a pleasant fragrance and a beautiful mottled
colour, well adapted for turnery, cabinet-work, and perfumery pur-
poses. It works well, and may be had in any quantity, and in
slabs of 18 to 36in. diameter. (Furors Reports, London [nter-

national Exhibition of 1862.) The.wood of the gnarled butt and
roots of the tree are beautifully mottled, and consequently much
prized. Its specific gravity is about .642, the weight of a cubic
foot being about 4olb. Height, 20 to 30ft.

Tasmania, Victoria and New South Wales.

501. Orites excelsa, &.r., N.O., Proteacez, B.FI., v., 411.
“Red Ash.” “Silky Oak.”
Timber hard, durable, nicely marked, and capable of a good
polish. It is used for shingles, farm implements, and various
purposes. Diameter, 24 to 36in.; height, 70 to 8oft.
New South Wales and Queensland.

502. Owenia acidula, “v.47, N.O., Meliacez, B.FI., i., 385.
Sour Plum,” ‘‘ Native Peach,’ ‘‘Emu Apple,” ‘‘ Mooley Apple,’
“ Rancooran,” ‘* Warrongan,” and ‘‘ Gruie-colaine”’ are aboriginal names,
The wood is close-grained, handsome, and suitable for
furniture making. It is reddish, and although hard, it is easy to
work. Diameter, 12 to 18in.; height, 30 to 4oft, .
South Australia, New South Wales and Queensland.

503. Owenia venosa, 7.v.JZ,, N.O., Meliacez, B.FI., i., 386.
“Sour Plum.” ‘“‘ Tulip-wood.” ‘‘ Mouliibie”’ of the aboriginals of the
Clarence River (New South Wales); “‘Pyddharr” of those of Queensland.
Wood durable, and easily worked. It is of great strength.
It is highly coloured, with different shades, from yellow to black.
It takes a good polish, and is used for cabinet-work. Its excessive
weight and hardness are against its common use, and it is inclined
to tear with the plane, but its bold, handsome figure must always
give it a high value as an ornamental timber. It has been
suggested for use by the wheelwright. A slab in the Techno-
logical Museum, which has been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of

582 AUSTRALIAN NATIVE PLANTS.

1862), has a weight which corresponds to 62lb. toz. per cubic
foot. Diameter, 9 to 36in.; height, 30 to 4oft.
Queensland.

504. Panax elegans, F.v.M., (Syn. Nothopanax elegans, Seem.);

N.O., Araliacez, B.FI., iii., 383.

“Laurel,” ‘Light Sycamore,” ‘White Sycamore.” “ Mowbulan
Whitewood” (Queensland). ‘‘Tchoonberee” of the aboriginals of
Northern New South Wales. ‘‘ Greyangee”’ of those of the Bunya
Mountains (Queensland). At one time called ‘‘ Merring-arra” by the
aboriginals of Illawarra (New South Wales).

Wood light, soft, and of very little durability. (Hill.) It
splits well, might suit for cricket bats, and would form excellent
lining boards; it will possibly prove a most useful wood to the
musical instrument makers. (Cat. Queensland Woods, Col. and
Ind. Exh., 1886.) It cleans well, and if cut for effect it will show
a neat and-pretty grain, but it is apt to get dirty looking with age.
It warps and cracks unless very carefully treated. Two slabs in
the Technological Museum, which have been seasoned over
twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), have weights which correspond to
30lb. 140z. and 31lb. 80z. per cubic foot respectively. Diameter,
12 to 16in.; height, 30 to goft.

New South Wales and Queensland.

505. Panax Murrayi, /.v.JZ., (Syn. Wothopanax Murray7,Seem.);

N.O., Araliaceze, B.F1., iii., 381.

Called ‘‘ Pencil-wood” in Southern New South Wales.

‘‘ A splendid tree, the trunk simple to the height of 50 or
6oft.”’ The lightest wood in Victoria, cuts well, is soft inside,
becomes very dense outside as the wood dries, whence the sap-
wood is often harder than the heart-wood. It has a large pith.
Of some Queensland specimens it was said: ‘‘ Wood of a light
colour, soft, and light; would make good lining boards.’’ Specific
gravity, .348, according to one experiment. (Mueller.)

New South Wales and Queensland.

TIMBERS. 583

506. Panax sambucifolius, Sveder, (Syn. P. angustifolius, F.v.M.;
P. dendroides, F.v.M.; Nothopanax sambuczfolius, Seem.) ;
N.O., Araliacez, B.FI., iii., 382.

“ Elderberry Ash” (Victoria).

A tall shrub or tree. This wood is prettily streaked, sound,
and very tough; it is extensively used for axe handles, etc., by
splitters in the bush. (Guilfoyle.)

All the colonies except Southern and Western Australia.

507. Pandanus pedunculatus, R.Br., N.O., Pandanee, B.FI., vii.,
149.
“Screw Pine.” ‘Bread-fruit.” ‘‘ Wynnum” of the aboriginals of
Queensland.

Wood, or the firm outer part of the stem, of a light colour,
and prettily marked. Height, 20 or 3oft.
New South Wales and Queensland.

508. Parinarium Nonda, /.v.1Z, N.O., Rosacez, B.Fi., ii., 426.
The ‘Nonda Tree” of North-eastern Australia. Referred to by
Leichhardt at p. 315 of his Overland Fourney to Port Essington.

Timber soft, close-grained, and easily worked. It is of a
light yellow colour, and very strong. Diameter, 18 to 24in.; height,
50 to 6oft.

Queensland and Northern Australia.

509. Peltophorum ferrugineum, Benth., (Syn. Cesalpinia fer-
ruginea, DC.; C. arborea, Zoll.) ; N.O., Leguminosz, B.F1.,

ile, 2 70-

The timber is much in request for cabinet-work. (Hill.) It
is blackish, the sap-wood whitish, coarse, fibrous, light. (Kurz.,
Forest Flora of British Burmah.) Diameter,24 to 30in.; height,
40 to 8oft.

Northern Australia.

510. Pennantia Cunninghamii, 4/cers., N.O., Olacinez, B.FI., i.,
395.

584 AUSTRALIAN NATIVE PLANTS.

A timber of the Beech class, which seems always to be found
most irregular in section. A log is in process of seasoning in the
Technological Museum. Height, 50 to 8o0ft.; diameter. rin. to

2ft. :
New South Wales and Queensland.

511. Pentaceras australis, Zook., (Syn. Hookia australis, F.v.M.;
Ailanthus punctata, F.v.M.); N.O., Rutacez, B.FI., i., 365.
“Scrub White Cedar.” ‘‘ Wobbul-wobbul” of the aboriginals of

Northern New South Wales.

The timber is close-grained, tough, and firm. Diameter, 12
to 24in.; height, 40 to 6oft.
Northern New South Wales and Queensland.

512. Persoonia falcata, &.2r., (Syn. P. mimusotdes, A. Cunn.);
N.O., Proteacez, B.FI.,, vi; 385.
A “ Geebung”’ (the name given to the fruits of Persoonias, and hence

to the trees themselves). ‘‘ Nanchee”’ and “Booral’’ of the aboriginals of
the Mitchell River (North Queensland). i

A small tree. Wood light, with a reddish centre, hard, and
close-grained.
Queensland and Northern Australia.

513. Persoona lanceolata, Azdr., (P. ligustrina, Knight; P.
glaucescens, Sieb.); N.O., Proteacez, B.FI., v., 395.
Called ‘“* Bonewood,” on account of its hardness and light colour,
A fine timber, much sought after for tool handles.
New South Wales.

514. Persoonia linearis, Axdr., (P. angustifolia, Knight; PF:
pinifolia, Sieb.; P. filifolia, Dietr.; P. pruznosa, A. Cunn. ;
P. pentadactylon, Steud.; Pentadactylon augustifolium,
Gertn.); N.O., Proteacez, B.FI., v., 397.

A “ Geebung.”” Formerly called ‘‘ Naam-burra”’ by the aboriginals of
Cumberland and Camden (New South Wales).

A tall shrub or small tree. This is not such a handsome
timber as many others of the same natural order, and it is apt to
lack homogeneity, being traversed by large patches of dark
coloured, decayed wood, which is, however, so durable in ordinary

—_—

TIMBERS. 585

circumstances that it does not fall away from the sound timber and
leave holes, but, of course, it is utterly incapable of standing wear.
A slab in the Technological Museum, which has been seasoned
over twenty-five years (having been exhibited at the London
International Exhibition of 1862), has a weight which corresponds
to 5olb. 10 oz. per cubic foot.

Victoria, New South Wales and Queensland.

515. Persoonia media, &.27., N.O., Proteacez, B.FI., v., 391.

’

““Koombarra ”’ is an aboriginal name.

“A tall, erect shrub.’’ Wood of a light colour, close in the
grain, and firm ; it might prove useful for tool handles. It some-
what resembles the English Beech, and may prove as serviceable
to musical instrument makers. (Cat. Queensland Woods, Col. and
Ind. Exh., 1886.)

New South Wales and Queensland.

516. Petalostioma quadriloculare, “v.12, (Syn. P. ¢riloculare,
Muell. Arg.; P. australianum, Baill.; Aylococcus sericeus,
R.Br.); N.O., Euphorbiacez, B.FI., vi., 92.

“Crab Tree,” ‘Native Quince,” . ‘Emu Apple,” “ Bitter Bark,”
“Quinine Tree.” ‘‘ Muntenpen”’ of the Queensland aboriginals.

The wood is hard, fine-grained, and promises to be useful to
the cabinet-maker, (Hill.) It is of a brownish colour, shrinks
much in drying, and resembies the English laburnum. (Car.
Queensland Woods, Col. and Ind. Exh., 1886.) The large wavy
appearance of the grain has a nice effect when polished. It
dresses well, especially on the face. A slab in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 48lb. per cubic foot. Diameter,
12 to 18in.; height, 40 to soft.

Northern New South Wales, Queensland and Northern
Australia,

517. Phebalium Billardieri, 4. fuss., (Syn. P. refusum, Hook.;
P. elatum, A. Cunn.; P. eleagnordes, Sieb.; LErvostemon

586 AUSTRALIAN NATIVE PLANTS.

sguameus, Labill.); N.O., Rutacez, B.FI.,i.,344. £.squameus

in Muell. Cens., p. 11.

‘‘ Bobie-bobie ” was an aboriginal name in use south of Sydney.

“« An erect shrub, or small tree.” The general appearance of
this wood is very much like Red Cedar, but it is rather heavier
than that wood, is a little lighter in colour, and has a larger figure.
A slab in the Technological Museum, which has been seasoned
over twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), has a weight which corresponds to
42lb. per cubic foot.

Tasmania, Victoria, New South Wales and Queensland.

518. Phyllanthus Ferdinandi, I/wel/. Arg., N.O., Euphorbiacez,
B.FI., vi., 96.
‘““White Beech.” Called ‘‘ Pencil Cedar’’ in Southern New South

’

Wales. “ Lignum-Vitz.” ‘‘Chow-way”’ of the aboriginals of Northern

- New South Wales. ‘‘ Tow-war” of the Queensland aboriginals.

Timber used for staves and buildings; it is easy to work, close
in the grain, of a grey colour, and warps a good deal in drying.
(Cat. Queensland Timbers, Col. and Ind. Exh., 1886.) Diameter,
12 to 18in.; height, 70 to 8oft.

New South Wales, Queensland and Northern Australia.

519. Phyllocladus rhomboidalis, Rrch., (Syn. P. asplenifolia,
Hook.f.; Podocarpus asplenifolia, Labill.; Thalamia asplent-
folia, Spreng.) ; N.O., Coniferz, B.Fl., vi., 246. Zhalamia
asplentfolia in Muell. Cens., p. 109.
‘“‘Celery-topped Pine” (from the appearance of the upper part of the

branchlets).

The timber is valuable for ships’ masts and spars. “A
slender tree, attaining 6oft., but reduced to a shrub on the summits
of mountains.”

Tasmania.

520. Pimelea microcephala, &.2r., (Syn. P.distinctissema, F.v.M.;
Calyptrostegia microcephala, Endl.); N.O., Thymelex,
Be Bly vi.; 207.

ein So

TIMBERS. 587

Specific gravity of the wood, .883. (Report, Victorian
Exhibition, 1861.)
All the colonies except Tasmania.

521. Piper Nove-Hollandicz, J/7., N.O., Piperacez, B.FI.,vi., 204.
‘* Native Pepper Vine.” ‘‘ Climbing Pepper.”

“A tall dichotomous plant, climbing against trees in dense
forests.’” Wood coarse-grained, and pungently scented when
newly cut. (Cat. Queensland Woods, Col. and Ind. Exh., 1886.)

New South Wales and Queensland.

522. Pipturus argenteus, Wedd., (Syn. P. propinguus, Wedd.;
Urtica argentea, Forst.); N.O., Urticee, B.FI., vi., 185.
P. propinguus in Muell. Cens., p. 22.
‘‘ Coomeroo-coomeroo ” of the Queensland aboriginals.
** A tree usually small, but sometimes attaining 5oft.’”” Wood
brown, close-grained, and soft.
New South Wales and Queensland.

523. Pisonia Brunoniana, “d/., (Syn. P. Sinclairiz, Hook. f.;
P. Mooriana, ¥.v.M.) ; N.O., Nyctaginez, B.FI., v., 280.

*‘ A tree attaining sometimes a great height.’’ Wood soft and
light, of a light colour.
New South Wales and Queensland.

524. Pithecolobium pruinosum, Zenth., (Syn. Albizzda pruinosa,
F.v.M.; Acacia sapindotdes, F.v.M.); N.O., Leguminosz,
B.FI., 11., 423. <Aldizeta prutnosa in Muell. Cens., p. 47.

“Talingora’’ of some Queensland aboriginals.

Wood of a light yellow colour, becoming brown near the
centre; of a very disagreeable odour when newly cut. Wood
soft, not durable. Diameter, 4 to 15in.; height, 30 to 5oft.

New South Wales and Queensland.

525. Pithecolobium (?) prandiflorum, Zenth., (Syn. P. Tozer?
F.v.M.; Albtzeta Zozert, Fv.M.; Mimosa grandifiora,
Soland, M.S.) ; N.O., Leguminosae, B.FI., ii., 424. AJldrzzta
Tozert in Muell. Cens., p. 47.

588 AUSTRALIAN NATIVE PLANTS.

Wood light yellow, red, and nicely marked towards the centre,
Close in the grain, light, and easy to work; possessing a most
disagreeable scent when newly cut. (Cat. Queensland Woods,
Col. and Ind. Exh., 1886.) Height, up to 30ft.

New South Wales and Queensland.

526. Pittosporum bicolor, Zook., (Syn. P. discolor, Regel.;

P. Huegelianum, Putterl.) ; N.O., Pittosporez, B.FI., i., 113.

“Whitewood” (Tasmania). ‘‘ Cheesewood” (Victoria).

This wood is yellowish-white, very hard, and of uniform
texture and colour. It was once used for clubs by the aboriginals
of Tasmania. It turns well, and should be tested for wood-
engraving. (furors’ Reports, London International Exhibition
of 1862.) It is much esteemed for axe handles, billiard cues, etc.
Specific gravity, .874. (Mueller.) Diameter, 6 to 12in.; height,
20 to 4oft.

Tasmania, Victoria and New South Wales.

527. Pittosporum phillyreoides, YC., (for botanical synonyms

see p. 136); N.O., Pittosporez, B-FI., i., 113.

* Butter Bush” of Northern Australia. ‘‘Willow Tree” of York
Peninsula. ‘‘ Native Willow,” ‘‘ Poison-berry Tree’? (South Australia).
The berries are not poisonous—only bitter.

Wood close-grained, light in colour, and very hard. Useful
for turnery, and possibly for wood-engraving. ‘“‘ Specific gravity,
-767.” (Report, Victorian Exhibition, 1861.) Diameter, 4 to
6in.; height, 20 to 25ft.

All the colonies except Tasmania.

528. Pittosporum rhombifolium, 4. Cuzn., N.O., Pittosporee,

B.Fle's,, ain:

*‘Diamond-leaf Laurel”? of Northern New South Wales, ‘Bur-
rawingee ” of the aboriginals.

Wood close-grained and white, useful for turnery, and
possibly as a substitute for Box-wood in wood-engraving. When
fresh cut it emits a very agreeable delicate odour, not unlike
mignonette. (Thozet.) Diameter, 6 to 12in,; height, 40 to 55ft.

Northern New South Wales and Queensland.

TIMBERS. 589

529. Pittosporum undulatum, Vez?/., N.O., Pittosporez, B.FI., i.,

Vir.

‘Native Laurel.” ‘Mock Orange.’ ‘‘Cheesewood”’ is a common
name. ‘* Wallundun-deyren ” of New South Wales aboriginals.

A small tree, with very close-grained, hard, white, or whity-
brown wood, which, when seasoned carefully, is excellent for
turning, and promises to be good for wood-engraving; sound
transverse sections of more than 10 to 16in. would be rare,
(Macarthur.) While this is one of the most homogeneous wood s
we have, it has a fine grain (comparable in appearance to a mosaic
of grains of sand), which would cause it, I fancy, to tear slightly
under the graving tool. A slab in the Technological Museum,
which has been seasoned over twenty-five years (having been
exhibited at the London International Exhibition of 1862), has a
weight which corresponds to 61lb. 40z. per cubic foot. It has
been introduced into the Azores, where it protects the orange
trees from wind, as it withstands the highest gales. Diameter, rft. ;
height, 30 to soft.

All the colonies except South and Western Australia.

530. Podocarpus elata. = K.Br.. (Syn, P. ensifolia, R.Br; P.
falcata, A. Cunn.; Wagera elata, F.v.M.); N.O., Conifer,

B.FI., vi., 247. Vagera elafa in Muell. Cens., p. 109.

“Pine.” ‘White Pine.” Called ‘‘She Pine” in Queensland. ‘Native
Dea * Pencil Cedar.” ‘‘ Goongum ”
New South Wales, and ‘‘ Kidney-wallum” of those of Queensland.
“‘ Dyrren-dyrren ” of the aboriginals of Illawarra.

This tree has an elongated trunk, rarely cylindrical; wood free
from knots, soft, close, easily worked, good for joiners’ and cabinet-
work; some trees afford planks of great beauty. (Macarthur.)
Fine specimens of this timber have a peculiar mottled appearance
not easily described, and often of surpassing beauty. The wood
is tough, the fibre being much interlocked, and rather liable to very
fine shakes. Itis silky and fine in the grain, lasting, and not readily
attacked by white ants or Zeredo.

Through inadvertence, this timber is erroneously described in
the WV.S.W. Catalogue of the 1862 Exhibition as belonging to P.
spinulosus. It may be mentioned that P. spzmulosus is never more

of the aboriginals of Northern

590 AUSTRALIAN NATIVE PLANTS.

than a small shrub. A slab in the Technological Museum, which
has been seasoned over twenty-five years (having been exhibited at
the London International Exhibition of 1862), has a weight which
corresponds to 451b. 1102. per cubic foot. Diameter, 24 to 36in. ;
height, 50 to rooft.

New South Wales and Queensland.

531. Podopetalum Ormondi, “v.47., N.O., Leguminosze, Muell.
Cens., p. 42.

Wood of a pinkish-grey colour, strong, firm, and easy to

work,
Queensland.

532, Polyalthia nitidissima, Zexth., (Syn. Unona nitidissima,
Dun.; U.. fulgens, Labill.; U. nitens. FN -Mo)p ee
Amonaces, B.h.1,, Si,

** Pankalville” of some Queensland aboriginals. :
Wood white, soft, and pliable. (Thozet.) Diameter, 4 to
10in.; height, 30 to 6oft.
New South Wales and Queensland.

533. Polyosma Cunninghamii, JF. F. Benn., N.O., Saxitragese,

Be ll, 438,

** Wineberry,’’ and “ Feather-wood” in Southern New South Wales.
‘“‘ Hickory ” in the northern part of the colony. ‘Yeralla,” or ‘‘ Yaralla,”
about Mount Illawarra.

The wood is close-grained, soft, and very apt to rend in
drying. (Macarthur.) It is yellow, tough, and very hard, and is
used for levers, ladders, hand spikes, etc. A slab in the Techno-
logical Museum, which has been seasoned over twenty-five years —
(having been exhibited at the London International Exhibition of
1862), has a weight which corresponds to 4g9lb. 50z. per cubic
foot. Diameter, 1 to 3ft.; height, 40 to 6oft.

New South Wales and Queensland.

534. Pomaderris apetala, Zabcl/., (Syn. P. aspera, Sieb.) ; N.O.,
Rhamnee, B.FI., i., 419.
Called “Hazel” in Victoria. ‘‘ Kalertiwan” of the aboriginals of
Coranderrk Station (Victoria).

TIMBERS. 5Q1

“A tall shrub, or small tree.’” This wood is excellent, of a
beautiful satiny texture, and adapted for carvers’ and turners’ work.
Dr. Bennett suggests that it may be useful for wood-engraving.
“Specific gravity, .772.’’ (Mueller.)

All the colonies except Western Australia and Queensland.

535. Pongamia glabra, Ven/., (Syn. Galedupa indica, Lam.);

N.O., Leguminosz, B.F1., ii., 273. ;

“Indian Beech.”

Wood yellow, close-grained, tough, and prettily marked;
might be useful for chair-making, as it bears bending. (Caz.
Queensland Woods, Col. and Ind. Exh., 1886.) It is moderately
hard, white, and turns yellow on exposure. It is not durable, and
is readily eaten by insects, but is improved by seasoning in water.
In Lower Bengal it is used for oilmills and firewood ; in South
India for solid cart wheels. Weight, 40 to 42lb. per cubic foot.
(Gamble.)

Queensland and Northern Australia.

536. Premna obtusifolia, ”.27., N.O., Verbenacez, B.FI., v., 58.
‘A shrub of 3 to 6ft., with brownish wood.”
Queensland and Northern Australia.

537- Prostanthera lasianthos, Zadc//., N.O., Labiatex, B.FI., v.,

93:
“Mint Tree.” Called ‘*‘ Dogwood” in Victoria.

A tall shrub, sometimes attaining the dimensions of a
moderate-sized tree. The wood is hard and tough, and of a
specific gravity of .809. The saplings are used for fishing rods.

All the colonies except Western Australia.

538. Pseudomorus Brunoniana, 2ureau, (Syn. Morus Brunoniana,
Endl.; P. pendulina, F. Bauer.; Streblus Brunoniana,
F.v.M.; S. pendulina, F.v.M.); N.O., Urticez, B-FI., vi., 181.
Called ‘‘ Whalebone Tree” in Southern New South Wales. ‘“ Mail”’

of the aboriginals of the Richmond and Clarence Rivers. ‘‘ Lagaulbie”’ is

another aboriginal name.
Wood light brown, close-grained, hard, and tough. Used by the
aboriginals for boomerangs. (Mueller.) It dresses well, and when

592 AUSTRALIAN NATIVE PLANTS.

cut at right angles to the medullary rays it has a figure remarkably
like Oak. When dressed in the ordinary way it has a bold, straight
grain, which looks pretty under polish, A slab in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 56lb. 10z. per cubic foot.
Diameter, 6 to 15in.; height, up to 30 or 4oft.
New South Wales and Queensland.

539- Ptychosperma Alexandra, /.v.4/., (Syn. Archontophenix

Alexandre, Wendl.); N.O., Palme, B.FI., vii., 140.

‘€ Alexandra Palm.”

This wood is beautifully marked, and is much in favour for
walking-sticks, the outer portion being cut-into suitable thicknesses
for this purpose. Height, 70 or 8oft.

Queensland.

540. Ptychosperma elegans, Blume, (Syn. Seaforthia elegans,
R.Br. )s N.O;, Palme, BF). vii. 240.
** Bangalow.” :
The stems are used for the rails of fences. The small stems
used sometimes to go under the name of ‘ Moreton Bay Canes.”
It isa very ornamental, feathery-leaved palm. Diameter, 6 to 12in.;
height, 60 to 8oft.
Queensland.

541. Ptychosperma Laccospadix, Benth., (Syn. Laccospadix aus-
tralasicus, Wendl.; Calyptrocalyx australasicus, Scheff.) ;
N.O., Palmez, B.FI., vii., 140.

“Black Palm.”
The outer portion of the wood is used for making walking-
sticks.. Diameter, 6 to 8in.; height, 12 to 16ft.
Queensland.

542. Quintinia Sieberi, 4.DC., N.O., Saxifragez, B.FI., ii., 438.
“* Opossum Tree.”
The timber is heavy, and close-grained ; of a yellowish shade,
and it seems to be of good quality. (General Report, Sydney

TIMBERS. . 593

International Exhibition, 1879.) Diameter, 24 to 30in.; height,
60 to 7oft.
New South Wales and Queensland.

543. Randia densiflora, Bexth., (Syn. Cupia densiflora, DC.;
Ixora Thozetiana, F.v.M.); N.O., Rubiacez, B.FI., ili., 412.

Wood of a light colour, very close in the grain, hard, and
tough; might prove suitable for wood stamps. (Cat. Queensland
Timbers, Col. and Ind. Exh., 1886.) Not endemic in Australia.
Diameter, 8 to 12in. ; height, 20 to 3oft.

New South Wales, Queensland and Northern Australia.

7 544. Randia Fitzalani, “v.47, (Syn. Gardenia Fitzalant, F.v.M.);
N.O., Rubiacez, B.FI., iii., 411.
The wood of this tree is straw coloured, close in, the grain,
hard, and tough.
Queensland.

545. Ratonia anodonta, Benth., (Syn. Cupania anodonta, ¥.v.M.; E
Schmidelia anodonta, F.v.M.); N.O., Sapindacee, B.FI., i.,
461.- Cupania anodonta in Muell. Cens; p24:
* Cumgun” of the aboriginals of Northern New South Wales.
A valuable wood, of moderate weight, and of a pinkish colour.
A slab in the Museum appears to have absolutely unaltered during
the last quarter of a century, but it has been judiciously cut. It
dresses excellently, but has no remarkable figure. A second slab
in the Technological Museum, which has been seasoned over
twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), has a weight which corresponds to
49lb. 30z. per cubic foot. Diameter, 20 to 36in.; height, 8oft,
Queensland.

546. Ratonia pyriformis, Benth., (Syn. Schmidelia pyriformis,
F.v.M.; Cupania pyriformis, F.v.M.); N.O., Sapindacez,
B.FI., i., 461. Cupania pyriformis in Muell. Cens., p. 461.

; ‘Brush Apple.”
Wood flesh coloured, firm, and tough. It has been suggested
as suitable for axe handles, ‘The sample in the Museum has split

2Q

594 AUSTRALIAN NATIVE PLANTS.

somewhat, but no slab of timber could have been more ill cut. It
dresses excellently, both on the face and end-grain. It is perhaps
a little liable to splinter under the saw. A slab in the Techno-
logical Museum, which has been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of
1862), has a weight which corresponds to 53lb. 1oz. per cubic.
foot. Diameter, 10 to 1sin.; height, 30 to goft. —
New South Wales and Queensland.

547. Ratonia tenax, Bexth., (Syn. Cupania tenax, A. Cunn.);
N.O., Sapindacez, B.FI.,i., 461. Cupania tenax in Muell.
Cens., p. 24.

““ A moderate-sized tree.”’ Wood light in colour, dark towards
the centre, very tough, and close-grained.
New South Wales and Queensland.

548. Rhizophora mucronata, Zam., (Syn. R. Mangle, Roxb. ;
R. Candelaria, Wight et Arn.); N.O., Rhizophoree, B.F1.,

ii., 493.

“ Mangrove.”

Wood of a light colour, with a reddish centre, or heart-wood;
grain close, tough. Its weight is 70.5lb. per cubic foot. (Gamble.)
The aerial roots, being very elastic, afford good materials for
bows, of which the Fijians avail themselves. (Seemann.) Height,
15 to 2sft.

New South Wales, Queensland and Northern Australia.

549. Rhodamnia argentea, Benth., (Syn. (7) Myrtus argentea,
Hill); N.O., Myrtacez, B.F1., iii., 278.
“White Myrtle.’ ‘“ Muggle-muggle” of the aboriginals of Northern
New South Wales.
Timber hard, close-grained, and durable, but seldom used.
Diameter, 24 to 36in.; height, 80 to 1ooft.
New South Wales and Queensland.

550. Rhodamnia sessiliflora, Benth., N.O., Myrtacez, B.FL., iii.,
277:
Wood of a dark colour, close-grained, and tough.
Queensland.

a

TIMBERS. 595

$51. Rhodamnia trinervia, @/ume, (Syn. Myrtus trinervia,

“Smith; JL melastomortdes, F.v.M.; Monoxora rubescens,

Benth); N.O., iyaracess BLP IY iisa278.

Called “ Black-eye’’ in the il ecatore district (New South Wales).
“Brush Turpentine.” ‘‘ Bummung”’ of the aboriginals of Northern New
South Wales.

This wood is of a reddish-brown colour, and moderately hard,
close-grained, and firm, but the tree is always hollow when large.
It is a good, useful, plain timber for ordinary purposes, but it is
inclined to chip while being dressed. Two slabs in the Techno-
logical Museum, which have been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of
1862), have weights which correspond to 5olb. and 52Ib. r1oz. -
per cubic foot respectively. Diameter, 20 up to 30in.; height, 70
to 8oft.

New South Wales and Queensland.

552. Rhodomyrtus macrocarpa, Benth., N.O., Myrtacex, B.FI.,

2733
‘“‘ Native Loquat.”

The wood of this tall shrub is of a light grey colour, hard,
and tough.
Queensland.

553. Rhodomyrtus psidioides, Benth., (Syn. Welitris pstdiodes,
G. Don; Myrtus Tozeri’, F.v.M.); N.O., Myrtacez, B.FI.,
202.

A tree “attaining sometimes a great size.” Wood light
coloured, close-grained, and tough.
New South Wales and Queensland.

554. Rhus Saaeenagl ae M., (Syn. R. elegans, Hill); N.O.,

Anacardiacee, B.F'1., iii., 489.

“ Dark Yellow-wood.” Called also “ Light Yellow-wood,” ‘ Yellow
Cedar.” “ Jango-jango”’ of the Queensland aboriginals.

The wood is soft, fine-grained, and beautifully marked; it
is much esteemed for cabinet-work, as it is one of the handsomest
of timbers. It is sound and durable, and will take an excellent
polish. It has a brownish or yellowish-bronze colour, with a

596 AUSTRALIAN NATIVE PLANTS.

silky lustre. When fresh, the colour is lighter than when the wood
is older, but it is always inclined to a rich brown, and, therefore,
the name “ Light Yellow-wood”’ is very inappropriate, and should
only be used for Flindersta Oxleyana. A slab in the Techno-
logical Museum, which has been seasoned over twenty-five years
(having been exhibited at the London International Exhibition of
1862), has a weight which corresponds to 47lb. 1oz. per cubic
foot. Diameter, 18 to 24in.; height, 60 to 7oft.
Northern New South Wales and Queensland.

555- Ricinocarpus pinifolius, Desf, (Syn. RK. sideformis, F.v.M.;
Reperia pinifolia, Spreng.; Lchinosphera rosmarinoides,
Sieb.) ; N.O., Euphorbiacez, B:F1., vi., 70.

A mere shrub usually, but grows larger under very favourable
circumstances. Wood light coloured, soft, close in the grain,
and works easily.

Tasmania, South Australia, Victoria, New South Wales and
Queensland.

556. Rulingia pannosa, 2.Zr., (Syn. Commersonia dasyphylia,
Andr.; Buetineria dasyphylla, J. Gay; B. pannosa, DC.) ;
'N.O., Sterculiacee, B.FI., i., 238. Commersonia dasy phylla
in Muell. Cens., p. 16.

“Black Kurrajong.” ‘‘ Kerrawah”’ is an aboriginal name.

The quality of this timber is “above the average of Stercu-
liaceous woods. It is of comparatively close grain and fair
hardness, but it is excessively difficult to season, is liable to the
attacks of a coleopterous insect, and is of no beauty. It dresses
up fairly well, but, of course, it is rather porous. A slab in the
Technological Museum, which has been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), has a weight which corresponds to 311b, 202.
per cubic foot. Height, up to about 3o0ft.

Victoria, New South Wales and Queensland.

557- Sambucus xanthocarpus, /.v.0/., (Syn. Zripetelus aus-
tralasicus, Lindl.)!; N.O., Caprifoliacez, B.FI., iii., 398.
‘“ Native Elderberry.”

TIMBERS. , 597

A tall shrub or small tree. Wood soft, light, and pale
coloured,
Victoria, New South Wales and Queensland.

558. Santalum lanceolatum, #.2r., (Syn. S. odlongatum, R.Br.);

N.O., Santalacez, B.FI., vi., 214.

“ Sandal-wood.” ‘‘Tharra-gibberah” of the ‘aboriginals of the
Cloncurry River (Northern Queensland).

The wood is close-grained, and takes a good polish. It is -
firm, yellowish in colour, and useful for cabinet-work. Diameter,
3 to 6in.; height, 15 to 2sft.

All the colonies except Tasmania and Victoria.

559. Santalum obtusifolium, &.2r., (Syn. Santalum ovatum,

R.Br.); N.O., Santalacez, B.FI., vi., 214-5.

“ Sandal-wood.”’

These species, with the preceding jone, produce Australian
sandal-wood in part. This kind of sandal-wood is, however, yielded
for the most part by a species of Musanus (q.v.), which Baron
Mueller considers to be a Sanfalum.

Victoria, New South Wales and Northern Australia.

560. Schizomeria ovata, D. Don, N.O., Saxifragez, B.FI., ii.,

443.

This wood bears the various names of ‘‘ Cork-wood,” ‘‘ Light-wood,”’
“ Coach-wood,” ‘‘ Beech,” and ‘‘ White Cherry.”

This wood has a reddish or brownish tint, and is used for
various purposes, e.g., coach-building, although it has nothing to
particularly recommend it. It is very light as regards weight.
Diameter, 1 to 2ft.; height, 50 to 6oft.

New South Wales and Queensland.

561. Semecarpus Anacardium, Z:nz., (Syn. S. australasicus,
Engl.); N.O., Anacardiacez, B.FI., i., 491.
“ Marking-nut Tree” of India,
Wood yellow, with brown markings, easy to work, but soft and
useless. Woodcutters object to fell it, unless it has been ringed
for some time, as it contains an acrid juice, which causes swelling

598 AUSTRALIAN NATIVE PLANTS.

and irritation. Weight, about 37lb. per cubic foot. (Gamble.)
Height, about 3o0ft.
Queensland and Northern Australia.

562. Sersalisia sericea, 2.27., (Syn Srderoxylon sericeum, Ait. ;
Lucuma sericea, Benth, and Hook. f.; Amorphospermum
antilogum, F.v.M.); N.O., Sapotacee, B.FI., iv., 279.
Lucuma sericea in Muell. Cens., p. gt.

Called “‘ Berryarrah” and “ Roomal” by Queensland aboriginals.

Wood hard, close-grained, tough, and firm. Diameter, 12 to
20in. ; height, 60 to 7oft.

Queensland and Northern Australia.

563. Sesbania epyptica, Pers., (Syn. Zeschynomene Sesban, Linn.) ;
N.O., Leguminosz, B.FI., ii., 212.

““Ngeen-jerry” of the aboriginals of the Cloncurry River (North Queensland).
This shrub or small tree is used in India as a substitute for

the bamboo. Its wood makes excellent gunpowder charcoal.

(Cyclop. of India.) It is not durable, and its weight is 27]b. per

cubic foot. (Gamble.) Good for children’s toys. (Kurz.)
Northern Australia.

564. Siphonodon australe, Benth. N.O., Celastrinee, B.FI., i.,
403. :

“ Tvory-wood.” ‘‘Currayelbum” of the aboriginals of Northern New
South Wales. ‘‘ Umpurr”’ of those of Queensland.

Wood white,* very close in the grain, firm, and easily worked ;
an excellent wood for the cabinet-maker, and probably suitable for
engraving, (Cat. Queensland Timbers, Col. and Ind. Exh.,
1886.) Diameter, ro to 24in.; height, 40 to soft.

New South Wales and Queensland.

565. Solanum verbascifolium, 47/., N.O., Solanez, B.FI., iv., 449.
This tree or shrub is perhaps the largest of the genus. Its
wood is of a yellow colour, easily worked, of a close grain, and
light. It is, however, of very little use.
Northern New South Wales and Queensland.

* Of a uniform yellowish colour, according to Thozet,

TIMBERS. | 599

566. Spondias pleiopyna, 7.7.47, N.O., Anacardiaceze, Muell.
Cens., p. 26.

‘““ Sweet Plum,” or ‘‘ Burdekin Plum.”

Wood hard, dark brown, with red markings, resembling
American walnut; the grain pretty close, splits quite straight; an
excellent wood for the joiner or cabinet-maker, also suitable for
turnery. (Cat. Queensland Timbers, Col. and Ind. Exh., 1886.)

Queensland.

567. Spondias Solandri, Bentham, (Syn. S. acida, Soland.); N.O.,
Anacardiacez, B.FI., i., 492.

A moderate-sized tree, the trunk occasionally acquiring a very
great thickness. Timber soft when cut, though it afterwards
becomes hard and tough. (Hill.) Diameter, 24 to 36in.; height,
40 to 6oft.

Queensland.

568. Stenocarpus salionus, R.Br., (Syn. S. acacioides, F.v.M. ;
. Hakea rubricaulis, Colla.; Embothrium rubricaule, Giord.) ;
N.O., Proteacez, B.FI., v., 539.

“Silky Oak,” ‘Silvery Oak,” ‘ Beef-wood.” ‘‘Melyn”’ of the
aboriginals.

This timber is of a reddish colour, close in the grain, hard, and
splits easily. It is valuable for the finer kinds of coopers’ work.
(Hill.) Itis used for making furniture, picture frames, walking-
sticks, and veneers. It is worthy of note that this is the only
Proteaceous tree common in cedar brushes. (Macarthur.) A slab
of this timber is of extreme beauty for the uniformity of the pale
red-brown mottled colour, with an undulating figure perfectly
uniform, of hard texture, easily worked. Altogether one of the
most beautiful woods in the Exhibition, and of the highest merit.
(Furors’ Reports, London International Exhibition of 1862.) It
has been so much appreciated that it is getting scarce. As it ages
it sobers down with a tendency to uniformity of colour throughout.
Proteaceous timbers are very characteristic in appearance, and
this is no exception. A slab in the Technological Museum,
which has been seasoned over twenty-five years (having been

600 AUSTRALIAN NATIVE PLANTS.

exhibited at the London International Exhibition of 1862), has a
weight which corresponds to 44]b. 40z. per cubic foot. Diameter,
18 to 24in.; height, 30 to soft. 7

New South Wales and Queensland.

569. Stenocarpus Sinuatus, Zzd/., (Syn. S. Cunninghamit,
Hook.; Agnostus sinuatus, A. Cunn.); N.O., Proteacez,
BiPAs,'V-25 30:

“Tulip Tree.” “Fire Tree” (on account of the brilliancy of its

flowers). ‘ Yiel-yiel,” or ‘ Yill-gill” of the aborigines of Northern New
South Wales.

The wood is nicely marked, and admits of a good polish. It
is close-grained, hard, and durable, is used for staves and veneers,
and is suitable for cabinet-work. It is not a plentiful tree.
Diameter, 24in.; height, 60 to 7oft.

Northern New South Wales and Queensland.

570. Sterculia acerifolia, 4.Cunn., (Syn. Brachychiton acerifolium,
F.v.M.); N.O., Sterculiacee, B.Fl., i., 229. Brachychiton
acerifolium in Muell. Cens., p. 15.

