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RETURN TO
LIBRARY OF MARINE BIOLOGICAL LABORATORY
WOODS HOLE, MASS.
LOANED BY AMERICAN MUSEUM OF NATURAL HISTORY
The Annals
OF
Scottish Natural History
A QUARTERLY MAGAZINE
WITH WHICH IS INCORPORATED
“Che Scottish Naturalist”
EDITED BY
J. A. HARVIE-BROWN, F.R.S.E., F.Z.S.
MEMBER OF THE BRITISH ORNITHOLOGISTS’ UNION
VAMES) W. ia, TRAIL, M.A, MoDr) EAR Ss, Esko:
PROFESSOR OF BOTANY IN THE UNIVERSITY OF ABERDEEN
AND
WILLIAM EAGLE CLARKE, F.L.S., Mem. Brit. ORN. UNION
NATURAL HISTORY DEPARTMENT, MUSEUM OF SCIENCE AND ART, EDINBURGH
RATUR AD %
EDINBURGH
DAVID DOUGLAS, CASTLE STREET
LONDON: R. H. PORTER, 7 PRINCES ST., CAVENDISH SQUARE
h,
7 _
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The Annals
of
Scottish Natural History
Nos 27) 1897 [JANUARY
THE LATE PROFESSOR THOMAS KING.
THOMAS KING was born on the 14th April 1834, at
Yardfoot, Lochwinnoch, Renfrewshire, a farm which was
owned and occupied by his father. He received his early
education in a small school in the village of Glenhead. He
was destined to be a teacher, and in 1855, after the sale of
his birthplace, and the removal of the family to Glasgow, he
entered the Normal Training College of the Free Church of
Scotland. The early bent of his mind revealed itself in his
attendance on the class of Botany in that Institution. In
1862 he was appointed teacher of English in the Garnet
Bank Academy, where, in addition to the ordinary subjects,
he taught an advanced class of Botany. The work of the
session, however, proved too much for his strength, which
had never been robust, and he was obliged to relinquish the
position. Through the influence of a brother, who had
settled in Chili, he was appointed to an English school in
Valparaiso. He took this step in the hope that a long sea
voyage, and residence in a warmer climate, might be
beneficial to his health. Leaving in July, he arrived at
Valparaiso in October, 1864.
During eight years of residence in Valparaiso his health
was in great measure restored, and his love of Botany found
new fields for its devotion. His letters during this period to
21 B
2 ANNALS OF SCOTTISH NATURAL HISTORY
a sister, with whom the latter years of his life were spent,
and who survives him, are full of interest and reveal the en-
thusiasm of his nature. He describes the scenery of a valley
near Valparaiso as resembling that of the Clyde valley about
twenty miles north from Moffat, but narrower, and intersected
by many cross valleys enriched with a profusion of wild-
flowers, such as yellow calceolarias and mimulus, “ growing
like chickweed.” The contrast between their richness and
the sterile mountain scenery struck him as “very wonderful.”
As evidence of the restoration of his health, we may
refer to his ascent of La Campana de Quillota, a mountain
of 6400 feet in height. The ascent was made by moon-
light, which “steeped the great silent hills in light, and
made one think how little of the grandeur and beauty of
nature we see.” Ata height of 4000 feet the party rested
for the night. When they reached the summit “the only
sign of day was the morning star in the east,” while “in the
west the moon was shining on the sea.” Gradually the light
became “brighter and brighter over the mountains,” “rays
from the yet hidden sun” streaming into the sky, till at last
“an intense point of the colour of lightning rose to view.”
When the full glory of the sunrise was upon them, the
shadow of the mountain was projected for twenty-six miles
over land and sea. There is frequent reference to the plants
which he gathered ; now a calceolaria “growing in a crack
of a rock a few feet from the highest point,” and again an
“ Umbellifer growing like great hassocks among the stones,
like a moss about nine inches high, or the golden fern
Adiantum sulphureum.’ The descent was made after sun-
rise, and at one point the party went into a copper mine,
“but I, liking better what grows on the outside of the earth,
took the opportunity to go among the plants.” So character-
istic of the man !
After eight years residence in Valparaiso he went to
Santiago, and communicated to Dr. Philippi, Professor of
Botany in the University there, the collection of plants and
seeds which he had made during these years. It proved to
be one of great value, including several plants new to
science. Schzzostemma Kingi, Ph. and Tropeolum King, Ph.,
perpetuate his name. He was the first to find Stemmatum
THE LATE PROFESSOR THOMAS KING 3
narcissotdes, Ph. Schizostemma and Stemmatum formed
new genera at the instance of Philippi. He was the first
also to find Errazurtzia glandulifera, Ph, a _ curious
leguminous plant with “long rat-tail spikes of flowers of a
peculiar purple and yellow” with an “ incense-like” scent.
Philippi named it in honour of President Errazuriz, and
King adds—so characteristic again—‘“ I was better pleased
than if he had named it for myself.”
Early in 1873 he returned to Scotland, with such
restored health that he determined to remain at home. In
1873 and 1874 we find him studying Botany in the
University of Glasgow, under the late Professor Dickson ;
and again in 1878-79 he attended the class of Practical
Botany under Professor Bayley Balfour. For a time he was
engaged in teaching in various schools in the West of Scot-
land, and set himself to qualify as a certificated teacher in
Science. In 1877 he was appointed Lecturer on Botany in
the Eastern Mechanics Institute, Glasgow; and in 1878 he
was appointed to a similar position in the Glasgow
Mechanics Institute, now incorporated in the Glasgow
and West of Scotland Technical College. In 1883 he
attended lectures on Botany and instruction in laboratory
work at South Kensington, and in the same year he obtained
the Certificate of the Department of Science and Art as a
teacher of Botany. In 1889 he was elected Professor of
Botany in Anderson’s College Medical School, and in 1890
Professor of Botany in the Glasgow Veterinary College.
He continued to discharge the duties of these various offices
till the date of his death.
Professor King was an active member of the Geological,
the Eastern Botanical, the Natural History, and the Micro-
scopical Societies of Glasgow. He was a Fellow of the
Cryptogamic Society of Scotland, of which he was Honorary
Treasurer from the year 1883. He has left no permanent
work in the literature of science, if we except an enlarged
edition of Kennedy’s “Clydesdale Flora,” which he published,
and an article on the “ Botany of Scotland,” which he wrote
for the “Ordnance Survey Gazetteer of Scotland.” But he
frequently contributed valuable papers to the various
societies of which he was a member.
4 ANNALS OF SCOTTISH NATURAL HISTORY
It was while attending the Annual Conference of the
Cryptogamic Society that he contracted the illness which
proved fatal. On the evening of Monday the 7th September
last he joined the members, who were assembled at Fochabers,
in good health and spirits. The following day was one of long
and arduous exertion in field-work, and at its close he was
unusually fatigued. On the morning of Wednesday the oth
symptoms of pleurisy developed themselves, but they were not
such as to cause any grave apprehension to the medical friends
who were with us. Although he was not able to rise from
bed during the remainder of the Conference, he was progressing
favourably, and was interested in our work. When members
left on Friday the 11th, it was in full hope that he would be
able shortly to return to his home and duties. On Sunday
the 13th, however, a relapse took place, with complications,
and, though all that medical aid could do was done for him,
he sank rapidly. It was a painful shock to all of us to
learn that he died on Monday the 14th. It was matter of
great satisfaction that his sister reached Fochabers in time
to nurse him in his last hours. The end was peaceful. His
remains were interred in the Abbey Churchyard of Paisley,
beside those of his ancestors.
Professor King was a man of sterling character, which
commanded the respect and esteem of all who came in
contact with him. He had many friends, and no one can
conceive the possibility of his having an enemy. Of a
singularly guileless, unselfish, and gentle nature, he uncon-
sciously attached to him all who had the privilege of his
acquaintance. The very quaintness of his peculiarities made
him more lovable. His enthusiasm in his favourite pursuits
was unwearying, and latterly the study of fungi became the
absorbing interest of his leisure hours. It was ever his
highest delight to impart to others the knowledge which he
possessed, and he was singularly patient in helping those
who had the desire to learn. Devoted to science, he took
little part in public affairs. Political or ecclesiastical con-
troversies were alike alien to his modest and gentle nature.
His presence will be long and sorely missed among us.
JOHN STEVENSON.
JAMES STIRTON.
A LIST OF THE BIRDS OF BERWICK-ON-TWEED 5
A LIST OF THE BIRDS OF BERWICK-ON-TWEED,
WITH SPECIAL REFERENCE TOS THE BIRDS
OF BERWICKSHIRE,” AND NOTICES OF THE
OCCURRENCEROER SOME, OF THE,” RAKER
SPECIES IN THE ADJOINING DISTRICTS.
By GEorcE Bota, F.Z.S., etc.
(Continued from Vol. V., 1896, p. 93-)
PASSERES.
MissEL THRUSH, Zurdus viscivorus, Linneeus.—A resident species,
breeding in a few places within the limits of the borough, as, for
example, in the plantation below New Water Haugh, and sometimes
also in gardens in Ravensdowne. It is generally supposed to have
increased very much in numbers, in the district, within what we
may term (ornithologically speaking) historic times. Various recent
writers have remarked upon its comparative rareness in their younger
days, or when they first came to the district ; but even so far back
as 1830 or 1831, we find Selby writing: “ This species within the last
ten or fifteen years has become very common in the northern
counties.” While ten years later—viz. in 1840—he ranks the
Missel Thrush as a resident “which in our younger days was con-
sidered a very rare bird,” but ‘‘has now become common.”
Sone TurusH, Zurdus musicus, Linneus. |
BLACKBIRD, Zurdus merula, Linneus.
dents, breeding everywhere. In autumn the native stock is largely
augmented by immigrants, perhaps from abroad, proof of which is
very visible in the flocks of these birds which we sometimes meet
with in the turnip-fields in October and November. At that season
of the year numbers of them may also be found, upon our sea banks,
where they forage for snails, etc., along the grassy ledges of the cliffs,
and amongst the rank growth of herbage at their base.
To some extent, no doubt, the birds which breed with us are
also migratory in winter, but possibly it is only the young birds
which then move southwards. Be that as it may, it is quite certain
that many of the old residenters in our gardens do wot depart, but
remain throughout the year in their chosen haunts.
Well-known resi-
REDWING, Zurdus tliacus, Linnzeus. |
FIELDFARE, Zurdus pilarts, Linnzus. |
generally associated in flocks. They arrive about October, and
frequently remain till late in spring, sometimes until the middle of
May.
Common winter visitants,
6 ANNALS OF SCOTTISH NATURAL HISTORY
Rinc Ovze., Zurdus torquatus, Linnzeus.—Not unfrequently
seen in Berwick, on migration, in autumn, and sometimes also in
spring. The following dates, from my journals, may be of interest
for comparison :—
1882. Oct. 14, and for a day or two afterwards.—Several noticed
in the garden at Ravensdowne.
1883. Apl. 25.—One seen in garden, Ravensdowne.
1884. Apl. 27.—Two pairs near Scremerston, three miles south of
Berwick.
» Sept. 14, and following days.—One or two in garden, Ravens-
downe.
1885. May 4.—One in garden, Ravensdowne ; a Pied Flycatcher
seen there same day.
1889. Oct. 20.—An old bird on sea banks at Scremerston, which
my dog “winded” a considerable distance off. The
‘camey ” smell of this species, to dogs, is pronounced, and
has frequently been remarked upon.
1891. Sept. 20.—Several about the plantation below New Water
Haugh on this and succeeding days. Were rather un-
usually numerous in the neighbourhood this autumn.
1895. Jan. 7.—One seen by my brother amongst the trees at Scots
Gate, in the town. This was a very stormy day of rain,
wind, and snow, and the beginning of the severe frost
which continued without interruption until March.
The occurrence of the Ring Ouzel in mid-winter is very unusual,
though I had one from near Rock, in Northumberland, so late as
the rst November 1885; and saw another near Wooler, on 5th
December 1883 (“ Hist. Berw. Nat. Club,” vol. x. p. 388, and vol.
xi. p. 258).
The individuals which visit us here in autumn are generally in
immature plumage, with pale margins to all the feathers, imparting
rather a light-coloured appearance to the birds; gorgets on throats
of a dull muddy grey and somewhat inconspicuous. The quill
feathers of wings and tail in these immature specimens are sometimes
obscurely barred or spotted, a peculiarity which I have also observed
in some young examples of the Missel Thrush.
Wuite’s TurusH, Geocichla varia (Pallas)—The only record for
the district, of this rare accidental visitor to Great Britain, is the
specimen killed at Hardacres, in Berwickshire, in December 1878.
(Brotherston, ‘‘ Hist. Berw. Nat. Club,” vol. viii. p. 518).
WHEATEAR, Saxicola enanthe, Linneus.—A common spring to
autumn migrant, and usually one of the first to herald the return of
spring. It often reaches us by the last week in March, my earliest
record, for nineteen years, being the 23rd of that month, 1893. In
autumn it congregates, in some numbers, about the vicinity of the
pier, and sometimes lingers there until October.
A LIST OF THE BIRDS OF BERWICK-ON-TWEED 7
Wuincuat, Pratincola rubetra (Linneus).—Another summer
migrant, arriving in March, and I used sometimes to meet with the
young, in our garden in Ravensdowne, on their return journey, in
August, and September, at which season they are in a much spotted,
and most interesting state of plumage. It is never numerous, but a
pair or two sometimes nest within the limits of the borough.
STONECHAT, Pratincola rubicola (Linnzeus).—Resident, and breeds
in several places ; always a pair or two upon the sea banks. ‘The
beds of coarse herbage at the mouth of the Whitadder, and on the
Orit Island, on the Tweed, form favourite resorts during winter.