Called ‘‘ Flame Tree” on account of its flowers. ‘‘ Lace Bark Tree.”
A large tree. Wood soft, light, and of a light colour. Like
other woods of this genus it can be torn away by the finger-nail,
so it can have but a very limited use. A slab in the Technological

Museum, which has been seasoned over twenty-five years (having

been exhibited at the London International Exhibition of 1862),

has a weight which corresponds to 271b. 40z. per cubic foot.
New South Wales and Queensland.

571. Sterculia discolor, 7!v.JZ, (Syn. Brachychiton discolor,
F.v.M.) ; N.O., Sterculiacez, B.FI., i., 228. Brachychtton
discolor in Muell. Cens., p. 15.

“ Stunga’
A tall tree. This timber is white and soft when cut, but

of the aboriginals of the Richmond and cuavdae Rivers.

becomes hard in drying. It makes good shingles. (General
Report, Sydney International Exhibition, 1879.)

Northern New South Wales, Queensland and Northern
Australia,

TIMBERS. 601

572. Sterculia diversifolia, G. Don, (Syn. Pecilodermis populnea,
Schott.; Brachychiton populneum, R.Br.); N.O., Sterculiaceze,
B.FI., i., 229. Brachychiton populneum in Muell. Cens.,

BATS.
“ Black Kurrajong.” Called ‘‘ Bottle Tree” in Victoria.

Timber soft, fibrous, and useless. It is a most ornamental
tree, There is a family likeness amongst all S/erculca timbers,
and this is one of the coarsest and most open-grained of the genus.
Like other timbers belonging to this genus, it is fairly homo-
geneous. A slab in the Technological Museum, which has been
‘seasoned over twenty-five years (having been exhibited at the
London International Exhibition of 1862), has a weight which
corresponds to 29lb. 40z. per cubic foot. Height, from 20 to 6oft.

Victoria, New South Wales and Queensland.

573. Sterculia lurida, 7.v.d7., (Syn. Brachychiton luridum,¥ v.M.) ;
N.O., Sterculiacee, B.FL, i., 228. Brachychiton luridum in
Diwell- Cens.,'p. 15.

“Sycamore.” ‘ Hat Tree.”

This timber is white, soft, not durable, is easily split, and is
occasionally used for shingles. Diameter, 36 to 48in.; height, 80
to 1ooft.

Northern New South Wales and Queensland.

574. Sterculia quadrifida, #.47r., N.O., Sterculiacer, B.FI., i.,
227.
“ Kurrajong.” ‘Calool’’ of the aborigines of Northern New South
Wales. ‘Convavola” of some Queensland aboriginals.

Timber soft, spongy, and little used. It is light grey, close-
grained, and easily worked. Diameter, 12 to 18in.; height, 50 to
Soft.

Northern New South Wales, Queensland and Northern
Australia.

575. Strychnos psilosperma, /.v.J7., N.O., Loganiacez, B.FI., iv.,
309.
A glabrous shrub. Wood light yellow, with numerous white
longitudinal streaks, the centre black or dark, the grain close;

602 AUSTRALIAN NATIVE PLANTS.

very hard, and tough. (Cat. Queensland Woods, Col. and Ind.
Exh., 1886.)

Queensland.

576. Symplocos spicata, ‘ord. (Syn. S. Stawellit, F.v.M.) ;
NO} Styracexs, B.FI., iv.) 292.
“‘A moderate-sized tree.” Wood white and close-grained,
but apt to warp and split.
Northern New South Wales.

577- Symplocos Thwaitesii, 77.47, N.O., Styracex, B.FL., iv...
yee
“A shrub or tree, attaining sometimes a considerable size.”
Wood light in colour, fine in grain, and tough.
Northern New South Wales and Queensland.

578. Syncarpia Hillii, Bar7., N.O., Myrtacez. (Bailey, in Proc.
R.S., Queensland, i., 86.)
‘Turpentine Tree” and “ Peebeen ” of the colonists and aboriginals of
Frazer’s Island (North Queensland).

Wood of a dark pink colour, close in the grain, and tough; a
useful building wood. (Bailey.)
Frazer’s Island (Queensland).

579. Syncarpia laurifolia, Zez., (Syn. Metrosideros glomulifera,.
Smith ; AZ. procera, Salisb. ; MZ. propinqua, Salisb.; Tristania
albens, A. Cunn.; Kampizia albens, Nees); N.O., Myrtacez,
B.FI., iii, 265. /etrosideros glomulifera in Muell. Cens.,.
P- 59 .

“Turpentine Tree.’ ‘Booreea’” of aboriginals near Sydney.

“ Pearbbie” of the aborigines of Frazer’s Island (Queensland).

Timber valuable for piles and posts for fences, very durable:
underground, and said to resist the TZeredo mavalis, damp
and the white ant, owing to the resinous matter contained in it.
At is used for ship-building and other purposes requiring a durable
timber, but it is said to be comparatively soft and brittle. My own
experience is against this, it is as hard as the average Myrtaceous.
timber, and is not brittle when the sap-wood is removed. It takes-

TIMBERS. | 603

a high polish. When employed for uprights in buildings it is
liable to warp when much exposed. It is a difficult wood to burn,
as it will only char, and is consequently easily extinguished; a
useful property in buildings. It is apt to shrink and warp
unless it is well seasoned, ‘It is the best wood for railway
sleepers, and posts of it have stood for twenty years.” (furors’
Reports, London International Exhibition of 1862.) A pile
was exhibited at the Colonial and Indian Exhibition, 1886,
taken from a jetty at Brisbane Water, near Sydney, where it
had been fully exposed to the action of the waves of the
Pacific Ocean for twelve years. It had been entirely un-
protected, yet on cutting it through it was found to be perfectly
free from decay and from the attacks of the Zeredo. Many
wharves in Sydney are constructed on piles made of this timber.
The sap-wood is of a light colour, all the rest is dark brown. A
slab in the Technological Museum, which has been seasoned over
twenty-five years (having been exhibited at the London Inter-
national Exhibition of 1862), has a weight which corresponds to
631b. 20z. per cubic foot. Diameter, 48 to 6oft.; height, 100 to
150ft.
New South Wales and Queensland.

580. Syncarpia leptopetala, #.v.47., (Syn. Metrosideros leptopetala,
F.v.M.); N.O., Myrtacez, B.FI., iii., 266. Metrosideros
leptopetala in Muell. Cens., p. 59.

“Brush Turpentine.” ‘ Myrtle.”
Timber hard, heavy, and durable; used for turnery, etc.

Diameter, 24in.; height, 50 to 6oft.

New South Wales and Queensland.

581. Synoum clandulosum, A. Fuss., (Syn. Trichilia glandulosa, -
Smith); N.O., Meliacez, B.FI., i., 384.

“Dogwood.” ‘* Brush Bloodwood.” “Rosewood.” ‘ Mocondie ” of
the aboriginals of the Richmond and Clarence Rivers. ‘‘ Wallaon” is an
aboriginal name in the Illawarra district (New South Wales).

Timber firm, and easily worked. When fresh it is of a deep
red colour, and emits a scent like that of the common rose; it is
used for cabinet purposes, for which it has long been highly

604 AUSTRALIAN NATIVE PLANTS.

valued, as well as for the inside of houses and ship-building,
This wood reminds one of Cedar, but it is a little heavier, is of
rather a deader colour, and it is apt to tear under the plane, hence
it fetches only about half the price of Cedar in Sydney. But it
polishes well, and has a sheen which is very pretty. Two slabs in
the Technological Museum, which have been seasoned over twenty-
five years (having been exhibited at the London International
- Exhibition of 1862), have weights which correspond to q1lb. 50z.
and 44lb. 150z. per cubic foot respectively. Diameter, 18 to 24in.;
height, 40 to 6oft.
Néw South Wales and Queensland.

582. Tarrietia actinophylla, Za:/., N.O., Sterculiaceze, Syn.

Queensland Flora. (Bailey.)

A “ Stavewood.”

A tall tree. Wood very tough, of a stringy, straight grain,
resembling English Ash; will bend better than that wood, which
points it out as a suitable wood for chair making, carriage work,
axe handles, etc. (Ca/. Queensland Woods, Col. and Ind. Exh.,

1886.)
South Queensland.

583. Tarrietia areyrodendron, Bensh., (Syn. Argyrodendron tri-
foliolatum, F.v.M.); N.O., Sterculiacez, B.FI., i., 230. ;

“¢ Silver Tree,”’ ‘‘ Black Stavewood,” ‘‘ Stonewood,” and ‘ Ironwood,”
‘“* Boyung,” “ Byong,” or ‘‘ Boiong” of the aboriginals of Northern New
South Wales.

This timber is useful for piles in water. (General Report,
Sydney International Exhibition, 1879.) It is white, hard, close-
grained, tough, and firm, and may be used as a substitute for
English Beech. It is a valuable coopers’ wood. Diameter, 24 to
36in.; height, 70 to goft.

New South Wales and Queensland.

584. Tarrietia trifoliata, 7.v.47., (Syn. Z.actinodendron, F.v.M.);
N.O., Sterculiaceze, Muell. Cens., p. i5.
‘Red Beech” of Johnstone River (Queensland).
It is not unlike common Red Cedar in appearance, but it is
harder than that wood. It is used for building purposes, but soon

TIMBERS. 605

decays if exposed to bad weather; it is, therefore, better suited for’
indoor work. (H.W. Miskin.)
- New South Wales and Queensland.

585. Telopea oreades, 7.v.17., N.O., Proteaceze, B.FI., v., 534.
“Gippsland Waratah.”

"The miners prefer this wood to any other for their pick
handles, on account of its elasticity. It requires most careful
seasoning. ‘The young shoots or suckers are sometimes used for
basket making. The New South Wales Waratah timber (7.
Speciosissima) is too small for use, but its shoots are sometimes
employed. (See ‘“Fibres.”) Diameter, 13 up to 2ft.; and
height, 30 to 4oft. (Bauerlen.)

Victoria (Gippsland), and Southern New South Wales.

586. Terminalia bursarina, /.v.47., N.O., Combretacee, B.FI.,
li, 499.
A shrub or small tree. Wood of a dark colour, close-grained,
hard, and prettily marked ; useful for cabinet-work.
Northern Australia.

587. Terminalia Catappa, Linn., N.O., Combretacee, Muell.
@ens.; py 50:

“ Indian Almond.”

A large deciduous tree. Wood brown, waved, rather heavy,
rather close-grained; takes a fine polish. (Kurz.) Weight of
Indian specimens, 32lb. per cubic foot. (Skinner.) 4r1lb.
(Gamble.)

Queensland.

588. Terminalia discolor, 7.v.J7., N.O., Combretacex, B.FI., hing
501.

Wood close-grained and tough. Diameter, 3 to 6in.; height,
1o to 15ft.
Northern Australia.

589. Terminalia melanocarpa, /.v.47,, N.O., Combretacez,
B.FL., ii., 500

600 AUSTRALIAN NATIVE PLANTS.

Timber hard and tough, splitting freely. It is close-grained,
and of a light yellow colour. Diameter, 6 to 12in.; height,
15 to 2sft.

Queensland and Northern Australia.

590. Terminalia Muelleri, Bex‘h., (Syn. Z. microcarpa, F.v.M.);

N.O., Combretacez, B.F1., ii., 500.

‘* A small tree in the scrub, growing to a considerable height
in the ranges.’’ Wood yellow, but pinkish towards the centre,
tough, and light; suitable for axe handles. (Cat. Queensland
Timbers, Col. and Ind. Exh., 1886.)

Queensland.

591. Terminalia oblongata, #:v.47,, N.O., Combretacee, B.FI.,
li., 499-
A small tree. Wood light coloured, nicely marked, and
suitable for cabinet-work.
Queensland.

592. Terminalia platyphylla, F.v.M., N.O., Combretacez, B.FI.,
li., 502:
“ Durin” of the aboriginals of the Flinders River.
A moderate-sized tree. Wood dark coloured, close in the
grain, tough, hard, and prettily marked.
Northern Australia.

593. Terminalia porphyrocarpa, /.v.4/., N.O., Combretacez,

BEL, ii. 5Or.

“A handsome tree.’’ Wood of a yellow colour, nicely
marked, close-grained, hard, and tough; useful for house building
and cabinet-work. (Cat. Queensland Woods, Col. and Ind. Exh.,
1886.)

Queensland.

594. Terminalia sericocarpa, ¥.v.J/., N.O., Combretacez, Muell.
Cens., p. 50. :

TIMBERS. 607

The sap-wood light yellow, with a darker coloured heart-
‘wood; the wood generally is hard and tough; might be suitable
for chair making.

Queensland.

595. Terminalia Thozetii, Benth., N.O., Combretacez, B.FI., ii.,
500.
Wood close grained and tough, of a pale yellow colour,
Splitting freely. Diameter, 12 to 36in.; height, 50 to goft.
Central Queensland.

596. Tetranthera reticulata, AZecssn., (Syn. 7. Fawceettiana,
F.v.M.; Zitswa reticulata, Benth.; Cylicodaphne Fawcettiana,
F.v.M.); N.O., Laurinez, B.FI.,v., 306. Zzt¢se@a reticulata in
Muell. Cens., p. 4.

** Cudgerie”’ of the Bunya Mountains (Queensland).
“‘ A tree of considerable size.” Wood of a grey colour, close

in the grain, light, and easy to work ; suitable for flooring boards. °
Queensland.

597. Thespesia populnea, Corr., (Syn. Hibiscus populneus, Willd.) ;

N.O., Malvacee,.B.FI., i. 221.

This moderate-sized evergreen tree is common on the shores
of most tropical countries of both hemispheres. The wood is
considered almost indestructible under water, and is, therefore, used
for boat-building, besides which its hardness and durability render
it valuable for cabinet-making and building purposes, while in
Ceylon it is used for gunstocks. (Treasury of Botany.) See also
Seemann (Flora Vitiensis). The centre of the old stems generally
decay in the way European Elms do, and the wood towards that

_part presents a deep claret colour. Its weight is about solb. per
cubic foot. (Gamble.)

Queensland and Northern Australia.

598. Timonius Rumphii, DC., (Syn. Polyphragmon sericeum,
Desf.; Guetiarda poly phragmordes, F.v.M.); N.O., Rubiacez,
Ber). iil; 417.

608 AUSTRALIAN NATIVE PLANTS.

Wood light in colour, close in the grain, suitable for lining
boards; easily worked, and resembling somewhat the English
Sycamore. Ittakes a good polish. It is not endemic in Australia.
Diameter, 6 to 15in.; height, 20 to 4oft.

Queensland and Northern Australia.

599. Trema aspera, B/ume, (Syn. Celtzs aspera, Brongn.; Sponia
aspera, Planch.); N.O., ‘Urticez, B.FI., vi. 158. Included

by Baron Mueller in 7. cannabina, Lour. Cens., p. 21.

“Elm.” ‘Rough Fig.” A ‘ Kurrajong.” ‘‘ Peach-leaved Poison
Bush ” (from the impression that it is poisonous to stock).

This shrub, so abundant on the borders of scrubs, might be
advantageously turned to account for making gunpowder charcoal.
For this purpose stems and branches should be collected from
4in. in diameter, taking care to cut the plant when in full sap.
Char in a close vessel, extinguish by exclusion of air, not with
water. (Bailey.) The timber is hard, tough, firm, close-grained,
and durable. Diameter, 24 to 36in.; height, 50 to 7oft.

Victoria, New South Wales and Queensland.

600. Trema orientalis, Blume, (Syn. Celtis orientalis, Linn.;
Sponta orientalis, Planch.); N.O., Urticeze, B.FI., vi., 158.
Included in 7. cannabina, Lour., Muell. Cens., p. 21.

Wood of a red colour, soft, and resembling Cedar. Height,
up to 4oft. ;
New South Wales, Queensland and Northern Australia.

6or1. Tristania conferta, 2.2r., (Syn. 7. subverticillata, Wendl.;
T. macrophylla, A. Cunn.; Lophostemon arborescens, Schott. ;
L. macrophyllum, of nurserymen, non R.Br.); N.O., Myr-
tacez, BF Ie iit), 263. ;
In Northern New South Wales it has the following names :—“ White
Box,” ‘‘ Red Box,” “ Brush Box,” ‘‘ Bastard Box,” “ Brisbane Box,’’ and
‘“ Mahogany.” It is the “ Tubbil-pulla ” of the Queensland aboriginals.
This timber is much prized for its strength and durable
qualities. It is used in ship-building. Ribs of vessels from this
tree have remained unimpaired for thirty years and more. (Hill.)
It is also used in the construction of wharves and bridges, since it

TIMBERS. 609

is not likely to be attacked by white ants. It dresses well, and
some specimens show, when polished, a very pretty grain. All
species of Tristania timber are difficult to season, planks and slabs
of the wood crack, warp, twist, and shell in the most extraordinary
manner, unless the greatest care be exercised both in the time of
cutting of the timber and the seasoning. Three slabs in the
Technological Museum, which have been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), have weights which correspond to sglb. 20z.,
6r1lb. 40z., and 64lb. 1oz. per cubic foot. Diameter, 1 to 3ft.;
height, 80 to 120ft. i
New South Wales, Queensland and Northern Australia.

602. Tristania exiliflora, 7.v.J7., N.O., Myrtacez, B.FI., iii., 264.

Wood of a dark colour, close in the grain, very tough and
elastic ; useful for tool handles.
Queensland.

603. Tristania laurina, &.2r., (Syn. Melaleuca laurina, Smith) ;
IN.O:, Myrtacez, B.F1., iii., 264.
Called ‘“ Bastard Box” in Northern New South Wales. “Swamp
Mahogany” in the counties of Cumberland and Camden (New South
Wales). Other names are ‘‘ Water Gum ” and ‘‘ Beech.”

Timber dark in colour, hard, tough, and close-grained, used
for tool handles, cogs of wheels, etc. It is generally sound to the
centre. It is very difficult to season, but when dry it is of singular
closeness and toughness. (Sir W. Macarthur.) It is apparently
well adapted for all machinery purposes. (furors’ Reports,
London International Exhibition, 1862.) Diameter, 12 to 24in.;
height, 50 to 6oft.

Victoria, New South Wales and Queensland.

604. Tristania macrosperma, /.v.J/., N.O., Myrtaceze. (Motes on
Papuan Plants, p. 104, Mueller.)

Wood of a straw colour, close-grained, very hard, and tough,
stands well in drying, and will likely prove valuable for building
purposes. (Bailey.)

Thursday Island (Torres Straits).

2R

610 AUSTRALIAN NATIVE PLANTS.

605. Tristania neriifolia, R.2r., (Syn. Z. salicina, A. Cunn. ;
Melaleuca neriifolia, Bot. Mag.; M. salicifolia, Andr.);
N.O., Myrtacez, B.FI., iii., 262.

Called ‘‘Water Gum” in the Illawarra district (New South Wales),
also ‘‘ Water Myrtle.” It is the “‘ Ooramilly ” of the Illawarra aboriginals.
Timber very close and elastic; used for carpenters’ mallets
and the cogs of wheels in machinery (Hill) ; also for axe and other
handles. Much valued for boat-building, but very difficult to
season without rending. (Sir W. Macarthur.) A slab in the

Technological Museum, which has been seasoned over twenty-five

years (having been exhibited at the London International Exhibi-

tion of 1862), has a weight which corresponds to 66lb. goz. per
cubic foot. Diameter, 18 to 24in.; height, 80 to 1ooft.

New South Wales.

606. Tristania suaveolens, Smz/z, (Syn. 7. depressa, A. Cunn.;
T. rhytiphloia, Fv.M.; Melaleuca suaveolens, Gertn.); N.O.,
Myrtacee, B.FI., iii., 262.

‘Bastard Peppermint” of Northern New South Wales. Other names
are “Broad-leaved Water Gum” and “Swamp Mahogany,” It is the
“ Kibbera” of the aboriginals of the Richmond and Clarence Rivers, and
the ‘‘ Boolerchu”’ of those of Queensland.

Timber used for buggy and coach frames, tool handles,
mallets, cogs of wheels, posts, etc. It is remarkably strong and
elastic, tough, close-grained, and durable, but it is liable to rend
in seasoning. ‘It is of a red colour, resembling Spanish mahog-
any. It is extensively used for piles, as it is found to resist the
ravages of the Teredo longer than any wood as yet tried in the
colony.” (Cat. Queensland Woods, Col. and Ind. Exh., 1886.)

Mr. Allen Ransome experimented upon a sample of this
timber sent from New South Wales to the Colonial and Indian
Exhibition. Although not thoroughly seasoned, boards were
planed with remarkably good results, the cutters working freely,
and leaving an excellent surface. Diameter, 12 to 18in. ; height,
50 to 6oft. ;

New South Wales, Queensland and Northern Australia.

TIMBERS. 611

607. Trochocarpa laurina, &.8r:, (Syn. Cyathodes laurina

Rudge); N.O., Epacridez, B.FI., iv., 166.

“Beech,” “ Brush Cherry,” and ‘‘ Brush Myrtle.” By the aboriginals
it is called ‘‘ Barranduna.”

Wood hard, close-grained, tough, useful for turnery, and other
purposes demanding a tough, fine-grained wood ; it requires to be
seasoned carefully. (Macarthur.) I can confirm the last state-
ment. The wood is of a warm brown colour, and has a pretty
grain, which would cause it to be very ornamental when polished, if
it were not of such a uniform colour throughout. It is apt to tear
under the plane. A slab in the Technological Museum, which
has been seasoned over twenty-five years (having been exhibited at
the London International Exhibition of 1862), has a weight which
corresponds to 48lb. per cubic foot. Diameter, 6 to 12in.; height,
20 to 30 feet.

New South Wales and Queensland.

608. Turreea pubescens, Hel/en., (Syn. 7. Billardieri, A. Juss.;
T. concinna, Benn.); N.O., Meliacez, B.FI., i., 379.

A shrub or small tree. Wood close-grained, and hard, the
centre very dark, the outer part somewhat of a bright yellow
colour. This species is not endemic in Australia.

New South Wales, Queensland and Northern Australia.

609. Ventilago viminalis, Zook., N.O., Rhamnez, B.FI., i., 411.
“Supple Jack.” ‘“ Thandorah” of the aboriginals of the Cloncurry
River (North Queensland).

Timber hard, heavy, close-zrained, and takes a good polish.
It is of a dark-brown coiour. Diameter, 6 to 12in.; height,
20 to 30ft.

South Australia, New South Wales, Queensland and Northern
Australia.

610. Villaresia Moorei, “v.42, (Syn. AMoorta campylosperma,
F.v.M.); (Cat. V.S.W. Woods, Lond. Exh,, 1862), N.O.,
Olacinez, B.FI., i., 396.

“* Maple,” or ‘‘ Scrub Silky Oak.’ Called ‘* Belbil”’ by the aboriginals.

612 AUSTRALIAN NATIVE PLANTS.

A most excellent wood, white in colour, and durable.
(General Report, Sydney International Exhibition, 1879.) It is
close-grained and prettily marked, and would make nice bed-
room furniture. A slab in the Technological Museum, which has
been seasoned over twenty-five years (having been exhibited at
the London International Exhibition of 1862), has a weight which
corresponds to 41lb. 60z. per cubic foot. Diameter, 3 to 6ft.;
height, 80 to 120ft.

Northern New South Wales.

611. Viminaria denudata, Smh, (Syn. Sophora juncea, Schrad.;
Pultenea juncea, Willd.; Daviesta denudata, Vent. ; D.juncea,
Pers.) ; N.O., Leguminose, B.F1., ii., 68.

“ Native Broom.”
Wood soft and spongy. Specific gravity, .623. (Osborne.)

Height, up to 2oft.

All the colonies.

612. Vitex acuminata, 2.2r., (Syn. V. melicopea, F.v.M.); N.O.,
Verbenacez, B.FI., v., 67.
‘‘ A small or large tree.” Wood brown, with darker streaks,
close grained ; suitable for cabinet-work.
Queensland and Northern Australia.

613. Vitex lisnum-vite, 4. Cunn., N.O., Verbenacee, B.FI.,

V., 07.
“ Lignum-Vite.”

The wood is hard, close-grained, and of a blackish colour.
It is a useful timber for the cabinet-maker. Diameter, 20 to 24in.;
height, 50 to 7oft.

New South Wales and Queensland.

614. Vitis hypoglauca, F.v.M., (Syn. Cissus hypoglauca, A. Gray;
C. australasica, F.v.M.) ; N.O., Ampelidez, B.FI., is, 450.
Native Grape.” Called “‘ Gippsland Grape ” in Victoria,
A small tree. Wood soft and spongy, of a grey colour.
Victoria, New South Wales and Queensland.

TIMBERS. 613

615. Vitis sterculifolia, “v.d7., N.O., Ampelidez, B.FI., i., 450.

A small tree. Wood light brown, soft, and spongy.
New South Wales and Queensland.

616. Weinmannia Benthamii, .v.JZ., (Syn. Gezsso’s Benthamit,
F.v.M.); N.O., Saxifrageze, Muell. Cens., p. 48. Gezssozs sp.,
in B.FI., ii., 446. Vide Muell. Fragm., v., 180.
“ Leather-jacket,” or ‘“ Marrara.” Called ‘‘Chum-chum” by the
aboriginals of the northern part of New South Wales.
The timber is firm, close-grained, and easily wrought; used
fur staves and inside work. Diameter, 18 to 24in.; height, 50 to

6oft.
New South Wales and Queensland.

617. Weinmannia lachnocarpa, “.v.47., N.O., Saxifragee, Muell.
Cens., p. 48.

** Marrara”’ and “‘ Scrub Redwood.”

Wood light pink, close in the grain; might be used for
making planes, mallets, and chisel handles. (Cat. Queensland
Woods, Col. and Ind. Exh., 1886.)

New South Wales and Queensland.

618. Weinmannia rubifolia, 7.v.JZ, (Syn. Gezssors rubifolia,

F.v.M.); N.O., Saxifragez, B.FI., ii., 445.

“Corkwood ” and ‘‘ Marrara.”

Timber close-grained, tough, and easily wrought; considered
to be an excellent timber, but not much used. Diameter, 24 to
36in.; height, 80 to 1ooft.

Northern New South Wales and Queensland.

619. Wikstreemia indica, C. A. Aleyer, (Syn. W. feetida, A.
Gray; W. Shuttleworthii, Meiss.; W. Shuttleworthiana,
Meiss.; W.viridiflora, Meiss.; Daphne indica, Linn.); N.O.,
Minymelez, B.F).. vi., 37-

‘‘ A shrub, sometimes almost arborescent.” Wood of a deep
red colour, and coarse-grained. It is not endemic in Australia.
New South Wales, Queensland and Northern Australia.

614 AUSTRALIAN NATIVE PLANTS.

620. Wormia alata, ”.2r., N.O., Dilleniacez, B.FI., i., 16.

Wood of a dark colour, cut one way it shows a pretty red
“clash,” differing in colour, but somewhat resembling that of
English Oak. It is close in grain, and easy to work; a good cabinet-
makers’ wood. (Cat. Queensland Woods, Col. and Ind. Exh.,
1886.) The Rev. J. E. Tenison-Woods points out that there is a
prejudice amongsi the northern settlers against this tree, which is
supposed to be the cause of fever, but the blame should rather be
laid on the places where it grows.

Queensland.

1. Wrightia saliona, 7.2.42, (Syn. Balfouria saligna, RBr);
N.O., Apocynez, B.FI., iv., 316.

‘« A tall shrub or small tree.” Wood of a uniform pale yellow
colour, the grain close ; might be useful for cabinet-work, carving,
and engraving; thought to resemble English Elder. (Caf.
Queensland Woods, Col. and Ind. Exh., 1886.)

Queensland and Northern Australia.

622. Xanthostemon pachyspermus, 7.2.47. e¢ Bazl., N.O., Lyth-

rariee. Occasional Papers, Queensland Flora, No. 1 (May,
1886), Bailey.

** Yellow-wood.”
Wood of a grey, or yellowish colour, fine in the grain, tough,
and strong. 7
Johnstone River (Queensland).

623. Ximenia americana, Z7vz., (Syn. X. elliptica, Forst.; X-
laurina, Delile.; X. exarmata, F.v.M.); N.O., Olacinez,
BL 51... 365. :

‘A glabrous shrub, or sometimes a small tree.’’ Wood close-
grained, tough, hard, and yellowish in colour. It works like
English Box, and might be suitable for engraving. It is used for
making those peculiar pillows (kali) which the Fijians invented to
prevent the derangement of their laboriously dressed hair.
(Seemann:) - Roxburgh says that it is sometimes used in India
as a substitute for Sandal-wood.

Queensland and Northern. Australia.

TIMBERS. 615

624. Xylomelum pyriforme, Knight, (Syn. Banksia pyriformis,
Gertn.; Hakea pyriformis, Cav.; Conchium pyriforme,
Willd.) ; N.O., Proteacez, B.FI., v., 408.

“Native Pear.” ‘Wooden Pear.” Used to be called ‘ Meridja-
courroo”’ by the aboriginals near Sydney.

This moderate-sized tree produces a dark-coloured, prettily-
marked wood. It is occasionally used for making picture-frames,
for ornamental cabinet-work, for veneers, and walking-sticks. When
cut at right-angles to the medullary rays it has a beautiful, rich,
sober marking. - There is, however, little difference in the shade
of colour throughout the wood. A slab in the Technological
Museum, which has been seasoned over twenty-five years (having
been exhibited at the London International Exhibition of 1862),
has a weight which corresponds to 46lb. per cubic foot.

New South Wales.

625. Xylomelum salicinum, 4. Cunn., (Syn. X. pyriforme var.
salicinum, R.Br.; X. Scottianum, F.v.M.; Helicia Scottiana,
PeeM.)= N:O:,-Protéacez, B.FI., v., 408.

A small tree. Wood of a dark red colour, close in the grain,
tough, and durable.
Queensland.

626. Zanthoxylum brachyacanthum, /.v.J7, N.O., Rutacezx,
B.FI1., i., 363. Xanthoxylum in Muell. Cens.
“Satin-wood.” ‘Thorny Yellow-wood.” ‘“ Merrivi” of some of the
Queensland aboriginals.

Timber bright yellow, soft, silky, close-grained, and easily
wrought ; used for cabinet-work, and possibly suitable for wood-
engraving. In Cat. Queensland Woods, Ind. and Col. Exh., 1886;
it is alleged that this wood is superior to the wood used in England
under the name of “‘Satin-wood.’’ Diameter, 12 to 1s5in.; height,
40 to soft.

Northern New South Wales and Queensland.

627. Zanthoxylum veneficum, Baz/., N.O., Rutaceze ; Cat. Queens-
land Woods, Ind. and Col. Exh., 1886. (Bailey.)

616 AUSTRALIAN NATIVE PLANTS.

This wood has been found by Dr. Bancroft to possess
poisonous properties. It is of a yellow colour, close in the grain,
and easy to work.

Johnstone River (Queensland),

628. Zieria Smithii, Azdr., (Syn., Z. lanceolata, R.Br.; Boronia
arborescens, F.v.M.); N.O., Rutacez, B.FI., i., 306.

Colonial names are ‘‘Sandfly Bush” and ‘‘ Turmeric.” It is also
called ‘‘ Stinkwood” in Tasmania.

Wood yellowish, toughish, requires careful seasoning. Has
a neat figure, though with no pretensions to beauty. A slab in
the Technological Museum, which has been seasoned over twenty-
five years (having been exhibited at the London International
Exhibition of 1862), has a weight which corresponds to 38lb. per
cubic foot.

Important Note-—The slab of timber which I have thus
described and weighed is labelled Zzerza lanceolata in the Exhibi-
tion Catalogue, but the wood is remarkably like that of an Zvodza,
and this timber may turn out to have been yielded by Z. micrococca,
Foy, MX B Fle, 307.)

All the colonies except South and Western Australia.

629. Zizyphus Jujuba, Zom., N.O., Rhamnew, B.FI., i., 412.
The “ Jujube Tree” of India.

A moderate-sized deciduous tree, almost evergreen. The
wood is hard and reddish (Gamble), but Kurz describes it as with
yellowish sap-wood, and heart-wood dark brown. It is good for
charcoal. Its weight varies between 43 and 52lb. per cubic foot.
(Gamble.) In India it is used for saddle trees and agricultural
implements, oil mills, and other purposes.

Queensland.

630. Zizyphus Ginoplia, 4777/.; (Syn., Z. Mapeca, Roxb.; Z,
celtidifolia, DC.; Z. rufula, Mig.); N.O., Rhamnez, B.FI.,
lee Ailiz.

This straggling shrub is cultivated for hedges in India.
Northern Australia.

FIBRES.

Tue list of indigenous Australian fibre-plants could be extended
almost ad infinitum. Valuable information in regard to the utiliz-
ation of some of the fibres for paper-making will be found in
a paper on the subject by Baron Mueller, in the Report of the
Intercolonial Exhibition, Melbourne, 1886. For some further
references to colonial fibres, see a paper by Mr. C, Moore, on
the “Fibre Plants of New South Wales.” (Trans. Philos.
Soc. WV.S.W., 1862-5.)

At present no export trade is done in fibres, as none of
excellence have been found abundantly available.

The practice which aboriginals adopt of chewing fibrous
plants to obtain fibre for making fishing-nets, etc., causes their
teeth to be worn down to a dead level. This is one of the
characteristics of an aboriginal skull.

1. Abroma fastuosa, &.2r., N.O., Sterculiacez, B.FI., i., 236.

The Rev. J. E. Tenison-Woods says this plant was pointed
out to him by Mr. Stuart as being of great value for the length
and strength of its fibre. It is not endemic in Australia.

Queensland.

2. Abutilon oxycarpum, “v.12, (Syn. Sida oxycarpa, F.v.M.);
N.O., Malvacez, B.FI., i., 204.
The bark of this tree yields a useful fibre. This is a fibre-
yielding genus.
All the colonies except Tasmania and Victoria.

3. Acacia decurrens, var. mollis, Wed/d., (Syn. A. mollissima,
Willd.); N.O., Leguminosz, B.FI., ii., 415.
“Silver Wattle.” “Black Wattle” (of the older colonists of New
South Wales). ‘‘ Garrong”’ of the aboriginals of Victoria.

-

618 AUSTRALIAN NATIVE PLANTS.

A sample of the bark of this tree exhibited at the London
International Exhibition, 1862, seemed to the jurors ‘‘to be
admirably adapted for the manufacture of paper.’

All the colonies except Western Australia.

4. Acacia penninervis, Sveb., (Syn. A. zmpressa, Lindl.); N.O.,.

Leguminosz, B.FI., ii., 362.

“ Blackwood.”

The bark of this tree yields material which can be worked up
into the coarser kinds of paper. Many other species of Acacia
yield a bark similar in this respect.

Tasmania, Victoria, New South Wales and Queensland. °

5. Bedfordia salicina, DC., (Syn. Senecto Bedfordit, F.v.M.;
Cacalia salicina, Labill.; Culcttium salicinum, Spreng.) ;
N.O., Composite, B.Fl., iii, 673. Senecio Bedfordit. in
Muell. Cens., p. 84.

The “‘ Dogwood ” of Tasmania.

This tree yields a white flock from the under part of the
leaves. The yield is about 10z. from 1lb. of the green leaves.
It is.easily obtained by means of a stiff brush, or, preferably, a
blunt knife. Paper could be made from it, but as a source of
paper material on a commercial scale it would be insignificant.
A mass of it bears a remakable resemblance to scoured merino.
wool.

Tasmania, Victoria and New South Wales.

6. Bombax malabaricum, DC., (Syn. 2. hepiaphyllum, Cav.;
Salmalia malabarica, Schott.); N.O., Malvacez, B.FI., i.
223)

The ‘‘ Simool Tree,” or ‘‘ Malabar Silk-cotton Tree” of India.

The silk-cotton of this tree, though very beautiful, is like
other silk-cottons, not adapted for spinning. It is chiefly used
for stuffing cushions, and a kind of quilt or thick cloth is
manufactured from it in Assam. (Treasury of Botany.)

Queensland and Northern Australia.

FIBRES. 619

7. Careya: arborea, Rovd., var. (?) australis, 2.v.JZ., (Syn. C.
australis, F.v.M.); N.O., Myrtacee, B.FI., iii, 289. C.
australis in Muell. Cens., p. 60.

u Go-onje”’ and ‘‘ Gunthamarrah” of the aboriginals of the Cloncurry
River (North Queensland). ‘‘ Ootcho” of the aboriginals of the Mitchell
River.

Of the inner bark of the typical C. ardorea, fuses for match-
locks are made in India, by pounding, cleaning, drying, and
twisting it into a thin cord. These are said to burn at the rate of
I2in. per hour. Coarse strong cordage is also made from the
bark. (Brandis.)

Queensland and Northern Australia.

8. Cocus nucifera, Z7v7., N.O., Palmex, B.FI., vii., 143.

“Cocoanut Palm.”

The following account of this well-known palm is taken from
the Treasury of Botany :—‘‘'The uses of this palm are very
numerous. ‘The outside rind or husk of the fruit yields the fibre
from which the well-known cocoanut matting is manufactured.
In order to obtain it the husks are soaked in salt water for six or
twelve months, when the fibre is easily separated by beating, and
is made up into a coarse kind of yarn, called coir. Besides its use
for matting, it is extensively employed in the manufacture of
cordage, being greatly valued for ships’ cables, and although these
cables are rough to handle, and not so neat looking as those made
of hemp, their greater elasticity makes them superior for some
purposes. Other articles of minor importance are now made of
this fibre, such as clothes and other brushes, brooms, mats, etc.;
and when curled and dried it is used for stuffing cushions, mat-
tresses, etc., as a substitute for horsehair. The leaves are greatly
used for thatching houses, for plaiting into mats, baskets, hats,
and similar articles ; and from strips of the hard footstalk very
neat combs for the hair are made. The brown fibrous network
from the base of the leaves is substituted for sieves, and also made
into fishermen’s garments in the tropics.’”

Queensland.

620 AUSTRALIAN NATIVE PLANTS.

9. Commersonia echinata, /ors/., N.O., Sterculiacez, B.FI., i.,
243.

“Brown Kurrajong.”

The aboriginals use the fibre of the bark for kangaroo and
fishing nets. A great deal of crushing is necessary to extract the
fibre, as the bark contains a very large quantity of mucilaginous
matter, which is exceedingly difficult to remove either by hot or
cold water, but which, however, can be removed by alkalis. The
fibre is very long, and not interlaced like that from Laportea gigas ;
it is very strong when moist, but becomes hard and breaks more
readily when dry; this is owing to the glutinous matter, which
remains in it and dries hard. (H. Lardner.) A thorough and
complete crushing seems absolutely necessary before it can be
cleaned. This plant is not endemic in Australia. '

Northern New South Wales and Queensland.

10. Cordia Myxa, Linn., N.O., Borraginez, B.FI., iv., 386. (For

synonyms, see p. 19.)

The “ Sebesten Plum”’ of India.

In India the bark is made into ropes, and the fibre is used for
caulking boats. The leaves are used as plates, and in Pegu to
cover Burmese cheroots. (Gamble.)

Queensland.

11. Orotalaria juncea, Linn., (Syn. C. oblongifolia, Hook.; C.

Mitchelli, F.v.M.); N.O., Leguminosz, B.FL, ii., 179.

The “Sunn Hemp” of India.

This plant is extensively cultivated in various parts of Southern
Asia, particularly in India, on account of the valuable fibre yielded
by its inner bark. The stems, after being cut, are steeped in water
for two or three days in order to loosen the bark; they are then
taken out in handfuls and bent so as to break the interior wood
without injuring the fibre; the operator then beats upon the
surface of the water until the fibrous part is entirely separated,
when it is washed and hung upon bamboo poles to dry, and after-
wards combed to separate the filaments from each other. The
fibre thus obtained is very strong, and is considered to be equal, if
not superior, to some kinds of Russian hemp ; it is employed for

FIBRES. 621

cordage, canvas, and all the ordinary purposesof hemp. (Zreasury

of Botany.)
Queensland and Northern Australia.

12. Cyperus vaginatus, ”.Br., N.O., Cyperacez, B.FI., vii., 273.
This plant yields fibre for fishing nets and cordage, as do
many others of this genus. It used to be very largely used by the
aboriginals, and is still, to some extent.
All the colonies except Tasmania.

13. Dianella levis var. aspera, 2.2r., (Syn. D. elegans, Kunth) ;
N.O., Liliacee, B.FI., vii, 15. Included in D. longifolia,
fbr. in Muell. Cens. sp. 117.

© Flax Lily 7?
The fibre is strong, and of a silky texture. The aboriginals
formerly used it for making baskets, etc.
All the colonies except Western Australia.

14. Dodonsea viscosa, Z777., (Syn. D. diorca, Roxb.; D. angustr-

Jolia, Linn. f.); N.O., Sapindacez, B.FI., i., 475.

“Hop Bush.” Called ‘“ Switch Sorrel” in Jamaica, and according to
Dr. Bennett, “ Apiri”’ in Tahiti.

“Fillets of it were once used for binding round the heads
and waists of Tahitian victors after a battle, and during the
pursuit of the vanquished.” Bennett (Gatherings of a Naturalist).

Found in all the colonies.

rs. Doryanthes excelsa, Corr., N.O., Amaryllidez, B.FI., vi., 452.
“Spear Lily.” ‘‘ Giant Lily.”

The leaves are a mass of fibre, of great strength, which
admits of preparation either by boiling or maceration, no
perceptible difference as to quality or colour being apparent after
heckling. Suitable for brush making, matting, etc.

New South Wales and Queensland.

16. Doryanthes Palmeri, 47/7, N.O., Amaryllidez, B.FI., vi.,

452.
A ™ Spear Lily.”
See D. excelsa.

Queensland.

622 AUSTRALIAN NATIVE PLANTS.

17- Eucalyptus amygdalina, Zadzi/., N.O., Myrtacez, B.Fl.,

iil,, 202;

‘‘Messmate.” (For other botanical and vernacular names, see ‘‘ Timbers.’’)
The inner bark is adapted for the preparation of all kinds of

coarse paper. Following are a few of the Eucalypts which have

a more or less stringy bark, but they by no means exhaust the

list.
Tasmania, Victoria and New South Wales.

18. Eucalyptus capitellata, Smth, N.O., Myrtacee, B.Fl., iii.,
206.
“ Stringybark.” (For other botanical and vernacular synonyms, see
‘“‘ Timbers.’’)
The bark of this tree makes very fair door mats.
Southern New South Wales and Eastern Victoria.

19. Eucalyptus globulus, Labill., N.O., Myrtaceze, B.FI., iii.,
225. (For synonyms, see p. 449.)
‘Blue Gum.”’ “ Ballook” of the Gippsland aboriginals.
It has been suggested that the bark-fibre of this tree may
prove useful for making the coarser kinds of paper.
Tasmania, Victoria and New South Wales.

20. Eucalyptus goniocalyx, /.v.J/., (Syn. Z. ele@ophora, F.v.M.);
N.O., Myrtacez, B.F1., iii., 229.
“ Mountain Ash.”’ (For other vernacular names, see “* Timbers.”’)
This is another Eucalypt whose bark makes very good
packing paper.
Victoria and Southern New South Wales.

21, Eucalyptus macrorrhyncha, 7.2.17, (Syn. £. acervula, Miq.);

N.O., Myrtaceg, B.FI., iii., 207.

The ordinary ‘‘ Stringybark” of Victoria. (For other vernacular names,
see ‘‘ Timbers.”’)

The thick fibrous bark, which is persistent on the branches
as well as the stem, when removed in large sheets and levelled
and dried under some pressure, is extensively used for roofing
huts, sheds, and stables where the tree occurs ; for this purpose it

FIBRES, 623

will last about twenty years. The inner layers of the bark are
tough, and may be used for tying material.
Victoria and Southern New South Wales.

22. Eucalyptus obliqua, L’ Hér., N.O., Myrtacezx, B.FI., iii., 204.
A “Stringybark.” (For other vernacular names and synonyms, see
** Timbers.’’)

In the bush the bark from the stems of old trees is used for
thatching buildings, and for door mats, and Baron Mueller has
made good paper out of the bark, suitable for writing, printing,
and packing, also mill and paste boards. The blacks in the
southern portion of New South Wales use it for making fishing
nets and lines, and also baskets. The farmers in parts of New
South Wales also make excellent rope from this material, which
they put to a variety of purposes, e.g., leg ropes for cows, bands for
hay, etc., and it is very durable. One of these leg ropes, which
has been constantly in use for two years by a farmer near Braid-
wood, New South Wales, is now in the Technological Museum,
and it is by no means worn out.

New South Wales, Victoria, Tasmania and South Australia.

23. Ficus macrophylla, Desf., N.O., Urticez, B.FI., vi., 170.
“Moreton Bay Fig.” ‘“ Karreuaira” and ‘‘ Waabie” of the aboriginals.
The fibre of the root of this tree is of great durability, and is
used by the aborigines in the fabrication of their scoop fishing
nets. The inner bark forms a loose fabric if taken off carefully.
Northern New South Wales and Queensland.

24. Flagellaria indica, Zinz., N.O., Liliacew, B.FI., vii., 10.
“Lawyer Vine.”
The leaves are used for cordage. This plant is not endemic
in Australia.
North and South Queensland, and Northern New South
Wales.

B53 Gymnostachyus anceps, *.2r., N.O., Aroidez, B.FI., viii.,
cs.

“ Travellers’ Grass.” ‘Settlers’ Twine.” <A ‘‘ Sword-sedge.”

624 AUSTRALIAN NATIVE PLANTS.

Yields a coarse, strong fibre. When farmers use it for any
purpose where particular strength is required, such as sewing up
bags, or tying the legs of pigs, etc., to take to market, they usually
singe the leaves by drawing them through the fire or through hot

ashes.
New South Wales and Queensland.

26. Hibiscus heterophyllus, Vens., (Syn. H. grandiflorus, Salisb.);

N.O., Malvacee, B.FI., i., 212.

“ Green Kurrajong.” ‘‘ Dtharange-gange ” of some New South Wales
aboriginals.

The fibre is white, strong, of fine texture, and is prepared by
maceration. This is one of the fibres of which the aborigines
commonly make their dilly-bags. It is difficult to clean, owing to
the great amount of mucilage in the bark.

New South Wales and Queensland.

27. Hibiscus splendens, Fraser, (Syn. Abelmoschus splendens,
Walp.); N.O., Malvacez, B.FI., i., 213.
“ Hollyhock Tree.”
The fibre obtained from the inner bark is very strong and of
fine texture. It is prepared by maceration.
New South Wales and Queensland.

28. Hibiscus tiliacens, Zzv., (Syn. Parttium tiliaceum, St. Ilil.);

N.O., Malvacez, B.FI., i., 218.

“Cotton Tree.” ‘ Talwalpin” of the aboriginals.

The fibre of the bark is used for nets and fishing lines by the
aborigines. Some fibre from this tree produced in this colony
was pronounced by the jurors of the London International Exhibi-
tion of 1862 to be only fit for paper making. Nevertheless, Royle
(Fibrous Plants of India) says: ‘‘The Hawaiians make fine
matting from it, and likewise manufacture it into ropes and cords.
Voyagers relate that these filaments are adapted to any kind of
cordage, even for the rigging of vessels, but rope thus made is not
nearly so strong as that prepared from hemp.. It is said to gainin
strength when tarred. The whips with which the negroes in the
West Indies used to be punished are said to have been made with

FIBRES. 625

the bark of this species.” In Fiji the bark of this tree is used in
the manufacture of the waistband (/7ku) of the women. (Seemann.)
Diameter, 6 to 8in.; height, 20 to 5oft.

New South Wales, Queensland and Northern Australia.

29. Juncus pallidus, R.Br.; (Syn, F. vaginatus, E. Mey. non
R.Br.; ¥. correctus, Steud.); N.O., Juncacee, B.FI., vii., 130.
“ Toolim ” of the aboriginals of the Coranderrk Station (Victoria).
The pith of this rush used to be made into head-dresses in
Hobart.
All the colonies.

30. Lacunaria Patersoni, Dov, N.O., Malvacez, B.FI., i., 218.

The fibre is prepared by maceration of the bark. It is very
beautiful. :
New South Wales and Queensland.

31. Laportea gigas, Wedd. ; (Syn., Urtica gigas, A.Cunn.; Urera
rotundifolia, Wedd.; U. excelsa, Wedd.); N.O., Urticez,
BES vi., 191.

“ Giant Nettle Tree.” “Irtaie” of the aboriginals of the Richmond
and Clarence Rivers. ‘‘ Goo-mao-mah ”’ is another aboriginal name.

The bark of this tree yields an excellent fibre, of good colour.
The inner bark can be beaten into a kind of coarse cloth, similar to
the Tapa cloth made by the South Sea Islanders from Broussonetia
papyrifera. The tree is abundant, and the fibre could, if neces-
sary, be produced in large quantities. The best and strongest
fibre is obtained from the root-bark. Crushing and beating seems
to be the only method of separating the fibre; steeping in water
will not succeed, as the whole of the bark mats together. The
aborigines make most of their nets and lines (Clarence district)
with this fibre, the only further preparation that it receives from
them is chewing it. The wood is soft and fibrous, and might be
pulped up for paper.

New South Wales and Queensland.

2S

626 AUSTRALIAN NATIVE PLANTS.

32. Laportea photiniphylla, Wedd., (Syn. Urtica photiniophylla,
A. Cunn.; Fleurya photiniphylla, Kunth); N:O., Urticez,

B.FIL., vi., 102:
“ Small-leaved Nettle.”

The inner-bark yields a good description of fibre, which is
used by the aborigines for various purposes, such as cordage,
fishing nets, and dilly bags.

New South Wales and Queensland.

33. Lavatera plebeia, Sims, (Syn. Z. Behriana, Schlecht.; Malva
Behriana, Schlecht. ; MZ. Pretsstana, Miq.); N.O., Malvacee,
BFE w, 135.

“Tree Mallow.”

This plant has been successfully tried for rope and paper
making. In the latter case it is pulled up by the roots and
hung up to dry; when dry, it is chopped up small, treated with
alkali to remove the gummy matter, and after ordinary bleaching,
may be used like rags. It is used by the aboriginals for baskets
and fishing lines. (Guilfoyle.)

All the colonies except Western Australia.

34. Lepidosperma gladiatum, Zadz//., (Syn. LZ. ensatum, Nees);
N.O:, Cyperacez, B.FI., vii., 387.
A “ Sword-sedge.”
This plant yields an excellent paper material. For remarks
on its applicability as a fibre, see Proc. R.S., Vict., 1860, p. 208.
All the colonies except Queensland.

35. Linum marginale, A. Cunn., (Syn. L. angustifolium, DC.);

N.O:, Lines; B. FL, i., 283.

“ Native Flax.”

Although a smaller plant than the true flax, this plant yields
fibre of excellent quality. It is used by the blacks for making
fishing nets and cordage.

Throughout the colonies.

36. Livistona australis, &.2r., (Syn. Z. inermts, Wendl.;
Corpyha australis, R.Br.) ; N.O., Palme, B.FI., vii., 146.
“Palm Cabbage,” or ‘‘Cabbage Palm.”

FIBRES. 627

The leaves are used for baskets. The unexpanded fronds,
prepared by being immersed in boiling water, are dried, and the
fibre thus obtained is much valued for the manufacture of hats,
which much resemble the celebrated Panama hats.

‘Victoria, New South Wales and Queensland.

37. Lyonsia straminea, 2.2r., N.O., Apocynez, B.FI., iv., 321.

The fibre of the bark is fine and strong.
Tasmania, Victoria and New South Wales.

38. Lysicarpus ternifolius, #.v.JZ,, (Syn. Tristania angustifolia,
Hook.); N.O., Myrtacez, B.FI., iii., 267. Metrosideros
ternifolia, F.v.M. in Muell. Cens., p. 59.

Called “ Stringybark” in Northern Queensland. Another local name
is ‘Tom Russell’s Mahogany.”

The fibre of the bark is of such a superior quality that it
has been sought for by rope and paper makers, but hitherto the
price offered has not been sufficient inducement for its collection.
(Tenison-Woods.)

Queensland.

39. Macrozamia spiralis, I/77., (Syn. Zama spiralis, R.Br. ;
Encephalartos spiralis, Lehm.); N.O., Cycadez, B.FI., vi.,
251. Encephalartos spiralis in Muell. Cens., p. 110.

‘““ Burrawang.”

A kind of “ Pulu ” is obtained from the leaves of this plant,
which is occasionally used for mattress and couch stuffing. It
would seem tedious to collect, but if the fronds are cut and left
lying exposed to sun and wind for a few days, the ‘‘ pulu” comes
off quite easily, and often can be found loose on the ground. It
is plentiful enough in certain districts for children to collect it
profitably.

New South Wales and Queensland. .

40. Melaleuca spp., N.O., Myrtacez.

Several species of Afelaleuca have a thin papery bark which
tears off in several layers. It was used, amongst other purposes,
by the aboriginal women to wrap their children in.

628 AUSTRALIAN NATIVE -PLANTS.

4t. Melaleuca ericifolia, Sth, (Syn. MZ. nodosa, Sieb. non
Smith; J. Gunniana, Schau.; M. heliophila, F.v.M.);
N.O., Myrtacez, B.FI., iii., 159.
Baron Mueller suggests that the friable lamellar bark of this
tree may be converted into blotting-paper, and even into filtering-

paper.
All the colonies except Western Australia.

42. Melaleuca styphelioides, S77*h, N.O., Myrtacez, B.FI, iii.,
144.
“Black, or Prickly-leaved Tea-tree.” ‘‘ Naambaar” of the aboriginals
of the Illawarra district (New South Wales).

The bark is used for packing, and for caulking boats and
other purposes.
New South Wales and Queensland.

43. Pandanus odoratissimus, Z7zx. 77., N.O., Pandanee, B.FI.,
vii., 148.

*¢ Screw Pine.”

The leaves of this tree are in India, Ceylon, etc., extensively
manufactured into mats, baskets, and hats. The fibre of the leaf
is white, soft, glossy, ill-suited for cordage, but it has been found
well adapted for the preparation of a good quality of paper, also
for good sacking. Its fibrous aerial roots are much employed as
paint brushes. The fusiform roots are composed of tough fibres,
which basket-makers split and use to tie their work with; they are
also so soft and spongy as to serve the natives for corks. In the
Mauritius, its leaves are employed for package bags for the
transport of coffee, sugar, and grain. As soon as gathered, the
spines on their edges and dorsal nerve are stripped off, and the
leaf divided into strips of the breadth proper for the use they are
required for; this operation is performed with the blade of a
common straight knife ; they are then laid in the sun for a few
hours to dry. When required for working into mats, the slips are
passed under the blade of a knife, applied with moderate pressure,
to remove al! asperities on their surface, which gives them a
polish, and makes them plain and more convenient to the hands.
The leaves are also made into a kind of sleeping mat by the

FIBRES. 629

natives of Southern India and the South Sea Islands. They are
also used to make the common umbrellas used by the Tamils.
(Cyclop. of India.)

Northern Australia.

44. Philydrum lanuginosum, Zaks, B.FI., vii., 74.

The leaves used to be used for the girdles of aboriginal
women, (Hooker.)

Victoria, New South Wales, Queensland and Northern
Australia.

45: Phragmites communis, Z7rzz., (Syn. Arundo Phragmites,
Linn.); N.O., Graminez, B.FI., vii., 636. Arundo Phrag-
mites in Muell. Cens., p. 135.

This rush was formerly much utilised by the aboriginals of
Victoria for making bags or baskets. It is not valuable for
agricultural purposes, but it is of great importance for binding the
earth on river banks with its extensively creeping root-stocks. The
plant is not endemic in Australia.

The dry plant yields 4.7 per cent. of ash, which, according to

-Schulz-Fleeth, contains in 100 parts :

Potash (anhydrous) ... see ees 8.6
me: wae oa bits ee 5-9
Magnesia fs aa sas ase Lis2
Petric Oxide _ ... ba oer met 0.2
Sulphuric Acid (anhydride)... cas 2.8
SICA: ne S00 Soc ae seis) PECS
Carbonic Acid ... Sic Ses As 6.6
Phosphoric Acid (P,Q5;) Ace ae 2.0
Sodium Chloride (common salt) aes 0.4

(vans Dict., i.; 413)
All the colonies.

46. Pimelea ligustrina, R.Br., (Syn. P. elata, F.v.M.; Calyptros-
tegia ligustrina, C. A. Mey.); N.O., Thymelacez, B.FI.,
vi. 18; P, axiflora, 7.v.J7,, B.FI., vi., 26.

630 AUSTRALIAN NATIVE PLANTS.

The bark yielded from every portion of each of these plants
furnishes an excellent fibre of great strength. That from P.
axiflorais preferable. Other species of P:'melea, e.g., P. pauctflora
and P. microcephala, are used by the aboriginals for fibre.

South Australia, Tasmania, Victoria and New South Wales
(Pimelea ligustrina); Tasmania, Victoria and New South Wales
(P. axiflora).

47. Pimelea clavata, Zad7//., (Syn., P. virzdula, Lindl.); N.O.,
Thymeles BoP ly, vi... 25.

This plant yields a fibre used by the aboriginals for fishing
nets and cordage.
Western Australia.

48. Pipturus argenteus, Wedd., (Syn. P. propinguus, Wedd. ;
Urtica gigantea, Forst.); N.O., Urticez, B.FI., vi., 185. P.
propinguus in Muell. Cens., p. 22.

‘Queensland Grass-cloth Plant,” or ‘‘ Native Mulberry.” ‘“‘Kongangu ”
and ‘‘ Coomeroo-coomeroo”’ of the aboriginals.

The inner bark affords a fibre of fine texture and great
strength ; it is, however, rather difficult of preparation. It is not
endemic in Australia.

New South Wales and Queensland.

49. Plagianthus pulchellus, 4. Gray, (Syn., Sida pulchella,
Bonpl.; Adutrlon pulchellum, G. Don); N.O., Malvacer,
B.Fi yi, 169.

‘Hemp Bush.”

The fibre from this plant is longer in staple than Queensland
Hemp (Sida rhombifolia), is soft and glossy, and should form
a good warp yarn, either by itself, or as a mixture with some other
material.

Tasmania, Victoria and New South Wales.

50. Plagianthus sidoides, Hook., (Syn., P. Lampenz?, Lindl.; Szda
discolor, Hook.; Asterotrichon stdotdes, Klotzsch); N.O.,
Malvacee, B.FI., i., 188.

“ Tasmanian Kurrajong.”

———— sr t—S

FIBRES. 631

This shrub grows quickly, and the fibre from it is very strong.
The bark may be stripped off very readily, even to the points of
the smallest twigs, by cutting round the stem.

Tasmania.

51. Poa cespitosa, Yors?., (Syn., P., australis, R.Br.;; Ps leas;
R.Br.; P. pledeva, R.Br.; P. afints, R.Br.); N.O., Graminez,
B.FI., vii., 651. :

“ Wiry-grass.” Called ‘‘ Bowat ” by the Yarra (Victoria) aboriginals.
The different varieties of this grass afford excellent paper
material. It was formerly used by the Yarra blacks for making
their net bags (Ballang-cowat). ‘This species is not endemic in

- Australia.

All the colonies.

52. Psoralea Archeri, 7.2.47, N.O., Leguminosz, B.FI., ii., 190.
““Wommo” of the natives of the Cloncurry River (Northern Queensland).
This plant is used by the natives in making cordage. For
this purpose the plants are pulled up and soaked some hours in
water, after which they are taken out of the water and left to dry,
when the bark is peeled off, and the fibre manufactured into strong
twine and cordage. (E. Palmer.)
Northern Australia.

53. Ptychosperma elegans, 2/ume, (Syn., Seaforthia elegans,
fer); N-©., Palmez, B.FI., vii., 141.
“ Bangalow.”
The leaves are used by the aboriginals for water baskets.
Queensland.

54. Rulingia pannosa, &.2r.; (Syn., Commersonia dasyphylia,
Andr.; Buetineria dasyphylla, J. Gay; B. pannosa, DC.);
N.O., Sterculiacez, B.Fl., i., 238. Commersonia dasyphylla
in Muell. Cens., p. 16.

“ Black Kurrajong.” ‘‘ Kerrawah” of the aboriginals.
This tree yields a very useful fibre.
Victoria, New South Wales and Queensland.

632 ; AUSTRALIAN NATIVE PLANTS.

55. Scirpus lacustris, Zzwz., (Syn., S. Meyenii, Nees); N.O.,

Cyperacezs, B.FI., vii.,. 333:

In 1875 an application was made (but lapsed) at the Patent
Office, Melbourne, for the manufacture of hats from this rush.
‘This is cut by a series of knives. . . . The first cut leaves
' the rush in flat pieces 4; of an inch thick, and a second cut leaves
the pith of the rush in lengths 3, of an inch square. These cut
piths and rushes are then spun into a rope in a paper envelope,
and built up into a helmet hat, or sun-shade, in the usual manner.”
This plant is not endemic in Australia.

All the colonies.

56. Sesbania aculeata, Pers., (Syn. S. australis, F.v.M.) ; N.O.,

Leguminosz, B.FI., ii., 213. -

““Nardoo” of the aboriginals of the Norman River (Northern
Queensland). .‘‘ Danchi”’ of India.

This plant is cultivated in India for its fibre, which, though
coarse, is of great strength, and very durable in water or when
repeatedly wetted, and is, consequently, valuable for the ropes of
fishing nets, etc.; but it is not suitable for ships’ cordage, as it
contracts very much when wet. It is found also in the West
Indies, and in tropical Africa. (Treasury of Botany.)

South Australia, New South Wales to Northern Australia.

57. Sida rhombifolia, Zzzv., (Syn. S. retusa, Linn.); N.O.,

Malvacez, B.FI., i., 196.

“Queensland Hemp.” Called ‘“‘ Paddy Lucerne” on the Richmond
and Clarence Rivers (New South Wales).

This is the greatest pest in cultivated lands in parts of
Queensland and New South Wales. It yields a long splendid
fibre, and could be produced in any quantity. It is not endemic
in Australia.

South Australia, New South Wales, Queensland and Northern
Australia.

58. Sterculia acerifolia, 4. Cunn., (Syn. Brachychiton acerifolium,
F.v.M.); N.O., Sterculiacez, B.Fl., i., 229. Brachychiton

acertfolium in Muell. Cens., p. 15.

“ Flame-tree.” ‘‘ Lacebark-tree.”

OO

FIBRES. . 633

The bark is fully 2in. thick when the tree is full grown, and
furnishes bast of a most beautiful lace-like texture. The fibre is
very simply prepared by steeping, and is suitable for cordage and
nets, ropes, mats, baskets, etc., and is useful as a paper material.
The tow is of a very elastic nature, and is suitable for upholstering
purposes, such as stuffing mattresses or pillows. (Guilfoyle.) -

New South Wales and Queensland.

59. Sterculia diversifolia, G. Don., (Syn. Pecilodermis populnea,
Schott.; Brachychiton populneum, R.Br.) ; N.O., Sterculiaceze,
B.Fl., i., 229. SBrachychiton populneum in Muell. Cens.,
p. 15.

“Black Kurrajong.” “ Bottle-tree ” of Victoria.

A strong fibre is obtained from the bark. It is used by the
aboriginals for making fishing nets, both in East and West
Australia. Almost, if not all, the species of Sterculia are used by
the aboriginals for a similar purpose.

Victoria, New South Wales and Queensland.

60. Sterculia lurida, “v.47, (Syn. Brachychiton luridum,
Eov.N.);, N.©:, Sterculiacee, B.Fl., i., 228. Brachychiton
luridum in Muell. Cens., p. 15.

“Sycamore.” “ Hat-tree.”
The bark yields a strong and valuable fibre, similar to bass or

Russia matting.

Northern New South Wales and Queensland.

61. Sterculia quadrifida, &.47., N.O., Sterculiacez, B.FI., i., 227.
A ‘‘Kurrajong.” ‘‘Calool” of the aborigines of Northern New South
Wales. .

The fibre of the bark is used for making nets and fishing
lines. . .

Northern New South Wales, Queensland and Northern
Australia.

62. Telopea speciosissima, #.2r., N.O., Proteacez, B.Fl., v., 534.
(For synonyms, see p. 62.)

‘* Waratah,” or ‘* Warratau.”’ ‘‘ Native Tulip.”

. 634 AUSTRALIAN NATIVE PLANTS.

In the early days of the colony the smiths used to give the
aborigines trifles for a supply of stems of this plant, which they
used for twisting round their punches and other implements while
working heated iron.

New South Wales.

63. Thespesia populnea, Corr., (Syn. Hibiscus populneus, Willd.);

N.O., Malvacee, B.FI., i., 221.

The inner bark of the young branches yields a tough fibre,
fit for cordage, and used in Demerara for making coffee bags, and
the finer pieces of it for cigar envelopes. (Treasury of Botany.)

Queensland and Northern Australia.

64. Typha anoustifolia, Linn., N.O., Typhacez, B.F1., vii., 159.
A “Bullrush.” (For other vernacular names and synonyms, see
“* Foods.’’)

The soft woolly inflorescence of the male spadix is applied
like cotton to wounds and ulcers -in India. (Dymock.) The
leaves are used for making mats. This plant is used in the con-
struction of buoyant mattresses in the Italian navy, and in bringing
the subject before the Royal Society of Tasmania (Proc. 1882,
p- 163), Mr. James Barnard gives a very full account of all
the numerous uses recorded of the species.

Throughout the colonies.

65. Urena lobata, Z7zz., N.O., Malvacez, B.FI., i., 206.

The inner bark of this plant yields abundance of fibre,
resembling jute rather than flax or hemp. (Zreasury of Botany.)
This plant is not endemic in Australia.

Queensland and Northern Australia.

66. Xerotes spp, especially X. longifolia, #.2r., (Syn. Lomandra
longifolia, Labill.); N.O., Juncacez, B.FI., vii., 97.
Called “‘ Karawun”’ by the Yarra (Victoria) aboriginals.
The leaves are used for basket work by the aboriginals.
Throughout the colonies.

FIBRES. 635

67. Zostera nana, Ro/h., (Syn. Z. marina, Hook f.; Z. Muellert,

Irmisch) ; N.O., Naiadez, B.FI., vii., 176.

“Grass Wrack” of England.

In the early days of the colonization of New South Wales
this sea-weed was used for stuffing mattresses. (Woolls.) In
Europe this plant is collected and used as a substitute for hay in
packing.

Coasts of South Australia, Tasmania, Victoria and New
South Wales.

PLANTS HAVING MISCELLANEOUS USES

NOT BEFORE ENUMERATED.

1. Abrus precatorius, Linn., (Syn. A. pauciflorus, Desv.;
A. squamulosus, E. Mey.); N.O., Leguminosz, B.FI., ii.,

270.
‘Crabs’ Eyes.” ‘‘ Jequirity Seeds.”

This plant is a native of most tropical regions. The seeds are
highly ornamental, being of a brilliant scarlet, with a black scar
indicating where they were attached to the pods. They weigh
uniformly one and a half to two grains each, and are used by Indian
jewellers as a standard of weight. Their use for this purpose
has been commemorated in a couplet, which may thus be
translated: ‘‘My rank is of the highest, said the gold to the
goldsmith, shall I be weighed against that black-faced seed?”
(Dymock.) It is said that the Koh-i-noor was measured by these
seeds. They are formed into necklaces, bracelets, and other
articles of adornment. They often enter into the decoration of
implements of New Guinea and South Sea Island natives. They
are called ‘‘ Crabs’ Eyes” from a fancied resemblance to those
objects.

Queensland and Northern Australia.

2. Acacia longifolia var. Sophore, Wrlld., (Syn. A. Sophore,
R. Brown; Mimosa Sophore, Labill.); N.O., Leguminosz
BF. i1., 398: ;
This tree grows very quickly, and is excellent for preventing

the encroachments of coast sand.
Sea-coast from Southern Queensland to South Australia and

Tasmania.

3. Acsena ovina, 4. Cunn., (Syn. A. echinaia, Nees., A. Behriana,
Schlecht.) ; N.O., Rosacez, B.FI., ii., 433.

Ee

MISCELLANEOUS. 637

This weed is very troublesome in some districts, owing to the
bristles of the fruit getting entangled in the wool of the sheep;
it is also a pest to housewives from their adhering to linen exposed
to dry on the grass; and, as well as many of the species, a
common annoyance to travellers through catching in their clothes.
(Treasury of Botany.)

All the colonies.

4. Adenanthera pavonina, Linn., N.O., Leguminose, Muell.
Cens., p. 43.

“ Barricarri”’ of India.

The seeds -are of a brilliant scarlet colour, and are strung
together to form ornaments for personal adornment. In India
advantage is taken of their uniformity of weight (about 4 grains
each) to use them as weights. ' Powdered, and mixed with borax,
they form an adhesive substance. (Zreasury of Botany.)

Northern Queensland.

a Agiceras majus, Gaertn.; (Syn., 4. fragrans, Koen.; 4.

corniculata, Blanco); N.O., Myrsinez, B.F1., iv., 277.

“River Mangrove.”

Useful for consolidating sea shores liable to floods. Other
mangroves are useful for this purpose. This plant is not endemic
in Australia.

New South Wales, Queensland and Northern Australia.

6. Albizzia lophantha, Benth.; (Syn., Acacia lophantha, Willd.;.
Mimosa distachya, Vent.; M. elegans, Andr.); N.O., Legum-
inose, B.FI., ii., 421. .

The dry root contains about 10 per cent. of saponin.
(Rummel.)
Western Australia.

7. Ardisia pseudo-jambosa, F.v.M., N.O., Myrsinezx, B.FL., iv.,
270;
** Gaon-Gaon” of some Central Queensland aboriginals.
This is but a shrub, and, therefore, insignificant as a timber-
tree, but Mons. Thozet points out that it well deserves a place in

638 AUSTRALIAN NATIVE PLANTS.

every garden, on account of its handsome globular, crimson fruit,
the size of a cherry.
New South Wales and Queensland.

8. Avicennia officinalis, Z7z., (Syn., A. ¢omentosa, Jacq.); N.O.,
Verbenacee, B.FI., v., 69.
“Mangrove.” (For other vernacular names, see ‘‘ Timbers.”’)
The ashes of this tree are used in the manufacture of soap.
This plant is not endemic in Australia.
In salt-water estuaries entirely round the coast.

9. Banksia spp., N.O., Proteacez.
‘** Honeysuckle.”

The smaller and barren cones, being porous, were used with
fat by the bushmen in the early days of the colony as night lights.
(Melville.)

Throughout the colonies.

10. Boronia megastioma, Nees, (Syn. B. trist’s, Turcez.); N.O.,

Ivataces, D-BIS 12,315.

Baron Mueller suggests that this plant be cultivated for grave
decoration, on account of its external blackish flowers. The
flowers have also been suggested as a flavouring agent for tea,
as they somewhat resemble in aroma those of Chloranthus
Znconsprcuus used in China for that purpose.

Western Australia.

Pate Cassytha filiformis, Zenz., (Syn. C. gudneensis, Schum.);
N.O., Laurinez, B.FI., v., 311.
A “ Dodder Laurel.”
Crushed with gingelly oil, this plant-is used in India as a
head wash for strengthening the hair.
Queensland and Northern Australia.

12. Ceriops Candolleana, Arz., (Syn. Rhizophora Timoriensis,
DC.); N.O., Rhizophorez, B.FI., ii., 494.
This plant is also a native of the shores of tropical Asia.
The seed has the curious habit of germinating and protruding

MISCELLANEOUS. 639
from the fruit while still attached to the bough. (Treasury of

Botany.) ‘The bark of this tree is used as a litter for cattle in
India. (Brandis.)

Queensland and Northern Australia.

13. Colubrina asiatica, Brongn., (Syn. Ceanothus asiaticus, Linn. ;

C. capsularis, Forst.; Rhamnus levigatus, Sol.); N.O.,
Rhamnez, B.FI., i., 413.

The natives of Fiji use the leaves of this shrub for washing
their hair, to clean it and to destroy the vermin. (Seemann.)
Queensland and Northern Australia.

14. Cordia Myxa, Zinn, N.O> Borraginess: Bik; Liv: 386.
(For synonyms, see p. 19.)
The ‘‘ Sebesten Plum” of India.
The viscid pulp of the fruit is used as bird lime in India, and

the kernel is used for making linen, but the mark is fugacious.
Queensland.

15. DUrvillea potatorum, Avesch, N.O., Algz. Plate CCC,
Harvey’s Phycologia Australasica.
Labillardiere observed that the natives of Tasmania used

portions of its great leaves, folded in the form of a pouch, for the
purpose of keeping fresh water.

South coast of Australia and Tasmania.

16. Entada scandens, Benth., (Syn. #. Pursetha, DC.; Mimosa
scandens, Linn.); N.O., Leguminose, B.FI., ii., 298. £.
Pursetha in Muell. Cens., p. 43.

“ Queensland Bean.” ‘“‘ Leichhardt Bean.”
The kernels are used by the Nepalese for washing their hair,

and in Bengal by washermen for crimping linen. (Gamble,
Manual of Indian Timbers.)

Queensland.

17. Hucalyptus corymbosa, S77, (Bloodwood); HE. maculata,

Hook., f., (Spotted Gum); E, siderophloia, Bexth., (Iron-
bark), B.FI., iii, 254 and 456, N.O., Myrtacez,

640 AUSTRALIAN NATIVE PLANTS.

Occasionally the concentric shells which form in the timber
of these trees is filled more or less completely by a fungus
apparently the same as the “German Tinder’’ (Amadou) of
Europe. It is beautifully soft, and frequently closely resembles
chamois leather in texture and general appearance. It has been
obtained in pieces two or three feet wide. I have seen the fungus
from the two first-mentioned trees, but in communicating with the
Rev. Dr. Woolls, that gentleman points out that not only has he
seen large pieces of it taken from the wood of the last tree, but
he also kindly gives me the following information: “The fungus
is Xylostroma giganteum, Fries, which possesses no pileus, and |
destroys the wood of the firmest and most solid character.’
Dr. Woolls found it near Parramatta. Mr. Bauerlen has brought
it to me from near Cambewarra. Since the above was written
the author has seen it from £. amygdalina also.

New South Wales to Northern Australia (2. corymbosa) ;
New South Wales to Queensland (2. maculata); New South
Wales to Queensland (Z. s¢derophlota).

18. Eucalyptus cosmophylla, Fv.M., N.O., Myrtacess; (abi
Ml, 225.
A “Scrub Gum.”

From its handsome and ornamental leaves, which, being
of a more than ordinarily thick and fleshy character, and, there-
fore, slow to fade, Baron Mueller has suggested this gum as
highly suitable for decorative purposes.

South Australia.

19. Hucalyptus sepuleralis, 7.v.47., N.O., Myrtacese, Lucalypto-
graphia. (Mueller.)

This tree has a pendulous habit, something like a weeping-
willow; hence, Baron Mueller suggests its fitness for cemetery
cultivation.

Western Australia.

20. Euphorbia Drummondii, Bozss., (Syn. L. chamesgee, Baill.; .
FE. Ferdinandi, Baill; £. Dallachyana, Baill.); N.O.,
Euphorbiacee, B.FI:, vi., 49.

MISCELLANEOUS. 641

It is said the blacks use this Euphorbia for sticking small
feathers on native bees, in order that they may be followed to
their nests to obtain the honey.

‘All the colonies.

2t. Ficus glomerata, Weld, (Syn. & vesca, F.v.M.; Covellia
glomerata, Miq.); N.O., Urticez, B.FI., vi., 178.
‘Clustered Fig.”
Bird lime is made in India of the milky juice of this tree.
Queensland and Northern Australia.

22. Flindersia australis, ”.2r., N.O., Meliacez, B.FI., i., 388.

“Grows: Ash,” “ Ash,’? ‘Beech,’ “Rasp-pod,”” and “ Flindosa.’”
The aboriginal names on the Richmond and Clarence Rivers are
“ Wyagerie” and “ Cugerie,” or ‘ Cudgerie.”

A noble tree for avenues. It is also found in the Moluccas,
and the natives of those islands use the rough, tuberculated fruits
as rasps for preparing roots, etc., for food. (Treasury of Botany.)
It is very possible the aboriginals here put them to a similar
purpose.

Northern New South Wales and Queensland.

23. Fusanus acuminatus, R.Br., (Syn. Santalum acuminatum,
A. DC.; S. Preissianum, Mig.; S. cognatum, Miq.); N.O.,
Santalacez, B.FI., vi., 216. Santalum acuminatum in Muell.

Cens:, p..64.
; “Quandong.” ‘‘ Native Peach.”

The seeds are used for necklaces, bracelets, and other
ornaments.
New South Wales to Western Australia.

24. Grevillea chrysodendron, #.2r., (Syn. G. pleridifolia, Knight ;
G. Mitchellit, Hook.) ; N.O., Proteacex, B.FI., v., 434.
The foliage furnishes an elastic stuffing for mattresses.
(Bailey. )
Queensland and Northern Australia.
mae

642 AUSTRALIAN NATIVE PLANTS.

25. Guettarda speciosa, Zz., (Syn. Cadamba jasminiflora,Sonn.);
N.O., Rubiacez, B.F., iii., 419.

The Fijians make necklaces of the corollas of this plant.
(Seemann. )
Queensland and Northern Australia.

26. Gyrocarpus Jacquini, Roxd., N.O., Combretacez, B.FI., tie
505. G. americanus in Muell. Cens., p.51. (For synonyms,
SEG pa 5 522)
Necklaces and rosaries are made of the seeds of this tree in
India.
Queensland and Northern Australia.

27. Helichrysum bracteatum, W77/d., (Syn. H. lucidum, Henck. ;
HI. chrysanthum, Pers. ; A. viscosum, Sieb.; H. Banksti, A.
Cunn.; H. dzcolor, Lindl.; H. acuminatum, DC.; H. macro-
cephalum, A. Cunn.; Xeranthemum bracteatum, Vent.) ;
N.O., Composite, B.F1., iii., 621.

“ Everlasting Flower.”

This plant might be cultivated, as the flowers are valuable
for funeral wreaths, and other purposes of decoration. ‘This is
perhaps the showiest of the genus, but many species are very
pretty.

All the colonies.

28. Ipomeea Pes-capree, Swar/z, N.O., Convolvulacez, B,FI., iv.,
419. (For synonyms, see p. 191.)

The leaves are roasted and used for caulking canoes by the
natives of Fiji. (Seemann.)

Western Australia, New South Wales to Northern Australia.

29. Leptospermum levigatum, “v.42, (Syn. Mabricia laevigata, :
Gaertn.; LZ. myrtifolia, Sieb.); -N.O., Myrtacez, B.FI.,

ill.,:\£03:
“Sandstay.” ‘‘ Coast Tea-tree.”

This shrub is the most effectual of all for arresting the pro-
gress of drift sand in a warm climate. It is most easily raised by
simply scattering in autumn the seeds on the sand, and covering
them loosely. with boughs, or, better still, by spreading lopped-off

MISCELLANEOUS. 643

branches of the shrub itself, bearing ripe seed, on the sand.
(Mueller.)
All the colonies except Western Australia and Queensland.