REDSTART, Ruticilla phenicurus (Linnzeus).—Not very numerous,
but nests wherever suitable places occur, and is seen regularly in
Berwick, in spring and autumn. I am not aware that it breeds
nearer to the town than at Castle Hills.
Brack Repstart, Auvzicilla titys (Scopoli).—This is a bird which
one would think ought to be attracted by our rocky coast, but, though
I have for years kept a careful look out for it, the only instance
of its occurrence here is a female, in winter plumage, which was shot
by my brother, on the rocks behind the pier, on 15th December
1893, and is now in my collection.
It has occurred once or twice on the Northumbrian coast, and
has also been recorded from the shores of the Firth of Forth. It is
not included by Mr. Muirhead in his “‘ Birds of Berwickshire.”
BLUETHROAT, (uticilla suecica (Linneeus).—No record here, but
in addition to the specimen recorded by Selby, from the Town Moor,
Newcastle-on-Tyne, shot 28th May 1826, and now in the Newcastle
Museum, one was taken at the lighthouse, on the May Island, on 22nd
September 1881, (Gray in “ Hist. Berw. Nat. Club,” vol. x. p. 84), and
another is recorded by Mr. Geo. Pow, of Dunbar (/oc. ci¢. vol. xi. p.
248), as having been killed at Belhaven, in East Lothian, in the end
of May or beginning of June 1868, and preserved by Mr. William
Johnstone, Belhaven. The last mentioned specimen is said to have
the central spot on the breast “yellowish brown with pure white
below.” The May Island bird was recorded by Mr. Gray as belong-
ing to the entirely blue-breasted form, A. zwo/#, but I have been
obligingly informed by Mr. Wm. Eagle Clarke that the specimen is
now in the Museum of Science and Art, in Edinburgh, and belongs
to the red-spotted race.
Rosin, Evithacus rubecula (Linnzeus).—As common, and as wel-
come, in Berwick as elsewhere. A considerable increase to the
native stock is noticeable in September, and October, at which
season I have often remarked it with the little bands of Redstarts,
Warblers, Pied Flycatchers, etc., which sometimes pay a visit to the
gardens in the town.
8 ANNALS OF SCOTTISH NATURAL HISTORY
NIGHTINGALE, Daulias luscinia (Linnzus).—Although, as might
be expected, this premier songster has not yet visited the borough,
I have to put on record an undoubted instance of its occurrence in
Northumberland, in June, 1893, not more than some twelve miles
south of our limits, and within about half that distance, as the crow
flies, of the Scottish Border.
It is no unusual thing for a Nightingale to be reported in the
newspapers, as having been heard, in this, or that locality, in the
northern counties, only upon investigation to turn out to be a Sedge
Warbler, or some other night-singing bird, which has been treating
the neighbourhood to an even-song, and has therefore been at once
put down asa Nightingale ; and it is perfectly marvellous upon what
slight foundation these stories sometimes rest. Being accustomed
to these paragraphs, I was in no way surprised to see it stated in the
local press, in the early part of June 1893, that a Nightingale was to
be heard singing nightly, in a wood near the village of Whittingham,
and that another had been heard near Elsdon, both places being in
Northumberland, and in the ordinary course of events, I should
probably have paid but little attention to the matter. Of the re-
ported occurrence at Elsdon, I heard nothing further, and cannot
therefore say how far that story may have been correct ; but happen-
ing to be a good deal in the Whittingham neighbourhood at the
time, and hearing of the Nightingale upon all hands, I walked over
to the wood, about midnight, on the evening of Sunday, the 11th
June, and was no less astonished, than delighted to hear an un-
doubted Nightingale in full song. The bird sang from a low oak
tree, near the eastern corner of the large wood, at Whittingham, and
within a short distance of the village, and, late though the hour was,
there was still quite a little knot of people gathered together to
listen to the song. A footpath, from Whittingham to Callaly Castle,
skirts the wood at this place, and afforded an excellent opportunity
to every one to hear the bird without trespassing ; but the Earl of
Ravensworth, to whom Whittingham belongs, having heard of the
Nightingale, had given orders to have it strictly protected, and con-
sequently either the gamekeeper, or his son, remained on duty every
night.
There could, of course, be no mistake about the song, but, in
order to place the record entirely beyond suspicion, I made an ap-
pointment with the keeper, and revisited the place with his son, on
the afternoon of the 13th, when I had the satisfaction of obtaining
a very near view of the bird itself, close to the spot where I had
heard it sing two days before. We remained near the wood for
some time, and I had a second excellent view of the bird, and thought
that I detected a pair of them, but of this could not be perfectly
certain. Layton, the keeper, told me that he had first heard the
song on the 14th of May, and that, almost nightly, a large number of
Where do 5) am alk e_ ™ y Saest ¢
On Warm Mount Terrors . crest
That's Where im Spring we vest
Ian the Antarcelrve _
Where clo my young ones Peed 2
‘Mid the great angle weed
Where Squicls are all we need
Through fie Shovl Summer.
Then When the wintery Grow
Dims the Volearie's glow
Northwords we always go
To th Canaries
And. while youth was rife
fed 1a yoving lite
Unld-1 found « wife B
Qvite clese & Rockal) =
Quile on the wrong Track, them,
Now, told the where and when =
Please tome ane See my hen Ww
hr On Hy black Laver. ase
EE
oe patie
=
> "ys SC
yar Wr Se Rae,
© as ee, —~
A LIST OF THE BIRDS OF BERWICK-ON-TWEED 9
persons had come to hear it. As it afterwards turned out, the bird
had almost ceased singing before I heard it, and it was very little
either seen or heard after the 13th June.
It will be remembered that the summer of 1893 was one of the
hottest, and finest, we have experienced for many years in the north
of England, and it was supposed that the fine spring had tempted
the Nightingale to exceed its usual northern limit. During May and
June the barometer stood at a very high point, and remained prac-
tically stationary, whilst on the 18th June the thermometer recorded
85° in the shade in the Whittingham neighbourhood, and was up
nearly five points higher a few days later.
It seems only right to notice here that in the ‘‘ History of the
Berwickshire Naturalists’ Club,” vol. viii. p. 446, the late Rev. J. F.
Bigge has recorded that “during the very hot weather in the last
week in June 1878 a Nightingale was heard, about eight o’clock,
for several evenings, singing in a wood close to Blanchland, on the
river Derwent, in the county of Northumberland. )
NOTODONTID.
Harpyia furcula, Z.
» vinula, Z.
Notodonta dromedarius, Z.
" ZiCZac. Lh,
Pterostoma palpina, Z.
Leiocampa dictza, L.
as dictzoides, £.
Lophopteryx camelina, Z.
Pygzera bucephala, Z.
LIPARIDZ.
Demas coryli, Z.
Orgyia antiqua, ZL.
CyMATOPHORID.
Thyatira batis, Z.
Acronycta psi, L.
ligustri, S. V.
>)
LEUCANIDA.
Leucania conigera, S. V.
lithargyria, £.
comma, Z.
impura, [7
_ pallens, Z.
Nonagria fulva, 7.
‘ lutosa, 77.
APAMIDZ.
Hydreecia nictitans, Z.
¥s micacea, £.
Xylophasia rurea, /.
5 lithoxylea, S. V.
a polyodon, Z.
NOCT OE.
LITHOSID.
Nudaria mundana, Z.
CHELONID.
Arctia caia, Z.
Nemeophila plantaginis, Z.
Spilosoma fuliginosa, Z.
Bi menthastri, S. V.
Euchelia jacob, Z.
BOMBYCID&.
Bombyx rubi, Z.
quercus, vay. calluna
-populi, Z.
9)
”
SATURNID.
Saturnia carpini, S. V.
ee
DREPANULIDZ&.
Cilix spinula, S. V.
Charzeas graminis, Z.
Luperina testacea, S. V. |
Mamestra furva, S. V.
~ brassicee, Z.
Apamea basilinea, S. V.
» genmina, 77:
_ oculea, /.
Miana strigilis, Z.
fasciuncula, zw.
,, Jliterosa, Zz.
Celzena Haworthil, C.
99
CARADRINID&.
Caradrina blanda, 7.
7 cubicularis, S. V.
NOCTUID2.
Rusina tenebrosa, /7/.
Agrotis suffusa, S. /.
3 segetum, 5.7/7
,, exclamationis, Z.
LEPIDOPTERA IN ROXBURGHSHIRE
Agrotis porphyrea, S. V.
Trypheena ianthina, S. V.
fs fimbria, Z.
5 subsequa, S. V.
orbona, /:
a pronuba, Z.
Noctua glareosa, £.
iy Gepuncta,, Z.
oy AUS
ve plectay =f.
ee G-mierum, 2:
» triangulum, 7
» brunnea, S. V.
pee LeStlval 9:07
ee coniua,. 2
» rubi, View.
fh blanlordosey 76
ea bala ese 12
» xanthographa, S. V.
ORTHOSID.
Trachea piniperda, Pavz.
Tzeniocampa gothica, Z.
4 rubricosa, --
Js instabilis, £.
-f stabilis, Vzezw.
Orthosia suspecta,
3 upsilon, S. V.
5 lota, Z.
vA macilenta, //.
Anchocelis lunosa, Hw.
- litura, Z.
Orrhodia vaccinu, Z.
. spadicea, G.
Scopelosoma satellitia, Z.
Xanthia fulvago, Z.
i silago, /Z.
ferruginea, S. V.
>b}
COsMID&.
Tethea subtusa, S. V.
HADENID&.
Diantheecia carpophaga, BA.
capsincola, S. V.
% cucubali, S. V.
Hecatera serena, S. V.
2
Pola ehiy 2.
Epunda lutulenta, S. V.
» viminalis, 7:
Miselia oxyacanthee, Z.
Dichonia aprilina, Z.
Phlogophora meticulosa, Z.
Euplexia lucipara, Z.
Aplecta herbida, S. V.
Pe occulta, Z.
Hadena adusta, Z.
3 we protea Sa
55 dentina, S. V.
i oleracea, Z.
= DIS
* thallasina, B%.
3. SECellimeas ers
XYLINID.
Calocampa vetusta, H.
* exOletages.
Cucullia umbratica, Z.
HELIOTHIDA
Anarta myrtilli, Z.
PLUSIID.
Habrostola urtice, 7.
Plusia chrysitis, Z.
5 bEaeteage Sie
3) testwersaee:
5) lOtay eZ:
» v-aureum, G.
> gamma Ze
5 Interrogationis, Z.
GONOPTERIDA,
Gonoptera libatrix, Z.
AMPHIPYRID&.
Amphipyra tragopogonis, Z.
Neenia typica, Z.
Mania maura, Z.
EUCLIDIDA,
Euclidia mi, Z.
3 Slypbicas oz.
POAPHILIDA.
Phytometra zenea, S. V.
167
168 ANNALS OF SCOTTISH NATURAL HISTORY
GEOMETRINA.
ENNOMID&.
Rumia crateegata, L.
Metrocampa margaritata, ZL.
Ellopia fasciaria, Z.
Selenia illunaria, /Z.
Odontopera bidentata, Z.
Crocallis elinguaria, Z.
Ennomos tiliaria, BA.
Himera pennaria, Z.
AMPHIDASID&.
Phigalia pilosaria, S. /.
Amphidasis betularia, Z.
BOARMID&.
Cleora lichenaria, [Z/
Boarmia repandata, Z.
rhomboidaria, S. V.
99
ACIDALID.
Venusia cambrica, C.
Acidalia aversata, Z.
CABERIDZ.
Cabera pusaria, Z.
MACARID&.
Macaria liturata, Z.
Halia wavaria, Z.
FIDONID.
Scodiona belgiaria, /.
Fidonia atomaria, Z.
> pliniaxia, 2:
Aspilates strigillaria, /.
ZERENID.
Abraxas grossulariata, Z.
HYBERNID&.
Hybernia rupicapraria, S. V.
xf aurantiaria, /Z.
Hybernia progemmaria, /7.
- defoliaria, Z.
Anisopteryx zescularia, S. V.
LARENTID&.
Cheimatobia brumata, Z.
boreata, /7.
Oporabia dilutata, S.
autumnaria, G.
99
bP}
Larentia didymata, Z.
multistrigaria, Zw.
ceesiata, Lang.
salicata, 7.
pectinitaria
Emmelesia alchemillata, Z.
albulata, S. V.
+ decolorata, /7/.
Eupithecia subfulvata, //w.
pygmeeata, /7.
satyrata, /Z.
castigata, £7.
indigata, /Z.
nanata, /Z.
vulgata, Zw.
tenuiata, /7.
exiguata, /7.
sobrinata, /Z.
togata, /7.
ie rectangulata, Z.
Thera variata, S. V.
|) firmata, 77.
Hypsipetes impluviata, S. V.
. elutata, 77.
Melanthia ocellata, Z.
Melanippe tristata, Z.
biriviata, B2.
montanata, S. V.
Ye fluctuata, Z.
Anticlea badiata, S. V.
sae UeGetivala SAV
Coremia munitata, 77.
propugnata, S. /.
ferrugata, ZL.
29
»P
99
>]
9
filigrammaria, /Z. S.
———————
a
LEPIDOPTERA IN ROXBURGHSHIRE
Camptogramma bilineata, Z.
Scotosia dubitata, Z.
Cidaria psittacata, S. V.
m miata, Z.
i corylata, Zh.
“ russata, S. V., and vars.
- immanata, //w.
» suffumata, S.V., and var.
piceata.
3 Prumata, 2.
i testata, 22.
Cidaria populata, S. V.
- fulvata, Forst.
» pyraliata, S. V.
EUBOLID-.
Eubolia mensuraria, S. V.
a plumbaria, #
Anaitis plagiata, Z.
Chesias spartiata, Jess.
Odezia cherophyllata, Z.
DELTOIDES.
HypENID&.—Hypena proboscidalis, Z.