30. Malaisia tortuosa, Blanco, (Syn., M. Cunninghamit, Planch. ;
M. scandens, Planch.; AZ. viridescens, Planch.; WZ. acuminata,
Planch.; Dumartroya fagifolia, Gaudich.; Cephalotropis
javanica, Blume); N.O., Urticez, B.FI., vi., 180.

“Crow Ash.”

The fruit, which is ripe and plentiful about Christmas time,
forms a good substitute for the holly in decorations. (Bailey.) It
is not endemic in Australia.

New South Wales, Queensland and Northern Australia.

31. Melaleuca ericifolia, Smt, (Syn. IZ nodosa, Sieb. non Smith ;
M. Gunniana, Schau.; M. heliophila, F.v.M.); N.O.,
Mpyrtacez, B.F1., iii., 159.

This shrub is useful for consolidating muddy shores, as it
will live in very salt ground, and in water. It may be easily trans-
planted whenever it is large. (Mueller.)

All the colonies except Western Australia.

32. Melaleuca leucadendron, Z27., N.O., Myrtaceex, B.FI., iii.,

142. Melaleuca Leucadendra in Muell. Cens., p. 55.

““ White Tea-tree.” ‘“‘ Broad-leaved Tea-tree.” ‘‘ Swamp Tea-tree.’’
“‘Paper-barked Tea-tree.”’ ‘‘ Atchoourgo”’ of the aboriginals of the Mitchell
River. (For synonyms, see p. 276.) :

Baron Mueller recommends this plant for subduing malarial
vapours, as it will grow in salt swamps where, no Eucalyptus will
live. Its bark protects it against conflagrations.

Western Australia, New South Wales, Queensland and
Northern Australia.

33- Melaleuca Preissiana, var. leiostachya, Schaw., (Syn. MZ,

parviflora, Lindl.); N.O., Myrtacez, B.FI., iii., 145.

Baron Mueller draws attention to this bush as being useful to
stay moving coast sands. Many other species of Melaleuca are
also useful for this purpose.

All the colonies except Tasmania.

644 AUSTRALIAN NATIVE PLANTS.

34. Melaleuca linariifolia, var. trichostachya, Smzth, (Syn. JZ.
trichostachya, Lindl.); N.O., Myrtacez, B.FI., iii, 141. JZ.
trichostachya in Muell. Cens., p. 55.

This tree is another of the Aelaleucas suitable for growing by
sea shores, as M. Thozet has seen it growing in places bathed by
the tide, and says that large saplings without roots may be trans-
planted, and will take root.

South Australia, Queensland and Northern Australia.

35. Piper hederaceum, 4. Cunn., N.O., Piperacez, B.FI., vi., 205.

This climbing plant is considered by a local bee-keeper to be
very valuable as a honey yielder.
New South Wales.

36. Semecarpus Anacardium, Zizn.; (Syn., S. australasicus,

Engl.); N.O., Anacardiacez, B.FI., i., 491.

“ Marking-ink Nut Tree” of India.

The unripe fruit, when pounded, is used in India in the
formation of a kind of bird lime. (Treasury of Botany.) The
leaves are used as plates in parts of India.

Queensland and Northern Australia.

27 Typha aneustifolia, Linn., N.O., Typhacee, B.FI., vii., 159-
“ Bullrush.”

The spikes of this bullrush, or cat’s tail, were collected on
the Murray River at one time, and sold for stuffing pillows, etc.
This plant is not endemic in Australia.

All the colonies.

38. Vitis saponaria, Seem.; (Syn., Cissus gentculata, A. Gray,
non Blume); N.O., Ampelidez, B.FI., i., 448.

The natives of Fiji used this creeper for washing their hair to:
destroy the vermin. The stem, especially the thicker part, is cut
in pieces from a foot to eighteen inches long, cooked on hot stones,
and when thus rendered quite soft it produces, in water, a rich
lather, almost equal to that of soap. (Seemann.)

Queensland;

-

-

MEMORANDUM.

HITHERTO the difficulties in assigning aboriginal names to particular
species has been immense. The following are some of the difficulties :—

1. Different people express in different Engiish characters what is.
obviously the same aboriginal name.

2. In many cases we are in doubt as to the value of an aboriginal’s.
name, 7.e., whether it is actually a name for the particular plant alluded to,
or an appellation of some characteristic this plant:possesses in common
with others.

3. Aboriginals are sometimes so very willing to give names to a
traveller, that rather than disappoint him they will prepare a few for the
occasion.

INDEX.

eee

MISCELLANEOUS.

PAGE |

Aboriginal Method of Obtaining
Fire 546
Aboriginal Method of Obtaining
Water ... , : I
Aboriginal Beverages aes Sco hea
Alstonidine . 154
Alstonin . te Saat
Anoplognathus c cereus ... 25, 69
Atherospermine... 057
Beal a als}
Black Cicada, Great 28, 69
Bool oh vee ap rhS
Bowar-dakoneh . 48
_Cajputene (and other Products
from Cajeput Oil) 7 279
Calobates australis SA
Cassie con sie)
Chelura terebrans » 345
Chlorogenine 154
Cicada merens ... "28, 69
Cobra - 345
Drumine... . 182
Duboisine 72
Enemies of Timber . 345
Eucalyn, or Eucalin poo 28}
Eucalyptene 260, 261
Eucalyptol - 259
Eucalyptolene 200
Eucalyptus, Planting eb, . 180
Eudoxyla Eucalypti ... soo YF
Experiments on the Strength of
-Australian Timber 5 97)
Fire, Aboriginal Method of
Obtaining... 546
Fowls, Gum-leaves for Diseases
in pags:
Glycyphylline .. 208
Box Moth (Wattle) » 347
eieo Eaters -.» 140
Insects Destructive tq Timber 345
iepaucte Potatoes apo. 1S)
Jarrah Tannic-acid . 484
Kondola ... 19

PAGE
Kooliman — 50
Lerp-amylum .... 25
Lloyds and Australian Timbers. 452
Manna Cicada 28, 69
Midama ... ies ee coo)
Nardoo Stone, or Mill... 43
Nausitoria Saulit » 345

Ootacamund (India), Wattles at 352

Pea Eaters one eo LAO
eecheewnr. uae ace RAS
Pittosporine +. 199
Pituria ~ 17t
Piturine .. 3 172
Planting of Bucalyptus F Forests 180
Porphyrine : soe GY
Porphyrosine . 154
Preonodura Newtoniana reL2s
Psylla Eucalypti 25, 69
Rottlerin... . 193

Salubrity of Eucalyptus Regions 451

Seasoning of Timber - 330
Ship-worm - 345
Sirop de Capillaire 550, ati
Strength of Australian Timber 337
Sycoceryl acetate 7 220
Sycoretin... pos 48)
Tall Trees 430, 447
Tannage ... oot es 304
Teredo navalis .. - 345
Termites (white ants) - 346
Tinder from Gum Trees . 640
Wallarie . CLO
Wallong ...
Water, "Aboriginal: Method of
Obtaining ne 2c aay aL
Wattle Goat Moth ono, BY
Wattles, Planting of 308
PA Insects Injurious to ... 347
White Ants .. 346
Wood Fungus . 640
Xylophages 2345

Zeuzera (Eudoxyla) Eucalypti 347

VERNACULAR NAMES.

Acacia has
», Blue-leaved

Acouloby...

Ah-pill ;

Alexandra Palm...

Alexandrian Laurel

Algerega ..

517
Almond, Country (India) 62, 2, 300

i) Indian . . 605
p leaved Stringybark 246,
323, 593
Amulla ... ip AO
Apiri (Tahiti) . 621
Apple-berry . Io
Apple, Black do cele 4:
7 Brush -» 4, 307, 503
” Emu Mg. 198, ate
», Kangaroo , a
», Mammee (American) ... ee
3, Mooley =:- 49, 581
» Mulga ia 8
» Oak 15
Rose x es) “AO
Apple- scented Gum 250, 523
Apple Tree . 236, 375, 379, 523
am p Broad-leaved 13, 116, |
376, 393 |
i » Mountain 236, 376, 462, |
464
4 », Narrow-leaved 116, 235,
: 375
Aquaie 48
Arangmill 526
Arangnulla 524
Arnurna ... a 48
Ash . 1423, 539; 542, 641
5, Black so: 563
,, Black Mountain Agi
5) bluer.. Ee 428
», Blueberry 421, 422
,, Brush . 369
», Crow’s ‘ 509 O4n O43
», Elderberry ... i . 583
», Illawarra . 422
», Moreton Bay on 251, 526 |
», Mountain: (See Mountain Ash.) |
,, Pigeonberry » 423 |
SV Ked:

Asparagus of the Cossacks
Asthma Herb (Queensland)

315, 373: 581
6

PAGE
ae 530
+ 203

. 416
AZ

1 502
2,00

=. 04:
eenOS

PAGE
Atchoourgo ane 570, 643
Aucoloby aie : <eeR
Australian Celery aos oe tS)
a Millet 97
ns Shamrock ... 143

+ Spinach
Axe-breaker 579
Baa-lunn... ». eG
Baa-nung - 409
Badjong ... . 213
Bakka - $05
Balaar ... 115, 363
Balavola- Karping 0533
Balemo aes Rare O40)
Ballate eyes: ae a Mh)
Ballee om vege 5 QA
Ballook ... 449, 622
Balloon Vine 13, 161
Ballot - 534

Balsam of Copaiba, or r Capivi

Tree 188, 548, 549
Balvory ... =5e - 425
Balwarra... = 532
Balyan Bor 65, 68
Bamboo Grass ... QO, 110
Banga. 41
Bangalay 4355 436
Bangalow 591 631
Banganga 58 Me tae
Banyan, Native ... 225, 538
Barbaddah < ae
Barcoo Grass 76
Bargadga 18

Bark, Bitter 151, 18, 204209) 874585
Barnyard Grass ..

Barranduna a I
Barremma #0 474, 500
Barricarri .. 5) 309, 637
Barror 13, 393
Barroul-goura set52g
Bart-bart.. - 292
Bastard Blue Gum cee ee 7!
» Box, 25, 330, 462, 470, 476,
495, 505, 506, 524, 608, 609
» Gidga i . 363
a aud 27s 270, 321, 465

ye) Jarrah set ASS
,» Mahogany 3 435, 480
» Myall 306, 351, 355

ae

INDEX (VERNACULAR NAMES).

PAGE
Bastard Pencil Cedar ... eayAZO
») Peppermint... so5 (Gh

» Sandalwood 425, 570

»» Sycamore 3 . 410

» White Gum “27, 431, 405
Batham ... Ach Veet SS
Batswing Coral . 426
Baveu_.... 5 eh
“Ee Leichhardt 175, 639
« Molucca Ean, uteto)

_ aoe 24, 178, 424, 639
Bean-tree.. “05 14, 121, 396
Bedgery .. noe ae dese)
Beech . 409, 539, 549, 574, 507,
609, 611, 641

Mio) Black . 409
» Evergreen » 535
» Flindosy... - 542
pe wudian - 591
» Mountain . 504
is Native - 389

» Negro-head - 535
ba» Red L004
ohne rn 409, 410
White 422, 549, 580
Beef-wood 1225/220,/305, 317, 325)

382, 397, 399, 400, 552, 553, 599

Beeow-wang
Behreging

Belah )

Belar §

Belbil

Beleam ...
Bell-fruit ...
Bembil ?
Bembil Box J
Benaroon

Bent Grass, Slender
Berrigan ... -
Berry-yung
Berudur ...
Berryarrah

Biall

ee biggera...
Bill :

Billan- Rian
Bimbil Box
Bimburra...
Binkey
Binnak
Binnap ...
Bitter-bark

i Quandong

Black Apple
Ash

29

3 Beech

125, oo 425

200, 374, 585

6, 373
132, 550
316, 398

> O11

- 369

. 407

273, 506

71

» 367

44, 194
as.) 508
eSi1
sum S1ey/
316, 398
<5 SO
273, 506
--» 549
60

- 435

. 528
151, 198, 204,

- 546

“4s 367
411, 563
. 409

649

Bl i RB PAGE
ack Box 272, 470,

Black-butt ae 406, a

nike ee

5 Great : 7502

Black-eye - 505

Gum 250, 522

Black Ironbark . ; Age

, Kurrajong... 59, 140, 506,

601, °31, 633

», Mountain Ash eA Til

» Myrtle - 304

Black-oak, River 122, 317, 399

Black Palm 379

», Pine "227, 542, 544

», Plum 5c o0e 14, 394

», sallee, or Sally wan) 9ST) B20;

359; 522

», Sassafras .. ... 409

Stave- wood j .. 604

Black-stemmed Tree-fern e220

Black Tea-tree ... 571, 628

», Wattle

7 2EO) 201.305) 300

311, 312, 350, 352, 353, 380, 617

Black-wood

Blady Grass
Blind-your-eyes ..
Blood Tree
Bloodwood

149) 311, 312, 359) 618"

441

24, 240, 251, 267, 2096,

319; 440, 441, 448, 500, 526, 639
Bloodwood, Brush 236, 294, 382, 603

5 Mountain 241, 448

. Rough-barked sea Lehn

Pa Scrub 236, 294, 382

. Smooth-barked 441, 448

- Yellow . 448
Blue Ash... 500 426
Blueberry Ash 421, 422
tie ebnec:.. 47, 577
Blue-bush sos TRY!
Blue Fig ... BiG, Oe
» Grass ao oo, VPs FiBh FE
GUM S275 2A 7 249, 52074 320)

435, 430, 437, 444, 440, 462, 466,
471, 511, 514, 524, 527, 622

>, Gum Bastard
oo » Scribbly
», Leaved Acacia
» Star-grass...
» Water-lily...
Bobie-bobie
Bog-onion

Bogum —
Bogum-Bogum ...
Boiong 508
Bonduc nuts
Bone-wood

Booah

47u

. 471

- 203

80

5 ats)

. 586

; . 419
al 120, ee
: - 540
--. 604

. 189

. 584

- 509

650

INDEX (VERNACULAR NAMES).

PAGE PAGE
Boobin . 418 | Brigalow 115, 212, 293, 300, 354, 3560
Boobyalla 4, 359 i Mountain vai 2135
Boogogin oes . 554 | Brisbane Box ae 330, 608
Bool Eh noe Mats .-» 3 | Brisbane Quandong 317, 422
Boola 403 | Brittle Gum 3 466, 468
Boolerchu 610 | Broad-leaved Apple Tree IQyEro.
Boomarrah 20, 124 376, 393
Boona F ele ap: «-s 440 5 Box see 429
Boonderoo. (See Bunderoo.) f Cherry 30, 535
Booral cor . 584 > Ironbark... soe) HUG
Boorrea .., ake . 602 a Kangaroo Grass 74
Booreerra 14, 304 , Rough Ironbark 517
Boree BOC 115, 363 5 Stringybark 448
», Silver-leaf... - 363 5 Tea-tree 276, 390, 570,
ae a bite . 421 643
Botany Bay Gum - 508 + Water Gum -- 610
Botany Oak ht 396 " Wattle 214, 290, 312,
Bottle-brush, Red 389 365
Bottle Gourd a 192 | Brome Grass, Seaside ... ey as
Bottle-tree 59, 60, sae 221, 601, 633 | Brooklime 189
Bowat ... - 631 | Broom, Native ... . 280
Bourrayero- -gourroo 493 3 Wattle ... + 306
Bour- TREES *e . 478 | Brorogery - 543
Box png23) 326, 468, 470, 472, | Broughton Willow 5 ue
490, 522, 523, 528 | Brown Box » 505
, Bastard. (See Bastard Box.) ,, Cedar - 421
» Bembil, or Bimbil... 273, 506 oS XGiien . 510
ie alaels 272, 470,495 | ,, Kurrajong 407, 620
,, Brisbane 330,608 | ,, Peppermint - 429
,, Broad-leaved - 429 | Brush Apple Beet 367, 593
,, Brown wee 505 ASH = . 369
,, Brush 330;008) || a Bloodwood. 236, 204, 382,
China 291, 575 | 603
,, Cooburn 47 Ole OX 330, 608
ne Dwanxt = A05) || wayne Re nenny: Re 53% 611
3 Plooded =; +» 495 sue Weal : - 410
» Grey. (See Grey Box.) nes Viti leaamee Ric . 611
,, Gum-topped 321, 468 | Turpentine 595, 603
i) ardeath an ee 875 | Bulbera} AS
,, Ironbark 272, 405,| Bulboro * 54
» Narrow-leaved --- 495 | Bulla-bulla ac ea 48, 197
», Native 121, 388 | Bull Oak... 162, 1 294% 316, 397, 398
», Poplar ane Soe . 273 | Bullerum <j - 419
», Red. (See Red Box.) Bullrush ... 6a 205, 634 644
» Thozet’s 27, 507 | Bummung a - 595
oe ebrue | Bunderoo Jo UA DIAS
», White. (See White Box.) Bungaby 207, 567
Yellow 322, 441, ee: a7, 492 |:Bunkerman sa B54
Box- thorn ae 388 | Bunnec-walwal ... Arie Stet
Boyung aoe a Bunurduk 26, 267
Bracken ... 54, 201 | Bunya-bunya By ee Boi
Brake-fern 54, 201 | Burdekin Plum ... - 5909
Bread-fruit 50, 583 53 Vine ... sant OW
Bread, Native 640) Bureutha se: ses 400
Bremgu ... des 365 | Burgan «+» 560
Bricklow : Burr neon wae
Brigaloe Reh ELON) Burram- burrang... . 436

INDEX (VERNACULAR NAMES).

PAGE

Burram-murra - 437

Burrawang Nut... an 218, 627

Burrawingee_... Be . 588

Burrunedura 23, 416

Bush, Cattle ... bec cag Eula
» Emu. (See Emu Bush.)

Flop 125, 417, 621
See Eoison << uae 129, 141
ales 4), 117; 118, 110, 132, 137
But-but* ...

+ 523
Butter-bush oe: 136, 220, 3 388

Byong ... “5 . 604
Caalang ... . 418
Caarambuy . 468
Caariwan... 115, 354
Cabbage Gum Plt, 320, 520
3 Native .. ; 47,5
25 Palm 563, 564, 626
7 Salt Bush nN neo. Li Tits)
Cabbage Tree ... 500 40, 563
Cajeput Tree ‘ 277
Calang-arra .. 408
Calhum, or Callhum 317, 422
Callaille ... e405
Callangun 317, 422
Calomba ... ce 143
Calool sep 59, 601, 633
Camphor-wood ... 544, 546
Canajong Hoe yan AA
Canary-wood “45, 468, 574
Candle-nut 55 223, 283, 372
Cane Grass aoe ona OI)
Cape Barren Tea ae con YO)
Cape Lilac 193, 571
Caper Tree gs 303
Carbeen ... 2 527;
Carcular ... Ace ia eA
Carrong ... 5 a Bil
Carrot, Native ... B35 124
Carrot=wood." 2... + :.. ands 410)
Cascarilla, Native 165, 408
Queensland... 295, 408
Cassia’ Cinnamon 163, 405
Cat’s Tail au tH Or
Cattle-bush ; .. 116
Caustic Creeper... 127,182
Pee cant Igo
> Wine ap aheys)
Cedar |. 123, 163, 294, 400
», Bastard Pencil . 420
» Brown «+421
» Moulmein - 401
» ~ Bencil 410, ‘420, 586, 5890
axed. |. . 216, 294, 317, 400
Ta Sccub, White mae ... 504
Wee ite)... 103), 210, 423, 571

651

PAGE

Cedar, Yellow SOG
Celery, Australian LET,
Celery-topped Pine ooo
Centaury, Native 20 ond Hy)
Cheesewood 210, 230, 588, eee
Chereen ... ai aoe
Cherry, Broad- leaved. ..: 30, 535
Gushe es 29) 531, O11

» Herbert River. . 155

on Natives ee: 30, 327, 534
Cherry, White ... is - 507
ee WWanter re it 13, 161
Chesnut, Moreton ew 4 121, 396
Chilian Grass 5 sea LO)
China Box ac a eZOL 575
Chittagong-wood | (India) . 401
Chowan ... «- 3904
.Chow-way . 586
Christmas Bashi. 237, 404

Chum-chum are er ONg
Cider Gum 27, 126, 127, 242, 320, 465

Cinnamon, Cassia 163, 405
Citron-scented Gum 271, 290, 480
Climbing Pepper sno E837
Clover-fern : 42, 135

so Menindie -143

Clover Sorrel : 50
Clustered Fig 31, 128, 187, 537 641

FF 3 Leichhardt’ s 5. IS7/
Coach-wood 403, 507
Coast Honeysuckle 315, 392
Coast She-oak 15, 122, 399

Coast Tea-tree ... sisies soo, OPE

Cockatoo Bush ... AT S77:
Cocksfoot Finger Grass 50 WOR:
Cockspur Grass ... as soa, OS
on ‘phorne.. 2905, 410
— Vine! 7. . 205

Cocoanut Palm 17, 164) 285, 407, 619

Colonial Pine : = BE.
Common Kangaroo-grass oe Wye
Common Tea- ‘tree sea Sy7/il
Conmiyneers Ae noc Seon ots:
Congoo ... ac 27, 58
Convavola ae 59, 601
Cooba 115, 314, 3605
Coobagum cea G7Ko
Coobiaby ... 45, 574
Cooburn Box : . 470
Coochin-coochin 29, 327, 532
Coogera ... es 0¢ . 578
Coolooli ... 545
Coolibah, or Coolibar. (See Coolybah)
Coolyay -: oc sa5 150
Coolybah... 25, 495

@unmereo-coonenio

52, 299, 587,
630

652
PAGE
Coonam ... 224, 378
Coonda 79128
Coopers-wood a73
Cooreenyan +» 190
Coorong ... 224, 378
Coorung-coorung - 545
Coo-yie ... 30, 534
Copaiba (Balsam of) Tree 188, 598,
599
Coral, Batswing... . 426
Coral Tree . 426
PA Indian cael 5
Coranderrk - 282
Corang i8e7
Cork-wood 172, 419, 424, 597; 613
Cork Tree : 35, 420, 553
Cossacks (Asparagus of the) ... 64
Cotton Bush... wes 133, 138
4 f bree 200 35, 557) 024
BoP VV.QOder cee es a» 380
Couch Grass_... 81
Country Almond ‘(ndia) 62, 287, 300
Couraivo .. “A A23
Couranga - 436
Courridjah . 383
Crab Tree "198, 200, 585
Crabs’ Eyes 114, 636
Cranberry, Native RE S30
Cream of Tartar Tree ... 4, 214
Creek Gum 5 Gis
Creeper, Caustic 127, 182
Cress nor pocy,* ‘osc a3 NG:
Crowfoot... . BQeTa iT
Crow’s Ash 530; 641, 643
Cudgerie

Cudjerie 286, 539, 555, 607, 641
Cugerie

Culgera-culgera .. ++ 373

‘Cullangun. (See | Calthun. )
Cullonen .., w» 549
Cumburtu 224, 378
Cumgun .., ae - 593
‘Cunjevoi ... “18, 165; 192
Curly White Gum 5 An
Curly Yarran See 212, 357
Currant, Native... 19 38, 47 577
55 Piatt. aC 34
Currawang 11s, 354
Currayelbum ss- 598
Currong ... 211, 353
Currungul - 417
Cut-tail! 2.. - 430
Cypress Pine 188, 227, 542, 543, 544,
545, 546 |
Daal 5 . 580
Dadangba . 510

INDEX (VERNACULAR NAMES).

PAGE

Dahl-wah ar ooo.» eT22 Rae
Dalby Myall ... ee .» 366
Damson, Native vae ree
Danchi pr 631
Dandenong Peppermint 429
Daphne, Native...* ... 576
Dargan . 492
Dark Pine ‘ 544
») okedsGumice. 513

» Yellow-wood 595
Darling Lily _... oe soa 2G
7 Pea ae ae 140
Daurah ... sae oa 387
Date, Native... 12
Dead-finish 116, 212, 289, 355, 367,
371

Deal, Brush . 410
» Native - 589
Deep Yellow-wood - 329
Den - 505
Desert Gum 269, 464
», Lemon 8, 379

», Poison-bush +, 160)

» She-oak... . 398
Devil’s Guts... 14, 162
Devil Tree (India) 154, 374

Diamond-leaf Laurel ... se. 588

Dita Bark (India) 154
Ditch Millet 104
Djelwuck... + 554
Dodder Laurel . 14, 162, 638
Dog-tooth Star- -grass” ee 79

me wood 47, 125, 130, 132, 135, 220,
282, 386, 424, 548, 558, 576, 591,

603, 618
Dogwood Poison Bush + 135
Doobah i ee
Dooragan 236, 294, a
Doub Grass (India) AS
Doubah ... eas Pe
Drooping Gum 27, 127) 429, 501, 527
— Myrtle Fie
Dthaaman ; 225; 538
Dtha-dthange - 439
Dthah-dthaang . 439
Dtharang- “gange.. 4c » 355 132, 556, 624
Dtheerah.. AS ZZ
Dumplings fe eee mrs
Dundathu Pine .., 414
Dunga-runga 580
Durin F re .-. 606
Durobbi ... 28, 182, 530
Dwarf Box - 405
‘. » eZamiia aeeee ote coy ee
Dygal ... an 193, 571
| Dyrren-dyrren ... boo OG
Dyurr ree . 280

INDEX (VERNACULAR NAMES).

Easip
Ebony, Mountain
» Queensland
Egaie
Egolla

Egyptian Finger-grass | :

Elderberry Ash .
ee Native

Ellangowan Poison Bush

oy DS5)|

Fox-tail Grass, knee jointed 71
Fragrant Sandalwood .. e547;
| Fuchsia, Native .. ~ 126
Fustic 295, 410
Gaoloowurrah 138, 201
Gaon-Gaon tae ORT;
Garrong ... 307 353, 617
Geapga ... sec oo. 388:
| Geebung .. ake 51, 584
Ghohona Gr (India)... LOS:
Giant Gum . 429
peletly, - 621
» Nettle-tree 192, 560, 625
Gidgee
Gidia Sve
Gidga
Bastard 5c GOES
Gimlet Gum 5S
Ginugal ... oan By
Gippsland Grape 66, 612
7 Mahogany ... 435, 438
5 Waratah boo (OOS
Gnooro-warra . 470
| Gnaoulie... - 477
Gnorpin ... 5 BUC
Goborra }
Goborro § * 495
Goitcho ... : . 120
Golden Wattle “214, 290, 310, ue
359, 365
Goobang... - 150
Goongum - 580
| Goo-mao-mah “r92, 560, 625
Go-onje ... =. 13; FOL, 303, 619
Gooseberry Tree, Little sco, hi
| Gourd, Bottle - 192
US Our 4, 214
| Gouty-stem a3 60, 221
Grape, Gippsland 5 (IG
», Macquarie Harbour ... 46
an Native) ea 66, 612
Grass, Bamboo ... gO, 110
nee BaKecOO Nas =5- sen JO
, Barnyard = «- 96
Be Blady ... oe Som, CF
», Blue. (See Blue Grass.)
,, Blue-star Wee OAC

Elm EAs, 172, 370, AIO
Emu Apple 49, 198, 581
peeetish 125, 132; 317, 318, 425. |
559, 585
Erect She-oak 122, 317, 399
Eurpa ; 294, 404
Evergreen Beech — 5 SRY
Everlasting Flower . 642
False Jequirity ... sOeeS
Fat-cake... ose eA Gite
Fat-hen ... LO
Feather-wood cao 18
Feathery Wattle 210, 352
Fern, Clover 42, 135
» Maiden-hair ood TSE
» Prickly-tree nas (374. |
» tree . 6, 373 |
Fescue, Sheep's ... ste TSO
Fever-bark 151, 203, 374
Fever-tree pee) 267, 449
Fig, Blue ETAL 20
5, Clustered 31, 128, 187, 537 641
Wo Hlcoded . 538
», Leichhardt’s Clustered = 537
» Moreton Bay 225, 537, 623 |
,, Narrow-leaved 225, 538 |
,, Port Jackson 225, 538
5, Prickly . 422
» Purple 30, 538
», Ribbed 5 SS
,» Rough ae 143, 608
», Rough-leaved 30, 538
5, Rusty - 538
White 30, 538
Finger-grass, utd - 102
Finger-lime 400
Fire-tree . 600
Five Corners eee OX
Flame Tree nee 220, ee 632
Flat-topped Yate . 499
Flax Lily . 621
Flax, Native ... an 39, 626
Flindosa ot oe 410, 539, 641
Flindosy Beech . ae oa 542))|
Flintwood ae - 502
Flooded Box - 495

653

PAGE

Flooded Fig... 538:
, Gum 27, 248, 321, 465, 405,
501, ae oe Sa 529

Fluted Gum a . 51S
Forest Gum ve earn
Mahogany 247, 324, 494, 508
Oak 122, 162, 294, 317,

3971) 399, 400

,, Broad-leaved Kangaroo 74.

654
PAGE
Grass, Brome, Seaside ve és
4 Cane eae we ep (8%)
ye Chilianyes. 109
», Cocksfoot Finger 102
a Cockspur ao OO
a Couch oes jon fein
» Dog-tooth Star. cs ue)
,» Egyptian Finger BOS
,, Ghohona sad eos
oo ed aIry. 102
" Hairy Finger 102

ened Oliv, aie + 0 ic gI

, Indian Doub ..s foo, eke
,, Kangaroo 3,94:
» Knee-jointed Fox- taller ay 7L
, Landsborough ... MET O
» Lesser Star alk ea en7O
.. Long-hair Plume Sa0) fe;
Satay Vian nates 560 Soe 210
3, Meadow Rice ... UO 4:
Ke Mitchell ... cee saa) 9s}
poe ea Lulea 82, 94
ve Oat tie ae So
3, Panic, Slender ... “aut ens
». Plume, Long-hair OARS
rs eS HOLtests Bon ceri
Sy ot hes erulll 5 ao 92, 109
SH nice ae age aS
, Roly-poly eet peLOO
, Rough-bearded ... soa) eke
PES CeNtedmcs. is SO
55 Seaside Brome .... Sa Ke)
Sy toate aise a6e Or:
ee silver jess 50 Ao) tek
,, Slender Bent ... one.) fk
, 5 Banicuees: ROS
SOUT cae 60 et50
a SUE! Gad soc gO, IIO
a Spider ... + acs YOO
», Spiny Rolling .. 108
» sugar 106

» S|Summer... a
5, Loothed Bent ... aOR
,, Travellers’ SF ais
> , crue Mitchell ... 77
,, Umbrella...
» Wandyke... eae POO

» Wallaby ... aor snap eO2
, Water Couch 104
>, Weeping... x8 Of
5, Weeping Polly .. 106
,, White-topped ... soo. thE
5, Windmill nh saa OO
Tio EW ALY, Soa ees su FOO; =

,, Woolly- headed .
» Cloth Plant t (Queensland) Es
4) Free . 67, 231, 233, 234

INDEX (VERNACULAR NAMES).

PAGE
Grass, Tree Gum » 235
Grass-wracK ... + oe - 635
Greasenut 286, 296, 55
Great Blackbutt.. ; en:

Green Gum - 522
» Kurrajong » 35, 132, 556, 624

» Wattle 210, 214, 290, 307
ee 352, 365
Greyangee . 582
Grey Box... 462, 468, "470, 505, 514
» Gum 27, 246, 248, 251, 275,
443, 462, 464, 470, 506,
507, 508, 514 524, 527
SP elnonbankeess Be - 443
», Myrtle ; - 381
», Plum 13, 393 394
», Sassafras ... I 05: 409
Groundberry 8
Gruie-Colaine 49, 581
Gukwonderuk «QS
Gum, Apple-scented 250, 523
5, Bastard . 27; 270; 3210408
», Bastard Blue ‘os 4G
5, Bastard White 27, 431, 465
plac ay see) 250, 522

», Blue. (See Blue Gum.)
» Botany Bay vee AOS
», Brittle ae ane 466, 468
», Broad-leaved Water . 610
» Brown 510
,, Cabbage “249, 326, 520
yy = Gider 27, 120, 127, 242
320, 465
,, Citron-scented Bi 290, 480
», Creek : asi
5, Curly White sgt
» Wark Redi-t. ses | Sag
», Desert 269, 464
,, Drooping ... 27,1275 420)
501, 527
», Flooded. (See Flooded Gum.)
» Fluted Ac . 515
», Forest - SII
ee Giant Perr 22)
», Gimlet sso 515
», Green - 522

3) Garey. (See Grey ‘Gum. )
», Honey-scented - 492
Ty LDOn 27, 507
lexd ower 522

Manna eee mele vot MSS

» Mountain .., or: swe 524
», Mountain White.. . 501
» Nankeen .., - 506
» Olive-green sg R22
i Oraice 230, 376
» .Pale Red ... sos 5 TQ

INDEX (VERNACULAR NAMES).

PAGE

Gum, Peppermint ny520:
ie ’ Poplar- leaved .... eS OS
,, Red. (See Red Gum.)
», Ribbon 239, 319, 430
» Ribbony 326, 527
, Risdon 273, 429
» River F 431, 511
,, River White nos ZIG {O)
,, Rough-barked sao, ZGIS
5, Rusty 236, 376, 448
» Scribbly ... 242, 321, 436, 466
», Scribbly Blue weil
J Satu) .. 640
ME LSllky, ela!
» Slaty 470, 524
» Spotted. (See Spotted Gum.)
» sugar 27, 126, 127, 442, 465
» Swamp. (See Swamp Gum.)
,, Water 389, 609, 610
» Weeping .. 501, 527
,, White. (See White eu )
,, White Swamp 27, 126, 465
» Yellow . 27, 405, 4935 500
York oe ats . 448
Gum- -top .. . 520
Gum- topped Box 321, 468
. Stringybark e522
Gunamalary TA
Gunnung... > 5 BN)
Gunthamarra ‘a4 161, 393 619
Gunyang ... doc : 58
Gutchu see 546
Gutta-percha Tree 534
Hairy Grass 5 NOw
ss inger-orass, *... - 102
Hakkin ... “0 18, 165
Hardwood, Langdon’s Ss - Gay
Hat-tree ... LOOT NOsg
Hazel .- 590
Heart-pea 13, 161
Heartsease . 189
Heartseed 13, 161
Heartwood - 579
Heath Box 375
Heilaman Tree ... 426
Hemp-bush ac . 630
Hemp, Queensland

199, 203, 632
uO... O20
Herbert River Cherry .. - 155
Hickory 115, 149, 210, 305, 309, 311,

312, 350, 354, 355: 350; 363; 506,

508, 590

Hickory, Marsh... ano Pe
“Fr Native e350

nf Wattle 305, 350
Holly, Native woe 504

055

PAGE

Holly, Smooth - 554
Hollyhock Tree... . 624
Holy Grass aan =e Soa, OV
Honey Flower ... ate Be etsy)
Honey-scented Gum se. 492
Honeysuckle 10, 37, 316, 382, 383,
384, 638

5 Coast 315, 382

‘; - Silvery sco) SSE)
Hoop Pine : 224, 378
Hop-bush 125, 417, 621
Hops, Native... onic sno BR
Horse-radish Tree 164
Humbug .. 373
Huon Pine 413
Hureek (India) . . 104
Iccaaya ae oa 5 bt
lice} Plant. ae AEE Son, 1}
Illarega ... 376
Illawarra Ash ‘ 422
», Mountain Pine 543

” Box 470
Ilumba ... 526
Indian Almond . ; 605
iseech 200, 286, So!

», Coral Tree 24, 216, 426

» DoubGrass_... aio, ell

5, _ Liquorice ec LAS

» Mulberry 45, 194, 208, 574
Indigo... SAO M207
», Native. (See Native Indigo.)
Ironbark... 242, 240, 270, 321,
325) 479, 471, 477,

492, 510, 520, 639

a Black ... ate . 471

3 BOxe ee 272, 495

3 Broad- leaved . +» 516

. a Rough... 517
Se Grey « 443
” Leguminous ... 500

Fr Lemon-scented 274, 522

5 Narrow-leaved 22. 443

5 Pale... 000 son SOLO)

5 Red. (See Red Ironbark.)

+4 Red-flowering... . 471

” She 2455 500

3 Silver-leaved’ ... . 492

5 neers barked - 476
White . 433, 443, 500

Iron Gum 27, 507
Ironwood 276, 354, 366, 397; 569

(578s 579) Sen God

Ironwood, Scrub.. i 578
Irtaie 192, 560, 625
Irtalie

14, 121, 396
Ivory-wood ac : w+» 598
Ivy, Native oi AS vs 40

656
PAGE
Jack, Supple 144, O11
Jango-jango «+» 595
Jarrah 3 446, 480
» Bastard a A835
Jasmine, Native... --: 286
Jelly Leaf ic G0 322 208
i eklant 380 ae eye
Jemmy Donnelly 533) 577
Jequirity .. eae 114, 636
ss False ae ee oes)
Jerra-wa-wah 4, 368
Jerrile vas a0 .-- 480
Jiggo... sO see Q2 Gh O
Jil-crow-a-berry ... Ook . 109
Jil-leer » 534
Jimbul - 4905
Jimmy Low 247, 508

Jujube Tree (India) 68, 144, 207, 616

Jundera ... 339; 429
Jungle Rice ses 200 96
Juniper, Native ... 47, 577
Kaarin 577
Kaarrewan, or Kaareewan 212, 350
Kadolo ... tes Soc sine Sl
Kalertiwan 590
Kamala (India) .. 192, 208, 568
Kangar ... 500 - 480
Kangaroo Apple Fee one Se)
Kangaroo Grass oe 73s 74

= » Broad- leaved.. 74.

1 Thorn - 349
Kaooroo . 50 cae sae tS
Karagata... - soe 363
Karambi ... hide bce -- =48
Karawun... . 634
GESY ore fee 14, 395
Karkalla ... “es eoe wenn 4a!
Karkin ... sa 565
Karn-doo-thal ... aoc 12, 392
Karoom ... “tic 34
Karreuaira 225; 597 623
Karri es : - 444
iKarrou ies. a mes on
Karry - 405
Karum ... ace oes oo Ati)
Katwort ... Aas so5 fla
Kauri, Queensland ne oe 414
Kavor-Kavor ... rh ioe OS
Kaya “oe snc a5 Soon 1635)
Kayer-ro... 50 . 430
Kedgy-kedgy - 420
Kerabin ... 56 Xo)
Kerrawah 596, 631
Ketey ape (oie)
Kibbera ... . 610
Kidgi-kidgi . 420

INDEX (VERNACULAR NAMES).

PAGE
Kidney-wallum ... - 589
Kimbarra fae ue 2. 510
Kindal-kindal ... sae 40, 566
Kinjenga-kilamul dan aoa AEG,
Kineyah .. so 4)
Knee-jointed Fox-tail . Bee Git
Kodah Millet iy | 104
Koko 549
Koloneu.. * 495
Komin ... ar Fox: ety yi!
Kondo... dot bee 40
Kongangu 52, 630
Koobah ... 115, 314, 305
Kooline ... oA ay, ee:
Koombarra 585
Koondeeba ste eee 400
Koonyang 500 308 Boe ite
Korawal ... 456; 423
Koubah ... 314
Kowar ... one see ee
Kowarkul ‘ -. | 300,795
Kowinka.. se BIOS a5o
Kumquat, Native. 8, 379
Kunkerberry ie 395
Kurleah ... + 495

Kurra-gurra oe
Kurrajong 59, 60, 140, 143, 220, 221,
601, 608, 638

* Black. (See Black
-Kurrajong.)
Kurrajong, Brown 407, 620
p Green 35, 132, 55% pi
9 Tasmanian ... 630
Kurwan ... Peyttste
Laap. (See Lerp.)
Laburnum, Sea-coast eee 204
Lace-bark Tree ... 220, 3005 600, 632
Lachlan. Pine ‘ ee 544
Lady’s Smock ... eee Sane:
Lagaulbie 501
Lancewood 381

Landsborough Grass... eos AO

Langdon’s Hardwood ... 381

Larap. (See Lerp.)