VACATE MIDE.
ENNYCHID.
Herbula cespitalis, S. V.
BoryDé.
Botys fuscalis, S. V.
Pionea forficalis, Z.
Scopula lutealis, 7.
“ prunalis, S. V.
Nomophila hybridalis, 7.
CHOREUTID&.
Simaethis fabriciana, Z.
. pariana, Z.
EUDORIDA.
Scoparia atomalis, Dé.
% ambigualis, 7:
bs pyralella, 77.
. crategella, A.
is murana, C.
GALLERIDA.
Aphomia sociella, Z.
Hypochalcia ahenella, S. V.
CRAMBID/.
Crambus pratellus, C7k. Dé.
A hortuellus, /.
culmellus, Z.
pe) tRIStells: sSayA
LORTRTCINA:
TORTRICIDZ.
Amphysa gerningiana, S. /.
Hypermecia angustana, /Z,
Tortrix icterana, 4707.
> viburnana 1S.
, witidana,, Z.
a. pHorsterana; (772
» heparana, S. V.
23
PLICATA.
Lozotzenia musculana, 7.
Batodes angustiorana, /w.
Ptycholoma Lecheana, Z.
Spilonota trimaculana, (zw.
Catoptria cana, Hw.
Halonota bimaculana, Dzyvz.
“4 trigeminana, Ss.
169
170 ANNALS OF SCOTTISH NATURAL HISTORY
Halonota cirsiana, Z. STIGMONOTID&.
scutulana, S. V.
- brunnichiana, S. V.
Dicrorampha petiverella, Z.
politana, S. V.
herbosana, Bar.
” Peecilochroma corticana, /7.
Retinia pinivorana, Z.
a sylvestrana, C.
Pamplusia monticolana, J.
99
99
Coccyx hyrciniana, Usdar. CNEPHASIDA.
ANCHYLOPERIDE. Sciaphila virgaureana, 7:
- octomaculana, C.
Spilonota neglectana, D.
Anchylopera myrtillana, 7°
” unguicella, Z. SERICORIDA.
Bactra lanceolana, /7/.
Argyrotoza Conwayana, /-
Aphelia pratana, 7,
Sericoris rivulana, 5S.
lacunana, S. V.
Hemerosia rheediella, Z. ee :
Mixodia Schulziana, /
PERONEID&.
: . . LOZOPERID.
Cheimatophila mixtana, 7. oe :
Peronea tristana, /7. Argyrolepia cnicana, Dé.
‘ aspersana, /7. Eupeecilia atricapitana, Ss.
a maccana, 7° e angustana, /7.
x variegana, S. V. is ciliella, A.
nA Caledoniana, S/. Cochytis straminea, 7.
ve ferrugana, S. V. Xanthosetia hamana, Z.
Teras caudana, / ‘. zegana, L.
TINEINA.
EXAPATID. PLUTELLIDZ.
Chimabacche fagella, W. V. Plutella cruciferarum, Z.
Ochsenheimeria birdella, C. »» porrectella, Z.
Tinea rusticella, * dalella, S7z.
,, tapetzella, Z. Cerostoma vittella, Z.
cloacella, /Zz.
» pellionella, Z.
,, semifulvella, /7Zzv. GELECHIDA.
» supella.
Incurvaria masculella, /
radiatella, Dzv.
99
Depressaria costosa, //w.
Nemophora schwarziella, Z. ” assimilella, 7
A alstreemeriana, C7.
MICROPTERYGID~. b, arenella, W. V.
Micropteryx subpurpurella, zw. » applana, 7:
> nervosa, [/w.
HYPONOMEUTID#. a heracliana, De Geer.
Swammerdamia apiella, Duzzv. Gelechia confinis, .Szz.
A pyrella, V277. -s ericetella, AZ.
a
GALLS 171
Gelechia terrella, W. V. COLEOPHORIDA.
5 acuminatella, Szrcom.
leophora albicosta, Aw.
Pleurota bicostella, Z. Coleephors ab ees
- artemisiella, Scott.
ZECOPHORID-.
ELACHISTID&.
Ecophora subaquilea, Szz.
“A pseudospretella, S¢v.
Endrosis fenestrella, .S.
Chauliodus cheerophyllellus,
Goeze.
Elachista apicipunctella, S¢v.
atricomella, Sz.
rufocinerea, /7zw.
cygnipennella, /7/.
GLYPHIPTERYGID/. 2
Glyphipteryx thrasonella, .S.
Es fuscoviridella, Az.
fischeriella, Z, LITHOCOLLETIDA.
ue)
Lithocolletis spinolella, D.
ARGYRESTHID#. See er
coryli, LVecedlz.
oP)
Argyresthia nitidella, /
retinella, Z.
3 PTEROPHORINA.
9 gcedartella, Z.
* arceuthina, Z. Platypilus Bertrami, /eoss/er.
Cedestis farinatella, D. Pterophorus — bipunctidactylus,
Hw.
GRACILARID. - microdactylus, /Z.
thee Aciptilus tetradactylus, Z.
Gracilaria swederella, Dhnbe. : oe
tringipennella, Z.
syringella, 7.
phasianipennella, 7. Alucita polydactyla,
f ALUCITINA.
Pp)
”
GALES:
By Prof. James W. H. Tram, M.A., M.D., F.R.S.
TWENTY-FIVE years have elapsed since I began to describe,
in the early volumes of the “Scottish Naturalist,” the galls
found by myself in N.E. and central Scotland, or sent me by
friends from various parts of the country. The earlier papers
were issued at a time when information as to the makers of
these productions was not easily acquired. In later papers
in the same journal, and in the publications of the Natural
History Societies of Aberdeen and Perth, I have supple-
172 ANNALS OF SCOTTISH NATURAL HISTORY
mented their deficiencies by descriptions of galls not
previously on record from Scotland, and by giving names
of others the makers of which had not been previously
identified. That the observations were fairly thorough may
be inferred from the fact that in the districts most wrought
by me I have found very few novelties for a good many
years past. The district around Glasgow, and, to a less
extent, some other regions in the West of Scotland, have
had their galls investigated by Mr. Peter Cameron, whose
discoveries are recorded largely in the publications of
Glasgow Natural History Societies, as well as in the
“Scottish Naturalist,’ the “Entomologist’s Monthly Mag-
azine,” and other scientific journals. The true Gall-flies, or
Cynipide, and the Gall-making Saw-flies, have been well
treated of in Mr. Cameron’s great work in four volumes
(issued by the Ray Society), under the name of “the
British Phytophagous Hymenoptera.” Mr. F. G. Binnie, in
1876, published in the Transactions of the Glasgow Societies
some short but valuable papers on the Ceczdomyzde, or
Gall-midges, of the neighbourhood of Glasgow.
For a good many years very little additional information
has been published about the galls of Scotland, or indeed of
any part of the British Islands ; and the few notes that have
appeared are apt to be overlooked in the absence of any
index to the very scattered literature of the subject. Though
the galls of a very few districts have been collected with
some care, and described with sufficient fulness to permit
their recognition in most cases, these districts form but a
very small part of our islands ; and very little, if anything, is
on record about the distribution of the gall-makers in Britain
as a whole.
During the past two decades much has been done on the
continent of Europe in the careful investigation of the life-
histories and of the structure of the gall-makers, especially
of the less conspicuous forms produced by nematoid worms,
mites, and midges; and our earlier British records demand
reconsideration in the light of this fuller information. I
have for some time been engaged in collecting all the
information I can obtain upon galls, in the hope of being
able to bring our knowledge of the galls of the British
GALLS 173
islands into line with that of the galls of Central Europe
and Italy. I also hope to be able to extend our records of
the distribution of the gall-makers in our country. I ask the
co-operation of all who may observe galls to aid me in this
by kindly forwarding to me examples of the various forms,
fresh or dried. Each specimen should be labelled with the
name of the food-plant (unless the part sent is sufficient to
show this), the collector’s name, the locality, the approxi-
mate height above the sea-level, and the date. I will
gladly supply the names of the makers if it is possible to do
so. It will make this easier if the sender will number each
kind sent, retaining an example bearing the same number.
Examples from almost any locality in the country will be
welcome, no matter how common they appear to be. So
little is recorded as to the distribution that every scrap of
information will be helpful.
Galls form a most interesting subject of study. The
power that certain low forms of plants and many animals,
belonging to widely different groups, possess of influencing
the growth of the cells of their hosts so as to give rise to
structures usually of a very definite nature is one that man
has not yet been able to acquire, even in a limited degree.
The change produced is in most cases so characteristic that
the galls can be recognised with as great certainty as, and
with far greater ease than, the gall- makers themselves.
Indeed, in a good many cases, for example among certain
Cyutpid@, the gall-makers can scarcely be distinguished from
one another, while the galls are very different. A con-
tinuous gradation leads from galls that are little more than
a slight enlargement of the part, or a mere surface distortion,
to those so highly specialised in form, and of so varied
tissues, that they appear like wholly new parts not repre-
sented in the normal organs of the plant.
A clear and accurate conception of the nature of the
change induced by the gall-maker in the processes of nutri-
tion and of growth characteristic of the healthy cells would
be a most valuable contribution to our knowledge of
physiology. In the simplest galls, often scarcely deserving
the name, this change is probably due to local irritation
caused by the parasites absorbing their food from the
174 ANNALS OF SCOTTISH NATURAL HISTORY
affected cells. Such galls are almost always formed by
parasites (such as many Gall-mites and some Aphides) for
their own protection and nourishment. The alterations in
these forms frequently amount, as stated above, to little
more than an enlargement of the cells of the ground-tissue
or of the epidermal cells, with sometimes an increase in
their numbers. Hairs often grow from the surface, in small
numbers and scattered, or so abundantly as to form con-
spicuous patches. These have frequently been described as
fungi, usually under the supposed genera FErzzeum and
Phyllerium. These galls belong to a somewhat specialised
type in that the hairs in each kind are very seldom like
those usually found on the host plant, while they show forms
characteristic of the galls. .
Very different, at least in degree, from the influence
exerted by the parasite in both these cases, must be that in
force in the production of such galls as those formed on oaks
by the true gall-flies; and the difference is increased by the
fact that so many of these insects produce in each year two
galls absolutely distinct in aspect, and often very different in
structure. Yet these highly developed galls only manifest in
an extreme degree a power that in its less specialised stages
is possessed by many other insects, as well as by organisms
of numerous types lower than insects in the scale of being.
There does not appear to be any reason why man should
not discover how to exercise some such power over nutrition
and growth of parts so as to modify structure profoundly.
The importance of such a discovery in its scientific interest
and in its practical applications is self-evident.
The subject of Galls is far too large to be treated in its
fulness here ; but an outline of it may help to induce readers
to look for them, and to respond kindly to my request for
assistance in the form of specimens.
It is somewhat difficult to define clearly what a gall is,
so as to include the widely different forms with which we
meet. But it may practically be accepted as any structure
in which the action of a parasite has led to increase in
size of the tissues of the host. The enlarged tissues very
generally show marked increase in the number of the cells,
along with enlargement of the individual cells, and (in the
GALLS 175
more highly specialised galls) often a great diversity in
structure, uses, and contents among the constituent cells.
In this sense galls may be said to occur on animals as well
as on plants; but the galls on animals are comparatively
few, and need not be considered here. Passing to plants as
hosts, we meet with galls, necessarily of very simple struc-
ture, even among some of the Algz or water-weeds, ¢,g. in a
few red sea-weeds, and in species of the green freshwater
weed Vaucherta, which bear flask-shaped galls caused by a
Rotifer— Notomma Werneckiz. But the whole number of
galls on flowerless plants is very small, even the ferns and
their allies bearing but few, and of a structure but little
specialised. Many of the flowering plants, on the other
hand, show a very wide range of structure and form in the
galls they bear. By far the most specialised forms known
to us occur on some of the Dicotyledons. It is curious to
find that the Gymnosperms show a far less development of
galls, alike in structure and in frequency, than do the Angio-
sperms, or flowering plants with closed seed-vessels, though
they so long preceded the latter plants in their appearance
on the earth’s surface. Among the Angiosperms, the two
great divisions of Monocotyledons and Dicotyledons present
a similar inequality ; the former division, though the earlier
to appear in the earth’s history, being by far behind the
other in the complexity of structure reached by the galls,
and also in the number of kinds of gall-makers in comparison
with the number of species of plants in each division.
Certain orders of Dicotyledons are very susceptible to attacks
of gall-makers, every species bearing one or more kinds.
Pre-eminent alike in number of forms, in high specialisation
of many of the galls, and in the prevalence of dimorphism
(or two forms of a single species in successive generations
within the year producing two forms of galls), stand the
Oaks. The other genera (beech, hornbeam, and hazel) of
the family of Cupuliferee are also more or less infested by
galls. The allied families Betulaceze (birches and alders)
and Salicaceze (willows and poplars) are rich in forms pro-
duced by parasites of widely different groups. These
families are generally regarded as being among the older,
and in some respects less specialised, Dicotyledons.
176 ANNALS OF SCOTTISH NATURAL HISTORY
Turning now to the more specialised types of Dicoty-
ledons, we find that of some families almost every member
is liable to bear galls, while in others only certain genera are
attacked, or only a few species of different genera may be so.
Among the Rosacez we meet with numerous galls, the work
of very various makers. Some of these are of low organisation,
while others in their complexity of structure and in their
aspect recall the highly specialised forms of oak-galls. The
Crucifere, Leguminose, Rubiaceze (as represented by the
Bedstraws and their allies), and Composite may be men-
tioned as families including many herbaceous plants that
bear galls. Among the more highly organised woody
Dicotyledons, the Limes, Maples, and Common Ash are rich
in galls, though seldom of complex structure.