Large-leaved Water Gum 2532

Larribie <<. - 557

Larp. (See Lerp. )

aureliy : 165, 409, 582
}, Alexandrian?’ We Bias (oi)
» Diamond-leaf ... - 588
5). Dodderer. 14, 162, 638
» Moreton Bay 165, 409
» Native. (See Native Laurel.)
yo Whiter 409

Lawyer Vine 128, 188, 539 623

Lead Gum A - 522

INDEX (VERNACULAR NAMES).

PAGE
Leather-jacket 246, 315, 373, 403,
409; 506, 613
Leek, Native soo) HE
Leguminous Ironbark . ce Aor
Leichhardt Bean ace 175, 639
Clustered Fig 2m537
Leichhardt’s Tree 45, 298, 574
Lemon, Desert ... : 8, 379
Lemon-scented Gum 271, 290, 480
si Ironbark 274, 522
Lemon, Wild ac 406 DIE
Leopard Tree 129, 216, 541
Lerp oe 25, 69
Lesser Star Grass 206 oe g7O
Light Pine

Light Sycamore... x . 582
Light-wood 311, 359, 403, 404, 5907
Light Yellow-wood 167, 206, 414,
541, 595
Lignum-Vita 47, 149, 309, 355, 505;
577, 586, 612

Lilac, Cape 193, 571
3, Persian 193, 571
Lilly Pilly me 3274532
Lily, Darling ... ; ape ee)
By nlass re 5 OZ
a Guant . 621
% pear mood
Lime, Finger - 406
», Native oa 16, 400
WeeNative Scrub *.\. soo Wik
Liquorice, Indian OK 148
Little Gooseberry Tree... ceo) ti
Long-hair Plume Grass KOS
Long Jack nae SE ZOO SAT
ae yan 500 ae 360 weesS}
Loquat, Native ... SESS
Looking-glass Tree (England) =
Lotus, Sacred :
Lucerne, Native.. ‘ 130, dee
tp Paddy ... 139, 203, 632
Macquarie Harbour Grape... 46
‘ Vine sop 248)
Macquarie Pine .. 560 ZING)
Maddagowrie - 422
Madder, Indian . Bae
Mahogany a 330, 480
bt Bastard 435, 480
», Forest 247, 324, 494, 508
» Gippsland 435, 438
: Red 247, 324, 508
“ Swamp, (See ‘‘Swamp

Mahogany.”)
Tom Russell's 565, 627
White (see “‘ White Ma-
hogany.’’)

2U

657

PAGE

Maiden’s Blush .. 420, 533
Maiden-hair Fern rer st
Mail at 6 370) 50D
Malabar Silk-cotton Tree II, 160,
aa, 380, 618

Malla-waundie - 350
Mallee 267, 260, 270, 272, 274,
447, 464

» Ooldea O00 hao SOP

Sa wihite ® tree See joo AS
Mallow Tree _... 37, 626
Mammee Apple (America) 159

Mangrove Q, 120, 201, 299, 329, 380

594, 638

5 Milky... 187, 533

» Red 316, 388, 555

4 River ... 370, 637

rf White... 120, 380
Manna Grass_... 506 a OO
» , Gum 27, 275, 326, 420, 527
Mannen ... a ae bop, Azle
Mao-warang - 198
Maples aie. 5 (oii
Marble-wood 580

Marking-nut Tree 57, 202, 220, 286

507, 644
Marrara ... noo ao (0)
Marsh Ps: in Prey a)
Marum - 389
Marung 544
Marvey ... ae a soo Gf)
Mayakich ast one son Ge:
Meadow Rice-grass__... Os
Meakitch... oe bad 5S
Medicine Tree ae 104.
Mee-a-mee 278
Mee-mee. 570
Melyn 599
Nipaincie Clover): 6 PAS
Merangara 36 506 faa eV
Meridja-courroo... 615
Meroan-gange Sot sts 350
Merrin ... we Sot sou (la)
Merring-arra . 582
Merrivi wee ae OLS
Messmate 246, 272, 296, 319, 323

429, 430 433, 495, 503: 022

Mnljecemunces Bi 308
Milk Plant 127, 182
Milk-wood : os SFO)
Milky Mangrove.. : ey LOTS aS
Millet, Australian st OT,
Ditech 104
», Kodah Kats narod!
Native. soc saath (OE
» Sea-side ... ane ... 104
SEWER, “Spe a ds IE

658

3 Ash 127, 239, 249, 263,
269, 315; 319; 326, 373; 423, 424,

429, 431, 433, 434, 462, 466, 5or,
502, 520, 523, 622

Mountain Ash, Black . 471
Mountain Beech - 564 |
a Bloodwood 241, 448 |
5 Brigalow 5350
a Cypress Pine s05 323)
op Ebony ee» 385
s Gum ... . 524.
. Oalkwes . 400 |
5 Tea-tree 3 . 560
White Gum... ESOL
Mountangarra a sae . 558
Mowbulan Whitewood ... . 582
Muggle-muggle... es . 594
Mugurpul 3 eae 123, 400
Mulberry, Indian. 45, 194, 298, 574
Native 52, 554, 503, 630
Mulga 3, 114, 305, 349
» Apple ves 3
,, Grass 82, 94
Mumin 123, 400

|

Miltary-miltary ... 423
Mint Tree 5901
Mirr n’yong 45
Mistletoe 219
Mitchell Grass ... 78
Mock Olive ie 6579
» Orange 199, 281, 292,
329, 589
Mocondie ais Bee 259 008
Moeang. (See Mooeyang.)

Mogil-mogil us ei 391
Mogiore ..,. 566
Mogum-mogum... 554
Molucca Bean nae 189
Mondo, ..,.. =. ibeel 22,402
Mondoleu ae ge ees
Mooda 48, 197
Mooeyang 359
Mookich . ost ae ney 58

Mooley Apple 20 oe 49 581 |
Mootch-ong ses 359
Moreton Bay Ash 251, 520
> Chestnut 14, 121, 396
Fig 225, 537, 623

= Laurel 105, 409 |

‘5 Pine 224, 378 |

Morr $451) 49 |

Morrel ... 477 |

Motherumba 115) DU 314, 356, 365 |

Mouliibie.. cia 49, 581 |
Moulmein Gecacel a - 401
Mountain Apple Tree ... 236, 370,
462, 464

INDEX (VERNACULAR NAMES).

Mungara
Mungurra i . ia
Muntenpen 57 «» 198, 585
Munyeroo - =

Murray Pine 227, 542

Murr-nong 5 #45

Murrogun 424

Murrumbidgee Pine 544

Murr-rung as 378

| Murtilam 55

Mushroom 5

Musk Tree an 290, a

Musk-wood . 580

Muzzle-wood ... shee

Myall, Bastard ... 212, 309, 340, 356,

3572 359

» Dalby - 7-1 300

oy aeucue 115, 363

» Weeping... 115, 303

Myimbarr 210, 3S, 350

Myndee ... - 410

Myrtle "381, 535, 603

lack - 394

*, ) derush : ~ OLE

» Drooping - + 582

ee Grey: i! 381
Native. (See Native

Myrtle. )

Myrtle, Red an5ar

» Ridge 276, 509

>» _. Serub 290, 381

» Water = ~-|\O1G

», . White 47; 577s 594

Naambaar 571, 628

Naamburra .. 584

Nanchee marie!

Nanga-nanga 6, 373

Nankeen Gum ... . 506

Nardoo 42, 575 135, 632

Nargan ... he 18, 165

Narrow-leaved Apple 116, 235, 375

<9 Box eee 495

” Fig 225, 538

a Ironbark ons AS

3 Peppermint - 429

5 Stringybark 246, 323

= Yarran ... 300, 357

Narulgun : --» 408

Native Banyan .., sae ae 538

», Beech - 389

SOx 121, 388

» Bread Pee Ae

5, (Broomimre Re

», Cabbage 47, 50

5) 1 Carrot 33, 124

») Caseanlla 165, 408

INDEX (VERNACULAR NAMES).

PAGE

Native Centaury F eens
EER CHEILY:. :. dE 427, 534
fae) Cranberry 8, 39
Peeurrant .. 19, 38, 47, 577
», Damson... ae SOS
eWaphne... eae 576
»,. Date a ia Pood
ee Deal . 589
,, Elderberry 56, 596
a Plax 39, 626
en eouensia) .). es ee 120
PIAS,» «... oss 66, 612
ieeiwekory ... 358
Molly § .. oes 564
SeLOpS isss ape soo 2
» Indigo ae 140
ee Ly; ss uss TAG
5, Jasmine... id . 286
,, Juniper ... 47, 577
» Kumquat 5 8, 379
» Laurel 199, 281, 292) 329, 589
» Leek ae Bos TAI
wenlime | ..; ash 16, 406
ee Leaguat | A.4 we 5905
ic leucerne.. 139, 203
me o Millet |... 51

» Mulberry 52, S54, 563, 630
» Myrtle 209, 47, 290, 381, 531,

577

». Nectarine abe SAS
ys. Olive 388, 421, 580
,, Onion eel 20
Onan se: 12, 16, 392, 400
» Peach 31, 49, 285, 546, 581,
641

es ©6bear 222, 615
», Pennyroyal 5 HOA
Ee DRer ... neon Hehe!
», Peppermint ps2 SO
,,. Pepper Vine 507,
em clangtain 2. 5 16
ae im 4, 53> 307
5, Pomegranate 13, 393
ine otato, Sane GE
EE OuUNCce ... 198, 585
» Raspberry ane P55
», Sandalwood Be Ba
», Sarsaparilla 189, 203
» sassafras can Sg
aesccup Lime’ ... one Lt
Selobacco... 135
Pup. ~... 62, 633
» Willow 53, 115, 136, 220,
314, 365, 588

Wam 2 wa 360. 10

Ndilo (India) 12, 160, 215, 284, 390

659
PAGE
Nealie 314, He
Nectarine, Native ae
Needlebush 34, 314, 328, 36s, tie
Neen-gwan Se
Negrohead Beech. + 535
Neram z aes
Nettle, Small- leaved 561, 626
fp (Greg 192) 560, 625
», _ Pree (Europe). . . 403
New Zealand see 365, (Oe
Ngaree . 398
Ngeen-jerry 139, 202, 598
Ngmoo 172, 419, 570
Ngnaa-rewing . 403
Negneureung - 439
Neural - 516
Nicker Nuts . 189
Nilyah stg Bias
Nonda 51, 583
Nono- aerineaare = 373
Noo-loi ‘ - 400
Noomaie .. as coo. 3h2)
Norfolk Island Pine 5 7
Nuggum-nuggum A Shi
Nulliera ... 3 5 Bley
Numbah ... . 390
Nun-naia... 236, 204, 382
Nut, Bonduc : Son 10856)
» Burrawang... AL, 218, 627
;, Grease 286, 296, 555
NNIGker 2 LOG
ye balm sah 990 Act Bail
,, Union Sc Siey/
Queensland... 40, 506
Nutmeg, Queensland coo SUF)
Oak bed Oot 397
» Apple br as soa HG
» Botany bes 500 390
» Bull. (See Bull Oak.)
,, Forest. (See Forest me
,, Mountain ’ . 400
3 River... (See River Oak.)
», River Black 122, 317; 399
,, Salt-water Swamp... 15, 399
»> scrub Silky... 2 OME

», Shingle 15, 122, 317, 399
> Silky -- 228, 551, 581, 5090
3) silvery oe 599
» Swamp. (See Swamp Oak.
White ds . 560
Oat Grass se 500 ome 74:
Oats, Wild at os wo
Officer Plant oe. 404
Old-man Salt-bush 2.118

660
PAGE
Olive-green Gum . 522
Olive, Mock oa 570
,» Native 388, 421, 580
», Spurious ... sot sco Syie)
Oloorgo ... soe noe sos 532
Onion, Native NS 121
Onungunabie 419
Ookin , 103
Ooldea Mallee sar tO)
Oolpanje ... 45; 574
Oon-doroo wR SS
Ooragmandee .. 448
Ooramilly . 610
Oorawang 332 ... 409
Ootcho (see Otcho) 161, 393; 619
Opossum Tree ... ae spo G4
Orache aged) 117
Orange c 16
Orange Gum 236, 376

»» Mock. (See <f Mock Orange” )

» Native 12, 16, 392, 406
Orange-thorn ne 16, 405
Orange, Wild . 391
Orchid, Spider ... eau
Orkor ies - 356
Oringorin 30, 535
Orungurabie oe
Otcho 13, 161
@uraeges- 34
Oyster Bay Pine.. 543
Paddy-Lucerne ... 139, 203, 632
Palberry ... 500 SY¥/7/
Pale Ironbark . 500

, Red Gum ... 2513
Palm, Alexandra 592
| aBlack ie ace (379
cabbage: . 626
5, Cocoa-nut. (Seal “ Cocoat nut

Palm ee

Nut 4c 7 i
Walking- stick » 559
Panaryle .. . 280
Panic Grass, Slender 95
Pankalville . 590
Paper-bark Tree TSO
Paper-barked Tea- tree. 276, 643
Parpa .-. : > 537
Parsley, Wild Poe LO
Parsnip, Wild . 142
Partridge-wood ... . 564
Pea, Darling . 140
Pekleate : 13) LOL
Peach-leaved Poison-bush 143, 608

Peach, Native. (See ‘‘ Native Peach’’)
Pearbbie ... 4 pe3 . 602
Pear, Native 222, 615

INDEX (VERNACULAR NAMES).

PAGE
Pear, Wooden Fic sos O15
Pedgery ... ee. «++ 168
Peebeen ... EAC 330, 602
Pegunny ... ; 385

Pencil Cedar "Ate ‘420, 586, 389
»» Bastard, Wood .., 5

. 420
Pennyroyal, Native 194
Pepper, Climbing 587
Native ies - 198
ih cree 73s 168
» Wine, Native + 587

Peppermint 239, 245, 263, 319, 323,
429, 439, 493, 499, 500,
501, ae 523

5 Bastard . 610
a Box oo 272
as Brown + 429
a Dandenong +» 429
a8 Gum os . 528
ss Narrow-leaved . 429
a Native . 280
White - 429
Periculia oe 17, 124
Persian Lilac (India) 193; 571
Pigeon-berry Ash ons on 42R
of Tree 563
Pig’s Face 44, 194
Pigweed ... 53, 200
Pinankaral 387
Pinbush 34 328, 553
Pine oo - 589
»» Black "227, 542, 544
», Celery-topped ... . 586
», Colonial - sos 224
- aaa Oe Cypress he
a ark :
=. Dundathul ee. es
» Hoop 224, 378
», Huon - 413
», Illawarra Mountain | » 543
5) a eachlan - 544
» Light 543, 544
», Macquarie... - 413
», Moreton Bay 224, 378
», Mountain Cypress » 543
» Murray : 227, 542
,, Murrumbidgee + 544
», Norfolk Island “377,
», Oyster Bay - 543
», Port Macquarie . 543
» Prickly - 541
5, » Red. 227, 542
» Rock Be - 540
9) Screw : ae "292, 583, 628
9 ocrub ifs Ae met 542
SINS doe
as Stringybark far

INDEX (VERNACULAR NAMES). 661

PAGE PAGE
Pine, White not 544, 545, 586 | Purslane ... See a 53, 200
Pink Water Lily mee 48, 197 | Pyddharr... ore. zn 49, 581
Pink Wood bee see 225,0G00
Pitcheri ... ae ste ... 168 | Quandong me SN; on 328, ae
Pitchery ... ae a ... 168 a Bitter... ; . 546
Bitenus. ..- ae ate 18, 165 aS Brisbane... 3175 422
[Pca A ger aes 208 ... 168 | Queensland Asthma Herb... 183
Plain Currant ... os aoe eR x9 Bean 24, 175, 424, 639
Plantain, Native... fi RO , Cascarilla ... 295; 408
Plum (or Plum Tree) ... 388, 530 % Ebony : » 385
», Black see wee 14, 394 i Grass Cloth Plant. . 630
) Jaurdekin ... : - 599 5 Hemp 139, 203, 632
3 (Grey set 13, 303, 394 “i Kauri wh se ALA
MeNatives> ..- ey ISSh s : 5 Nutees sat 40, 566
», Queensland 5 Nutmeg... ee 5777,
3» sebesten. (See Sebesten Bian 5 Plum tae ne Ag
ee SOUL ach ws 49, 581 $5 Poplar ane e305
i weet cc ve 49, 599 > Sassafras’ ... soo Atel
» White a ies «02 579 4 Sorrel sce some nS
Wild were 500 4, 367 | Queenwood a abs ey ATS
Plume Grass, Long-hair Peco Ouenay hes eae ie 59, 140
_ Short-hair ... 84] Quince, Native ... Pe LOO WHOS
Poison-berry Tree 53, 136, 220, 588 ee Walldia= “. 3 5 bia
Poison-bush fi ode 129) 141 | Quinine Tree... 164, 198, 585
5 Desert Lee 130
as Dogwood ... ««. 135 | Rancooran ae 49, 581
A Ellangowan .-- 135 | Raspberry, Native wit 55
i York Road ... 129 | Rasp-pod en ee 530, 641
33 Peach-leaved 143, 608 | Rat-tail Grass ... oe 92, 109
Wall-flower P2130) ||) (Red@Ash . is 315) 373, 581
Poison- tree, River Ne 187, 533 55 Beech é c sO!
% Scrub A060 534 » Bottle- oe oc 380
Polai se boc moo - LEB}, AO py IEOR oon WG) GESEr 505, 506, 608
Pombel ... ear aA 500 HR 5 Cedar ... 216, 294, 317, 400
Pomegranate, Native ... 13, 393 », Gum 27, 240, 248, 272, 321, 324,
r Small Native 12, 392 379, 429, 439, 465, 492, 499, 506
Pomera ... 383 eh 523, 524
Poodgee- poodgera 192, 208, 508 | Red Gum, Dark.. nae 560, GAS
Pooeet. ... 6, 373 is Pale ... she Sn!
Poon Spar Tree (india) a 390 | Red-flowering Ironbark | nog) Ziyi
Pooragri ... : . 545 | Red Ironbark 443, 471, 500, 507, 516
Poplar Box sia i ee 275 ,, Mahogany ... 247, 324, 508
> --leaved Gum .., wee 505 », Mangrove ... 316, 388, 555
3 Queensland ... 305 » Myrtle as Nad 560 EU
Porcupine Wood se . 407 sy ebine <2. aor eee 2277 Ode
Port Jackson Fig ac 225; 538 | _,, Sandadprood are e309
Port Macquarie Pine ... - 543 | Redwood bi An sen EO:
Potato, Native ... es sca.) BE oe Scrub ae nots (Oi)
Pox Plant 000 ea eL27 pLOm le Reeae\lace 500 an “ey 1OM!
Prickly. Fig ft . 422 | Ribbed Fig oe we Soc. Gishs)
Prickly-leaved Tea-tree 569, 57h 628 | Ribbon Gum _... 239, 319, 430
Prickly Pine {25 nae . 541 | Ribbony Gum ... be 4 BAG) Gea)
» Jree-fern ss Eo 74s peice Se She BOC eaAG
meemvvattle ... eA SS ye Grass sob ae eS
Pulu 6 ae LY bees O27, 3 », Meadow ... ced:
Punnum ... ae a SO », Jungle at a 4.90
Purple Fig ae Bas 30, 538 » Wild se ove sett 2OO

662

PAGE |

Ridge Myrtle 276, 569
Risdon Gum _... oe) | 27 8e426
River Black Oak 122, 317, 399
” Gum 431, 511
» Mangrove R70 ,087

» Oak 15, 122, 390, 397, 399, 400

», Poison-tree 1875) 5930)
Ses Onc cece Be Sioteh|
» Lea Tree.. 5 SOO)
White Gum - 430 |
Rock Lily 22 |
» Pine ee 5404
Roger Gough 204, 382 |
Roly-poly Grass - 100
Ronone .., =o) 500)
Roomal ... - 598
Rose Apple 49
Rose-bush x S532
Rosemary, Wild «+» 390
Rosewood 126, 212, 356, 419, 425,
603
Rough-barked Bloodwood - 441
Gum : 436
Rough- bearded Grass .. 85
Rough Fig is 143, 608 |
Rough-leaved Fig 30, 538 |
Rough Stringy-bark 319, 466 |
Round Yam ae Ade san» OF
Rusty Fig oe «+ 538
a (Eten 236, 376, 448
Sacred Lotus 48 |
Sallee. (See sally.)
Sallow *E : - 359
5, White — 310, 327, 350, 530
Sally 149, 213, 250, 309, 355, 358
359, 522
eeblack 311, 326, 350, 522

», White, (See ‘* White Sallow’”)
Salt-bush 54, 117, 118, 119, 132, 137

PAGE.
Sassafras Grey ... 165, 409"
$ Native ove 258

7 Queena - 281
Satinwood <= LOZ. 309, 41, 615,
Scented Grass 80
Scentless Sandalwood . --» 426
Screw Pine = sa0 RO 292, 583, 628
Scribbly BlueGum_... Aqt
Gum . 242aqom 436, 466:

Scrub Bloodwood 230, ae. 382
ae Gum - 640:

» lronwood.. . 573

» Myrtle 290, 381

my ane 227, 542

», Poison Tree st Sad
», Redwood 1 OL;

,, Sandalwood 30, 535:

oo.) she-oak 7. =. 307;

» Silky-oak - O11
White Cedar - 584

Sea- coast Laburnum 204
Sea-side Brome Grass ... 78
3 Millet ... 104.
Sebesten Plum (India) “78 165, 407
620, 639:

Sedge, Sword 623, 626
Settlers’ Twine ... opoes
| Shama Millet (India) a OG
Shamrock, Australian ... dg
Sheep-bush 3 s-¢, 130
Sheep’s Fescue ... --- 89
She Beech 409, 410
She Ironbark 245, 500
She-oak, Coast ... 15, 122, 390)
see Wesertees : w+ 398

i Erect <.. 122, 317, 399

- River ... ass --- 308

5 ES enUb ieee 3908:

» Stunted 307
She Pine... - 589:

| Shingle Oak

5 Cabbage =

5 Old Man bis a

53 Small... 117 |
Saltwater Swamp Oak... 15, 399

Sandalwood 47, 56, 126, 135, 425, 597

3 Bastard 425, 570 |
Ee Fragrant oe 547
23 Native 32, 547
. eden. - 369
A Scentless 426
Scrub ag 30, 535
Sandfly- bush eee 301, 616
Sand-stay : : . 642
Sarsaparilla, Native 189, 203
Sassafras 9, 156, 168, 224, 315, 328
380, 409, 414, 418, 579
rp Black... eee . 409

INDEX (VERNACULAR NAMES).

: on 122, 317; 399:

Short-hair Plume Grass 84
Sida Weed |. <. «e- 139:
Silk-cotton Tree, ‘Malabar II, 160
237s 386, 618:
Silky Gum : . 514
i Oak .. 228, 35h 581, 599

is 53 Scrub cee
Silt Grass : se
Silver Grass «i 82
Silver-leaf Boree =si¢ 368
Silver-leaved Ironbark... - 492
3 Oak - 220
Tree . 604.

Silver Wattle 210, 211, 306, 307, Rie e

312, 351, 383; 359s 364, 617
Silvery Acacia ... - «208;

INDEX (VERNACULAR NAMES).

PAGE

Silvery Honeysuckle . 552
ak

- 599
Simool Tree (India) ars “160, 237, 618
Sirpoon (India) .. nee aus

Slaty Gum 50C eee 7ON 524
Slender Bent Grass POLE
» Panic Grass ae OS
Small-leaved Nettle 561, 626
Stringybark - 466

Small Native Pomegranate 12, 392
» Salt-bush.. Srp i Cy
Smooth-barked Bloodwood 441, 448
Ironbark .. 476

Smooth Holly - 554
Sneezeweed - 195
Sorrel, Clover 50
Sour Grass 50
», Gourd 4, 214

» Plum oe 49, 581
Sorrel, Queensland 35
Pe Witch << ae 418, 621
Sow Thistle S50
Spear Grass go, 110
Pe Laly, soe ... 621
Spear-wood 115, 212, 320, 354, 357)
447

Spider Grass 2498
n---Orchid Se ihe
Spinach, Australian... 16
Fe New Zealand... 62
Spiny Rolling-grass . 108

Spotted Gum 242, 243, 269, 271, 320,
322, 439, 462, 466, 639

‘ Tree 129, 216, 541
Spurious Olive ... eS 7 O
Stave-wood a. 542, 604

re Black --- 604
Stink-wood 282, 301, 616
Stone-wood 390, 604

Stringy-bark 243, 245, 266, 272, 209,
319, 322, 323, 429, 435,

439, 448, 477, 495, 502,
511, 520, 523, 622, 623 |
627
Fe Almond-leaved 246
323, 593
= Broad-leaved ... 448
5 Narrow-leaved... 246,
! 323
y9 Pine . - 543
5 Rough ... 319, 466
i Small-leaved ... 466 |

" White 439) 448, 5°3

stunga ~ ...
Stunted She- oak ee
Sugar Grass - 106

” Gum 27, 126, 127, ee 465 '

663:

PAGE
Sugar Tree 229, 576
Summer Grass ... LOL
Sun-dew ... 205
Sundris).:: eee 555
Sunn Hemp (India) . 620
Supple Jack 144, 611

Swamp Gum 27, 242, 465, 501, 527
Mahogany 240, 324,435,

436, 510, 609, 610
Oak 122, 162, 204, 317,

397, 398, 399
6 », Lea-tree 276 569, 570,
643
», White 27, 126, 465
Sweet Plum 49, 599
sea sag OR}
Switch-sorrel (Jamaica) | 418, 621
Sword Sedge OLR O20
Sycamore --- 368, 410, 601, 633
a Bastard fo . 410
rf Light ... 5 EZ
AF White 410, 582
Taberol 45, 575
| Tagon-tagon - 9, 120, 380
Talingora © 507
Tallow-wood oe ‘271, 322, 403
Talwalpin 35) 557, 624
Tamarind Tree .., 23, 410
Tanderoo noo ye:
Tangnan... . 189
Tangoon... - 495
Tara 54
Taro : 17
| Tasmanian Blue Gum ... --» 449
6 pees Spe . 630
Tcheergun - 502
Tchimmi-dillen . 30, 534
Tchoonberie - 582
Tchoonboy 4, 368
Tchoonchee .-- Q, 120, 380
Tdgerail ... 20, 327, 532
Tdjetlat ... ot noe SG,
Tdjeundegong sot gem (US:
Teak oe : ah 424, 340
Tea, Cape Barren 566
» Sweet “oc ie
Tea-tree ... 38, 193, 280, 523, 561
suet Blacks) #22: SUIS 70 O25
,, Broad-leaved 276, 448, 390,
570, 643
ae @oast wes 042
,, Mountain ... 560
,, Paper-barked 276, 643

Prickly-leaved 569, S71 628
River : . 390

664

PAGE
Tea-tree, Swamp, (See ‘ Swamp
Tea-tree,’’)

» | White my 570, 643
Tee 322, 404
Tee-coma BUS R72
Terrat > 131
Terri-barri SL)
Tewart ... te on - 459
Thalaak ..,, 53 gos he SIS)
Thalmera w+ 385
Thandorah 144, 611
Thankoin % a HOO
Tharra-gibberah _ 5 56, 597
Thistle, Sow... ate Aco Ie)
Thorn, Cockspur as 1 1205; 410

eenOrangeree. sae oe
Thorny Yellow-wood ... 300, 615
Thozet’s Box 27, 507
Thukouro : 53; 200
Tiger’s Milk ie (India) . 187
Till te 424
Tindil : 51, 97
Tirba-twebin ... 430
Ti-tree, (See ‘‘ Tea- tree. ”)

Tjellat 26 525
Tobacco, Native 135
Toi 502
Toka . 45, 575
Tom Russell’s Mahogany 565, 627
Toney : -- 359
Tonga- beanwood- S75
Tooart - 459
Toolim O25
Toolookar 236, 376
Toonoum 23, 416
Toon Tree (India) 123, 400
Toothed Bent Grass ... on 18)
Touart - 459
Towra . 387
Tow-war. «. 586
Travellers’ Grass _ R028
Tree-fern.. 6, 373

- Black- stemmed bee ewe

aS Prickly . 374
Tree Mallow... Roe 37, 626
True Mitchell Grass... sce FG
True Myall 115, 3603
@ruiiles) <:. ts Sa spo) ZG)
Tuart aa a6 en --- 446
Tubbil-pulla. ... Pad) BYsfo, Cole}
Tuckeroo ; ies . 410
Tuggan-tuggan ... - 551
Tulip, Native 62, 633
Tulip Tree ... 560, 600
Tulip-wood e2rAQ) 376, 554) oe

Tumkullum
Turmeric...

. 567
AS 282, 301, 553, 616

INDEX (VERNACULAR NAMES).

PAGE
Turnip-wood 370, 420
Turpentine, Brush 595, 603

+ Tree 230, 245, 250, 271,
322, 33% 4941 508, 523, 602

Turraie 552
Twine, Settlers’. G23
Tyal-dyal - 4II
Ulorin 14, 395
Umbagga ee Bisiy.t
Umbrella-bush . 363
os Grass 51, 97
a Tree 387
Umpurr ... 598
Union Nut 387
Unoyie Ae A +++ 390
Uraraia 3 : «+. 291, 480
Urri- burrigundie 409
Vandyke Grass ... ie ing QG
Victorian Blue Gum - 449
Vine, Balloon nee 14; 10
,, Burdekin... sl ) eG,
s3) oCaustic ; 138
,, Cockspur... 3821 205

» Lawyer

woe D2 188, 539, 623
5, . Macquarie Harbour... 46

», Native Pepper Be

Waabie ... 225, 537, 623
Wait-a-while_... se? .. 300
Walga ... . saph5S
Walking- stick Palm . 559
Walkor oe Rae ya
Wallaby Bush 225, 386
. Grassies nieeZ
Wallam-bunnang AL
Wallang-unda - 574
Wallaon ... - 603
Wall-flowered Poison Bush «go
Wallowa.. «. 306
Wallang .. 220 BOS
Wallundun- deyren 281, 589
Wandoo ... ‘ «- 508
Waneu 3, 350
Wangara... «-- 430
Wangee ... - 494
Wangnarra Sox . 405
Wappoo-wappoo =a wee UOT,
Warabi (Japanese) “ pro, sy:
Waratah . : 62, 605, 633
‘5 Gippsland as -». 605
Wargnal .. Shc = 22
Warra- _garria so SE
Warratau os
Warra-worup a§307s
Warreeah 433

INDEX (VERNACULAR NAMES),

PAGE

Warrel 165, 408
Warrongan 49, 58:
Warwor ... - 385
Watchupga . 418
Waterbush Se 576 |
Water Couch Grass 104
Water Gum 380, 609, pe
ii » Broad-leaved .. 610

» Large-leaved m5 Q2

Water- lily eee eos 4160
fe Blue ... 4S

“ Bink 5. 48, 107
Water Myrtle ee OLO
Water Tree 328, 553
Wat-tah .. ‘ 210, 307, 352
Wattles ... .-- 148, 208, 302, 349

Wattle, Black, (See “‘ Black-wattle’’)

» Broad-leaved 214, 290, 312,
305

Se broom .. “300

» eathery 210, 352

jy ..Golden 214, 290, 310, 312,
359; 365

» Green. (See “ Green-wattle ”)

» Hickory 305, 350

», Prickly 214, 358
» silver, (See ‘“‘ Silver-wattle ’’)
Weeping <e» 300
Wattung-urree obec 316, 384
Wax-cluster.... ae Ge
Wayetuck om 3909
Weeping Grass ... 38 OY!
= Gum ... eee 501, 527

33 (or true) Myall 115, 363

- Polly Grass ... . 106

35 Wattle ss) 300
Wee-tjellan 149, 309, 355
Weir- Mallee 26, 447
Weni-Aabie : . 441
Whalebone Tree - 591
White-bark 5 — BOE, AT
White Beech 422, 549, 586
» Boree 5 cit

» Box 245, 323; 330, 468,
499, 500, 608

» Cedar 193, 219, 423, 571
PeECeDeLry, ..- He bec. SLO 7/

ie ig : 30, 538
CIN 27, 127, 242° 259) 260;

275, 429, 430, 436, 459, 462,
465, 460, 468, 471, 501, 506,
508, 511, 514, 522, 523, 527

», Tronbark..., 433) 443, 500
» Laurel - 409
» Mahogany 230, 319, 324,

429, 510
» Mallee ... sap | AD)

665

PAGE

White Mangrove 120, 380

» Myrtle 4h 577; 594

ie Oak . 560

» Peppermint 0 . 429

» Pine S44 545 589

» Plum » 579

; ue i 310, 327, 359, 530

» Swamp Gum 27, 126, 465

», stringybark 439, 448, 503

», Sycamore 410, 582

Tea-tree 279: 579 643

White- -top . 502

White-topped Grass ory i

White-wood 116, 215, 219, 276,

379: 58;

Mowbulan.. Soe, Stake

White Yiel-Yiel 551

Wild Lemon 391

5eOats 501 78

» Orange "5, 391

», Parsley 116

», Parsnip 42

” Plum 4, 367

», Quince - 4Il

», Rice . 96

», Rosemary 390

Wilga ... 36 130, 188, 548

Willow 130, 136, 306, 502, 548, sie

» Broughton nee LDS

» Native. os Native Willow.)

Windmill Grass.. 56 OO

Wineberry : » 590

Winter Cherry ... 13, 1601

Wiry Grass 106, 631

Witchy see. oS 5 GUB

Wobbul-wobbul ... 584

Wollum-wollum.., 558

Wommo ... 631

Wonga 64

Wong-arrah : me sco QS7/

Wonuy ... 255 a6 seas

Wooden Pear ; sia noo OLE

Woolgook 495

Woolal . 423
Woolerp 2

Woolip 5 ; D6 ana GOH

Woolly-butt 270, 326, 435, 476,

597, 523) 527

non eAGRUIT eels bere 5 Baz

55 headed Grass ... 72

Woorun 560 $A ZO

Woota 123, 400

Woolorie... en

Woreck ... sco GIS)

Worgnal ... 46 15, 399

Wotheugn ee ac se 420

666

PAGE

Wunna-wunnarumpa_ 162, 204, 397
Wyagerie 539, 641
Wycaulie... 4, 308
Wynnum... 50, 583
Yaang-arra 280, 571
Vaarum! <.. ... 420
Yadthor .. 3, 350
Yak-ka-berry : 109
Yako Kalor 48
Yakooro ... 159
Yaloone ... 67
Yam 22
» Long 23
», Native 36
» Round 67
Yamberin 22
Yananoleu 62
Yandee ... 448
Yangoora 439) 477
Yaralla - 590
Yarrah "480, stl, 525
Yarrah-wah ; 874
Yarran 2 2k2, 213, 311, 364
7 Curly 212, 357

» Narrow-leaved ... 300, 357

INDEX (VERNACULAR NAMES).

PAGE

Yate - 440
» Flat- topped «+» 499
Yathoo : ee» 495
Yeh ne --- >) | 296; 541
Yeit ae pee ««s 440
Yellow Bloodwood . 448

i) LOX UB22 5 Ae 468, 470, 492
3 « Cedaray et . 595
» Gum - 27, 465, 493, 500
Yellow-jacket 492, 499, 51!

Yellow-wood 369, 614

” Dark - 595

+ Deep ae «ob eGZO0h

“ Light. (See Light

Yellow-wood.)

“A Thorny a 615
Yeralla AC .» 590
Yerrick Pec 2 7/i
Yiel-yiel .. .-. 600

;, White .. sea 5E
Yalleoille te: --. 600
York Gum --- 448
York Road Poison Bush - 129
Yowut a - 520:
Zamia, Dwarf ... a own 4k

BOTANICAL NAMES.

PAGE
Abelmoschus splendens, Walp. 624
Abroma fastuosa, R.Br. . 617

Abrus
pauciflorus, Desv.
precatorius, Linn.

114, 148, 636
114, 148, 636

squamulosus, E. Mey. 114, 148,

636

Abutilon
asiaticum, G. Don . 148
indicum, G. Don. . 148
oxycarpum, F.v.M. pee O7
pulchellum, G. Don . 630
Acacia

abietina, Willd. boo Siete
acuminata, Benth. 289, 349
adenophora, Spreng. 352, 353
aneura, F.v.M. 114, 305, 349
angulata, Desv. 352
apiculata, Meissn. - 203
arcuata, Sieb. 311, 359
armata, R.Br. 349
aulacocarpa, A. Cunn. 305, 350
_basaltica, F.v.M. 116, 371
Bidwilli, Benth. 212, 350
binervata, DC. 210, 305, 350
brachybotrya, Benth. . 351
calamifolia, Sweet. . 306
Caleyi, A. Cunn. 312, 364
calyculata, A. Cunn. - 351
chordophylla, F.v.M. 314, 305

cibaria, F.v.M.

cinerascens, Sieb.

iM wer 3
212, 309, 356

colletioides, A. Cunn. . 306
conferta, A. Cunn. . 289
crassicarpa, A. Cunn, . 351
Cunninghami, Hook. 306, 351
Daintreana, F.v.M. » 354
daphnifolia, Meissn. - 213
dealbata, Link. 210, 306, 351

decurrens, Willd.. 210, 307, 352
decurrens var. mollis, Willd. 211,

307, 353, 617
», normalis, Benth. 352

delibrata, A. Cunn. . 149
dictyocarpa, Benth. 56 in
doratoxylon, A. Cunn. 115, 280,

354
echinula, DC. . 358
elata, A. Cunn. Bac ona LT

emarginata, Wendl. ...

4.3 fe7/ |

PAGE
Acacia
excelsa, Benth.
falcata, Willd.
falcinella, Meissn.

- 354
149, 309, 355
214, 290, 312,

364
farnesiana, Willd. 212, 289, 355
fasciculifera, F.v.M. con SIGS
flavescens, A. Cunn.... 309, 356
Fraseri, Hook. 312, 304.
furcifera, Lindl. - 340

glaucescens, Willd. “212, 300, 350
Gnidium, Benth. sas sno, SED
harpophylla, F.v.M. 212, 289, 293,

309, 356
hemiteles, Benth. . 20S
homalophylla, A. Cunn. 212, 300,

357
homomalla, Wendl. 212, 309, 356

implexa, Benth.
impressa, Lindl.
intertexta, Sieb. 2 00 SIGE:
irrorata, Sieb. 210, 306, 351
juniperina, Willd. ... we. 358
leiophylla, Benth. 214, 314, 366
leiophylla, var. gree.