Few families of Dicotyledons, even in the British flora,
except some of those represented by only one or by very
few species, are absolutely free from galls ; and, if we look to
the records from other countries, we see that a good many of
our plants bear galls elsewhere, though they are not yet
known to do so in the British Islands. Among the few
that are not yet recorded as gall-bearers may be noted the
families of the Water-lilies, Holly, Crowberry, Sundews,
Water Milfoils, Ivy, Thrift, Bladderworts, and Bog Myrtle,
along with a few other less conspicuous types. Several of
these are water-plants, and others show peculiarities of
nutrition that may protect them against the gall-makers.
But it is difficult to suggest a sufficient cause why most of
these families should be free, while others, apparently as
secure against attack, are gall-bearers. The immunity of so
many of the Monocotyledons is even more difficult to explain,
eg. the freedom from galls of Orchids and of Cyperacez
(apart from a few Carices) in contrast with the relatively
numerous galls on Grasses.
Every part of plants, from the rootlets upwards, is
liable to be galled; but in each plant certain parts are
usually more liable than others. Most gall-makers show
a preference for a definite part; for example, some attack
the roots alone, others the leaves, others the flowers, or
even a single organ of the flower, such as the seed-vessel.
A few parasites produce changes that show themselves
GALLS 177
in most parts of the entire plant, which may be greatly
altered. Indeed, so great is the change in some cases that
the affected plants have been taken for species distinct from
the type. Such conditions, which scarcely fall under
the usual idea of galls, are generally the work of fungi.
Widely extended effects are also produced by some of the
gall-mites when they give rise to the condition known as
virescence, the inflorescences being replaced by small ill-
formed green bodies, and the foliage leaves being diminished
in size, and usually more or less cut into narrow divisions or
fringes. But in most cases the part attacked is strictly
limited, though some species gall one organ at one period,
and a different one at another, ¢,g. the leaf and root-galls of
Phylloxera vastatrix on the Vine. The two forms of galls
formed by the dimorphic generations of some gall insects
have been already referred to. These, in their highest
development, are confined in Britain to Oaks.
A gall-maker does not often affect plants of more than
one natural order, except those that show a well-marked
alternation of hosts,as do a good many fungi and some
Aphides. These insects alternate between Dicotyledonous
trees or shrubs, less often herbs, and grasses, on which they
pass the winter. There is evidence that tends to show that
some of the gall-mites also can live on, and distort plants of,
different orders.
The various forms of galls have been ranged, as regards
their structure, under two groups—(1) Szmple, in which one
member alone is affected, and (2) Compound, or Lud-galls, in
which the shoot and the members that it bears are more or
less altered.
The Szwple galls have been divided into the subjoined
groups :—
A. Felt-galls, better called Hazr-galls, composed wholly,
or at least chiefly, of hairs on the surface of the part affected.
b. Mantle-galls, formed by the part curving round, or by
a pouch being formed by the increased growth of a limited
area, resembling the finger of a glove projecting from the
surface, or a pit formed by the more rapid growth of the
sides of the cup. However formed, the hollow surface is
lined with epiderm, corresponding to that of the outer sur-
178 ANNALS OF SCOTTISH NATURAL HISTORY
face of the member forming or bearing the gall. The cavity
serves to protect the maker of the gall. The Mantle-galls
show three chief divisions corresponding to the modes in
which they may be formed, as indicated above. They are :—
a. Roll-galls, formed by the margins of the part rolled
upwards or downwards.
b. Pocket- or Pouch-galls, in which stimulus of a limited
part of the galled member has caused increased growth of
that part. Owing to the surrounding tissues not having
increased in corresponding measure, the galled portion bulges
outwards on one surface, and forms a pouch on the other
side. The form and depth of this pouch depend on the
extent of the part galled, and on the activity of growth
within it. The Pouch-galls differ much in form. Often the
pouches are wide and shallow, as on the leaves of many
plants (eg. the galls of Ceczdomyia pustulans on Meadow-
sweet, and those of Aphides, so common on Currant bushes
in gardens). Sometimes they occupy most of the leaf, which
is then usually curved round, as one sees so often in the
leaves of Elms. On other leaves the pouch is a narrow
ridge lying between two chief veins (e.g. in Hornbeam), or
near the margin (in Honeysuckle). In this form the opening
of the pouch is a long narrow slit, kept nearly closed by its
edges. More striking forms are like a nail or bullet attached
to the surface, usually of a leaf, by a narrow neck, through
which is the exit. In these, the part affected has been very
small, but growth in it has been very active,so as to disguise
at first sight their true origin. Galls of these latter forms,
the work of mites, are often abundant on leaves of Sloe,
Birdcherry, Lime and Maple.
c. Covering-galls, or Cup-galls, as the third class of
Mantle-galls may be termed, owe their form to the growth
ceasing, or nearly so, at the point where the gall-maker or
the egg is fixed, while it becomes very active around this
point. A wall is thus built up, which forms at first a cup,
but may elongate into a tube, or may arch over the cavity so
as almost (seldom altogether) to shut it in. Sometimes the
erowth is much more rapid on one side, the position of the
opening (as in the galls of Zetraneura Ulmi on Elm leaves)
showing the true apex of the gall.
GALLS 179
Hatr-galls and Mantle-galls are not sharply marked off
from one another, many forms combining the characters of
both groups. They agree in the gall-makers living on the
outer surface of the plants, not really penetrating the inner
tissues.
C. The third class of Simple Galls differs from both the
former in the gall-maker living whiz the tissues of the host,
or piercing the tissues and depositing an egg within them,
around which the gall grows. These galls differ widely in
complexity, ranging from the blister-like galls of some mites
(as on Pear and Mountain Ash leaves) or the irregular
swellings caused by many fungi and nematoid worms, to
the most highly developed galls known to us, those namely
of the true Gall-flies or Cynipide. In the simpler forms the
increase in size is almost wholly due to multiplication and
enlargement of the cells, which are otherwise little altered in
aspect. In them the parasites, if animals, live in irregular
spaces between the loosely massed cells, or, if fungi, bore
between and into the cells. In either case they draw their
food from the contents of the cells. Galls of this class
produced by mites almost always have the passage through
which the animal penetrated: to the interior kept open as an
exit. In almost all others of the class the passage caused
by the parasite when entering the tissues, or by the parent
insect in depositing an egg within them, is soon blocked ;
and it can be recognised only with great difficulty, if at all.
The latter are well distinguished as Closed Galls. Many of
them remain closed throughout their existence, the parasites
or their offspring being set free by the decay of the galls, as
occurs with the “finger and toe” of turnips and other
Crucifers, and the root-tubercles caused by some Nematoids.
The more highly developed closed galls are formed mostly
by Gall-flies and some Saw-flies for the protection and
nourishment of the larve; some of them being formed
around the egg, others only after the larve have emerged
and begun to feed. The Gall-flies mostly undergo the full
metamorphosis within the galls, the perfect insects escaping
by holes eaten through the walls. The Saw-fly larva when
full fed eat their way out, and, dropping to the earth,
become pupz, usually under ground. The galls of the
180 ANNALS OF SCOTTISH NATURAL HISTORY
Cynipide very generally in the centre possess a thin-walled,
small-celled food-mass rich in cell-contents as food for the
larve. Around this is a somewhat sharply defined, more or
less thick, protecting layer of tissue, composed of thick-
walled pitted cells closely knitted together. Outside this
protecting layer is in most cases a comparatively thick mass
of thin-walled cells. In some galls this differs little from
the ordinary ground-tissue of the part that bears the gall.
In others it is, at least in part, composed of cells of very
irregular outline that leave wide interspaces. The epiderm
is as a rule not very different from that usually present on
the plant. On some it bears characteristic hairs, as on the
common Oak-spangles. The galls of other gall-makers
seldom show any approach to such complexity of structure.
In a simple closed gall there is usually only one chamber
occupied by the larve; but in some there are more than
one such well-defined space. Occasionally the food-mass
surrounded by the protecting layer forms an inner gall,
which separates away from the outer layers during growth,
the latter increasing in size more rapidly than it. Ina
few cases, a part, like a cork in form, separates from the
rest of the gall, and falls to the ground, carrying the larve
with it. In some closed galls a small circular lid breaks
away to form an exit. Where two different forms are
produced by one insect (as by so many of the Cyzzpzde@ on
Oaks) these usually differ much in structure as well as in
aspect. How great the difference may be, even when the
two forms are produced on the same member of the plant,
is well seen if one compares the soft, juicy, globular, smooth
currant-gall of the Oak with the firm, rather dry, lens-shaped,
hairy spangle, both forms growing from the leaves.
The Compound Galls, or Bud-galls, in their more marked
forms appear very different from the simple forms, many
members of the host being frequently involved in a single
gall; but it is not possible to draw a clear line of separation
between the two types. The compound galls are usually
the result of attacks on buds in a very early stage of
development, often before the members of the bud have
become recognisable as separate parts. Frequently the gall
is only an assemblage of parts of which each corresponds to
ie
GALLS 181
a simple gall, such as in the rolled leaves of Geranzum
sanguineum, or of the Bedstraws. But in most cases such a
distortion of the parts is attended with shortening and
other changes in the axis, altering very greatly the whole
aspect of the shoot. Other bud-galls are buds that have
remained abortive, or have swollen a little, the leaf-members
becoming like widened leaf-scales. Others are more changed
in aspect, forming large masses of tissue, in which it is
difficult to recognise the ordinary parts of the plant. Some
of the compound galls are the work of several gall-makers in
co-operation; others are produced by a single gall-maker
for the protection and nourishment of several larve, each of
which occupies its own chamber. Occasionally gall-makers
that habitually form compound galls may also produce
simple galls or vce versa ; and among the dimorphous gall-
flies the one gall may be a compound, the other a simple,
form.
Compound Galls may be divided into nearly the same
eroups as Simple. The Hazr-galls and Roll-galls, however,
are less numerous, and may in fact be regarded as mere
assemblages of simple galls of these types, in which the
crowth of the branch itself is interfered with and its
appearance changed. Compound Mantle-galls are often
formed by the fusion of the edges of members usually free.
Closed Bud-galls are formed by gall-makers of various groups,
e.g. Gall-apples on Oaks.
Bud-galls differ in aspect according as they result from leaf-
buds or from flower-buds. Ifa leaf-shoot is stunted,as the effect
of the attack, the leaves are apt to be much increased in num-
ber and to be short and broad, overlapping at the edges. Thus
a cone-like body is formed, as by a gall-midge on the Yew
and by another on Bedstraw, if the leaves are closely placed
one on the other; or a rosette, as is often seen on Sallows
and Hawthorn, if the short broad leaves spread apart. When
the bases of the leaves become fleshy, and unite for a time, a
body very like the fruit of some Conifer may result, as so
commonly occurs on spruce twigs owing to the attack of the
spruce Aphis.
Flower-bud galls resemble usually swollen buds that
never open. Often they are conspicuously coloured. The
182 ANNALS OF SCOTTISH NATURAL HISTORY
floral members are often much swollen and fleshy, and are
fused together, the changes being greatest at the base. The
stamens and carpels are almost always sterile. Often the
parts of the flower are monstrously distorted (¢,g. flowers
of Crucifers galled by the white rust fungus Cyszopus candt-
dus). Gall-mites very often cause the parts to be multiplied
and to become much cut, fringed, or otherwise distorted
green bodies. The gall-makers live between the deformed
parts, or within the tissues, just as in the simple galls. The
bud-galls show very much the same diversities in structure
and in surface as have been described already under simple
galls. i
Some compound galls reach a very considerable size,
such as the “ witch-besoms” so commonly caused by a fungus
on Birches, and the large irregular masses, caused by a mite,
that sometimes replace the inflorescence on the Ash.
Allusions have already been made in this paper to the
groups of gall-makers, but a more systematic notice of them
may not be out of place. Those that form galls on
terrestrial plants in Britain belong chiefly to the groups
Fungi, Nematoid Worms, Mites, and Insects. Of Insects
the gall-makers in Britain belong to Hemiptera-Homoptera,
Diptera, Coleoptera, Lepidoptera, and Hymenoptera. In
the more recent works galls are termed Cecedza ; and they
are distinguished by a prefix to denote the group to which
the maker belongs. There is a certain amount of con-
venience in this usage. To indicate its method, the different
groups will be denoted by the appropriate names below.
Myco-cECIDIA.—The galls formed by fungi belong
mostly to the closed type, the threads of the fungus
traversing the tissues of the host, and giving rise to a
swelling or gall, which may be localised (as in the tumours
on roots of Juncus bufonius caused by Endorhiza), or may
alter the whole aspect of the plant (as by A/elanotenium in
Lady’s Bedstraw). The reproductive bodies or spores of the
fungus may be set free only by decay of the gall (as in these
two fungi), or they may be formed on and dispersed from
the surface of the gall (as in Cystopus and in the swellings
of Juniper stems caused by Gymnosporangium). Hazr-galls
and Mantle-galls are caused by certain fungi (such as some
+) ae Me ei
————
GALES 183
species of Hwoascus) which confine their attacks to the
epidermal cells and outer layers of ground-tissues. Some of
the latter fungi also cause the conspicuous “ birds’ nests”
referred to above. Cwup-galls are formed, though of only
small size, by some inconspicuous species of Syuchztrium (e.g.
on the Wood Anemone). The line of separation between
simple and compound galls is very ill-defined in the case of
the majority of Mycocecidia.
NEMATO-CECIDIA, or, preferably, HELMINTHO-CECIDIA,
are the work of small nematoid worms. The great majority
of animals of this low group live in water or damp soil or in
decaying substances; but a few, belonging to the genera
Tylenchus and Heterodera, form more or less well-defined
galls on plants. The gall-making species H. Schachtiz is a
most formidable pest owing to the injury caused to many
cultivated plants by its tuberous galls on their roots. It has
been found over a great part of the earth’s surface. The
females become mere swollen egg-bags.