149, 310, 357
149, 312, 618

Meissn. 5H Jed UG;
lenticillata, Fv. M. ‘212, 289, 355
leptocarpa, A. Cunn. 310, 358
leprosa, Sieb. . 358

leucadendron, A. Cunn. 212, 300,
: 356
leucophylla, Lindl. 115, 363
ligulata, A. Cunn. 115; 314, 308
linearis, Sims be . 353
linifolia, Willd. 213, 358
longifolia var., typica, Willd.
310, 359
longifolia var., Sophorz, Willd.
310, 359, 636
longissima, Wendl. . 358
lophantha, Willd. 116, 315, 637

macradenia, Benth. see 359
marginata, Wendl. 307,
melanoxylon, R. Br. ... 311, 359
microbotrya, Benth. . 5s BUG
mollissima, Willd. 211, 307; 353;

617
myriobotrya, Meissn.... san) 20)
neriifolia, A. Cunn. 311, 303
notabilis, F.v.M. sou Bos

668

PAGE

Acacia
obtusifolia, A. Cunn. ze. 359
Oldfieldii, F.v.M. . 349
Oswaldi, F.v.M. B11, 303

pendula, A. Cunn. 115, 289, 363
. », var. glabrata,

Eaves ies) 8203) amr
penninervis, Sieb. 149, 312, 618
petiolaris, Lehm. 214, 290, 312, 364
plagiophylla, Spreng. 149, 399, 355
podalyrizfolia, A. Cunn. 312, 364
polybotrya, var. foliosa, Benth. 364

INDEX (BOTANICAL NAMES).

PAGE
Achras
myrsinoides, A. Cunn. . 368
obovata, F.v.M. 309
Pohlmanniana, F.v.M. - 369
Achyranthes
argentea, Lam. as + 150
australis, R.Br. . 150
aspera, Linn. .. +e6 150
canescens, R.Br. Pcs ste,
Acmena
elliptica, Don 29, 531

floribunda, DC. 29, 329, 531

polystachya, A. Cunn. 312, 304 | Acratherum miliaceum, Link... 77
procera, Willd. 215, 372 | Acronychia
pterigoidea, Seem. 2s Baueri, Schott see see 369
pulverulenta, A. Cunn. - 300 Cunninghamii, Hook, wee 508
pungens, Spreng... ar. iste) Liglita, Boveere. + 369
pycnantha, Benth. 148, 214, 290, levis, Forst. ... Pa G4E8)
312, 304 laurina, F.v.M. F os" S00
veclinata, F.v.M. ... .« 358 | Adansonia Gregorii, F.v.M. 4, 214
retinodes, Schlecht. 214, 313, 305 | Adenanthera pavonina, Linn. 5, 360,
rigens, A. Cunn. 314, 365 637
rostellifera, Seem. : ... 213 | Adianthum
salicina, Lindl. 115, 314, 305 zthiopicum, Linn. itp
salicina var. varians, Lindl. 150 assimile, Schwartz. ... nately
saligna, Wendl. or Benth. ... 214, trigonum, Labill. Pee
314, 306 | AXgiceras corniculata, Blanco.
sapindoides, A, Cunn. .. 587 370, 637
sentis, F.v.M. ... 214, 314, 306 fragrans, Keen. 370, 637
Sophore, R.Br. 310, 359, 636 majus, Gzertn. 370, 637
spathulata, Tausch. . ..» 359 | 2gopogon strictus, Beauv. ... 72
spinescens, Benth. . 306 | eschynomene Sesban, Linn. ... 139,
stenophylla, A. Cunn. - 3606 202, 598
stricta, Willd. . 307 | Agaricus campestris, Linn. ... 5
subccerulea, Lindl. . 293 | Agathis robusta, Salisb. oe 413
subfalcata, Meissn. . 213 | Agnostus sinuatus, A. Cunn.... 600
subporosa, F.v.M. +... 314, 367 | Agropyron, (See Agropyrum.)
sulcipes, Sieb. ... 352 | Agropyrum scabrum, Beauv. ... 70
supporosa. (See subporosa). velutinum, Nees on Be fl
tetragonophylla, F.v.M. 367 | Agrostis
Thozetiana, F.v.M. 372 actinoclada, F.v.M. ... «. 108
torulosa, Benth. 367 emula, R.Br.... FR neenoe
umbrosa, A. Cunn. 210, 305, 350 crinita, R.Br. oe Os
vuarians, Benth. 15 365 debilis, Poir. ... ora tes
verticillata, Sieb. - 358 Forsteri, Roem. et Schult. waS2
vestita, Ker : | 314 intricata, Nees Bae GL
Victoria, Benth. ‘214, 314, 366 laxiflora, Rich. 72
spp. 148, 208, 302 ovata, Forst. ... ste sts
Aczena parviflora, R.Br. a Aiea G
Behriana, Schlecht. . 636 vara, Nees .. oa woe nen
echinata, Nees son. OK {S retrofracta, Willd. & Bry 13)
ovina, A. Cunn. et . 636 rigida, A. Rich. sae Pa
sanguisorbe, Vahl. ... a scabra, Willd... & Berth
sarmentosa, Carmich. ee sciurea, R.Br. Soe Perpeaie”|
Achras semibarbata, Trin. ... ey ok?
australis, R.Br. 4, 367 Solandri, F.v.M. oa 2ad AOE
laurifolia, F.v.M, 150, 363 virginica, Linn. aa «TOO

INDEX (BOTANICAL NAMES).

PAGE
Ailanthus imberbiflora, F.v.M. 370
a punctata, F.v.M. 584
Aira squarrosa, Spreng. 88
Akania Hillii, Benth. 370
Albizzia
basaltica, Benth. E16, 371
canescens, Benth. poo Safi
elata, Roxb. ... 215, 372
Hendersoni, F.v.M. ... re a7t
lophantha, Benth. 116, 315, 637
procera, Benth. 215, 372
pruinosa, F.v.M. we. 587
Thozetiana, F.v.M. ... 5 Bae
Woona, Bail. ... Be O72
Tozeri, F.v.M. . 587
Vaillantii, F.v.M. . 155

Aleurites
Ambinux, Pers. 5, 223, 283, 372
moluccana, Willd. 5, 223, 283, 372
triloba, Forst. 5, 223, 283, 372

Allophyllus ternatus, Lour. 56, 201
Alocasia macrorrhiza, Schott. 18,
165
» Alopecurus
australis, Nees a ado Dyfi
geniculatus, Linn. ... Sn fii
paniceus, Eder. fe ecu, 9p
Alphitonia excelsa, Reisseck. 315,
373
Alsophila
australis, R.Br. are 6, 373
Cooperi, Hook. et Bak. 0; 373
excelsa, R.Br.... Sor 6, 373
Leichhardtiana, F.v.M. S74:
Macarthuri, F.v.M. 4 Gf

Alstonia

constricta, F.v.M. 151, 293, 374

cuneata, Wall. 154, 374

scholaris, R.Br. 154; 374.

verticillosa, F.v.M. 4 Bus

villosa, Blume. 5 SUIS
Alyxia

actinophylla, A. Cunn. 5 SWS

buxifolia, R.Br. aoe 008 67/5

capitellata, Benth. ,.. ee B75
Amaryllis australasica, Ker, ... 20
Amanoa

Cunninghamii, Baill. pon KOS)

Faginea, Baill. SOT,

ovata, Baill. : . 387
Amarantus viridis, Linn. 6
Ammannia

indica, Lam. ... a 500 Gy

vesicatoria, Roxb. Bo) Lich
Amoora nitidula, Benth. 375

Amorphospermum antilogum, F.v.M.
598

669
PAGE
Amphibromus Neesii, Steud. ... 71
Amphipogon
Brownei, F.v.M. aoe 5, 9
caricinus, F.v.M. ... on fp
strictus, R.Br. wt 72
Anatherum parviflorum, Spreng. 80
Andreusia debilis, Vent. 46
Andropogon
affinis, R.Br. ... ae 5g IE
annulatus, Forst, wee eG 7 2

annulatus, F.v.M. oa
bombycinus, R.Br. ... eaten] 2
chrysatherus, F.v.M.... oe 74

citratum, DC. 253, 290
citreus, R.Br... s-- 60
contortus, Lina, a S50 (00
cryptatherus, Steud, 555 iil
echinatus, Heyne ced Uy)
erianthoides, Vay eres sap 7B}
falcatus, Steud. gor OG
filipendulinus, Hoch. 73
Gryllus, Linn. aco 80
halepense, Sibth. 108

intermedius, R.Br. * p60, | 7/6}

inundatus, F.v.M. 73
lachnatherus, Benth. oan. fe
Martini, Roxb. ss. 253, 200
micranthus, Kunth ... son. ofS"
montanus, Roxb. 80
Nardus, Linn. oe 290
nervosus, Rottb. tie ses! Q2
pertusus, Willd. 73
procerus, F.v.M. se son, ff

refractus, R.Br. one s00 9G}

rottbellioides, Steud. -- 106
schcenanthus, Linn. ... 253, 290
sericeus, R.Br. vcq Gf!
striatus, R.Br. OO
triticeus, R.Br. go
tropicus, Spreng. 107
Angiopteris evecta, Hofim. FHSS.

Angophora

intermedia, DC. 116, 235, 375

lanceolata, Cav. 235, 370
subvelutina, F.v.M. .. 116, 376
velutina, F.v.M. 116, 376
Woodsiana, Bail. 23% 376
Anisacantha bicornis, F.v.M.... 138
Anisomeles salvifolia, R.Br. ... 290
Anthericum bulbosum, Rete cok
semibarbatum, Hook.. 72.

Anthosachne australasica, Steud. 7o
Anthistiria

australis, R. Br. 555 74.
avenacea, ¥.v.M._... 74.
basisericea, F.v.M, 74

cespitosa, Anders, ... a

670
PAGE
Anthistiria
eiliata, Linn.... i soepeni7A.
cuspidata, Anders. ... aon.
frondosa, R. Br. Ac foc OS
membranacea, Lindl. sot 98
Anthocercis Hopwoodii, F.v.M. 168

Anthoscanthum crinitum, Linn. 83
Antidesma Dallachyanum, Baill. 155
Apera crinita, Palisot. ... roeEO3
Aphananthe phillipinensis, Planch.
376
Apium australe, Thou. .. soe) El
leptophyllum, F.v.M. 5 13)
prostratum, \.abill. ... sa 7
Aponogeton elongatus, F.v.M. 7
monostachyus, Linn, f. 7
Apophyllum anomalum, F.v. M. 377
Araucaria Bidwillii, Hook. Thy A OUT
Cunninghamii, Ait. 224, 378
. excelsa, A. Cunn. or 87 7,
Archidendron Vaillantii, F.v.M. 155,
37
Archontophenix Alexandre, ?
Wendl... - 592
Ardisia pseudojambosa, ‘Fw.M. 637
Areca monostachya, Mart. 559
Normanbyi, F.v.M. ... 7)
Argyrodendron trifoliolatum,
F.v.M. . 604
Argophyllum Lejourdanii,F. v. M. 379
Aristida

arenaria, Gaud. ade e760
calycina, R. Br. ae pou FAO)
contorta, F.v.M. Jot 50 Wf)
depressa, Retz. Jas E70
leptopoda, Benth. ... nip. 90)
parviflora, Steud. ... Sees 7
vamosa, Sieb.... es 5 fy
stipoides, R. Br. Bis en,
vagans, Cav.... Bee 300 GI
vulgaris, Trin. - ene7O

Artemisia minima, Thunb.
Arthratherum arenarium, Nees 76
Arthraxon ciliare, Beauv. Mus 77,
Arum Colocasia, Linn. ...

orixense, R.Br. i Sho
Arundinella Nepalensis, Trin. 77

Arundo Phragmites, Linn, 629
poeformis, Labill. 100
triodioides, Trin. . 107

Arytera divaricata, F.v.M. 578
semiglauca, F.v.M, ... Bric p 2b

Asparagopsis Brownei, Kunth 156
Decaisnet, Kunth a5 O
floribunda, Kunth ... - 156

Asparagus
fasciculatus, R.Br, ... TSO

INDEX (BOTANICAL NAMES).

PAGE

Asparagus
racemosus, Willd. ... on el SO
Asprella australis, Roem. et Schult.
3
Astelia alpina, R.Br. ... a "3
Aster argophyllus, Labill. 299, 580
Asteromyrtus Gertneri, Schau. 568

Asterotrichon sidoides, Klotzsch. 630
Astrebla
elymoides, Bail. et F.v.M.... 77
pectinata, F.v.M. ... Peo fs:

triticoides, F.v.M. ... 78
triticoides, var. lappacea, Fw M.
78

Astroloma
humifusum, R.Br. ... Ferre Wei)
pallidum, Sond. ee haadte

pinifolium, Benth. ... so te.
Atalantia glauca, Hook. 8, 379
Atalaya

hemiglauca, F.v.M. 116, 215, 379

salicifolia, Blume 379
Atherosperma
micrantha, Tulasne 167, 414
moschata, Labill. 9, 156, 224, 253,
315, 380
Atriplex
Billardieri, Hook, f. ... fz
campanulata, Benth. aa eeNalyy
cinerea, Poir. ... ne a. ao
crystallina, Hook. f. ee a7
eleagnoides, Moq. ... oe.
halimus, R.Br. ee ens)
halimoides, Lindl. ... ids, 0S
holocarpum, F.v.M. So) itis)
inflata, F.v.M. ae ipdto
Lindleyi, Mog. ate one 118
nummularia, Lindl. ... Ber wi siite:
semibaccata, R.Br. ... esa hLO
semibaccata, Moq. ... vee IIQ
spongiosa, F.v.M. - 119
vesicaria, Hew. oc oe (LEO
Avena nervosa, R.Br. ... Pe yf

Avicennia
officinalis, Linn.
tomentosa, Jacq.

9, 120, 380, 638
9, 120, 380, 638

Backhousia
Bancroftii, F.v.M. et Bail. ... 381
citriodora, F.v.M. 254, 290, 381

myrtifolia, Hook. et Harv. ... 381

riparia, Hook. aad aa Or

scadiophora, F.v.M. “(GOL
Bacularia

minor, F.v.M. « 559

monostachya, F.v.M. os 559
Beckea phylicoides, A. Cunn, ... 560

INDEX (BOTANICAL NAMES).

vr PAGE
Balanopteris minor, Gertn. ... 555

A Tothila, Geertn. ... 555
Balfouria saligna, R.Br. . 614

Baloghia lucida, ade

Banksia F
zemula, R.Br. ... ae 352
australis, R.Br. . 383
collina, R.Br. ... Le tacm LO
compar, R.Br. 315, 382
conchifera, Gertn. ... 316, 384
dactyloides, Gzertn. 53
dentata, Linn. f. dee a6 302
dentata, Wendl. itt 382
depressa, R.Br. 383
elatior, R.Br. 382

ericifolia, Linn. f. ... Sogn KO)

Gunnii, Meissn. - 383
insularis, R.Br. - 383
integrifolia, Linn. 315, 382
littoralis, R.Br. - 383
.. macrophylla, Link. 315, 382
marginata, Cav. 383
media, Hook. f. 316, 384
microstachya, Cav. - 383
mitis, Knight ... 315, 384
oblongifolia, Lodd. a tei}
oleifolia, Cav.... 315, 382
e Salisb. 553
patula, R.Br. ... o otels)
pyriformis, Geertn. . 615
serrefolia, Knight. B82
serrata, Linn. f. 316, 384
senrara, CAV. 26: mgo2
serratifolia, Salisb. son te
spicata, Gertn. 315, 382
tenutifolia, Salisb. 5 RG]
undulata, Lindl. OD 50 Bs
Sppa) ese tee 530 10, 638
Barklya syringifolia, F.v.M. ... 384

Barringtonia

acutangula, Geertn. ac 159, 395

butonica, Forst. : aco LG)
Careya, F.v.M. 13, 161, 303
racemosa, Gaud. 5hc, NUS)
speciosa, Linn. f. 159, 385
Bassia bicornis, F.v.M.... ape SYS)

Batratherum echinatum, Nees 77

Bauhinia Carronii, F.v.M. ono, Stes
Bedfordia salicina, DC. 385, 618
Beilschmiedia obtusifolia, Benth.
et Hook, 281, 328, 579

Bertya Cunninghamii, Planch. 225
Beyeria

oblongifolia, Hook. f. -- 386

viscosa, Migq. ... e225 NSOO
Billardiera

angustifolia, DC. ... se, LO

236, 294, 382.

671
PAGE
Billardiera
canariensis, Wendl. ... ‘io LO
' grandiflora, Putterl. ... weap LO
latifolia, Putterl. ... stato
mutabilis, Salisb. ... seem LO
scandens, Smith die LO
Blepharocarya involucrigera,
F.v.M. wei 386
Bobea putaminosa, F.v. M. 206, 552
Beerhaavia
diffusa, Linn. ... 37120
procumbens, Roxb. . 120
pubescens, R.Br. ZO

Bombax,
heptaphyllum, Cav. 11, 160, 237,
386, 618
malabaricum, DC. 160, 237, 386, 618
Boronia

arborescens, F.v.M. 282, oe 616

megastigma, Nees . 638
rhomboidea, Hook. . 160
BiPUSZIS INDIES, cos . 638
Bosistoa_ sapindiformis, Fv.M. 387
Bouchardatia neurococca, Baill. 572

Bowenia spectabilis, Hook. ..- II
Brachychiton

acerifolium, F.v.M. ... 220, 300,

600, 632
Delabechii, F.v.M. 60, 221
discolor, F.v.M. «-- 600
luridum, F.v.M. 601, 633

platanoides, R.Br. ... <6. (Go)
populneum, R.Br. 59, 140, 220,

O1, 633
Bramia indica, Lam. -» 190
Brasenia peltata, Pursh. II, 160
Brassaia actinophylla, Endl. 387
Breynia
cinerascens, Baill. 387
oblongifolia, Muell. Arg. 387
Bridelia
exaltata, F.v.M. . 387

faginea, F.v.M. ae 387
ovata, var. exaltata, Muell, Arg. 387
Brizopyrum spicatum, Hook. et

Arn.... me a, seebOd!
Bromus
arenarius, Labill. ade coo Jas!
australis, R.Br S00 78
Bruguiera australis, A. Cunn. "316,
388
gymnorrhiza, Lam. ... 316, 388
Rheedii, Blume 316, 388
Rumphii, Blume 316, 388
Buchanania
arborescens, Blume ... foe 1a

mangoides, F.v.M. ... - 388

672
PAGE

Buettneria

dasyphylla, J. Gay 590, 631

pannosa, DC.... 596, 631
Bulbine

australis, Spreng. . 120

bulbosa, Haw... eto)

Fraseri, Kunth . 120

Hookeri, Kunth ZO

suavis, Lindl.. : 120
Bulweria nobilissima, F, eI) don, 21) 6)
Bursaria

incana, Lindl... son Biels:

spinosa, Cav. ... 121, 388

spinosa, var. incana, Lindl.... 388
Busbeckia

arborea, F.v.M. 13, 393

Mitchelli, F.v.M. 12, 392

nobilis, Endl. .., 1351303

. Butonica

speciosa, Lam. SO

splendida, Sol. - 159
Cabomba peltata, F.v.M. II, 160
Cacalia salicina, Labill. 385, 618
Cadamba jasminifiora, Sonn. 552,

642

Cadellia monstylis, Benth. . 389
Czsalpinia

arborea, Zoll ... - 583

Bonducella, Flem. . 189

ferruginea, DC. - 583

nuga, Ait. fe . 160

paniculata, Desf. - 160 |
Caladenia spp. ... 0 noe) | 1
Caladium

acre, R.Br. 17, 164

macrorrhigzon, R.Br ... 18, 165
Calamagrostis

emula, Steud, ook 505) 83}

Willdenowii, Steud ... SS
Calandrinia

Balonnensis, F.v.M.... 1728
Calea aculeata, Labill.... 395
Callicoma serratifolia, Andr, ... 389
Callistemon

lanceolatus, DC, és, 380 ||

lophanthus, Lodd. . 389

marginatus, DC. . 389

pallidus, DC. . 389

salignus, DC. . 389

scaber, Lodd. ... - 389
Callitris

arenosa, Sweet. . 543

australis ae » 543

calcarata, R. Br, ‘188, 227, 542

columellaris, F.v.M. . 545

cupressiformis, Vent. » 543 |

INDEX (BOTANICAL NAMES).

PAGS
Callitris
glauca, R.Br.... 544
Macleayana, F.v.M.... 543
Parlatorei, F.v.M, 543
Preissii, Migq.... 544
propinqua, R.Br. 544
rhomboidea, R.Br. 543
robusta, R.Br. + 544
tuberculata, R.Br. 227, 540
verrucosa, R.Br. 227, 546
spp. o5 ... 226
Calomeria ‘amanthoides, Vent... 291
Calophyllum
elatum, Bedd.... 215, 390
inophyllum, Linn. 12, 160, 215
284, 390
tomentosum, Wight ... 215, 390
Calyptrocalyx australasicus,
Scheff. 592
Calyptrostegia
ligustrina, C. A. Mey. . 629
microcephala, Endl. ... . 586
Calyptrostigma
oblongifolium, Klotzsch. -- 386
viscosum, Klotzsch. - 386

Canarium australaieenen F, Vv. M. 301
Canavalia obtusifolia, DC. ee
Canthium

barbatum, Seem. see) GOI
buxifolium, Benth. ee ii
coprosmoides, F.v.M, - 391
lamprophyllum, F.v.M. = 892
latifolium, F.v.M. ... + GOI
lucidum, Hook, et Arn. - 392
microphyllum, F.v.M. - 392
odoratum, Seem. +» 392
oleifolium, Hook aes + 392
quadrifidum, Labill.... 19
vacciniifolium, F.v.M. - 392

Capparis canescens, Banks ... 12
Mitchelli, Lind. 12, 392
nobilis, F.v.M. Ais 13, 393

Capraria calycina, A, Gray ... 46

Carallia

integerrima, DC. 303

lucida, Roxb.... 303

zeylanica, Arn. 303
Cardamine

hirsuta, Linn,... Sct Bharat

parvifiora, Hook. ... <a

debilis, Banks sure Feeley

paucijuga, Turez. |... a ER
Cardiospermum Halicacabum,

Linn.. 13, 161

Cardwellia ‘sublimis, Fiw.M. .. 393
Careya

arborea, Roxb. 13, 161

ae eny

INDEX (BOTANICAL NAMES).

PAGE

Careya
arborea, Roxb. var. australis,
F.v.M. 393, 619
arborescens, Leichh. . soa Oh

australis, F.v.M. 13, 161, 393, 619
Cargillia

australis, R.Br. 14, 394

pentamera, F.vM. S55 Sfoyl
Carissa

Brownii, R.Br. 14, 395

Gvata, R:Br ... 14, 3905
Carpopogon giganteum, Roxb. 105
Carthartocarpus Brewstert,

F.v.M. : - 305

Carumbium

populifolium, Reinw. -» 395

populneum, Muell. Arg. - 395
Caryodaphne

australis, A. Brown ... ... 409

Browniana, Nees ee LO
Cassia

Absus, Linn. ... . 162

Brewsteri, F.v.M me 395

canaliculata, R.Br. 5 A

eremophila, ) -

nemophila, $ Cuan, enor

heteroloba, Lindl. +. L21
Cassinia

aculeata, R.Br. 7305

adunca, F.v.M. = 305

apis, R.Br. ... mre 805

Iesmis; KBr: ...: SOS

rosmarinifolia, Dee . 395
Cassytha

filiformis, Linn. 14, 162, 638

guineensis, Schum. 14, 162, 638
Castanospermum australe,
A. Cunn. 14, 121, 3960

Casuarina cristata, Mig. 15, 122, 398
Cunninghamiana, Miq. 307
distyla, Vent. ... 5c a BYoly/
equisetifolia, Forst. 162, 264, 397
Fraseriana, Miq. 336 398
glauca, Sieb 316, 308
Gunnii, Hook. f. 15, 122, 398
inophloia, F.v.M. et Baill. ... 398
leptoclada, Miq. 122, 317, 390
macrocarpa, A, Cunn. 15, 122, 398
mesta, F.v.M.... 122, 317, 399

Muelleriana, Miq. nee 3 O77
muricata, Roxb. . ... 162, 397
quadrivalvis, Labill. 15, 122, 398
rigida, ee a 307)
stricta, Ait... 15, 122, 308
stricta, Mig. oo 307
suberosa Otto, et Dietr. 122, 317

399

2X

673
PAGE

Casuarina
tenuissima, Sieb. 400
torulosa, Ait. .. wae ... 400
torulosa, Miq. soc a 388
spp. . . 396
Catha Cunninghamii, Hook. . 402
Ceanothus asiaticus, Linn. 639
capsularis, Forst. . 639
Cedrela australis, F.v.M. 123, 163,

216, 294, 317, 400

Toona, Roxb. 123, 163, 216, 204,
317, 400
Celastrus bilocularis, F.v.M. ... 402
Cunninghamii, F.v.M. ca AO
dispermus, F.v.M. STOR
Celtis aspera, Brongn. ... 136, 608
australis (Europe) . 403
ingens, F.v.M. ano LOK}
orientalis, Linn. .. 608
paniculata, Planch. . 403
Philippinensis, Blanco. . 403
strychnioides, Planch. 403
Cenchrus australis, R.Br. aaa, UO)
echinatus var., Trin. ooo. f°)
Centipeda
Cunninghami, F.v.M. Shel LOE
orbicularis, Lour. 5 WO)

Cephalotropis javanica, Blume 643
Ceratopetalum
apelatum, D. Don
gummiferum, Smith ...
Cerbera
Manghas, Bot. Mag. 163, 285, 404
Odollam, Geertn. 163, 285, 404

ERE AOR
237, 404

Ceriops Candolleana, Arn. 404, 638
Chenolea bicornis ner Jone L3O
Chenopodium
auricomum, Lindl. 15, 61
australe, R.Br. 300 aon OX
baccatum, Labill. Bo. gyi
erosum, R.Br... sos Fy lO
murale, Linn. ... ae wos LO
Chiococca
barbata, G. Forst. so BO)
odorata, Hook. et Arn. 391

Chionachne cyathopoda, F.v. M. 79
Chionanthus

effusifiora, F.v.M. 123, 294, 404

picrophloia, F.v.M. 163, 204
ramiflora, Roxb. 123, 404
Chloris
acicularis, Lindl. aon peo)
divaricata, R.Br. jab nee FAS)
Moorei, F.v.M. itis s05. 78)
scariosa, F.v.M. awe et eoO
sclerantha, Lindl. ... ecoy toto)
truncata, R.Br. a ee OO

674

; PAGE
Chloris
ventricosa, R.Br. fou elo)
CBC Ne pruniferum,
F.v 200 405
Beare
Gryllus, Trin,... vee ae LOO
montanus, Trin. han eeOO
parviflorus, Benth. ... x 80
violascens, Trin. ae sno) este!
Cinna ovata, Kunth ... Son os
Cinnamomum

albiflorum, Nees TOELOR 405

Cassia, Blume ns lO}

Laubatii, F.v.M. 163, 405

Tamala, Nees 163, 405
Cissus

australasica, F.v.M.... 66, 612

geniculata, A. Gray... ee OA:

hypoglauca, A. Gray... 66, 612

opaca, F.v.M.... aie reo
Citriobatus

multiflorus, A. Cunn. “om AOS

pauciflorus, A. Cunn. 16, 405
Citrullus amarus mae sora Ke.
Citrus

australasica, F.v.M.... ano L10}6)

australis, Planch. 16, 406

Planchonii, F.v.M. 16, 406
Claoxylon australe, Baill. - 400
Claytonia

balonensis, Lindl. Wy, WANG)

polyandra, F.v.M. Uh WBS:
Cleistanthus Cunninghamii,

Muell.... 50¢ ... Arg. 406

Cleome

flava, Banks ... . 200

viscosa, Linn.. +. 200

Clerodendron (Clerodendrum)
tomentosum, R.Br. (see Clero-

dendron) : ..» 406
Coatesia paniculata, F.v.M. ... 548
Cocos

Normanbyi, W. Hill... a 8)

nucifera, Linn. 17, 164, 285,407,619
Codieum lucidum, Muell., Arg. 236,

294, 382

Codonocarpus
australis, A. Cunn. . 407
cotinifolius, F.v.M. «.. - 164

Cceelospermum reticulatum,
Benth. 294, 407

Coffea odorata, G. Forst. » 392
Colocasia

antiquorum, Schott. ... 17, 164

macrorrhiza, Schott. ... 18, 165
Colubrina

asiatica, Brongn. “100 . 639

INDEX (BOTANICAL NAMES).

PAGE
Colubrina
excelsa, Fenzl. soot GTS are
LAL aoe Seem. : PPE as
Colutea galegifolia, Andr. 140
Commersonia
dasyphylla, Andr. .,. 5096, 631
echinata, Forst. 407, 620
Commia cochinchinensis, Lour.
187, 533
Conchium
aciculare, Vent. ee oe
compressum, Sm. 217
dactyloides, Vent. 553
nervosum, Sm. 553
pyriforme, Willd. 615
Coniogeton arborescens, R.Br... 11
Conospermum
laniflorum, Endl., .. < 124
sclerophyllum, Lindl... 124
Stoechadis, Endl. 124
triplinervium, R.Br.... 124
undulatum, Lindl. 124
Convolvulus
bilobatus, Roxb. IQI
brasiliensis, Linn. IQI
maritimus, Desy. IQI
Pes-capre, Linn. ir IQI
Cookia australis, F.v.M. 584
Coprosma
Billardieri, Hook. f. ... Ree ie
cuspiarfoug, DW Cr eres Pres,
hirtella, Labill. jee Ree).

microphylla, Hook, ... ee i
Cordia

Brownti, DC.... 19, 165, 407
dichotoma, Forst. 19, 165, 407
ixiocarpa, F.v.M. 19, 165, 407

latifolia, Roxb. 19, 165, 407
Myxa, Linn. 19, 165, 407, 620, 639
obliqua, Willd. 19, 165, 407
polygama, Roxb. 19, 165, 408
Cordyline Rumphii, F.v.M. ... 419

Coridochloa semialata, Nees. ... 103
Correa
alba, Amare. sane Be «we 220
cotinifolia, Salisb. ... nth on
rufa, Vent.

Corypha australis, R.Br. 40, 563, 626
Cotula
cuneifolia, Willd. eG
minuta, Forst. iKkOS
Covellia glomerata, Mig. 31, 128, oe

537, 6
Crinum
australis, Spreng. ... sn 20
flaccidum, Herb. sos) 4

INDEX (BOTANICAL NAMES).

PAGE
Crotalaria
juncea, Linn. ... 620
Mitchelli, F.v.M. ; 620
oblongifolia, Hook. ... 620
Croton
insularis, Baill. +. 295, 408
phebalioides, F.v.M.... 165, 408
phebalioides, A. Cunn. 295, 408
philippensis, Lam. 192, 298, 568
stigmatosus, F.v.M. .. 105, 408
Verreauxii, Baill. e409
viscosum, Labill. 386
Cryptocarya
australis, Benth. pn LOS 400
cinnamomifolia, Benth. - 409
glaucescens, R. Br. . 409
hypoglauca, var. attenuata,
Meissn. oe . 409
hypospodia, F.v.M. . 410
Meissnerii. F.v.M. . 409
Murrayi, F.v.M. . 410
obovata, R.Br. a = ALO
obtusifolia, F.v.M. 281, 328, 579
triplinervis, R.Br. ... .. 410
Cucumis
jucundus, F.v.M. 20, 124, 166
picrocarpus, F.v.M. 20, 124, 166
pubescens, Hook. 20, 124, 166
trigonus, Roxb. 20, 124, 166
Cudrania javanensis, Tréc. 295, 410
Culculitium salicinum, Spreng.
385, 618
Cupania
anarcardioides, A. Rich. 410
anodonta, F.v.M. E508
australis, Hook. f. 23, 416:
Cunninghamii, Hook. 23, 416
lucens, F.v.M. : sno SHO
nervosa, F.v.M. 5 aE
pseudorhus, A. Rich.. . 4II
pyriformis, F.v.M. 593
salicifolia, DC. an Sie)
semiglauca, F,v.M. ... EAI
serrata, F.v.M. . 412
tenax, A. Cunn. : se. 504
xylocarpa, A. Cunn;... 411, 412
Cupia densifolia, DC. ... a 503
Cupressus australis, Desf. 543
Curculigo orchioides, Gzertn. ... 160
Cuttsia viburnea, F.v.M. . 412
Cyathea medullaris, Swartz 21
Cyathodes laurina, Rudge . 611
Cybotium Billardieri 22
Cycas
media, R.Br. ... 21, 413
Reidlei, Gaud. 217

Cylicodaphne Fawcettiana, F.v.M. 607

675
A PAGE
Cymbidium canaliculatum, R.Br. 21
| Cymbonotus Lawsonianus,
Gaud. . 166
Cymbopogon schananthus,
Spreng. ... 253,°290
Cyminosma oblongifotium,
JX (Cietls Gor ono 10,
| Cynodon
altior, F.v.M.... 81
dactylon, Pers. 81
tenellus, R.Br. 81

Cynometra
bijuga, Span. ...

167, 205, 413
ramiflora, Linn. ,

295) 413

ramiflora, var. bijuga, Linn... 167
Cynosurus
egyptius, Linn. 85
indicus, Linn.. 7 86
Cyperus vaginatus, Ree Br. 621
Cyttaria Gunnii, Berk. . PD)
Dacrydium
Franklini, Hook. f. 413
Huonense, en tne 413
Dacty loctenium Bene a
Willd. 85
Dalbergia densa, Benth. it}
Dallachya vitiensis, F.v.M. 55
Dammara
Brownii (garden name) «» 413
robusta, F.v.M. 5 Alin
Danthonia
bipartita, F.v M. 81
lappacea, Lindl. 78
longifolia, R.Br. 81, 82
nervosa, Hook. 71
pallida, R.Br.... 82
paucifiora, R.Br. 82
pectinata, Lindl. 78
penicillata, F.v.M. 82
pilosa, R.Br. ... 82
racemosa, R,Br. 82
robusta, F.v.M ‘ 82
semiannularis, R.Br. 82
setacea, R.Br.... 82
triticoides, Lindl. 78
Daphandra
aromatica, Bail, son Nz
micrantha, Benth. 167, 414
repandula, F.v.M. 167, 414
Daphne indica, Linn, OMe

Darlingia spectatissima, F.v. M. 414

Daucus brachiatus, Sieb. ney
Davidsonia pruriens, IRIS aoe Zu)
Daviesia
arborea, F.v.M. et Scortech. 415
aborea, W. Hill . 415

676

PAGE

Daviesia
denudata, Vent. s-0 O12
juncea, Pers. ... 5 OL2

Sppe 2: ‘ 125
Delabechia rupestris, Lindl. 60, 221
Dendrobium canaliculatum, R.Br. 22

speciosum, Smith ... ph Soe.
Tattonianum, Batem. Aap ZZ
Denhamia
heterophylla, F.v.M.... jet biil=
obscura, Meissn. eoeAT S|
pittosporoides, F.v.M. - 415
xanthosperma, F.v.M. Bog As
Deplanchea Bulwerii, F.v.M. ... 416
Derris uliginosa, Benth. 168, 416
Deyeuxia Forsteri, Kunth 82, 111
Dianella
elegans, Kunth Oat
lzevis var. aspera, R.Br. . 621
- longifolia, R.Br. 5 Lei
Dichelachne
comata, Trin.... bse aon CS:
crinita, Hook. f. rae eg
Forsteriana, Trin. ... Sob els!
Hookeriana, Trin. ... cote Mois
longiseta, Trin. sie OR
montana, Endl. He so ell
rigida, Steud.... 4 III
setacea, Nees.... oe III
Steberiana, Trin. ait de rie
sciurea, Hook. f. Se od
stipoides, Hook. f, P soeeekn
vulgaris, Trin. 83, 84
Dicksonia
antartica, Labill. es a 22

Billardieri, F.v.M. ... soo

Youngiz, C. Moore ... 416
Didiscus

anisocarpus, F.v.M. ... 142

grandis, F.v.M. 142

pilosus, Benth. 142
Digitaria

sanguinalis, Scop. .. son) Om

stolonifera, Schrad. ... eco
Dimetopia

anisocarpa, Turcz. se. 142

grandis, Turcz. 142
Dioscorea

bulbifera, Forst. ae Ae eee

hastifolia, Endl. ome ae Ree,

latifolia, Benth. ‘ce Sng» EB

punctata, R.Br... see

sativa, Linn. ... ae gon) 122

transversa, R.Br. aoe so
Diospyros

Cargillia, F.v.M. . 14, 394

hebecarpa, A. Cunn.. sae

INDEX (BOTANICAL NAMES).

PAGE

Diospyros
pentamera, F.v.M. ... see ROS:

Diplachne
fusca, Beauv. ... dee cos ROA.
loliiformis, F:v: Mie 84
Diplanthera tetraphylla, R. Br. "416

Diploglottis Cunninghamii,

Hook. f. 23, 416

Disarrhenum antarcticum, Labill. 91
Dision platycarpus, F.v.M. 47,135,

229, 576
Dissiliaria baloghioides, F.v.M. 417
Distichlis

maritima, Rafin. se a
thalassica, E. Desv. ... si OF
Dodonza

angustifolia, Linn. f. 418, 621

attenuata, A. Cunn. ... 23) 407.
conferta, G. Don. . 418
dioica, Roxb. ... 418, 621
laurina, Sieb. ALT
lobulata, F.v.M. ‘a kas
longipes, G. Don. aoe An
Preissiana, Miq. Pe Fl 7
spathulata, Smith . 418

triquetra, Andr. as Spe 7
vicosa, linn. ee 417, 418, 621
viscosa, na asplenifolia,

Hook f 2 .. 418
viscosa, var. r, spathulata, Benth. 76
Spp iy = ae ee
Doryanthes

excelsa, Corr. . 621

Palmeri, Hill . 143 S02
Doryphora sassatras, Endl. 168, 418
Draczena

angustifolia, Roxb. - 419

reflexa, F.v.M. he AEG
Drimys aromatica, F.v. M. 23, 168
Drosera

rosulata, Behr. «=. 205

Whittakeri, Planch. ... . 205
Duboisia

Hopwoodii, F.v.M. TUS)

myoporoides, R. Br. 172, 419
Dumartroya fagifolia, Gaud. ... 643
D’Urvillea potatorum, Aresch. 639
Dysoxylon

Fraserianum, Benth.... 401, 419

Muelleri, Benth. «420

oppositifolium, | F.v.M. 420

rufum, Benth... 420
ELarlia excelsa, F.v.M. eas 550
Echinocarpus australis, ‘Benth. 420

Echinochloa crus-galli, Beauv. 96

INDEX (BOTANICAL NAMES).