The species of Tylenchus are rather numerous, and their
galls are produced on almost all members of plants upwards
to the ovary. Their galls are swellings, often ill-defined,
but usually confined in each species to one special member,
e.g. on leaves of Agrostzs and of Plantago, in ovary of wheat
“corn-cockles””), and so on. They are mere enlargements
of the cellular tissues of the part, with no increased com-
plexity of structure.
PHYTOPTO-CECIDIA are produced by a family of micro-
scopic mites characterised by their small cephalo-thorax and
long ringed abdomen, and by having only four small weak
legs. They have been in recent years studied by Dr. A.
Nalepa, who has published a series of very valuable papers
on them, illustrated by most careful figures, and by Dr.
Canestrini in his “ Prospetto del Acarofauna italiana.”
Dr. Nalepa has distinguished several genera and many
species of these mites, and Dr. Canestrini has also described
numerous species, while a few have been described by other
workers. Careful investigations of the mites themselves has
seldom revealed a species producing galls on plants of more
than one natural order ; but a reference is due to a paper by
Dr. J. Peyritsch (in “Sitzungsber. d. Kais. Akad. der
184 ANNALS OF SCOTTISH NATURAL HISTORY
Wissenschaften ” of Vienna, xcvii. pp. 597-605), of which I
prepared a translation for the “ Scottish Naturalist,” 1889, pp.
114-121. He describes in it the results of many experiments
on infecting numerous plants of the orders Valertanacee and
Crucifere, and a few from other orders, by laying on them
portions of Valeriana tripterts, found wild near Innsbruck,
the buds of which were infested by Phytoptus. ‘These results,
he believed, prove that the same mites can gall in various
ways many kinds of plants. Professor Dalla Torre of Inns-
bruck has also put on record an observation of Professor
Heinricher, that willow twigs with buds galled by Phytoptus
having been used as supports for Polygala myrtzfolia, the
latter after a time had its buds similarly galled.
Phytopto-cecidia chiefly belong to the types described
above as Hair-galls (Erineum), Roll-galls, Pouch-galls (from
the shallowest form of pouch to the slender nail form),
Blister-galls (the mites boring into tissues of leaves or bark
of twigs, but keeping the passage open), and Aud-galls.
These forms pass into one another frequently. They may
be restricted to limited portions of a member of the host, e.¢.
on the leaves; or they may affect almost every member on
a shoot, passing into the bud-galls; or they may habitually
affect the buds only,as in Black Currant and Hazel; orthe buds
may grow into short twigs with many lateral buds, causing
small “witch-besoms.” If the flower-buds are attacked they
may become virescent, or may form large diseased masses, as
in the Ash, or may be otherwise distorted. Mite-galls show
little if any advance in complexity of structure beyond the
normal tissues. Any change is rather in the nature of
degeneration of tissues.
ENTOMO-CECIDIA is the name given to all galls formed
by insects. But they are so numerous and so varied in
structure that they are divided into the several groups to
which the makers belong.
HEMIPTERO-CECIDIA.—The division Hemiptera includes
a considerable number of gall-makers; but of those in
Europe only one genus (Laccomotopus, galling the flowers of
Teucrium) belongs to the Heteroptera or Plant-bugs. All
the others belong to the Homoptera. The Psyl/id@ are
small leaf-hoppers, many of which produce pouches on
GALLS 185
leaves, some being so shallow as scarcely to be noticeable,
while a few are well-formed pouch-galls.
Of the Apfhide (Green-flies or Plant-lice) a good many
produce Mantle - galls, varying from shallow discoloured
pouches or curled leaves, as on Currants, to very characteristic
pouches or cup-galls of considerable size and depth, and often
of peculiar form. Some produce bud-galls of cone-like form,
as on the Spruce, or short shoots with broad loose leaf
sheaths, between which the insects live. The notorious
Phylloxera produces galls on leaves and on roots of the Vine ;
and the almost equally notorious American blight, or woolly
blight, causes irregular outgrowths or cankers on branches of
Apple-trees.
COLEOPTERO-CECIDIA, or the galls of beetles, are com-
paratively few. They mostly belong to the closed type of
simple galls, and consist of an increase in the cellular tissue,
with no clearly defined cavity or complexity of structure.
They are found on roots and stems, as swellings of the cortex
or of the pith, and are seldom very conspicuous. They do
not often occur on leaves. The flowers are more often
galled, especially the ovaries. The larger number of gall-
making beetles belong to the family of Weevils (Cz7-
cultoniae).
DIPTERO-CECIDIA.—By far the greater number of the
gall-making Diptera belong to the Cecedomyide or Gall-
midges, a group numerous in species but very uniform in
appearance. A very large number of genera have of late
been put forward by specialists, based frequently on minute
distinctions. Many of the Cectdomyzde do not make galls,
some feeding on minute fungi, others being carnivorous.
From such forms we pass to the gall-makers by gradations
from very shallow pouches on the leaf-surface to well-formed
closed galls on various parts on the host. They seldom
show a complex internal structure. The surface may vary
from smooth to very hairy. We find among them, of the
simple type, Rol/-galls, Pouch-galls, Cup-galls (sometimes
with a separable inner gall or lid), and Closed-galls, the
latter at times being not very different in appearance from
those of Hymenoptera. Aud-galls are very common, both
of the leaf type and of the flower type. The larve live
22 E
186 ANNALS OF SCOTTISH NATURAL HISTORY
between the parts of the buds, which may be considerably
enlarged. Occasionally (eg. on the Bedstraws) the bud-
galls may be conjoined to form pretty large masses. The
larve of some gall-midges pupate in the galls, while others
leave the galls to pupate in the soil.
The 77yfetzd@, a family of flies with spotted wings, and
often not unlike the common house-flies in form and size,
afford a small proportion of gall-makers, especially affect-
ing Composctt@. On these plants the galls are formed either on
the stem (Uvrophora Carduz on thistles), or in the flower-
heads (7rypeta solstitzalts or Centaurea nigra).
LEPIDOPTERO-CECIDIA are few, and of no special in-
terest. They consist almost exclusively of thickenings of
leaf-stalks, leaf-veins, or stems.
HYMENOPTERO-CECIDIA are numerous and varied, but
all belong to the closed type, usually of simple galls, though
bud-galls are not uncommon. The gall-makers in this
division fall under the families Zenxthredintde or Saw-flies,
Chalcidide, and Cyni~ide or true Gall-flies. All Hymen-
optero-cecidia belong to the closed type, the mother, by means
of the ovipositor, making a wound in the tissues, in which
she deposits an egg. Afterwards the wound heals up.
The Saw-flies make swellings in the twigs or leaf-stalks,
or produce more conspicuous galls on leaf-blades, especially
on Salix. These leaf-galls are pea-shaped and affixed by
a narrow support ; or they are bean-shaped and sunk, singly
and in pairs, in the leaf, projecting on both surfaces. The
galls are fleshy, and are composed chiefly of cellular tissues,
the inner tissue forming a food-mass whicn is eaten away
by the larva. There is no well-defined larval chamber ;
nor do the walls of the gall show clearly defined layers of
tissue.
The Chalcidide are mostly parasites on other insects, or
dwellers in galls of true gall-makers, but the genus /sosoma
causes thickenings on the stems of grasses, sometimes
covered over with short broad leaf-sheaths, as on Couch-
grass. The galls of the Cyuzfjide@ have been so frequently
referred to in the course of this paper as to make any
lengthy reference to them here out of place. They show
frequently the greatest degree of complexity in structure
GALLS 187
known to us in galls. The Oaks bear a very large pro-
portion of the galls of this family, many of the Oak-galls
exhibiting very marked dimorphism, as demonstrated by Dr.
Adler’s researches. Roses bear several different forms of
galls on leaves produced by the species of Rhodites ; Rubus
bears galls on stems caused by Dastrophus ; and species of
Potentilla have the creeping stems galled by Xestophanes.
The genus Az/ax includes a good many species, and is not
so limited in its host plants. Most of the species cause
more or less marked swellings in the inner tissues of stems
of plants in widely different orders; thus Awlar Hueraciz,
Bouché, has been reared from galls on a number of species
of Hveracium ,; and insects that Dr. Mayr could not dis-
tinguish from it have been reared from Lznaria vulgaris
and Cytisus capitatus; and Mr. Cameron is disposed to
regard the maker of inconspicuous galls in knotty rhizomes
of a grass (probably the False Oat-grass) as also this species,
though named by himself at first A. gramznzs, because of the
difference of food-plants. Other species of Aw/ax gall fruits,
é.g. achenes of species of Scabious and capsules of Poppies.
Our information with regard to British gall-makers is
more completely recorded for the Hymenoptera than for any
other group, thanks to Mr. Cameron’s work referred to
above.
Most galls can be preserved in a state suitable for
recognition by drying them. The large firm closed galls
may be dried in an open place, where they are exposed to
a free access of dry air but not to direct sunshine. Better
results, if convenience permits, are obtained by keeping them
in fine dry sand until the twigs and leaves around them are
dry. ‘The various Mantle-galls are best dried in sand, with
which they should be filled as well as surrounded. This
method gives them the support while drying that is required
to prevent shrinkage and distortion. Hair-galls and vir-
escent plants may be well preserved in the same way; but
they may also be treated with fair success by the simpler
method of drying in botanical paper, or between the leaves
of a book.
Soft fleshy galls that contain much sap, such as Currant-
galls of Oaks, galls of Weevils on Turnips, young galls of
188 ANNALS OF SCOTTISH NATURAL HISTORY
Chermes on Spruce, and many bud-galls, especially in flower-
buds, become much distorted if allowed to dry exposed to
the air, and shrivel a good deal if dried in sand. Their
form is well retained usually in one or other of the preserva-
tive fluids in common use, but they almost always lose much
of their colour.
But while galls should be treated for permanent pre-
servation in the way best fitted to give good results, they
can be recognised in almost all cases from examples dried
even roughly between the leaves of a book or between pieces
of newspaper under only slight pressure. I will be glad to be
favoured with the sight of specimens from any part of the
country, however roughly dried, as actual specimens form
the most trustworthy records.
Of course it is not possible to obtain the gall-makers
usually from dried galls. To succeed in this it is necessary
to have the fresh galls, and to keep them under conditions
favourable to the development or study of the gall-maker.
But, as already said, the galls are usually at least as easily
recognised as their makers, and afford reliable evidence of
distribution of the maker of the gall, if it has been already
determined from elsewhere.
CAREX MAGELEANIGA TE, IN THE OUTER:
HEBRIDES.
By ARTHUR BENNETT, F.LS.
In Dr. Shoolbred’s paper on these islands, in the “ Journal of
Botany ” for 1895, he reports the above species (the C. zrrigua
of Smith) from South Harris.
As Dr. Shoolbred notes that I had gone through the
whole collection, it would be supposed that I agreed to the
name; but I was surprised to see it so reported, having only
noted C. /zimosa (specimen very poor) myself. I asked Dr.
Shoolbred to kindly send me the specimen so named, and the
authority for the name. This he did, and I fear he must
CAREX MAGELLANICA IN THE OUTER HEBRIDES 189
have thought me very neglectful not to have taken some
notice of it ere this; but I was not satisfied with the name,
and asked Mr. Duncan to send me some specimens of C.
Zimosa from North Harris which he told me he had gathered
there. This he has lately done, and I was surprised at the
variability of the plant. When one gets specimens sent
from collections abroad, they naturally send what is sup-
posed to best represent the species asked for, and so one
gets good sets of typical species, but with no range of varia-
tion. Here is an evil not easily done away with, and which
Hooker and Thomson in the “Flora of India” remark
on as follows (I quote from memory): “It is much to be
wished that botanists would collect the variations of species,
and so see if many are not really extreme forms of some
ether species, cte:
After seeing these North Harris specimens and others
from Arctic Europe, I have no hesitation in saying that Dr.
Shoolbred’s specimen is simply a form of C. /émosa.
In looking over these North Harris examples I found that
some much resembled the figure of C. stygza, Fries, in Anders-
son's ~ Cyperacee Scandinavica, t 7. f 71 (io40)5 Con-
trasting this with the figures of /mosa (f. 73) and of rariflora
(t. 6, f. 70), to which Fries considered stygza most nearly
allied, it seemed that the Hebridean specimens much more
resembled that of stygza than that of /zmosa. Fries insists,
for one thing, on the “squamis . .. obtusis mucronatis
obvolutis.”’ These Harris specimens varied from “ obtusis’
and “lanceolatis” to “evidentius apiculatis”? of Fries’s
sty gia.
I have never been able to see an authentic specimen of
Fries’s stygza ; but Hjelt in his “ Consp. Fl. Fennicz,” part iii.
p. 293 (1895) (a Flora of great interest from the evidence
of careful work that it contains), remarks: “ An example in
Fischer's herbarium is only C. Zzmosa,” quoting as authority
» Ereviranus in” Moscow Bull; No, 2,542 43863); Also
he says: “F. Nylander’s example in Fries’s herbarium from
Hibina belongs to C. pula,’ quoting Th. Fries in “ Jakta-
gelser rosande Ostfinmarken Starr-Arter, 1857.”
“ )
1 <« Summa Veg. Scand.,” p. 234 (1846).
2 Anderson, /.c. p. 35.
190 ANNALS OF SCOTTISH NATURAL HISTORY
I have had occasion to note the likeness in habit, etc.,
of some fulla forms to “émosa, and vice versa.
One of Mr. Duncan’s specimens has the lower spike
springing from the leaves of the rootstock, thus having a
leaf forming the bract. I have seen this in /zrta, glauca,
panicea, etc., but not in the /zosa series before.
Although I admit that it differs so much in look from
the typical form, I do not see that it is possible to call Dr.
Shoolbred’s specimen a variety, as in the North Harris ex-
amples the glumes pass from his form, through all the forms
given above, to exactly the glume figured under Fries’s
stygia.
Another critical Hebridean Carer found by Mr. Duncan
was referred by me doubtfully to a sa/zna form, “being very
near C. spzculosa, Fries.” I see that Dr. Hjelt* refers Fries’s
plant to “C. salina x vulgaris, juncella.” Dr. Almquist agreed
that the plant was very near sfzculosa, Fr.; and vulgaris jun-
cella certainly occurs in the group, but no sal/znva has yet
been found, though Mr. Duncan has been over the ground
again. C. sfzculosa is very rare in Finland, being found only
on the Kunookotka promontory in the White Sea. Though
not absolutely identical with Fries’s plant, ours is very
near it.
Hjelt has a C. aqguatilis x vulgaris, juncella, which he says
(t. Almquist, I presume) is C. avcuata of Laestadius: “ Bidrag.
Kan. i Tomea Lappmark,” p. 43 (1860). This I have not
seen, but I do not see that one can say juucella positively
enters into the Hebridean plant. Laestadius compares his
plant with aguatilzs and acuta, and says that it grew with
Betula nana, Vaccinium uliginosum, Tofieldia borealis, Pingut-
cula villosa, etc.
1 Or rather D. S. Almquist.
ZOOLOGICAL NOTES 191
ZOOLOGICAL NOTES.
The Hedgehog in Sutherland.—In ‘A Vertebrate Fauna of
the Moray Basin” (vol. i. p. 155), I find stated: ‘‘ The Hedgehog
is not yet found in a wild state in Sutherland, although it has been
introduced on several occasions.” This year I found two Hedgehogs
(Lrinaceus europeus): one on the 21st July amongst long heather,
and the other in thick brackens on the 3rd August. ‘They were
found about two miles up the Lettie, which is a tributary of the
Fleet, and their haunts were only about 800 yards apart ; and but for
the movements of the dogs I should not have discovered them. As
eatly as the beginning of autumn 1872 I found a Hedgehog about
zoo yards from Tressady Lodge, but at the time did not con-
sider it worthy of special notice—WILLIAM MACKENZIE, Rogart,
Sutherland.
Badger (JZe/es taxus, Schreb.) in Stirlingshire.—Mr. John
Moir of Dunipace, Larbert, reports that a specimen of this mammal
was found dead at the mouth of the conduit that enters from a
ditch near Roughmute, Dunipace, during the last week of April.
The body was taken to Mr. George Paterson of Thornton, who has
had it stuffed, and who reports that it was three or four years old
and that it measures 31 inches from tip to tip. Mr. Paterson also
states that there was formerly an old ‘‘saugh” tree that stood
exactly on the Thornton and Dunipace march, and at the foot of that
tree there was a hole, known as the badger’s hole, and that led into
the same drain or ditch where this one was found.
Long-eared and Pipistrelle Bats in Islay.—The presence of
bats of different kinds in Islay has always been well known to the
natives, though Mr. Harvie-Brown does not seem to have been able
to obtain actual specimens from the island. In the spring of 1892
I saw one flying about, but could not identify the species. In
August 1894 one was brought in alive, by a cat, to the kitchen of
Mr. Colin Scott, Port Ellen. It proved to be the Pipistrelle
(Vesperugo pipistrellus). Last November another—also a Pipistrelle
—was sent me by Mr. M‘Donald, lighthouse-keeper at Rhu Mhaoil,
in the Sound of Islay, where it was caught alive. And only a week
ago a third, a beautiful example of the Long-eared Bat (Vecotus
auritus), was got in Port Ellen during the demolition of some old
buildings. As the Gaelic names for these two species are different,
the Long-eared Bat being called by a name signifying horned, we
have a proof that both kinds have been sufficiently long recognised
to have acquired distinctive names in Islay.—T. F. Grtmour, Port
Ellen.
192 ANNALS OF SCOTTISH NATURAL HISTORY
Osprey (Pandion halietus) near Peterhead.—I have just been
to see what was reported to me as a Golden Eagle captured in a
pole trap at Ludquharn near Peterhead on the 17th May. It
proved to be a healthy Osprey in fine plumage, seemingly a male of
a year or two old: it measures 2 feet in length; expanse of wing 5
feet 2 inches. The bill is black, with the base horn-blue ; the had
has not much of a crest ; forehead white, chin white, and the crown
of the head brown—brown continuing over the nape. Upper
plumage dark, but the tail is a shade lighter and banded: across the
breast there is a very distinct broad band of brown, pretty like the
plate in Morris’s ‘“ British Birds,” 1895 edition. All the rest of the
under surface white, except that the long white feathers of the flank,
under the wings, have six or seven large brown spots in them near
the ends, and there are also six or seven smaller brown spots on the
shorter flank feathers just under the shoulder. The bird is being
looked after by the gamekeeper, who fed it on rabbits after it had
shown no inclination to take fish. —WILLIAM SERLE, Peterhead.
Bittern at Invergarry.—A Bittern (Botaurus stellaris) was sent
to Messrs. Macleay, Inverness, on 2nd February 1897, which was
procured at Invergarry. They are very rare visitors so far north.—
T. E. BUCKLEy, Inverness.
The White-fronted Goose in the Solway.—For the last few
winters there has been a noticeable tendency amongst the wild
Geese frequenting the Solway to increase in variety—that is to say,
such species as the Brent (Lernicla drenta), Pink-footed (Azser
brachyrhynchus), and Gray Lag (Anser cinereus) have put in an
appearance in greater numbers than the odd birds of quite casual
occurrence that have hitherto been seen. Some fairly large
flocks of Pink-footed Geese have been observed, while on another
occasion a string of about a score of Brents was noted. On the
other hand, the Barnacles (Lventa leucopsis), which are the character-
istic geese of the Solway, have hardly come up to their average
numbers. On 23rd January I received a fine female specimen
of the White-fronted Goose from Carsethorn. Of course the species
is not rare in Britain, but has hitherto been of very considerable
scarcity locally ; by far the least frequent, I think, of the four species
of ‘‘Gray ” Geese in the Solway waters and merses. It was one of
a party of four, all of whom would have been got, but the tide
turned at the moment and prevented farther approach.—R. SERVICE,
Maxwelltown.
Goosander and Seaup in Sutherlandshire.—I took a Goosander’s
nest this season from an island in a loch farther to the east than
any other recorded locality in this country. ‘The nest was in a hole
in a peat bank, and contained eight eggs. The same day on which I
ZOOLOGICAL NOTES 193
took the Goosander’s nest I saw an adult pair of Scaups on the
same loch, 17th May.—T. E. BuckLey, Rossal, Inverness.
Grebes in the Forth Distriet.—The following birds have passed
through my hands lately and may be worth recording :—(1) a female
Great Crested Grebe (Podiceps cristatus) shot on 3rd February at
Cramond by Mr. William Lumley, and presented by him to the
Museum of Science and Art; (2) a female Eared Grebe (Podzceps
nigricollis) and (3) a female Red-necked Grebe (Podiceps griseigena),
both shot on 8th February by Mr. Robert Colledge at North
Berwick.—Wm. SMALL, Edinburgh.
House-Martin in Wigtownshire in Mareh.—According to a
correspondent of the “ Glasgow Evening Times,” a Swallow was
observed near Whithorn at 6.30 P.M. on the 22nd of March this
year, and was endeavouring to enter a dwelling-house by one of the
windows. On the following day the bird was found dead in one
of the apartments, the window of which is kept slightly open. It
was forwarded with the correspondent’s letter, and was sent by the
proprietors of the paper to a Mr. Innes in my neihgbourhood, in
whose possession I saw the skin a few days later. The bird was a
House-Martin (Chelidon urbica) with no appearance whatever of hav-
ing been in confinement. It may be stated that at Burrow Head, a
few miles from Whithorn, there is an enormous colony of House-
Martins on the cliffs—JOoHN PaTErson, Glasgow.
Goldfinch in Midlothian.—It may be interesting to note that,
while walking near Dreghorn, Midlothian, on 18th April, with P.
Adair, Esq., we observed a pair of Goldfinches.— BRUCE’ CAMPBELL,
Edinburgh.
Nesting of the Grasshopper Warbler (Locuste//a nevia) in
**Upper Forth.”—Although the Grasshopper Warbler is not at all an
uncommon summer visitor to the “ Forth ” area, its nest seems seldom
to have been discovered. At any rate I have myself frequently looked
for it, but always, till this year, without success. In the beginning
of May 1896 I heard the peculiar ‘‘ reeling ” sound which constitutes
the song of this species in a swamp near Aberfoyle, but on returning
a fortnight later I failed to hear or see anything more of the birds.
This year I revisited the spot in the middle of May, and again the
“evidence was entirely negative. However, in two or three places,
from one to two miles off, the “reeling” was nightly to be heard,
and in one or other I hoped to find the nest later on. On 1st June
I returned, but the search that day produced nothing. . The follow-
ing day (2nd June 1897), towards evening, my son and I walked
out to the old locality at the swamp, little expecting, however, in
view of previous experiences, to find the prize there. First a Reed
Bunting and then a Sedge Warbler fluttered from their nests, and a
194 ANNALS OF SCOTTISH NATURAL HISTORY
minute or two later a small brown bird slipped out of a clump of
bog-myrtle almost at my son’s feet. A few seconds sufficed to find
the nest—a genuine Grasshopper Warbler’s, neatly made of withered
grass, and containing five closely freckled pinkish eggs, in which
incubation had scarcely, if at all, begun. ‘Though placed well down
in a patch of rushes and bog-myrtle, the nest was nothing like so
well concealed as I had expected; indeed, when looked at from
above, the eggs were quite visible. On our going back next day to
get a better look at the bird, we found her again on the nest and
saw her quit it as before—a short flight of a couple of yards or so,
then a rapid mouse-like movement among the grass for about the
same distance, and she was gone. Presently a distinct, but not loud,
tick, tick, tick indicated that she had made her way to some bushes
thirty to forty yards off, and was there watching our proceedings.
The only previous record of a nest of this species in “ Forth” with
which I am acquainted is that in MacGillivray’s ‘British Birds”
(vol. ii. p. 403) of one found by Durham. Weir on the Bathgate
Hills in the beginning of June 1835. But no doubt others have
been found, though not recorded.—WiLi1aM Evans, Edinburgh.
The Little Gull (Zarws minutus) in East Lothian in May.—On
the 11th of May last (1897) a Little Gull—an adult female nearly in
full summer plumage—was found lying dead in a field a mile south
of Ballincrieff, East Lothian, and handed to Mr. James Lamb,
Aberlady, who kindly sent it on to me. It bore no outward mark
of injury, was in fair condition, and in beautiful plumage. The
whole of the feathers of the under parts were suffused with a rosy
tint of the most delicate description, and in a few days the black
hood would no doubt have been fully acquired. As it is there are
still a good many white winter feathers about the forehead and
throat ; these, unlike the newly acquired black ones, are all worn
at the tips, and beneath them tiny black feathers just bursting
through their sheaths can readily be seen. In this instance the
change seems clearly to be one by moult, and not rejuvenescence
and recoloration of the old feathers.—WiLLiaAmM Evans, Edinburgh.
The Fulmar on the Solway.—Although the Fulmar (/a/marus
glacialis) is sometimes said to be in the aggregate one of the most
numerous birds in the world, it is uncommon enough in the Solway
Firth. Iam not aware that it has been got here on more than two,
or perhaps three, previous occasions. In December a storm-driven
example was found on Mersehead bank. It was in a sadly emaciated
condition. This fine bird is, however, fairly often observed out at
sea, betwixt the Mull and the Isle of Man.—R. Service, Maxwell-
town.
Abundance of the Cockehafer in the Solway District.—Are
we going to have an outbreak of this troublesome and most
ZOOLOGICAL NOTES 195
destructive insect? Its ravages have of late years been worse than
usual in France and other parts of the Continent, and in Southern
England it has also done damage. Specimens of the Cockchafer
(Melolontha vulgaris) were sent to me in September, November, and
in December—most unusual dates for it, as the ordinary time of
flight is May and June. And early last month a Kirkbean farmer
brought me a two-year-old example of the larva or grub, wishing to
know what the creature was. In his case a “ley” field was literally
overrun with these grubs. I have also heard of it from various other
quarters, but not to such a serious extent as in the Kirkbean case.
Like so many other noxious insects, the Cockchafer has what may
be characterised as maximum and minimum periods at which its
numbers increase or diminish. The causes for these periods of
destructive increase, or the reverse, are no doubt climatic, depend-
ing upon the particular cycles of weather that may suit particular
species, but very few precise observations have ever been applied
towards their elucidation.—R. SERvIcE, Maxwelltown.
Libellula quadrimaculata, Z., in Ross-shire.—On the 25th
May last a fine specimen of this somewhat local Dragon-fly was sent
to the Museum for identification by Mr. J. M‘Lennan of Melvaig
Schoolhouse, Gairloch, who stated that it had been captured there
the day before. The occurrence of this species so far north may
be of some interest to students of Neuroptera. The specimen has
been kindly presented by Mr. M‘Lennan to the Museum collections.
—Perercy H. GrimsHaw, Museum of Science and Art, Edinburgh.
Erichthonius Hunteri (Spence Late) in the Cromarty Firth.—
This Amphipod was obtained in a miscellaneous gathering of inverte-
brates which I recently examined, and which was collected in the
Cromarty Firth on 13th August 1895. Though L£7richthonius
fluntert was described as far back as 1862 (see ‘‘ British Museum
Catalogue of Amphipoda” of that date), yet the first distinct British
record of the species that I know of is that contained in part ili.
of the ‘‘ Fourteenth Annual Report of the Fishery Board for Scot-
land,” published last year. The specimens referred to in that
Report were obtained in the Firth of Forth; its occurrence in the
Cromarty Firth is therefore of interest—this being a new station
for the species on the east coast of Scotland.—T. Scorr, Leith.