PAGE

Echinocroton claoxyloides,F.v.M. 567
Echinopogon
ovatus, Beauv. abe sod tes
Sieberi, Steud. ok eos

Echinosphera rosmarinoides,

Sieb. $5 286, 506
Echinus claoxyloides, Baill. SO)
phillippensis, Baill. 192, 208,
568

Ectrosia
leporina, R.Br. os 85

leporina, var. micrantha, R.B. 85
Ehretia acuminata, R.Br. eeu
Ehrharta stipoides, Labill. ... 94
Eleagnus

conferta, Roxb. 24, 421
JSerruginea, A. Rich. 24, 421
latifolia, Linn. 24, 421

Elocarpus Bancroftii, F.v.M.

et Bail. 24, 421
cyaneus, Ait. ... . 421
grandis, F.v.M. 317, 422

holopetalus, F.v.M. ... aa LIE
Kirtoni, F.v.M. peeADD
longifolius, C. Moore 2 423
obovatus, G. Don. ... 140 423
parviflorus, A. Rich ... sou, 12!
paucifiorus, Walp. A238
reticulatus, Smith «+ 421
veticulatus, var. Kirtoni,
F.v.M. . 422
Elzodendron
australe, Vent. 5 noe CG
maculosum, Lindl. 129, 216, 541
melanocarpum, F.v.M. Aes
Eleocharis. (See Heliocharis.)
Elephantopus scaber, Linn. ... 175
Eleusine
zgyptica, Pers. ace Bro Kshs
chinensis, F.v.M.
cruciata, Lam. Ses eros
digitata, Spreng. ... Seen OA!
indica, Geertn... “08 8 880
marginata, Lindl. ... con tsk
polystachya, F.v.M. ... cerO4:
radulans, R.Br. sae Metres
Elionurus citreus, Munro geen 00.
Embothrium
ilicifolium, Poir. 564
longifolium, Poir. 564
myricoides, Gzertn. 504
rubricaule, Giord. .» 599
spathulatum, Cav. ... Oe
speciosa, Salisb. Ss oD
speciosissimum, Smith gig (52
Emmenospermum alphitonioides,
Biv.Me-: .:. op - 424

PAGE
Encephalartos
Denisonii, F.v.M. ... ... 218
Fraseri, Miq. ... 217,
Miquelii, F.v.M. Aly 207
Preissii, F.v.M. x 217
spiralis, Lehm. 41, 218, 627
tridentatus, Lehm. ... soe Mi
Spp. x. ee sO
Endiandra
glauca, R.Br. ... - 424
Sieberi, Nees ... . 424
virens, F.v.M. . 424

Entada
Pursetha, DC. 24, 175, 424, 639
scandens, Benth. 24, 175, 424, 639

Ephielis simplicifolia, Seem. ... 550
Epilobium tetragonum, Linn.... 175
Eragrostis
Brownii, Nees es 86
Brownii var. interrupta, Nees 86
cheetophylla, Steud. cdcubnte yi)
decipiens, Steud. ce TOS
eriopoda, Benth. nee en O7
falcata, Gaud.... Ji ig) Key)
interrupta, Steud. ... in” 86
lacunaria, F.v.M. ... nou OY
laniflora, Benth. 80 I O87.
leptostachya, Steud. ... AS asel7 i
parviflora, Trin. whe Bois poker)
pellucida, Steud. ... me TOS
pilosa, Beauv.... ope Pac eke,
setifolia, Nees. She son | tey/
tenella, Beauv. Se 7 788
Eremodendron een,
A.DC. aes 318
Eremophila arborescens, ‘A. Cunn. ‘
31
bignonizflora, F.v.M. . 425

Cunninghamii, R.Br. - 318
longifolia, F.v.M. 125, 317, 425
maculata, F.v.M. wah ado 0 LI0)

Mitchelli, Benth. 126, 425

oppositifolia, R.Br. de Bk)

Sturtii, R.Br. ... 30 see 420
Eriachne obtusa, R. Bee auol afsts:

squarrosa, R.Br. : obo els:
Erianthus fulvus, Kunth 106
Erigeron liatroides, Turcz. 292
Eriochloa

annulata, Kunth ae Son keke)

punctata, Hamilt. ... sec. (8!)
Eriostemon squameus, Labill. ... 586
Erythrza

australis, R.Br. 175

chlorefolia, Lehm. 202
Erythrina

Corallodendron, Forst. 426

678
PAGE
Erythrina
indica, Lam. 24, 175, 216, 426
vespertilio, Benth. ... se. 426
Erythrophleum Pare
F.v.M. nici - 427
Erythroxylon australe, F.v.M. 176,
295, 427
Eucalyptus
acervula, Hook. f, 27, 126,
320, 465
acervula, Mig. 243, 322, 477, 622
acervula, Sieb. 246, 323, 503

acmenioides, Schauer. 239, 318, 429

acuminata, Hook. 248, 511
albens, Miq. ee aoe | UG2UA08
amygdalina, Labill. 230, 263, 295,

318, 319, 429, 622

amygdalina, Schauer. Prey te]
amygdalina var. regnans 420,
431, 434

annulata, Benth. --- 440
angustifolia, Woolls. 443
angulosa, Schau. > eae 27,O
Baileyana, F.v.M. 266, 310, 435
Baueriana, non Schauer. 326, 523
bicolor, A. Cunn. : . 470
botryoides, Smith —_ 240, 435, 515
- brachypoda, Benth. - 405

' _brachypoda, Turez. a 248, 511

brevifolia, F.v.M. .. - 405
cajuputea, Miq. 272, 323, 409
calophylla, R.Br. 240, 439
calycogona, Ture. 260, 464
capitellata, Smith 266, 4309, 622
celastroides, Turcz. 269, 464
citriodora, Hook. f. 290, 480

cladocalyx, F.v.M. ... 126, 442

clavigera, A. Cunn. ... - 440
colassea, F.v.M. . 444
cordata, Miq.... 449
coriacea, A. Cunn. 127, 501
cornuta, Labill. : . 440
corymbosa, Smith 24, 240, 266,
296, 319, 440, 630

corynocalyx, F.v.M. 126, 268,
442

cosmophylla, F.v.M.... 320, 640
costata, Behr. et F.v.M. ... 270
crebra, F.v.M. - 442
Cunninghami, Don.... awe 22
cuspidata, Turcz. 27.0
dealbata, A. Cunn. S27,
diversicolor, F.v.M. ... ons (AAA:
diversifolia, Bompl.... » 527
diversifolia, Miq. -» 449
dives, Schauer ; «-» 429
doratoxylon, F.v.M.... 320, 447

INDEX (BOTANICAL NAMES).

PAGE
Eucalyptus

dumosa, A. Cunn. 25, 26, 59, 267,
: 270; 447

eleophora, F.v.M. 268, 320, 462,
622

elata, Dehn. ... 429
erythrocalyx; F.v. M.. 507
eugenioides, Sieb. 448
eximia, Schauer w. 245, 448
exserta, F.v.M. aoe ©2248,
fabrorum, Schlecht. ... 27,527

falcifolia, Miq. 242, 269, 321, 323,
320; 40a 495; 523

500

‘249, 325) 516
“—_ aa 431
. 480

eset F.v.
jibrosa, F.v.M
jissilis, F.v.M....
floribunda, Huegel. .
foecunda, Schauer. - 448
fruticetorum, F.v.M. 267, 269, 270,

447, 448, 464

gamophylla, F.v.M. ... +e. 449
gigantea, Hook. f. 323, 495
glauca, DC. 449
globulus, Labill. 24t, 267, 320,
435, 449, 622

gomphocephala, DC. 446, 459

goniocalyx, F.v.M. 318, 320, 462,

‘479, 622
goniantha, Turez. ... os 444
gracilis, F.v.M.. 25, 269, 464
granularis, Sieb. 3 1 S27.
Gunnii, Hook. f. 27, 126, 242, 318,

320, 405

Gunnii, Mig. . » 527
hemastoma, Miq. n 470
hzmastoma, Smith 242, 269, Bor,
466

hemilampra, F.v.M. 247, 324, 508

hemiphloia, F.v.M. ... 321, 468
heterophylla, Miq. 323, 495
Hookeri, F.v.M. 251, 520
hypoleuca, Schauer ... +--+ 480
incrassata, Labill. 25, 270

incrassata, Sieb. os . 502
Kirtoniana, F.v.M. 247, 324, 508
lamprocarpa, F.v.M. 267, 270, 447

largifiorens, F.v.M. ... «+. 470

largiflorens var. parviflora,
Benth. 2, 9273 oo
Lehmanni, Preiss 2 449
leptophylla, Miq. ETA
leucoxylon, F.v.M. 242, 270, 318,
321, 471, 472

ligustrina, Miq. 27, 126, 320, 465

Lindleyana, DC. +» 429
longifolia, Link. 270, 476
longifolia, Lindl. ses 429

INDEX (BOTANICAL NAMES).

PAGE |

Eucalyptus

longirostris, F.v.M. 248, 511
-loxophleba, Benth. #40, 448
macrocarpa. Hook. ... - 477 |
macrocera, Turcz. - 440 |
macrorrhyncha, F.v.M. 243, 318 |
322, 477, 622

maculata, Hook. DAR) 271, 322,
479, 639

maculata var. citriodora, Hook.
271, 290, 480
mahagoni, F.v.M. ... .«. 480

mannifera, A. Cunn... se 27)
marginata, Smith 4460, 480
melanophloia, F.v.M.. 443, 492
melliodora, A.Cunn. 318, 22, 441,

: 466, 492
mellissiodora, Lindl... . 480

micrandra, F.v.M. . 499

|

micrantha, DC. 242, 260, 321, 466 |

: 468 |
microcorys, F.v.M. 244, 271, 322
493
microphylla, A. Cunn. S22
microtheca, F.v.M. 25, 405
Muelleri, Miq... 270

nervosa, F.v.M. Se 323, 495
nitida, Hook. lie e
obliqua, L’Her. 245, 272, 318, 323
453, 495. 023

occidentalis, Endl. - 499
ochrophloia, F.v.M. ... -- 499
odorata, Behr. 245, 272, 323, 499
oleosa, F.v.M... 25: 272, 274
ornata, Sieb. ... : p5O2
pallidifolia, F.v.M. . 500
paniculata, Smith 245, 441, 500
paniculata var. fasciculosa,
Benth. . 500
patens, Benth.. 5 SO
patentiflora, F.v.M. ... 527,
patentifiora, Miq. 322, 492
pauciflora, Sieb. 127, 501
pellita, F.v.M. 247, 324, 508

peltata, Benth. 243, 271, 322, 479

pendula, A. Cunn, - 470
perfoliata, Noisette ... +» 449
persicifolia, DC. 249, 325, 516
persicifolia, Lodd. 5 Sy
persicifolia, Miq. 326, 502, 523
pilularis, Smith 246, 502

pilularis (var. 2) acmenoides,

Benth. 239, 318, 420
piperita, Smith 246, 323, 439, 503
piperita, Reichb. -- 439
piperita var. eugenioides,

Benth, . 448

679
PAGE
Eucalyptus
piperita, var. pauciflora, DC.

127, 501
Planchoniana, F.v.M. 246, 273;
595
platyphylla, F.v.M. ... .e» 500
platypodos, Cav. 240, 435
plebophylla, F.v.M. 127, 273, 501
polyanthema, Schauer. 323, 505
polycarpa, F.v.M. 251, 526
polysciadia, F.v.M, . 440
populifolia, Hook. 273, 506
populnea, F.v.M. 273, 506
porosa, Miq. PIBN S25) 499
procera, Dehn. 127, 501
pruinosa, Turcz. . 507
pulverulenta, Link. . - 449
es Seton) enc sop. SS
punctata, DC. 246, 506
pyriformis, Turcz. we OF)
radiata, Sieb.... 420, 430, 431
Raveretiana, F.v.M. ... 27, 507
redunca, Schauer .- 508

regnans. (See E. amygdalina.)
resinifera, Smith 247, 324, 508
resinifera, A. Cunn. 240, 325, 442

516
Risdoni, Hook. f. - 429
robusta, Smith, 324, 437, 510
rostrata, Schlect. 248, 273, 324,
SII
rostrata, Cav. 324, 510
saligna, Smith. 248, “435, 4371 514
salubris, F.v.M. 3o0 5 LIS
santalifolia, F.v.M. ... 270, 527
i. Miq. 207, 447
scabra, Dumort ... 448
semicorticata, F.v.M. 502
sepulcralis, F.v.M. . 640
setosa, Schauer. 7 500

siderophloia, Benth. 247, 240, 325,
453, 508, 516, 639

sideroxyion, A.Cunn. 242, 270,

321, 471, 473
Sieberiana, F.v.M. 240, 325, 520
signata, F.v.M. 242, 269, 321, 466
socialis, F.v.M. y spon 72
spathulata, Hook. . 429
spectabilis, F.v.M. -247, 324, 508
Staigeriana, F.v.M. ... 274, 522

stellulata, Sieb. 250, 326, 521, 522
stricta, A. Cunn. - A522
Stuartiana, F.v.M. 250, 320, 523
Stuartiana, var., longifolia,

Benth. . 506
submultipilinervis, Mig. 127, 501
subulatum, A. Cunn. 524

680
PAGE
Eucalyptus
tenuiramis, Miq. +++ 429
tereticornis, Smith 250, 524
tereticornis, var. CaO:
Benth. se eee 500
terminalis, Sieb. “251, 500, 526
tesselaris, F.v.M. 251, 520
trachyphloia, F.v.M.... san, BIE

trianthos, Link.

turbinata, F.v.M.et Behr. ... 272
uncinata, Turcz. ; Son 2yfal
variegata, F.v.M. 243,.271, 322,

479

viminalis, Labill., 27, 59, 252, 274,

318, 326, 527

viminalis, Hook. 251, 520
virgata, Sieb. 249, 325, 520
xanthonema, Turcz. ... . 508
Woollsii, F.v.M. 270, 476
SPpp- ws +176, 237, 255, 318
Eucheuma speciosa, J. Agardh. 28
Eucryphia Moorei, F.v.M. 327, 530
Eugenia
australis, Wendl. 29, 531
cormiflora, F.v.M. - 530
cymosa, Roxb... » 530

elliptica, Smith. S27,
jirma, Wall. ... - 530
_ fortis, F.v.M.... 5 Seo) |

grandis, Wight 290 Sto
Jambolana, Lam. 28, 182, 530

leptantha, Wight
Moorei, F.v.M.
myrtifolia, Sims
Smithii, Poir....
suborbicularis, Benth.

a SRT
28, 182, 530

29, 327; 531

Tierneyana, F.v.M. ... 29
Ventenatii, Benth. eRe
Wilsonii, F.v.M. Orig ise
Euphorbia
alsinzeflora, Baill. 127, 182
capitata, Lam, B okey
chamesgee, Baill. . 640
Dallachyana, Baill. - 640
deserticola, F.v.M. Sao. ets:
Drummondii, Boiss. 127, 182,
640
eremophila, A. Cunn, 1 128)}
Ferdinandi, Baill. . 640
globulifera, Kunth 7 LOR
pilulifera, Linn. api tsi)
nietay Limine s aoe fe. Lisi
verticillata, Vellox oe 5 Lisle}
spp. . . 182
Eupomatia laurina, R. Br. n5g2
Euroschinus falcatus, Hook. f. 533

Eurybia argophylla, Cass.

239, 318, 429 |

29; 531 |
2532)

299, 580 |

INDEX (BOTANICAL NAMES).

Eustrephus
Brownii, F.v.M.
latifolius, R. Br.
Watsonianus, Miq. ...
Euxolus viridis, Moq. ...
Evodia
accedens, Blume
Cunninghamii, F.v.M.
erythrococca, F.v.M....
micrococca, F,v.M. .
neurococca, F.v.M.
pentacocca, F.v.M.
Evolvulus
alsinoides, Linn.
decumbens, R.Br...
heterophyllus, Labill.
lintfolius, Linn.
pilosus, Roxb, ix
villosus, R.Br.
Exacum
ovatum, Labill.
Excecaria
affinis, Endl. ...
Agallocha, Linn.
Dallachyana, Baill. ...
parvifolia, Muell. Arg.

Exidia auricula-judae, Fries....

Exocarpus
cupressiformis, R.Br.
glandulacea, Miq.
latifolia, R.Br.
luzoniensis, Presl.
mintata, Zipp...
ovata, Schnitzl.
pendula, F.v.M.
spicata, DC. ...
spartea, R.Br.

39,

Fabricia
levigata, Gaertn.
myrtifolia, Sieb. a
Fagrza Muelleri, Benth.
Fagus Cunninghamii, Hook,
Festuca
Billardieri, Steud.
Browniana, Steud.
distichophylla, Hook. f.
dives, F.v.M. ‘
duriuscula, Line
fusca, Linn.
fiuitans, Linn..
‘Hookeriana, F.v. .M.
littoralis, Labill.
loliiformis, F.v.M. «.
ovina, Linn.
vectiseta, Steud.
scabra, Labill.

572
- 387

aS7,
Atay)
elites)
re ely)
.. 187
- 187

see 202

187, 533
187, 533
- 534

» 534
36

327, 534
-- 535
39 535
39, 535
39; 535
39; 535
- 535

Tas 5)

-- 535

«ee 642
«oe; O42
BeOS }5)-
21, 535

INDEX (BOTANICAL NAMES).

PAGE
Ficus

aspera, Forst. one 30, 538
australis, Willd. pe 538
Cunninghamii, Mig. .. MEST
Fraseri, F.v.M. a EY)
glomerata, Willd. “31, 128, 187,
537, 641

macrophylla, Desf. -o 537, 623
muntia, eee 539
platypoda, A. Cunn. . 31, 538
pleurocarpa, F.v.M. ae 530
psychotriefolia, Mig... S87,
rubiginosa, Desf. 225, 538
scabra, Forst. ... 30, 538

vesca, F.v.M. 31, 128, 187, 537, 041
Flagellaria indica, Linn, 128, 188,

539, 623
Fleurya photiniphylla, Kunth 561
626
Flindersia
australis, R.Br. 539, 641
Bennettiana, F.v.M. ... 1. 540
Bourjotiana, F.v.M. ... SEGA ||

maculosa, F.v:M. 129, 216, 541
Oxleyana, F.v.M.
Schottiana, F.v.M. araa542
Strzeleckiana, F.v.M. 129,215,541

Frenela

2096, 541 |

- 543

arenosa, A. Cunn. ne
attenuata, A. Cunn.... 2543
australis, Endl. SAS
calcarata, A.Cunn. ... 227, 542
canescens, Parlat. . 544
columellaris, F.v.M. - 545
crassivalvis, Mig... - 544
Endlicheri, Parlat. 188, 227, 542
Sruticosa, Endl. 227, 542
glauca, R.Br. . 544
Gulielmi, Parlat. . 544
intratropica, F.v.M. ... » 545 |
Macleayana, Parlat. ... sob. BYG
microcarpa, A. Cunn. . 545 |
Moorei, Parlat. - 545 |
Parlatorei, F.v.M. oo Fy} |
propinqua,’A. Cunn. . 544
pyramidalis, ACunn. = 227, 542
rhomboidea, Endl. . 543
robusta, A. Cunn. - 544
robusta, var. ee

A. Cunn. - 545
robusta, var. verrucosa,

A. Cunn. 227, 546
triqguetra, Spach. 543
tuberculata, R.Br. 227, 540
Ventenatii, Mirb. eS 43
verrucosa, A. Cunn..:. 227, 546
spp. sve 220

2¥

681

PAGS
Fusanus
acuminatus, R.Br. 31, 285, 328,
546, 641
persicarius, F.v.M. 32, 547
spicatus, R.Br. - 547
Galega
littoralis, Forst. . 204
piscatoria, Sol. + 204
Galedupa indica, Lam.. 5 Gown
Gardenia Fitz salani, F.v. M. 5 508
Garuga floribunda, DC. . 548

Gastrodia sesamoides, R.Br. ... 32
Gastrolobium
bilobum, R.Br. - 129
Callistachys, Meissn. 20
calycinum, Benth. 129
grandiflorum, F.v.M.... ««» 120
lineare, Meissn. . 129
obovatum, Benth. 120)
oxylobioides, Benth. . eli29
Preissii, Meissn. » 129
spinosum, Benth. 4 AKG)
trilobum, Benth. a 1ta%e)
Spa) 20
Gaultheria |
antipoda, Forst. 32
depressa, Hook. f. 32
hispida, R.Br. 32
Geijera
Muelleri, Benth. . 548
latifolia, Lindl. ..» 549
parviflora, Lindl. 130, 548
pendula, Lindl. 130, 548
salicifolia, F.v.M. 188, 549
Geissois
Benthamii, F.v.M. Or
rubtfolia, F.v.M. . O18
Geitonoplesium
angustifolium, A. Koch. 32
asperum, A. Cunn. 32
cymosum, A. Cunn. .. 32
montanum, A. Cunn. 32
Geranium
australe, Nees Bye TG
carolinianum, Linn.... be BCH
dissectum, Linn. Ae Bo wIST
parviflorum, Willd. ... 33, 131
philonothum, DC. 83,161
pilosum, Forst. , Brey 1h
potentilloides, L’ Her. Bg 131
Gigartina speciosa, Sond. omnes
Gleichenia
dichotoma, Hook. 33
Hermanni, R.Br. 83
Glyceria
dives, F.v.M, eee ope ooo 89

682

Glyceria
fluitans, R.Br,
Fordeana, F.v.M,
ramigera, F.v.M. Bs
Glycine bimaculata, Curt. Bot.
Mag. 306 oe A
Gmelina
Leichhardtii, F.v.M. ...
macrophylla, Benth. ...
Gompholobium uncinatum,
A. Cunn.
Goodenia spp. ..
Gossypium Sturtii, Fv. _M. A
Gracillaria confervoides, Grev.
Grangea
cuneifolia, Poir.
decumbens, Desf.
minuta, Poir....
Graptophyllum Earlii,
Gratiola
glabra, Walk....
latifolia, R.Br.
pedunculata, R.Br.
peruviana, Linn.
pubescens, R.Br.
Grevillea
annulifera, F.v.M.

chrysodendron, R.Br.
gibbosa, R.Br. :
glauca, Knight ss ba
Hilliana, F.v.M. ite 530

Kennedyana, F.v.M....
lineata, R.Br.
lorea, R.Br. .
Mitchellii, Hook
parallela, Knight
polybotrva, F.v.M.
polystachya, R.Br. ...
pteridifolia, Knight ..
robusta, A. Cunn.
striata, R.Br.
umbratica, A. Cunn.
Grewia
helicterifolia, Wall. ...
latifolia, R.Br.
polygama, Roxb.
Richardiana, Hook. ..,
Guettardella (Guettarda)
polyphragmoides, F.v.M.
putaminosa, F.y.M. . 206,
speciosa, Linn. 291, 552,
Guilandina Bonducella, Linn...
Gymnostachys anceps, R.Br. 2.
Gyrocarpus
acuminatus, Meissn....
americanus, Jacq.
asiaticus, Willd,

228,
220, 328,
<0. 228,

36,

PAGE

89
fele)
90

OG

INDEX (BOTANICAL NAMES).

PAGE
Gyrocarpus
Jacquini, Roxb. 55% 642
rugosus, R.Br. ite + 553
sphenopterus, R.Br. ... ets oP
Gyrostemon
acaciefoi mis, F.v.M. 164

attenuatus, Hook. ... one 407
cotinifolius Desf. ... -2a 04)
pungens, Lindl. 3 164
Gymnothrix compressa, Brongn. 105
Hzmodorum
edule, Endl. 34
spicatum, R.Br. 34
Hakea
acicularis, R.Br. 217
dactyloides, Cav. 553
decurrens, R.Br. 217.
Serruginea, Lodd. 553
leucocephala, Dietr, ... ay,
leucoptera, R.Br. 34, 328, 553
longicuspis, Hook. ee 34
Iorea, R.Br. “<-: 35, 553
nervosa, Knight, o 553
pedunculata, F.v.M. ... 554
pyriformis, Cav. : wos OLS
rubricaulis, Colla. ... 33.9509
sericea, Schrad. adc se 7)
stricta, F.v.M. male 34
tephrosperma, R.Br. ... 34
virgata, R.Br. 34
Halfordia drupifera, Fi v.M. 554
Hardenbergia
cordata, Benth. 189
monophylla, Benth. ... 189
ovata, Benth. . 189
Harpullia pendula, Planch. 554
Hartighsea
Fraseriana, A. Juss. ... we 419
rufa, A. Rich. “6: +e 420
Hedycarya
angustifolia, A. Cunn. asia!
australasica, A.DC. 554
Cunninghamii, Tulasne 554
dentata, var. australasica
Sond. : 544
pseudomorus, F.v. M. - 554
Hekaterosachne elatior, Steud. 05
Heleocharis
plantaginea, F.v.M 35
sphacelata, R.Br. 35
Helichrysum
acuminatum, DC. 642
Banksii, A. Cunn. 642

bicolor, Lindl. it
bracteatum, Willd.
chrysanthum, Pers, ... | +

INDEX (BOTANICAL NAMES).

PAGE |

Helichrysum
lucidum, Henck. . 642
_macrocephalum, A, Cunn, ... 642
viscosum, Sieb. . 642
Helicia
Darlingiana, F.v.M. tog cole
ferruginea, F.v.M. a Gis
Scottiana, F.v.M. Ons
ternifolia, F.v.M. ‘ 40, 566
Helmia bulbifera, Kunth sane ee
Helopus annulatus, Nees oS
Helosciadum
australe, Bunge 5)
leptophyllum, DC. LO
prostratum, Bunge ... eit 7
Hemarthria
compressa, R.Br. ... sp Oo)
uncinata, R.Br. aie “ea 90
Hemicyclia
australasica, Muell. Arg. 555
separia var. australasica,
F.v.M 3 GEE
Heritiera
littoralis, Dryand. 555
minor, Lam. ... aoc 555
Hernandia bivalvis, Benth. 286, 296
555
Herpestis Monnieria, H.B. et K. 190
Heterodendron
diyersifolium, F.v.M. noo RES
olezfolium, Desf. 132, 550
Heteropogon
contortus, Roem. et Schult ... 90
hirtus, Pers. ... os OO
insignis, Thw... re OO
Hibiscus
diversifolius, Jacq. 190

grandiflorus, Salisb. "35, 13 132, 550

624
heterophyllus, Vent. 35, 132, 556
024
populneus, Willd. 190, 205, 300
607, 634
splendens, Fraser ; aon (Oey
tiliaceus, Linn. 35) 557) 624
Hierochloa
alpina, Roem. et Schult. ... gt
antarctica, R.Br. ... sao
borealis, Schroeder ... sco OU
Fraseri, Hook. <- aco | Oi
odoratus, Linn. Soc oda yt
redolens, R.Br. 208 a Cyt
SPP. =: 5 ac son AEH
Hirneola
auricula-Judz, Fries.... son 7615)
polytricha, Fries... 36

Hodgkinsonia ovatiflora, F.v. M. a

683
PAGE

Holcus
cerulescens, Gaud. ... en tO
fulvus, R.Br. ... eae oe BOV
Gryllus, Trin, isp agate colo)
halepensis, Linn. - OS
parviflorus, R.Br. ... res 200
redolens, Forst. see a, SO
Holozamium nervosum, Nees 92

Homalanthus populifolius, Grah.395
Homalium
alnifolium, F.v.M. 5 Sy
vitiense, Benth. 5 7)
Hormogyne cotinifolia, ‘ADCs 557
Hovea

acutifolia, A. Cunn. ... ade. isisfe:
leiocarpa, Benth. 36, 558
longipes, Benth. 36, 558
Humea elegans, Smith... . 291
Hybanthus enneaspermus,
F.v,M. . IQI
Hydrocotyle
asiatica, Linn. LOO
cordifolia, Hook. f, +. 190

repanda, Pers. “= 100
Hydropeltis purpurea, Mich. 11, 160

Hylococcus sericeus, R.Br. 5a OS)

299, 585

Hylogyne speciosa, Knight ... 62

Hymenachne myurus, Beauv.... 101
Hymenanthera

Banksti, F.v.M, 207, 558

dentata, R.Br... 297, 558

Hymenosporum flavum, F.v.M. 558
Hystericina alopecurioides,
Steud, ee ies ena tS

Imperata arundinacea, Cyr. ... 92

Indigofera enneaphylla, Linn. Ig
tinctoria, Linn. 5 HOW)
Ionidium suffruticosum, Ging. 191
Ipomza
biloba, Forsk.... . 191
maritima, R.Br. "OL
Pes-caprze, Roth. IQI, 642
spp. vie goon GO)
Isachne elie ee Br. OZ
Ischemum
australe, R.Br. act 2
lacus aR ee a aeOZ
pectinatum, Trin. ... se. 93
rottbellioides, R.Br. . 106
Iseilema Mitchellii, Anders. ... 76
Itea spinosa, Andr. 121, 388
Ixalum inerme, Forst.... - 108
Ixiosporum spinescens, F.v.M. 16,
495

684
PAGE
Ixora
Klandierana, F.v.M. . 558
odorata, Spreng. 5 Awe
Timorensis, DC. 558
Thozetiana, F.v.M 503
Jacksonia
cupulifera, Meissn. ... 132
macrocarpa, Benth. 558
scoparia, R.Br. - 558

scoparia, var. macrocarpa, R. Br.

132
Fambosa
australis, DC. 20,5530
firma, Blume.... ma ie
grandis, Blume. rego
Thozetiana, F.v.M. 29, 531
Fatropha moluccana, Linn. 5, 223,
283, 372
Juncus
correctus, Steud. ase O25
pallidus, R.Br. O25
vaginatus, E. Mey. G25
Justicia
adscendens, R.Br. ao LOL
juncea, R.Br. Zt LOL
media, R.Br.... ro LOE
procumbens, Linn. . IQ!
Kamptzia albens, Nees . 602
Kennedya
longiracemosa, Lodd. LSo
monophylla, Vent. scp iets)
ovata, Sims . 189
Kentia
minor, F.v.M. c noo Sf)
monostachya, F.v.M. ae S5On
Kentropsis lanata, Mog. 138)
Kermadecia pinnatifida, Bail. - 559
Kibara longipes, Benth. . 559
Knightia Darlingii, F.v.M. ... 414
Kochia
aphylla, R.Br. 560 HS
pubescens, Mog. Bas wres
pyramidata, Benth. ... A GEE
tomentosa, F.v.M. Ren USS:
villosa, Lindl. Son isis)
Kunzea
brachyandra, F.v.M. scig SLO
leptospermoides, F.v.M. ... 560
peduncularis, F.v.M. . 560
Laboucheria chlorostachys,
F.v.M. es «427
Laccospadix australasicus,
Wendl. - 591

INDEX (BOTANICAL NAMES).

PAGE

Lachnagrostis
vetrofracta, Trim, «.. saa WSS
Willdenowii, Trin. 83

Lagenaria vulgaris, Seringe 36, 192

Lagerstremia Archeriana, Bail. 560
Lagunaria Patersoni, Don 560, 625
Lambertia formosa, Smith 37
Laportea
gigas, Wedd. ..,. 192, 560, 625
photiniphylla, Wedd. 561, 626
Lappago racemosa, Willd. ... 93
Laurus
australis, A. Cunn. ... . 409
Bowiei, Hook. . 409
Cassia, Roxb. ... wes 405
Tamala, Hamilt. 163, 405
Lavatera
Behriana, Schlecht. 37, 626
plebeja, Sims 37, 626
Lawsonia Acronychia, Linn. f. 369
Lebediera Cone Muell.
Arg.... ; »-. 406
Leersia
australis, R.Br. 93
hexandra, Swartz. 93
mexicana, Kunth wel BOR
Leichhardtia australis, R.Br. ... 42
Lepidosperma
ensatum, Nees a ... 626
gladiatum, Labill. ... --. 626
Lepidozanria Perowskiana, Reg.
218
Leptochloa
chinensis, Nees ... Kes
fusca, Kunth... ree A
lolitformis, F.v.M. ... ite Soe
subdigitata, Trin. ... 04
tenerrima, Roem. et Schult... 93
Leptomeria
acerba, Sieb. ... 30, 327, 534
acida pk. stomes = oo eG
aphylla, R.Br. 38
Billardieri, R.Br. 38
pungens, F.v.M. 38
Leptospermum
abnorme, F.v.M. 561
aciculare, Schau. 38
australe, Salisb. =n SOE
baccatum, Schau. ... 38
divaricatum, Schau.... 38
flavescens, Smith. ... 561
floribundum, Salisb.... soe 30
juniperifolium, Cav. Rr ye.
juniperinum, Smith. Per ste,
levigatum, F.v.M. ... «++ 642
lanigerum, Smith. .., see 501
multicaule, A. Cunn. eos 562

INDEX (BOTANICAL NAMES).

. PAGE
Leptospermum
multifiorum, Cav. 38
myrtifolium, Sieb. 562
oxycedrus, Schau. ... Ben ashes
persicifiorum, Reichb. ‘ao _ ye
polygalifolium, Salisb. 561
recurvifolium, Salisb. foo ls)
rubricaule, Link. ... Soo anete:
scoparium, Forst. ... een QO
squarrosum, Sieb. ... non. Bhs:
styphelioides, Schau.... wuss
Thea, Willd. .. 561
tuberculatum, Poir. .. . 561
umbellatum, Geertn.... 524
Leucocarpon
obscurum, A. Rich. . 415
pittosporoides, F.v.M. 415
Leucopogon
afinis, R.Br. . 562
australis, Sieb. ane . 562
Cunninghamii, DC.... 562
lanceolatus, R.Br. 562

lanceolatus, Sieb. ... - A 38

linifolius, A. Cunn. ... 502
melaleucoides, A, Cunn. ... 562
parviflorus, Lindl. ... con She)
polystachyus, Lodd. ... 1 38
Richei, R.Br. ... : 38, 502
Licuala Muelleri, Wendl. . 563

Limonia australis, A. Cunn. 16, 406

Linociera
effusifiora, F.v.M. 123, 294, 404
ramifiora, DC. 123, 294, 404

Linospadix monostachyus,Wendl.559
Linum

angustifolium, DC. 39, 626
marginale, A. Cunn.... 39, 626
Lissanthe
Hookeri, Sond. as son. URIS,
intermedia, A. Cunn, son Bio)
montana, R. Br. ode mo SC)
sapida, R.Br. ... ane sta 0)
strigosa, R.Br. 506 sane 6h)
subulata, R.Br. ane 500 IC)
Litszea
dealbata, Nees . 563
ferruginea, R.Br. ae GOR:
reticulata, Benth. . 607
Livistona
australis, Mart. 40, 563, 626
humilis, R.Br. noc e508
inermis, R.Br. ae aes OF!
inermis, Wendl. ie 503; 626
Leichhardtit, F.v.M.. 28508

Ramsayi, F.v.M. ss ees
Lomandra longifolia, Labill. 634

685

PAGE
Lomatia
angustifolia, Schnitzl. . 564
Frazeri, R.Br. “5. elo
ilicifolia, R.Br. . 564
longifolia, R.Br. . 504
Lonchocarpus Blackii, Boothe . 564
Lophostemon
arborescens, Schott. 330, 608

macrophyllum (of ea) 608

macrophyllum, R.Br. 5 Gieio)
Loranthus floribundus, Labill. 219
Lotus

albidus, Lodd. . 134

‘australis, Andr. - 134

corniculatus, Linn. neo, Ligy

laevigatus, Benth. nna 2G
Lucuma sericea, Benth. et Hook. 564
598
Lumnitzera
coccinea, Wight 565
littorea, Voigt 5605
racemosa, Willd. 565
Lusuriaga
cymosa, R.Br. roe soo Be
latifolia, Poir. ae son 98{0)
montana, R.Br. age cos Be
Lyonsia straminea, R.Br. 627
Lysicarpus ternifolius, F.v.M. 565
627
Maba
Cargillia, F.v.M. 14, 394
fasciculosa, F.v.M. 565
geminata, R.Br. 566
humilis, R.Br,... 566
laurinay RBG. 600 go ee)
obovata, R.Br.. a

pentamera, F.v. M. bac
Macadamia ternifolia, F.v.M. 40, mae
Macaranga

asterolasia, F.v.M. spa SOS)

inamcena, F.v.M. “no GES

involucrata, Baill. ... sce S018)

mallotoides, F.v.M. 297, 566, 567

Tanarius, Muell. Arg. . 507
Maclura javanica, Miq. 295, 410
Macropteranthes _ Fitzalani,

F.v. M. . 567
Macrozamia

Denisonii, F.v.M. . 218

Fraseri, Mig. ... oom) 27

Migquellii, F.v.M. 41, 217

Perowskiana, Miq. ... . 218

Preissii, Lehm. 4 wg) 217

spiralis, Mia. ... 41, 218, 627

spiralis, Miq. . wee 217

Sppeuy nc 200 ae #21) AO

686 INDEX (BOTANICAL NAMES).

Maiveana tomentosa, Mog. ... 133
Malaisia

acuminata, Planch. ... #2 O43
Cunninghamii, Planch. HOAs
scandens, Planch. ... ae MOAR
tortuosa, Blanco. ae: oe O43
viridescens, Planch. ... ae OA
Mallotus
claoxyloides, Muell. Arg. ... 567
discolor, F.v. M. mn 2075507
inamenus, F.v.M. ... 22 500
phillipensis, Muell. Arg. 192, 208,
5608
Malva

Behriana, Schlecht. ... 37, 626
brachystachya, F.v.M. Spa gyal

ovata, Cav. ... ic Se LQ4,
Preissiana, Miq. ab 37, 626
spicata, Linn. 506 mt 134:
timorensis, DC. ee vente 34.

Malvastrum spicatum, A. Gray 134
Mammea americana, Linn. ... 159

Mappa Tanaria, Spreng. oo6, Gir
Marrattia
fraxinea, Smith so3 A

salicina, Smith ne ee
Marlea Vitiensis, Beatin 41, 568
Marquisia Billardieri, A. Rich. 19
Marsdenia Leichhardtiana,
F.v.M. 56a sas opp A
Marsilea

angustifolia, R.Br. ... sao RAG
Brownii, A. Braun ... a5
Drummondii, A. Braun... 135
hirsuta, R.Br. seh Bath 2b
quadrifolia, Linn. ... ae, le
Mayepea
picrophloia, F.v.M. ... TOR
ramifiora, F.v.M. ... 123, 404
Mazeutoxeron rufum, Labill. 20
Medicosma Cunninghamii,
Imloyoyhen tee ah. 568
Megastachya polymorpha, Beauv.
86
Melaleuca
acacioides, F.v.M. ... =e 508
angustifolia, Gzertn, ... --- 568
armillaris, Smith cae =o 500
bracteata, F.v.M. ... 276; 569
cajuputi, Roxb, be pe O
curvifolia, Schlecht.... 2) 570
decussata, R.Br. dea) 27557500
Drummondii, Schau. 280, 571
ericefolia, Andr. ... . 569
ericifolia, Smith 275, 565, 569,
628, 643

genistifolia,Smith ... se 569

PAGE

Melaleuca
Gunniana, Schau. 275, 569, 628,
643

hamata, F. and G, Pts. 280, 571
heliophila, F.v.M. 275, 569, 628,

643
lanceolata, Otto. woo 270) 500
laurina, Smith ay ... 609

Leucadendra. (See leucadendron. )
leucadendron, Linn. 276, 569, 643

linariifolia, Smith ... 279, 570
linariifolia, var. trichostachya,
Smith a Pr sos 1044)
minor, Smith +30) 2270; 8509
myrtifolia, Vent. ... 279, 570
nertifolia, Bot. Mag.... «+ 610
nodosa, Sieb. 275, 569, 628, 643
oligantha, F.v.M. ... 275, 569

parviflora, Lindl. ... 570, 643
parviflora, Reichb, ... 275, 569

Preissiana, Schau. ... Por S78
Preissiana var. leiostachya,
Schau. oo ea OAs
pubescens, Schau. ... a5 7O
salicifolia, Andr. ... .-» 610
saligna, Blume saw 2TORECO
semiteres, Schau... «08280
squarrosa, Smith i) 27Oe 78
suaveolens, Gertn. ... -- O10

symphyocarpa, F.v.M. seen GL
styphelioides, Smith... 571, 628
tetragona, Otto. «+ 275, 5069

Thea, Wendl.... ae -oa gt
trichostachya, Lindl... Oa
trinervia, White ae + 561
uncinata, Smith 193, 280, 571
viridifiora, Gertn. ... 276, 569
Wilsonii, F.v.M. oes ws. 280
Sp pee nies oa + skO27,
Melastoma
denticulatum, Labill. = 09
malabathricum, Linn. ne AOR
Nove Hollandig, Naud. ... 193
polyanthum, Blume ... Jat, ALOZ
Melia

australasica, A, Juss. 193, 571
Azedarach, Linn. 193, 219, 571
composita, Willd. 193, 219, 571
Melica magellanica, Desv. ... QI

Melicope
erythrococca, Benth.... eS FS
neurococca, Benth. ... oom 72

Melodorum Leichhardtii, Benth. 44
Mentha
australis, R.Br. see ... 280
grandiflora, Benth, ... R281
gracilis, R.Br. «e+ 194, 280

INDEX (BOTANICAL NAMES).