Seottomyzon gibberum (7! and A. Scott) in the Cromarty
Firth.—Scottomyzon gibberum was described and figured by my son
and I in the “ Annals and Magazine of Natural History ” for February
1894, from one or two specimens obtained in the Firth of Forth.
Though at that time the species appeared to be rare, I have found
since that it is really not uncommon in the Firth of Forth when one
knows where to look for it. Some time after the discovery of the
species in the Firth of Forth, my son obtained it in the Liverpool
196 ANNALS OF SCOTTISH NATURAL HISTORY
Bay district, and I myself observed it in the estuary of the Clyde;
but though it thus appears to be widely distributed it is only now
that I am able to report its occurrence in the Cromarty Firth.
Several specimens of this Copepod were obtained in the same
gathering with the Lrichthonius also now reported for that estuary.
When describing this species in the “‘ Annals and Magazine of Natural
History,” my son and I referred it to the genus Dermatomyzon,
Claus, but at the same time pointed out certain structural differences
between it and that genus. Dr. W. Giesbrecht of Naples, in his
revision of the Ascomyzontide (published a few months ago), found it
necessary to remove our Copepod to a new genus, and for it adopted
the name given above, which is a modified form of the older name.
—T. Scort, Leith.
Sabelliphillus Sarsi, C/afarede, in the Clyde.—This Copepod,
which is remarkable for its curious habit of living on the beautiful
feathery plumes that adorn the head of a species of Sade//a,—one of
the marine Annelids,—has not yet, so far as I know, been recorded
from the Scottish seas, and I have now the privilege of adding this
interesting species to the Copepod fauna of Scotland. ‘The specimens
I have to record were observed on the plumes of two examples of
Sabella captured in Kilbrennan, and on one taken about six to
seven miles east of Sanda Island, near the mouth of the Clyde estuary.
Sabelliphillus has been known for several years as a member of the
marine fauna of Liverpool Bay, and is recorded for that district by
Mr. I. C. Thompson, F.L.S. These Copepods are not easily
noticed on the plumes of the Saéella, as the two are nearly of the
same colour; they also adhere so firmly to the plumes as not to be
readily shaken off even though the plumes are washed in strong
spirit, and it is perhaps owing to this that Sade/liphillus has not been
more frequently obtained.—T. Scort, Leith.
Cytherella serrulata, Lrady and Norman, from the mouth of
the Clyde.—Quite recently I obtained two specimens of this
Ostracod in some muddy sand brought up from a depth of about
sixty fathoms a few miles south of the island of Sanda at the mouth
of the Clyde. Professor G. S. Brady, F.R.S., who kindly examined
the specimens, thinks that they certainly belong to the species to
which they are ascribed. So far as I know, Cytherella serrulata has
not previously been recorded from the British seas ; its occurrence
at the mouth of the Clyde estuary is therefore of interest, as, besides
being a new record, the distribution of the species is thereby con-
siderably extended.—T. Scort, Leith.
BOTANICAL NOTES AND NEWS 197
BOTANICAL NOTES AND NEWS.
Hazel-nuts in Alluvial Soil near St. Andrews, and Note on
Brambles.—In the parish of Cameron, near St. Andrews, Fife,
comprising upwards of gooo acres, there is not a single wild hazel
bush, neither has there been within the memory of man; and yet,
while constructing some four-feet-deep drains in alluvial soil, the
workmen cast up hazel-nuts in shovelfuls, thus proving that a dense
hazel copse must at one time have existed in the locality. The
watershed of the now gently-running streamlet which must have
washed down these hazel-nuts does not much exceed 3000 acres,
and to deposit several feet of diluvium over several acres must have
taken ages. How such a hardy plant as the common hazel should
have entirely disappeared from the district is difficult to account for,
as where the ground is not regularly cropped, broom, whin, and
blackthorn apparently spring up spontaneously. I may mention that
the shells of the hazel-nuts were entire, conclusively proving that
squirrels did not abound there in those days.
I may also mention that till after 1853 there were only two or
three stunted bramble bushes on the sides of the road between
this and St. Andrews, a distance of four miles. In that year the
road was improved by cutting and banking, and immediately bram-
bles sprung up in the cuttings, and now abound; and very
welcome they are, with their beautiful spring flowers, their fruit,
and richly tinted autumn leaves. Curious to say, brambles have
always abounded to the east of the road in question, but to the
westward you may travel for at least half a dozen miles without
seeing the vestige of one. Brambles, every one knows who has
tried it, are difficult to extirpate; and yet nature has apparently
capriciously done so, as above related. Of course the explanation
of their resurrection in the cuttings (though, somewhat singular to
say, not in the embankments) is that the seed had lain dormant till
exposed to light and air ; but brambles must have previously existed
there, in order to produce the seed. Can any of your readers suggest
an explanation of the above phenomena.—JouN Purvis, Kinaldy,
Stravithy, R.S.O., Fife.
Juneus tenuis, ////d., in Westerness (‘“ Annals,” p. 32).—Mr.
Arthur Bennett’s suggestion that American hay has been the means
198 ANNALS OF SCOTTISH NATURAL HISTORY
of introduction of this plant into Britain seems strengthened by
some facts in relation to this case. After reading Mr. Bennett’s
article, I wrote to Mr. W. Grant, Arisaig, the finder of the plant,
asking for any particulars he could think of. In reply he wrote:
“The first place I found /wncus tenuis was on the edge of a hay-
field, beside a track used for the cartage of manure, and not a
quarter of a mile from the houses. I only found an odd plant or
two there. Afterwards I found it thriving, but not very abundant,
as a weed in a corner of the garden amongst rhubarb, etc., where
the ground has not been dug for some years. I have not come
across it anywhere else as yet, and it has evidently been introduced
to these localities lately. There has certainly been a quantity of
bought hay used in the stables during the last ten years, but where
grown I do not know.” The plant being as yet limited, so far as is
known, to the two localities,—the side of a manure track, and
among rhubarb, which is commonly mulched with manure,—com-
bined with the fact that American hay is frequently bought in that
part of the coast, as I know to be the case, makes the probability
fairly strong that it has been introduced into this locality by this
means.—SYMERS M. MACcvICcar.
Ceratiomyxa mucida, Sciv., and Rivularia ealearea, Sy7th,
near Edinburgh.—These plants were gathered near Balerno, on
Saturday, rgth June, by members of the Edinburgh Field Naturalists’
and Microscopical Society, during an entomological excursion under
the leadership of Mr. P. H. Grimshaw. ‘The fungus, found on a
decayed pine stem, is not uncommon about Edinburgh, although
Greville in his “ Flora Edinensis” states it is rare, and only grows
in the autumn. The alga, gathered on moist rocks, is rather rare in
the neighbourhood.—A. B. STEELE, Edinburgh.
CURRENT LITERATURE 199
CURRENT LITERATURE.
The Titles and Purport of Papers and Notes relating to Scottish Natural His-
tory which have appeared during the Quarter—April-June 1897.
[The Editors desire assistance to enable them to make this Section as complete as
possible. Contributions on the lines indicated will be most acceptable and
will bear the initals of the Contributor. The Editors will have access to the
sources of information undermentioned. ]
ZOOLOGY.
BIRD-LIFE AROUND WALLS, SHETLAND. By Robert Godfrey,
The Field, 1st May 1897, p. 677.
YELLOW WAGTAIL IN ARGYLLSHIRE. Robert Robinson
Davison. Zoologist (4), vol. 1. p. 167 (April 1897).—Records the
occurrence last spring (March and April 1896) of a solitary specimen
about a mile from Oban.
CAPTURES IN ORKNEY IN 1896. E.M.Cheesman. £77. Record,
vol. ix. p. 93 (15th April 1897).—A list of 55 species of Lepidoptera
captured during the year.
TEPHROSIA BISTORTATA (CREPUSCULARIA) IN MORAYSHIRE. A.
Horne. xt. Record, vol. ix. p. 93 (15th April 1897).—A single
specimen found, on 16th April 1892, resting on the trunk of a fir
tree in the Altyre Wood, near Forres.
VELIA CURRENS, FAB.,IN SCOTLAND. R.M. Leake. Lxtomologist,
vol. xxx. p. 176 (June 1897).—Three examples of the macropterous
form taken at Musselburgh from the river Esk during the month of
August 1893.
BOTANY.
NoTESON BritisH PLANts—II. Carex. By Arthur Bennett, F.L.S.
Journ. Bot., Jane 1897, pp. 244-252.—The following are Scottish
records :—Carex rupestris, All., ‘more plentiful in W. Sutherland
than the first record would seem to intimate”; C. /eporina, I.., var.
capitata, Sond., “ Mr. Miller gathered this in W. Sutherland in
1881”; C. spiralis, Ewing, from near the ridge between Forfar and
Aberdeenshire (this is one of the rigide?); C. aguatilis, Wahl.
Dr. Buchanan White sent a form from Whitemyre of Methven,
referred by Dr. Almquist to C. aguattls, var. epigejos, Laest., but
200 ANNALS OF SCOTTISH NATURAL HISTORY
referred by Mr. Bennett to probably C. aguatilis x Goodenowit
juncella ; the forms of agwatilis found in Britain are enumerated ;
x C. grantii, Ar. Benn. = C. aguatilis x kattegattensts, Fr., growing
with parent forms by Wick river ; C. sa/zna, Wahl., var. kattegattensts
(Fries), by Beauly Firth; C. spiculosa, Fries, forma nova hebridense,
Ar. Benn., gathered in Harris, Outer Hebrides, by Mr. Duncan.
NOTES ON SOME RARE SPECIES OF Mycetozoa. By Arthur Lister,
F.L.S. Journ. Bot., Jane 1897, pp. 209-218.—Includes notices of
numerous species—among them one new species and several new
varieties. The following records are from Scotland :—//ysarum
penetrale, Rex, at Moffat, on a pine-stick; Z7ichia Botrytis, var.
munda, n. var., at Moffat ; both collected about. 1879 by Professor
Balfour.
The Annals
of
Scottish Natural History
No. 24] 1897 [OCTOBER
Lob SBiRDS Or CARMICHAEL. PARISHES WiIGhEr
NOTES ON "RARER ISPECIES IN GEE VWRPER
WARD OF LANARKSHIRE.
By Rev. James D. W. Gipson, B.D.
THE Parish of Carmichael’ may be roughly outlined as the
tract of country bounded on the N.W. by the Clyde and
Douglas Water, which each after a course of about three
miles along the north-west border—the former in a south-
westerly, the latter in a north-easterly direction—meet to
flow towards the N.W.; on the S.W., S., and S.E., by the
range of Tinto, circling round as a natural background ; and
on) the NE. by the Carlisle Road; “The. surface of the
parish presents a very unequal and diversified aspect, the
mountain range of Tinto looking down from a commanding
elevation” (cairn on top is 2335 feet above the sea-level) “upon
several hills and valleys which lie at its base, and sending
many tributary streams” (Cleuch, Carmichael, Drumalbin,
and Ponfeigh Burns) “to the Clyde and Douglas Water.”
Between Tinto and the Clyde and Douglas Water two
distinct ranges of hills may be traced running parallel with
these rivers, but the continuity of each range is broken by
1 The Parish of Carmichael is contained on the Ordnance Survey Map No. 23.
24 B
202 ANNALS OF SCOTTISH NATURAL HISTORY
the valleys which follow the courses of the streams, so that
a feature of the scenery is the number of hills—for the most
part grassy—cut off from one another and attaining to alti-
tudes varying from 1220 ft. (Woodlands or Black Hill) to
1156 ft. (Carmichael Hill), to1o014 ft. (Crossridge), and 884 ft.
(Whitecastle). The district, although upland, the lowest
elevation being over 600 ft., is fertile where arable, and in
favourable seasons good crops of hay and oats are reaped.
But, as can be understood, seeing it is so far inland as well
as upland, spring is late and autumn quickly passes into the
severity of winter, and this remark applies to the whole of
the Upper Ward.
On the east of the Carmichael Burn the hillsides and
valleys are well sprinkled with fine old beeches—in rows and
clumps—not less than 150 years old. These afford fine situa-
tions for several rookeries. Within and adjoining Carmichael
Policies are many thriving young plantations of spruce and
fir interspersed with hardwood, of ages varying from two to
twenty-five years’ planting. On the Eastend Estate at the
base of Tinto stretch long plantations of old larch and Scotch
fir—sadly decimated by the winter storms of 1883-84. On
the Douglas Estate the hill above the Manse is well wooded
with fir and spruce on its N.E. and S.E. slopes, and the
heathery sides of Stonehill are covered on the N.W. with an
old plantation of fir and hardwood, part of which was also
levelled by these storms, but has been renewed a few years
ago.
The following list is the result of observation, more or
less continuous, during a residence in the parish of over twelve
years. It-is not published with any pretensions to com-
pleteness or finality, but as a contribution towards an Avi-
fauna of Upper Clydesdale. It may not be inappropriate
in this connection to quote the following from White’s classic
“ Selborne” :—“It is now more than forty years that I paid
some attention to the ornithology of this district ; without
being able to exhaust the subject, new occurrences still arise
as long as inquiries are kept alive.’ In the preparation of
the list I have had the benefit of the help of others ; to one
and all of those named in the text I offer my sincere thanks.