PAGE

Mentha
laxiflora, Benth. Ane ehl
satureioides, R.Br. ... . 194
Mercurialis australis, Baill. ... 406

Mertensia dichotoma, Willd. ... 33
Mesembryanthemum

acinaciforme, Linn. - 194
zequilaterale, Haw. 44, 194.
glaucescens, Haw. 44, 194
nigrescens, Haw. 44, 194
precox, Haw. ... 44, 194
Rossi, Haw. 44, 194
Metrosideros
albida, Sieb. ... 276, 570
apocynifolia, Salisb. . 235, 376 |
armillaris, Gzertn. .»» 569
citrina, Curt., Bot. Mag. ... 389
coriacea, Salisb. 276, 570
costata, Geertn. 235, 376
decora, Salisb. Bee 70500
floribunda, Smith 116, 235, 375
floribunda, Vent. . 532
glomulifera, Smith ... 230, 602

gummifera,Soland. 24,240,266,266,

296, 319, 440
hyssopifolia, Cav. 279, 570
lanceolata, Pers. 235, 376
lanceolata, Smith 5 sho)
leptopetala, F.v.M. . 603
lophantha, Vent. . 389
marginata, Cav. 3890
pallida, Bonpl. . 389
procera, Salisb. 55 (YOR .
propinqua, Salisb. . 602

rugulosa, Sieb. 389

salicifolia, var. Ss; Solands. 442

saligna, Smith -» 389

semperflorens, Lodd.... . 389
_ ternifolia, F.v.M. 565, 627
Microlzena

Gunnii, Hook, f. ri sco | Oy!

stipoides, R.Br. oC as VO:
Micromeria

australis, Benth. <= 280

gracilis, Benth. 194, 280

satureioides, Benth. ... 104!

Microseris Forsteri, Hook. ... 45
Milium punctatum, Linn. sae 289

Millettia
Blackii, F.v.M, . 564
megasperma, F.v.M.... 578
Mimosa
binervis, Wendl. 212, 309, 356
decurrens, Wendl. ... soo SIS
distachya, Vent. T16, 315, 637
elata, Roxb ... 215, 372
elegans, Andr. 116, 315

687
PAGE
Mimosa

grandiflora, Soland. ... 587
juniperina, Vent. 358
linearis, Wendl. 358
linifolia, Vent. 358
longifolia, Andr. Ar - 359
obliqua, Wendl. 149, 300, 355
procera, Roxb. 6 eal, lel
saligna, Labill. 214, 314, 366

scandens, Linn.

Sophore, Labill.

24, 175, 424, 639
4, 310, 359, 635

ulicifolia, Salisb. .. sho Biss)
Mimusops
Browniana, Benth. 45, 573
Kauwki, R.Br. ... 45, 573
» var. Browniana, A.DC.
45, 573

parvifolia, Linn.

45, 573

Mitraria Commersonia, Gmel. 159
Mollinedia
longipes, F.v.M. 559
loxocarya, Benth. 575

Monachather paradoxus, Steud. 81

Monermios. (See Scorzonera
Laurencii.)... se aden A'S
Monotoca
albens, R.Br. ... ees 74,
elliptica, R.Br. 574
patens, A. Cunn. S74
propinqua, A. Cunn. ... soo Biyfi.
scoparia, R.Br. - 574
Monoxora rubescens, Benth. ... 505

Mooria campylosperma, F.v.M. O11

Morinda
citrifolia, Linn.

45, 194, 208, 574

jasminoides, A. Cunn. 575

quadrangularis, Don 194, 208
Morus

Brunoniana, Endl. 591

calcar-galli, A. Cunn. 295, 410

pendulina, ¥. Bauer. 501
Muehlenbergia

crinita, Trin. ... 30K SS

mollicoma, Nees % yn 83

sciurea, Trin.... ie Boer tes:
Muhlenbeckia

adpressa, var. hastifolia, Meissn. 46

Gunnii, Hook.f. ... Bee ee)
Mucuna gigantea, DC. ... 45, 195
Murraya

exotica, Linn. . 2901, 575

paniculata, Jack 291, 575
Mylitta australis, Berk. 2 40
Myoporum ‘

acuminatum, var. angustl-

folium, R.Br. ae S75
Cunninghamii, Benth. - 575

688

Myoporum

cyanantherum, A. Cunn.

Dampieri, A. Cunn, ...
debile, R.Br. ...
deserti, A, Cunn,
diffusum, R.Br.
dulce, Penth, ...
insulare, R.Br.
montanum, R.Br.
patens, A. Cunn,
platycarpum, R.Br.

PAGE

» 575

a SVS
46
ESS
Ao
ee il
47; 570
nao (EATS
Rey

47, 135, 229,

576
rugulosum, F.v.M. pod iG
serratum, R.Br. 47, 576
strictum, A. Cunn. Teas
tasmanicum, A.DC.... 47; 570

Myriogyne
Cunninghamii, DC.. . 195
minuta, Less. ... EOS
Myristica
cimicifera, R.Br. $50. S77)
insipida, R.Br. : bi S/T)
Myrsine variabilis, R. Br. se S77)
Myrtus
acmenioides, F.v.M. ... 47; 577
argentea, Hill we 504
australis, Hill 531
Beckleri, F.v.M, 577
fragrantissima, F.v.M. 47
gonoclada, F.v.M. 578
Hillii, Benth. . : 578
melastomoides, F.v.M. 505
racemulosa, Benth. . 578
Smithii, Spreng. 29, 327, 531
Tozerti, F.v.M.: : . 505
trinervia, Smith 595
Nageia
elata, F.v.M. ... . 589
spinulosa, F.v.M. 53
Nasturtium
palustre, DC.. 47
_semipinnatifidum, Hook. 47
terrestre, R.B 47
Nauclea
coadunata, Smith 45
cordata, Roxb. Sop 45
Leichhardtii, F.v.M.... 45
undulata, Roxb. 45
Nelitris
psidioides, G. Don . 595
Nelumbium
nucifera, Geertn. 48, 197
speciosum, Willd. SS Gy)
Nelumbo=Nelumbium... S08
Nephelium
_divaricatum, F.v.M. ... SS

INDEX (BOTANICAL NAMES).

PAGE
Nephelium
leiocarpum, F.v.M. ‘ a
semiglaucum, F.v.M. . All

tomentosum, F.v.M.. - 579
Nesodaphne obtusifolia, Benth. 281,
328, 579
Neurachne
Mitchelliana, Nees... tf 804
Munroi, F.v.M. oe Pes fs:
Nicotiana

australasig, R.Br. - 135
fastigiata, Nees igh
rotundifolia, Lindl. ... SUES
suaveolens, Lehm. owas
undulata, Vent. Bee ei)
Niemeyera prunifera, F.v.M.... 405
Nitraria
Billardieri, DC. a Ppa s)
Olivieri, Gaub. et Spach. aa aevite,
Schoberi, Linn. ied ven he
Notelza
ligustrina, Vent. - 579
ligustrina, Sieb. 172, 419
longifolia, Vent. . 579
microcarpa, R.Br. - 580
Notelza ovata, R.Br. 580
ovata, Endl. 579
reticulata, DC. 579
rigida, Sieb. 579
venosa, F.v.M. : 579
Nothopanax elegans, Seem. 582
Murrayi, Seem. Serpe).
sambucifolius, Seem. 7589

Notihydnum australe, F.v.M. 46

Nuytsia floribunda, R.Br. 219, 414
Nympheza
gigantea, Hook. ae 1264S
stellata, F.v.M. aoe Be te)
Obione Billardieri, Mog. 117
Ocimum
anisodorum, F.v.M. 48, 197
caryophyllinum, F.v. M. 48, 197
sanctum, Linn. a 48, 197
Olea
apetala, Andr. . 579
paniculata, R.Br. .. 580

Olearia argophylla, F. v.M. 200, 580
Omalanthus populifolius, Grah. 395
Oplismenus

emulus, Kunth exe eos
colonum, Kunth 5 I2aqOo
compositus, Beauv. ... os
crus-galli, Kunth ... j AaNOG

setarius, Roem. et Schult. ... 95
Oreodaphne Bowiei, Walph.
Orites excelsa, R, Br.

INDEX (BOTANICAL NAMES).

PAGE

Ornitrophe serrata, Roxb. 56, 201
Orthopogon

emulus, R.Br. Lae OS

compositus, R.Br. ... re OS
Oryza sativa, Linn... re 49
Otoclinis

Backhousii, Hill. 227, 542

Macleayana, F.v.M.... weeG AS
Owenia

acidula, F.v M. 49, 581

cerasifera, F.v.M. ... ye 4g

venosa, F.v.M. : 48, 581
Oxalis cognata, Steud, wat 50

corniculata, Linn. ... xo SO

microphylla, Poir. ... soe SIS

perennans, Haw. ... 50

Preissiana, Steud. .. 59
Oxleya xanthoxyla, Hook. 206, 541

Pagetia medicinalis, F.v.M. ... 197
Panax
angustifolius, F.v.M. noo Ghelg]
dendroides, F.v.M. 5 oi!
elegans, F.v.M. . 582
Murrayi, F.v.M. “ . 582
sambucifolius, Sieb. ... 503

Pandanus
odoratissimus, Linn. f. 50, 292, 628

pedunculatus, R.Br. 50, 583
spiralis, R.Br. 50, 292
Panicum
airoides, R.Br. 292
amabile, Balan. 51, 97
antipodum, Spreng. ... etOz
arenarium, Brot. 102
atrovirens, Trin. a 505 OF
bicolor, R.Br.... a son 6
brevifolium, Flig. ... ons, 19)
brizoides, Jacq. OS
Brownit, Roem. et Schult. ... 100
coenicolum, Bavaiae s ‘ss OO
colonum, Linn. cide cao Of)
compositum, Linn. ... son Os,
compressum, Forst. ... S50 eld
crus-galli, Linn. S00 sco 0)
dactylon, Linn. ue oa felt
decompositum, R.Br. 51, 97
distachyum, Linn. ... OS
distans, Trin.. : son GS)
divaricatissimum, RoBree i 98
effusum, R.Br. bad ROO
flavidum, Retz. 20 Pe)
foliosum, R.Br. ot son) OE)
glaree, F.v.M. 100

glaucum, Linn.

gracile, R.Br.... ne ond fe)
22

689

PAGE

Panicum
helopus, Trin... ose s+ 99
imbecille, Trin. boc soon (5)
indicum, Linn. . 100
interruptum, Willd. . LOL

jubifiorum, Trin. ... Soo CD

levinode, Lindl. 51, 97
lanifilorum, Nees bs - 100
leucophzum, H.B. et K. . 100
macractinum, Benth. . 100
macrostachyum, Nees - 107
marginatum, R.Br. . 100
melananthum, F.v.M. . 100
Mitchelli, Benth. . IOI
Munroi, F.v.M. coe saOS
myurus, Lam.... - 100
parviflorum, R.Br. .., . IO
proliferum, F.v.M. 51, 97
prolutum, F.v.M. . IOI
prostratum, Lam. LO?
pygmzum, R.Br. 5 LI@E
repens, Linn. ... LO?
sanguinale, Linn. . 102
semialatum, R.Br. + 103
spectabile, ; OS
subquadriparum, Trin, oo O18)
tenuiflorum, R.Br. 96, 104
trachyrachis, Benth.... 7 LOR
villosum, R.Br. . 100
Pappophorum
cerulescens, Gaud. . 104
commune, F.v.M. LO4
jfiavescens, Lindl. - 104
gracile, R.Br.... oes 104
nigricans, R.Br. - 104
pallidum, R.Rr. LOA
purpurascens, ReBrese 6 l@s
virens, Lindl. . ' Lod.
Parinarium Nonda, F.v. M. 51, 583

Paritium tiliaceum, St. Hil. 95, 557;
624

Paspalum
annulatum, Fliigge ... Sao Kels)

brevifolium, Fligge ... 104
distichum, Linn. 104
littorale, R.Br. 104
metabolon, Steud. 104
orbiculare, Forst. 104.
polystachyum, R.Br.... 104
pubescens, R.Br. 104

punctatum, Fligge ... oO

scrobiculatum, Linn....
Pavetta dubia, Endl. ; 392
Peltophorum ferrugineum, Benth 583
Pennantia Cunninghamii, Miers. 583
Pennisetum

compressum, R.Br. . 105

690
PAGE
Pennisetum
glaucum, R.Br. BuLO7
italicum, R.Br. : ety,
Pentaceras australis, Hook. . 584
Perotis rara, R.Br. EOS
Persoonia
angustifolia, Knight - 584
falcata; ke bites. . 584
jfilifolia, Dietr. see 584
glaucescens, Sieb. . 584
lanceolata, Andr. . 584
ligustrina, Knight - 584
linearis, Andr... . 584
media, R.Br. : wee 585
mimusoides, A. Cunn. » 584
pentadactylon, Steud. - 584
pintifolia, Sieb. . 584
pruinosa, A. Cunn. . 584

Spp. + nee ane rere SL
Petalonia alternifolia, Roxb. ... 565
Petalostigma

australianum, Baill. 198, 299, 585

quadriloculare, F.v.M. 198, 299,
; 585
triloculare, Muell. Arg. 198, 299,
585

Petroselenium prostratum, DC. 7
Phaseolus
Max, Linn. ... oe hig 2S
Mungo, Linn.... s5¢ nan Gn
Phebalium

Billardieri, A. Juss. ... . 585
eleagnoides, Sieb. 5 Geis
elatum, A. Cunn. . 585

rebusum, Hook. miss - 585
Philydrum. lanuginosum, Banks. 629
Phragmites communis, Trin. ... 629
Phyllanthus Ferdinandi, Muell.

ANT es see : seo etelo
Phyllocladus

asplenifolia, Hook. f. ... 580

rhomboidalis, Rich. 586

Phyllopappus lanceolatus, Walp. 45
Physalis

minima, Linn. = sco Ge
parviflora, R.Br. ... on 52
Picris
angustifolia, DC. .., Ba GE
asperrima, Lindl. ... sto |) Be
attenuata, A. Cunn..., soe 52
barbarorum, Lindl. .., Spe
hamulosa, Wall. aoe sco GE
hieracioides, Linn, ... sca GB
Pigea Banksiana, DC.... IgI
Pimelea

axiflora, F.v.M.
clavata, Labill.

INDEX (BOTANICAL NAMES).

PAGE
Pimelea
distinctissima, F.v.M. 586
elata, F.v.M. 629
heemastostachya, F.v. -M, 135
ligustrina, R.Br. 629
microcephala, R.Br. ... 586
viridula, Lindl. 630
Piper
hederaceum ... vas O44.
Nove-Hollandiz, Mig. 198, 587
Pipturus

argenteus, Wedd. 52, 209, 587, 630
propinquus, Wedd. 52, 299, 587,

630
Pisonia
Brunoniana, Endl. . 587
Mooriana, F.v.M. - 587
Sinclairii, Hook. f. SOF
Pithecolobium
canescens, F.v.M. ... Pas ip
grandiflorum, Benth.... . 587
pruinosum, Benth. 5507)
Thozetianum, F.v.M. TZ
Tozeri, F.v.M. a5O7.
umbrosum ... . 350
Vaillantii, F.v.M. SLs
Pittosporum
acacioides, A. Cunn. 53, 136
angustifolium, Lodd. 53, 136
bicolor, Hook. Jos) S2LO GOS
discolor, Huegel. 219, 588
flavum, Hook. Be 2 Seo
Huegeliamun, Putterl. 219, 588
lanceolatum, A. Cunn. go
ligustrifolium, A. Cunn. rie (5
longifolium, Putterl. ... sens gO
oleefolium, A. Cunn. sve QO
phillyrzeoides, DC. 53, 135, 220,
588
rhombifolium, A. Cunn. ... 588
Reanum, Putterl. «(136
salicinum, Lindl. iSO

199, 230, 281,
292, 329, 589

undulatum, Vent.

Plagianthus
Damperii, Lindl. : O80
pulchellus, A. Gray ... - 630
sidoides, Hook. . 630
Plantago
debilis, Nees ... » 136
varia, R.Br. 136
Plectronia
barbata, Hook. - 391
buxifolia, Benth. AERO
latifolia, F.v.M. - 391
odorata, F.v.M. 4 sae
vaccinifolia, Hook. f. - 392

INDEX (BOTANICAL NAMES).

PAGE
Pleopeltis phymatodes, T. Moore 282
Pluchea ligulata, F.v.M. . 292
Plumbago Zeylanica, Linn. . 199
Poa
afinis, R.Br. ... 106, 631
australis, R.Br. 106, 631
australis, var. Billardieri,
Hook. Be 106
Billardieri, Steud. 106
Brownii, Kunth. a aan 0
czespitosa, Fort. aT OO WOR I
chinensis, Keen. ae Os
decipiens, R.Br. Bac Os
diandra, F.v.M. soc PST
digitata, R.Br. 530 Od.
distichophylla, R.Br.... ee 04.
dives, F.v.M. ... Aes ee SO
falcata, Gaud. ee P87,
fluitans, Scopol. a son (20)
Fordeana, F.v.M. ... ft OO
Hookeriana, F.v.M. 107
interrupta, R.Br. ... seg ele)
levis, R.Br. ... 2 TOG"63T
leptostachya, R.Br. ... SOT
Michauxi, Kunth ... 85
paradoxa, Roem. et Schult. . 84
parviflora, R.Br. a 50g (313)
pellucida, R.Br. a soo . ‘ets!
pilosa, Linn. ... a 88
plebeia, R.Br.... 106, ba
polymorpha, R.Br. 86
ramigera, F.v.M. ... gO
tenella, Linn.... as “50 tele}
thalassica, Kunth ... FA0 USS
- werticillata, Cav. ... nog cole!
Podocarpus
asplenifolia, Labill. ... 53, 586
elata, R.Br. ... ope - 589
ensifolia, R.Br. . 589
falcata, A. Cunn. 589

pungens, Caley. ant 53
spinulosa, R.Br. 53, 589
Podopetalum Ormondi, F.v.M. 590
Pecilodermis populnea, Schott. 59,
140, 220, 601, 633

Pogonia debilis, Andr.. 4
Pogonolobus reticulatus, F.v. M. 204,

407

Polanisia
icosandra, Linn. . 200
viscosa, DC. e200
Pollichia ‘seylanica, Fi v. M. 143, 205

Pollinia fulva, Benth. con UCGIe)
Polyalthia nitidissima, Benth...
Polygonum
adpressum, Hook. ... Sendo
plebejum, R.Br.

691
PAGE

Polyosma ee if J.
Benn . + 590
Polyphragmon seriteum, "Desf. 63
607

Polypodium
dichotomum, Thunb... 650 11 S%6)

phymatodes, Linn. 282
Pomaderris

apetala, Labill. 590

aspera, Sieb. ... 590

racemosa, Hook. 137

Pongamia
glabra, Vent. 200, 286, 590
religiosa, Wight ++. 168
ulignosa, DC. 168, 416

Portenschlagia australis, Tratt. 423

Portulaca

oleracea, Linn. By 53, 200
napiformis, F.v.M. ... oUtS3
Premna obtusifolia, R.Br. 591
Prostanthera
cotinifolia, A. Cunn. eezO2
lasianthos, Labill. 282, 591
retusa, R.Br.... san Phe
rotundifolia, R.Br. . 282
Protea nectarina, Wendl. Ab BY
Psalliota. (See Agaricus.)
Psoralea
Archeri, F.v.M. LOOT
tenax, Lindl. ... G7)
Pseudalangium
polyosmoides, F.v.M. feeeerAy
Pseudomorus Brunoniana, Bureau.
: 591
Pterigeron
adscandens, Benth. . sag, 3y/
liatroides, Benth. » 292
Pteris
aquilina, var. esculenta, Hook. 54,
201
esculenta, Forst. 54, 201
Ptychosperma
Alexandre, F.v.M. so5 GO
elegans, Blume. 592, 631
Laccospadix, Benth.... ee 5Q2
Normanbyi, F.v.M. .. Pers £°)
Pultenea juncea, Willd. Ore
Quintinia Sieberi, A. DC. » 592

Reperia pinifolia, Spreng. 286, 596
Randia
densiflora, Benth.
Fitzalani, F.v.M.

- 593
- 593

692
PAGE
Ratonia
anodonta, Benth. 593
pyriformis, Benth. 593
tenax, Benth. 594
Rhagodia
Billardieri, R.Br... ves 137
baccata, Mog. 5 GH)
Candolleana, Mog. ... IGT
parabolica, R. Br. 55 0s7
reclinata, A, Cunn. nLa7,
Sppiaeeee 137
Rhamnus
levigatus, Sol. - 639
vitiensis, Benth. sec see HESS
Rhizophora
Candelaria, Wight.et Arn. 201,
299; 329

Mangle, Roxb. 201, 299, 329, 594
mucronata, Lam. 201, 299, 329, 594

Timoriensis, DC. 404, 638
Rhodamnia

argentea, Benth. - 594

sessiliflora, Benth. +» 504

trinervia, Blume. . 595
Rhodomyrtus

macrocarpa, Benth, ... . 595

psidioides, Benth. 2505
Rhus

elegans, Hill ... ise) (320,1505

rhodanthema, F.v.M. 329, 595
Rhyatidandra

polyosmoides, F.v.M. ead

vitiensis, A. Gray «+ 41, 568
Ricinocarpus

pinifolius, Desf. 286, 596

sideformis, F.v.M. 286, 596
Ricinus Tanarius, Linn. 5 sley
Rostellaria

juncea, Nees.. . IQI

media, Nees ... +» IQI

pogonanthera, F.v.M. . IgI

procumbens, Nees 1QI

Rostellularia. (See Rostellacia)
Rottbeellia

ophiurioides, Benth. ... . 106

unifiora, A. Cunn. eZ
Rottlera

discolor, F.v.M. 297, 507

tinctoria, Roxb. 192, 298, 508

Rubus
eglanteria, Tratt. ... sony BS
Gunnianus, Hook. ... fe ES
pungens, Cambers ... cane 5
roseflorus, Roxb. ... SoCe ets
rosefolius, Smith ... at LSS

Stkkimensis, O.Kze....

e485
Rulingia pannosa, R.Br. 596, 631

INDEX (BOTANICAL NAMES).

PAGE
Saccharum fuluum, R.Br. - 106

Salicornia
australis, Soland. _... nemegO
indica, R. Bite, ioe « 56
Salmalia malabarica, Schott. 160,
237, 386, 618

Sambucus
Gaudichaudiana, DC. nil 56
xanthocarpa, F.v.M. ... 56, 596

Santalum
acuminatum, A.DC. 31, 285, 328,
546, 641
cognatum, Mig. 285, 328, 546, 641
cygnorum, Miq. a avo 1547
lanceolatum, R.Br. 56, 597

oblongatum, R.Br. ... 56, 597

obtusifolium, R.Br. 597
ovatum, R.Br. - 597
persicarium, F.v.M. . 32, 547
Preissianum, Mig. 31, 285, 328

546, 641
spicatum, A.DC. 547

Sapindus salicifolius, DC. Ss 379

Sapota australis, A.DC. 367
Pohlmaniana... - 369
Sarcocephalus
cordatus, Miq. 45, 298
iecheardn F.v. M. noo ae

undulatus, Miq. : 45
Sarcostemma australe, R.Br. 138, 201
Scevola

chlorantha, De Vr. ... ian 5G
Keenigii, Vahl. aa soot iSO)
Lambertiana, De Vr... sean dO
Lobelia, De Vr. Be Py {03
macrocalyx, De Vr. ... ieee ge
montana, Labill. ... ace 50
sericea, Forst. «at Re so)
Taccada, Roxb. 220) 60
Scandix glochidiata, Labill. . 124
Schedonorus
Billardieranus, Nees . 107
Hookerianus, Benth... . 107
littoralis, Beauv. sae) LOZ
Schizomeria ovata, D. Don. ... 597
Schmidelia
anodonta, F.v.M. . 503
pyriformis, F.v.M. - 593
serrata, DC. ... 56, 201
timoriensis, DC. 56, 201
Scirpus
lacustris, Linn. : —
Meyenii, Nees 2632

sphacelatus, Spreng... 35
Schlerachne cyathopoda, "F.y.M. 79
Sclerolzna bicornis, Lindl. . 138
Scoparia dulcis, Linn. ... eee 202

INDEX (BOTANICAL NAMES). 693
PAGE PAGE
Scorzonera Solanum
scapigera, Forst. me AS simile, F.v.M. ; 59 140
Laurencii, Hook. f. ono. ely verbascifolium, Ait. ... . 598
Seaforthia elegans, R. Br. 592, 631 vescum, F.v.M. 57
Sebzea ovata, R.Br. ... 202 | Solenostigma
Semecarpus brevinerve, Blume. és) 403
Anacardium,.Linn. 57, 202, 220, paniculatum, Endl. - 403
- 286, 299, 597, 644 | Sonchus
australasicus, Engl. 57, 202, 220, asper, Fiichs ... 59
286, 299, 597, 644 ciliatus, Lam.... 59
Senecio Bedfordii, F.v M. 385, 618 fallax, Wallr.... 59
Sersalisia oleraceus, Linn, 59
cotinifolia, F.v.M. «-. 557 | Sophora
glabra, A. Gray ESO NGOS juncea, Schrad. 5 Ow
laurifolia, A. Rich.... 150, 368 tomentosa, Linn. . 204
obovata, R.Br. : »» 369 | Sorghum
sericea, R.Br.... . 598 fulvum, Beauv. ae LOT,
Sesbania halepense, Pers. . 108
aculeata, Pers. 7 A257 O82 parviflorum, Beauv. ... 5 fete
zegyptiaca, Pers. 139, 202, 508 | Spanoghea nephelioides, Fv. M. 578
australis, F.v.M. : 57, 632 | Spheromorphea
Setaria centipeda, DC. cco O}s
compressa, Kunth 105 Russelliana, DC. - 195
glauca, Palisot. «=. Q5 | Spinifex
ee tcchye, HBicet. Keses.c 107 fragilis, R.Br.... . 108
Sida hirsutus, Labill. 108
asiatica, Linn, 7148 inermis, Pks. et Sol... . 108
discolor, Hook. . 630 longifolius, R.Br. SOS
indica, Linn. ... . 148 sericeus, R.Br. . 108
oxycarpa, F.v.M. ... 617 | Spondias
pulchella, Bonpl. . 630 acida, Soland... «s+ 599
retusa, Linn. .. eee 203; O82 pleiogyna, F.v.M. . 599
rhombifolia, Linn. 139, 203, 632 Solandri, Benth. . 599
Sideroxylon Sponia
argenteum, Spreng. - 369 aspera, Planch 143, 608
australe, Benth. et Hook. fy 4 367 tlicifolia, S. Kurz. 425870
Brownti, F.v.M. 2 . 369 orientalis, Planch. . 608
laurifolium, F.v.M. ... .-. 368 | Sporobolus
myrsinoides, Benth. et Hook. f. actinocladus, F.v.M. ... . 108
368 elongatus, R.Br. . 109
obovatum, R.Br. we» 309 indicus, R.Br.... 109
Pohlmanianum, Benth. et Lindleyi, Benth. 109
Hook. f. 2221309 pallidus, Lindl. 109
Richardi, F.v.M. 150, 368 pulchellus, R.Br. 109
sericeumt, Ait.... 564, 598 subtilis, F.v.M. 109
Siphonodon australe, Benth, ... 59 tenacissimus, Beauv. 109
Sloanea australis, F.v.M. 2471420 virginicus, var. pallida, Kunth 109
Smilax glycyphylla, Smith ... 203 | Stadmannia australis, Don 123, 416
Solanum Stenanthera pinifolia, R.Br. 8
aviculare, Forst. .. 57 | Stenocarpus
eremophilum, F.v.M. noo 12f0) acaciodes, F.v.M:, ~~... . 599
esuriale, Lindl. sei don bts) Cunninghamii, Hook. . 600
fasciculatum, F.v.M. 59, 140 salignus, R.Br. 220, 599
hystrix, R.Br. o Seemeyo sinuatus, Endl. . 600
lacinatum, Ait. -- 57, 59, 140 | Stenochilus
pulchellum, F.v.M. ... sea, Tete) curvipes, Benth. 126
reclinatum, L’Her. ... js0 57, bignoniafiorus, Benth. 425

694

PAGE

Stenochilus
longifolius, R.Br.
maculatus, Ker.
pubifiorus, Benth.

vracemosus, Endl.

125, eee 12

125, 317, 23
Sc 140)

salicinus, Benth. 125, 317, 425
Sterculia
acerifolia, A. Cunn. 220, 300, 600,
632
discolor, F.v.M. 5 . 600
diversifolia, G. Don. 59, 140, 220,
O1, 633
lurida, F.v.M. ... 601, 633
quadrifida, R.Br. «++ 59, 601, 633
rupestris, Benth. : 59, 221
trichosiphon, Benth. ... OO
Stillingia Agallocha, Bail. 187, 533
Stipa
aristiglumis, F.v.M. = LLO
commutata, Trin. ... 5 bi
Dicheluchne, Steud. ... 84
elegantissima, Labill. 6 ©)
micrantha, Cav. 2 LO
pubescens, R.Br, spay init
ramosissima, Sieb. . 110
vudis, Spreng. reskin
scabra, Lindl. ... Boe ihr
setacea, R.Br.... beri
teretifolia, Steud. 5 tee
verticillata, Nees 7 Tro
spp. erro
Stravadium ratrite DC. 120, 159,
385
Streblus
Brunoniana, F.v.M.... 501
pendula, F.v.M. . 591
Streptachne
vamosissima, Trin. . 110
verticillata, Trin. .. Son 2160)
Streptoglossa Steetstt, F.v.M. 292

Strychnos psilosperma, F.v.M. 601
Strzeleckya dissosperma, F.v.M. 129,

216, 541

Sturtia gossypioides, R.Br. SST
Styphelia

adscendens, R.Br. 61

i 562

» 574
61

afinis, Spreng.
elliptica, Smith
glaucescens, Sieb.
gnidium, Vent. ; 390
humifusa, Pers. hs Fd

lanceolata, Smith 562
linifolia, F.v.M. 562
montana, F.v.M. ... 39
parviflora, Andr. «+. 38

pinifolia, Spreng. ... anes
Richei, Labill. Boe a

INDEX (BOTANICAL NAMES).

PAGE
Styphelia

sapida, F.v.M. 39

scoparia, Smith son 574:

strigosa, Smith Fi Adele sto,

triflora, Andr.... FY, eR
Suzda

australis, Moq. rate se OE

maritima, Dumort ... one ie
Swainsonia

galegifolia, R.Br. . 140

Greyana, Lindl. Pe

Osbornii, Moore . 140

spp. .. 140
Symphlocos

spicata, Roxb.... 300, 602

Stawellii, F.v.M. 300, 602

Thwaitesii, F.v.M. . 602
Symphyomyrtus Lehmanni,

Schau At wee + 440

Synoum

glandulosum, A. Juss. . 603
Syncarpia

Hillii, Baill. 330, 602

laurifolia, Ten. 230, 602

leptopetala, F.v.M. ... +» 603
Syntherisma vulgare, Schrad. 102

Syzygium
brachynemum, F.v.M. 29, 327, 531

grande, Walk. 530
Fambolanum, DC. "28, 182, 530
longiflorum, Wall. SG
floribundum, F.v.M. » 532

Tabernzemontana orientalis, R.Br.

204
Tacca pinnatifida, Forst. 61, 204
Talinum polyandrum, Hook. 17;
123

Tarrietia
actinodendron, F.v.M. +e. 604
actinophylla, Bail. +» 604
argyrodendron, Benth. . 604
trifoliata, F.v.M. . 604

Tasmannia aromatica, R.Br. 23, 168
Taxotrophis rectinervis, F.v.M. 376

Tccomella Bulweri, F.v.M. . 416
Tectona australis, Hill... - 549
Telopea
oreades, F.v.M. BC - 605
speciosissima, R.Br. 62, 605, 633
Tephrosia
Baueri, Benth. - 204
toxicaria, Gaud. . 204
piscatoria, Pers. eos = 142, 204
purpurea, Pers. eo = 14.2, 204

INDEX (BOTANICAL NAMES).

PAGE
Tephorsia
rosea, F.v.M, ... 142
Terminalia
bursarina, F.v.M. ... “bo las
Catappa, Linn. 62, 287, 300, 605
discolor, F.v.M, Poe ... 605
melanocarpa, F.v.M.... 605 |
microcarpa, F.v.M. ... 606

Muelleri, Benth. 606
oblongata, F.v.M.

platyphylla, F.v.M. ... 606
porphyrocarpa, F.v.M. 606
sericocarpa, F.v.M. ... 606
Thozetii, Benth. OOF,
spp. 62, 221

eeanclic erica Mia. 63 |

Tetragonia

expansa, Murr. 62

implexicoma, Hook. f. 63

inermis, F.v.M. 62
Tetranthera

dealbata, R.Br. . 563

Faweettiana, F.v.M. OOF,
reticulata, Meissn. a OO7
Thalamia asplenifolia, Spreng. 586
Theleophyton Billardieri, Mog. 117
Thesium drupaceum, Labill. ... 38
Thespesia populnea, Corr. 205, 300,

607, 634

Thouinia
australis, A. Rich. 38 Ge
hemiglauca, F.v.M. 116, 215, 379
Thuya australis, Poir. ... 543

Thyrsacanthus Earlii, F.v.M. 550
Timonius

putaminosus, F.v.M. 296, 552

Rumphii, DC. 63, 607
Torresia redolens, R.Br. 3 OL
Trachymene australis, Benth. ... 142
Tragus racemosus, Desf. 93
Trema

aspera, Blume. 143, 608

cannabina, Lour. 143, 608

orientalis, Blume. .-. 608
Trichilia glandulosa, Smith. ... 603 |
Trichodesma zeylanicum, R.Br.

143, 205 |

Trichodium laxiflorum, Mich. Fi
Trichosiphon australe, Schott. 60

Tricondylus myricefolius, Knight.

564
Trigonella suavissima, Lindl. 63, 143
Triodia ambigua, R.Br.

Tripetelus australasicus, Lindl. 56,
596 |
Triphasia glauca, Lindl. 379

€95

PAGS
Tristania
albens, A. Cunn. spp, OO
augustifolia, Hook ... 565, 627
conferta, R.Br. 330, 608
depressa, A. Cunn. Fe OLO
exiliflora, F.v.M. . 609
laurina, R.Br.. : ++» 609
macrophylla, A. Cunn, 330, 608
macrosperma, F.yv.M.. --» 609
neriifolia, R.Br. - 610
rhytiphloia, F.v.M. «+. 610
salicina, A. Cunn, . 610
suaveolens, Smith 7 OTG
subverticillata, Wendl. 330, 608
Triticum
scabrum, R.Br. 70
velutinum, Hook. f.... oa Wl
Trochocarpa laurina, R.Br. ... 611
Turrea
Billardieri, A. Juss. ... OLE
concinna, Benn. = (oye
pubescens, Hellen. On

Typha
angustifolia, Linn. 64, ace O34, 644

Brownii, Kunth 64
aaron: G. Forst. son (OA
Typhonium Brownii, Schott. ... 66
| Uniola distichophylla, Labill.... 84
Unona
fulgens, Labill. 590
Leichharadtii, F.v.M .. 44
nitens, F.v.M. 590
nitidissima, Dun. 590
Urachne ramosissima, Trin. ... 110
Uralepis
Drummondii, Steud... 84
fusca, Steud. ... 84
Urena lobata, Linn. 205, 634

Urera
excelsa, Wedd. 192, 500, 625
rotundifolia, Wedd. 192, 560, 625
Urochloa

panicoides, Beauv. 99
pubescens, Beauv. 99
semialata, Kunth a lOg
| Urostigma
Cunninghamii, Miq.... S537)
Fraseri, Miq. ... 500 G7)
platypodum, Mig. ... 31, 538
psychotriefolia, Miq. 500 BY
rubiginosum, Gaspar. 225, 538
Urtica
argentea, Forst. - 587
gigantea, Forst, 52, 630
gigas, A. Cunn, 192, 500, 625
involucrata, Roxb. . 506

696
PAGE
Urtica
photiniphylla, A.Cunn. 561, 626

Ventilago viminalis, Hook, 7445 611
Ventinatia, Humifusa, Cav. 8

Vicia galegifolia, Andr. ESA ©
Vigna lanceolata, Benth. sao (6)
Vilfa
actinoclada, F.v.M. ... . 108
capensis, Beauv. . 109
elongata, Beauv. OD
Lindleyi, Steud. Et OO
pulchella, Trin. » 109
tenasissima, Trin. OO
virginica, Beauv. ... 109
Villaresia Moorei, F.v.M. son (oni
Viminaria
denudata, Smith a TONS
laterifolia, Link. ... - 558
Vitex
acuminata, R.Br. “id vee) OLS
Dalrympleana, F.v.M. . 550
Leichhardtii, F.v.M.. ses 549
lignum-vite, A. Cunn. teaOre
macrophylla, R.Br. +» 550
melicopea, F.v.M. Ore
Vitis
hypoglauca, F.v.M. ... 66, 612
opaca, F.v.M. x Fe, (610)
sterculifolia, F.v.M. OLS
saponaria, Seem. . 644
Vulpia
Brauniana, Nees... ee a O
Browniana, Nees... soo. 7)
rectiseta, Nees eee Sac 7f0)e
scabra, Nees ... ae EO
Weinmannia
Benthami, F.v.M. 5 (ants.
lachnocarpa, F.v.M. ... ers
rubifolia, F.v.M. OLS
Wikstreemia
fetida, A. Gray age O18
indica, C, A. Meyer ... SOLS
Shuttleworthiana, Meiss. ... 613 |
Shuttleworthii, Meiss. . 613

viridiflora, Meiss. ... sew Ong
Wistaria megasperma, F.v.M...

| Zamia spiralis, R.Br.

573 |

INDEX (BOTANICAL NAMES).

PAGE

Wormia alata, R.Br. .. 614

Wrightia saligna, F.v.M. 614
Xanthorrhzea

arborea, R.Br. + 233

australis, R.Br. - 233

hastilis... 67, 234

Sppomess si6 nie 67, 231

Tateana, F.v.M. fy Pe)
Xanthostemon pachyspermus,
F.v.M. et Bail. 614

Xeranthemum bracteatum, Vent. 642
Xerotes

longifolia, R.Br, . 634
Spp. sr - 634
Ximenia
americana, Linn. 68, 614
elliptica, Forst. 68, 614
exarmata, F.v.M. 68, 614
laurina, Delile 68, 614
Xylomelum
pyriforme, Knight 222, 615

pyriforme var. salicinum,

R.Br. aos a: ie (OLS
salicinum, A. Cunn. ... <<, OLS
Scottianum, F.v.M.... 1 O15

Xylostroma giganteum, Fries. 640

Al, 217, 218,
627
Zanthoxylum
brachyacanthum, F.v.M. 300, 615
veneficum, Bail. 206, 615
Zieria
lanceolata, R.Br.
Smithii, Andr.

282, 301, 616
282, 301, 616

| Zizyphus
celtidifolia, DC. 68, 616
Jujuba, Lam., 68, 144, 207, 616
Napeca, Roxb. Sa 68, 616
(Enoplia, Mill. 68, 616
ruputa, Mig. ... 68, 616
Zostera
marina, Hook. f. . 635
Muelleri, Irmisch. - 635
nana, Roth. aCe «2 ORS
Zoysia pungens, Willd. re

Zygophyllum australasicum, Mig. 48

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