To my much esteemed friend Sir W. Carmichael Anstruther,
THE BIRDS OF CARMICHAEL PARISH 203
Bart., as also to Mrs. Thomson Carmichael, my thanks are
due for permission to refer to specimens of rarer species pre-
served in Carmichael and Eastend Houses. In the list I
have incorporated notices in “New Statistical Account”
(1841) [hereinafter referred to as “S.A.”], as also all notes
on distribution in the Upper Ward in R. Gray’s “ Birds of the
West of Scotland,” etc. [hereinafter referred to as “B.W.S.”],
as these were furnished by the late Edward R. Alston, Esq.,
who resided at Stockbriggs, in Lesmahagow Parish. John
Paterson, Esq., Glasgow, has favoured me with the perusal
of “Notes on Birds in Douglasdale, etc, 23rd May 1895,
and Ist, 2nd, and 3rd June 1895” [hereinafter referred to
as “Notes”]; Mr. Drummond Pringle, Chapel, Braidwood,
has gone over with me his interesting collection ; to them, as
well as to J. A. Harvie-Brown, Esq., F.R.S.E., etc., for many
valuable suggestions in the preparation of this list, I am
under deep obligation.
MissEL THRUSH, Zurdus viscivorus, 1., local name “ Feltifare.”—
Fairly common, but not seen in numbers till autumn, when
flocks assemble to feed on berries of rowan tree, etc. Absent
during severe weather in winter, but may be heard in song as
early as January 4 (1897). A light cream-coloured specimen
frequented the parish for three seasons, from April 12, 1892
to 1894.
Sonc TuHrRusH, Zurdus musicus, L., local name ‘‘ Mavis.”—Abun-
dant. Absent in winter, returning as early as the beginning of
February (February 15, 1897. On this date, at the break-up of
frost and snowstorm there appeared also Lapwings and Golden
Plovers and Larks.)
REDWING, Zurdus iliacus, L.—Very rare. I have not myself
observed it. Mr. D. Pringle used to see it in numbers—not,
however, of late—in his district.
FIELDFARE, Zurdus filaris, L.—Present on migration in small flocks
during autumn, winter, and spring, as late as April 13, 1897.
When seen in autumn and winter they are wild and restless,
generally passing over the fields foraging, heading towards the
S.W. Straggling parties of three or four may remain for a few
days during severe frost. In “S.A.” it is stated that “a pair
of Fieldfares have twice remained the whole year, and built
their nest near the Manse” of Crawfordjohn, about 1836.
(Mr. Harvie-Brown remarks: “ These are probably only Missel
Thrushes, which in Scotland are popularly known as “ Feltifliers ”
or, Felties.”)
204 ANNALS OF SCOTTISH NATURAL HISTORY
BLACKBIRD, Zurdus merula, L., local name “ Blackie.”—Resident
and breeding. Very common.
Rinc OvuzeL, Zurdus torquatus, L.—A few, as in 1871 (“ B. W.S.”)
Have heard it in song in glen above Lochlyock, May 11,
1896. The young occasionally in small parties visit gardens
in autumn. Mr. Paterson found it nesting on the Windrow
Burn and on another tributary of Douglas Water (‘‘ Notes ”).
WHEATEAR, Saxicola enanthe, L.—Common, arriving in March,
sometimes as late as April 5 (1897). This season a bird was
seen coming out of a bank of loose stones within 200 feet of
top of Tinto, and by its movements indicated that it was nesting.
Wuincuat, Pratincola rubetra (L.), local name ‘‘ Whinchucker.”—
Rather common. Mr. Paterson found it very common all over
the district traversed by him, in striking contrast to the Wheat-
ear (“ Notes ”).
STONECHAT, Pratincola rubicola (1..), local name ‘“ Stanechucker.”
—Very rare. Only once observed it. Mr. Alex. Telfer,
head gamekeeper, Douglas, reports its presence in Douglas-
dale. Mr. D. Pringle has seen it two or three times in winter
near his place.
REpDSTART, Ruticilla phenicurus (L.)—Noted as scarce in Biggar
district in-18 3'5 (““S.2Ae4) se Gray (“ B. W. 5.”) writes(in- 1872)
that thirty years ago (7.e. 1841) this species would appear to
have been much commoner in Lanarkshire than it is now. At
present it is well distributed in the district and by no means
uncommon. Within the last ten years there has been a
decidedly appreciable increase. Mr. D. Pringle reports a like
increase for his district. First seen this season April 26 at
Braidwood, and May 18 in the parish. Mr. Paterson saw it in
Happendon Woods and in Braidlea Burn glen, Douglas
(* Notes’),
REDBREAST, L7ithacus rubecula (L.), local name ‘ Robin.”—
Common and resident, nesting near the Manse.
WHITETHROAT, Sylvia cinerea, Bechst.—Regular visitor. Scarcer
this season. Mr. Paterson found it common in suitable
localities (‘‘ Notes ”).
LESSER WHITETHROAT, Sylvia curruca, (L.)—Very rare.
Meapow Pipit, Anthus pratensis (L.), local name ‘“ Mosscheeper.’
—Abundant in spring, summer, and autumn all over the grass
and heath lands of the district.
GREAT GRAY SHRIKE, Lanius excubitor, L.—Irregular visitor.
Specimen shot near the Manse by Mr. R. Gray, then gamekeeper,
Carmichael, preserved in Carmichael House. One was shot in
Lanark Parish, April 11, 1896 (‘Annals of Scottish Natural
History,” 1896, p. 190); another in Carluke Parish about
November 1896 (Mr. D. Pringle).
Waxwinc, Ampelis garrulus, L.—Gray records (‘‘B.W.S.”) the
capture of five birds of this species near Lanark early in
December 1866. One was got three or four years ago at
Hazelbank on the Clyde, about three miles north of Lanark
(Mr. D.. Pringle).
SPOTTED FLYCATCHER, A/uscicapa grisola, L.—Regular and common
summer visitor. Nests every season on the ivied walls of the
Manse offices. Alston once observed a nest on the ground at the
root of a tree (“B.W.S.”) Arrived this season on May 19.
SwatLow, “irundo rustica, L.—Every farm “town” holds a nesting
colony of this species.
Martin, Chelidon urbica (L.)—As abundant as the preceding, and
nests under eaves of farmhouses and in haysheds. Mr. Paterson
observed a colony on railway bridge over Mouse at Cleghorn
(Notes*’):
Sand Martin, Cottle riparia (L.)—Common, and nesting wherever
it finds suitable sites. It arrived this year April 18, a week
before the swallow, April 23.
GREENFINCH, Ligurinus chloris (L.)—Resident. Very abundant in
late autumn and winter.
GOLDFINCH, Carduelis elegans, Stephens, local name ‘ Gouldie.”—
Once common in the district, to judge from “S. A.” and from the
statements of elderly persons as to numbers trapped by bird-
208 ANNALS OF SCOTTISH NATURAL HISTORY
catchers. Mr. Jas. Wylie, gamekeeper, Carmichael, has kindly
informed me that he saw a small flock of about a dozen in
Carmichael Policies during cold weather at end of January last.
An individual was seen near Castlemains, Douglas, in August
this year (Mr. A. Telfer). Used to be fairly common at Chapel,
Braidwood, but now very rare, and none seen for two or three
years (Mr. D. Pringle).
SISKIN, Chrysomitris spinus (L.)—Gray remarks (“ B.W.S.”) : “ Thirty
years ago” (ze. about 1841) “this was a well-known winter
visitant in some parts of Lanarkshire, but from all I can learn
it is much less common, or at least not so steady in its times
of appearance.” Have never seen it in the parish. Sometimes
it is seen by Mr. D. Pringle.
House Sparrow, Passer domesticus (L.)—Very abundant. Individuals
speckled with white are not uncommon. ‘This season during
month of July a specimen with almost black plumage frequented
the neighbourhood of Hyndford Bridge.
TREE Sparrow, Lasser montanus (L.)—During cold weather in
January last this species appeared in the parish. I obtained
one for identification on January 26 near the Manse, and
some days afterwards noticed several in hedgerow near Cross-
ridge.
CuarFincH, Fringilla celebs, L., local name “Shelfa.”—Resident
and abundant.
BRAMBLING, Fringilla montifringilla, L., local name ‘‘Cock of the
North.”—Winter visitant. Last season was markedly in evidence
during January.
Linnet, Acanthis cannabina (L.), local name “ Whin Lintie.”—Is
now very scarce in the parish, though referred to as being very
common about thirty years ago. Noted as bird of parish in
1838 (“S. A.”) under name of Brown Linnet.
LESSER REDPOLL, Acanthis rufescens (Vieillot).—‘‘ Common around
Biggar” in 1835 (“S. A.”) Gray (‘‘ B. W. S.”) notes this bird as
sparingly distributed in parts of Lanarkshire, excepting around
Glasgow. Mr. A. Telfer knows the species around Douglas,
and Mr. D. Pringle reports it as not very plentiful in his district.
Not common in the parish, but young birds appear in small
numbers towards autumn.
TwitE, Acanthis flavirostris (L.), local name “ Heather Lintie.”—
Appears regularly in flocks in autumn, and feeds on the seed
of ragweed. ‘Towards end of December it is less in evidence,
again appearing in March in immense flocks which may be
heard uttering their twittering song in stormy weather from the
shelter of a stone dyke. Gray (“‘B. W.S.”) says it nests in the
THE BIRDS OF CARMICHAEL PARISH 209
higher grounds of Lanarkshire. Mr. Baxter, Woodlands, gives
me the interesting information that it nests not infrequently in
heather bushes on his hill.
BULLFINCH, Pyrrhula europea (Vieillot).—Gray writes (“ B, W. S.”) :
‘‘Mr. Alston informs me that it appears to be on the increase
in Lanarkshire.” Not uncommon now, making its appearance
in pairs with young, August 1895 ; or in small parties of nine,
February 19, 1897; or in pairs, ¢ and ?, July 3, 1897. It
nested in the parish three seasons ago. It prefers the more
sheltered and wooded grounds and orchards by the Clyde
below Lanark. Noted as a bird of the parish in “‘S. A.”
CrossBILL, Loxia curvirostra (L.)—In “‘S. A.,” under Carluke, is the
following : ‘‘ The Crossbill, after an absence of eleven years, has
again paid us a visit in considerable numbers” (August 1838).
Gray (“B. W.S.”) remarks that this species “in many parts of
Lanarkshire is found in considerable numbers during the breeding
season, especially in the neighbourhood of Douglas.” Specimens
were obtained at Braidwood in 1853 (Mr. D. Pringle). Mr.
Paterson remarks (‘‘ Notes”): “Mr. Amos” (for about forty
years the much respected head gamekeeper on Douglas Estate)
“tells me he has no knowledge of the occurrence of the species.”
Corn Buntinc, Emberiza miliaria, L.—Very partially distributed
in pairs, showing a marked preference for special spots ; three
of which are known to me inthe parish. Appears to be absent
during very severe weather in winter.
YELLOW BuntTinc, Lmderiza citrinella, L., local name “ Yellow
Yite.”—Resident and common.
REED BuntTING, Lmberiza schentclus, L.—Resident, but less common
than the preceding.
Snow BuntTIinc, Vlectrophenax nivalis (L.)—Winter visitor in variable
numbers. Very abundant last winter up till the 21st March.
STARLING, Sturnus vulgaris, 1.—This species has increased greatly
within recent years, and is still increasing, nesting in every
available place. Sometimes appears in immense flocks during
spring migration—March 17 and 18, 1897. Up till within
forty years ago it seems to have been rare. In “S. A.,” under
Wandell and Lamington, it is stated that a few have been
occasionally seen and some captured for pets. In my note-
book I find the following: “ January 13” (a few days previous
to severe snowstorm)—“ After several dull, quiet days, to-day
is very bright and fine. Observe the Rooks are paired. A
Starling was looking out for a hole in ivied wall at front of
Manse in which to commence nest-building.”
210 ANNALS OF SCOTTISH NATURAL HISTORY
CuoucH, Pyrrhocorax graculus (L.)—“In the winter of 1834 a
Corvus graculus or Red-legged Crow appeared in the vicinity
of the village” of Crawfordjohn “and was shot” (“S, A.”)
MacpIik, Pica rustica (Scopoli).—Is occasionally seen in pairs in
spring, making ineffectual attempts to establish itself in the
parish. It has nested—though unsuccessfully—in fir wood
on hill west of Manse; and there is a nest—built a few
seasons ago—-still holding together on a low “saugh” tree in
Harleyholm Meadow.
JACKDAW, Corvus monedula, ..—Abundant; specially so during
winter. Among its nesting-haunts may be numbered some
rabbit burrows on the very easy southern slope of Carmichael
Hill.
RAVEN, Corvus corax, L.—Very rarely seen. In “S. A.,” under
Biggar, it is said that the Raven is occasionally seen passing
to its “haunts on Tinto.” Alas! these no longer claim it,
though seventeen or eighteen years ago there was on Tinto a
nest from which three young birds got away (Mr. R. Gray).
Two were killed on Tinto ten years ago (Mr. T. Cranston) ;
and Mr. Edward Stodart, head gamekeeper, Eastend, has kindly
informed me that he has killed it on the Scaut Hill, Symington.
Last season, Mr. A. Telfer observed it on the hills above
Douglas, and one of a pair frequenting Carstairs Woods was
trapped by Mr. R. Gray.
CARRION Crow, Corvus corone, 1.., local name ‘“ Corbie,” ‘“ Hoodie.”
—Resident, and nests ; three nests at least in parish last season.
Numbers greatly increased during late autumn and winter,
so that a flock of a dozen may at times be counted.
HoopED Crow, Corvus cornix, L., local name ‘‘ Gray Hoodie.”—
Rare. Specimen killed by Mr. T. Cranston preserved in
Carmichael House. Another was killed this year on Tinto
(Mr. T. Cranston). It has also been killed on Scaut Hill,
Symington (Mr. Ed. Stodart).
Rook, Corvus frugilegus, L.—Resident and abundant, in spite of
young being kept down owing to its egg-destroying propensities.
Evidence that in this district it in instances retains feathers at
the base of bill. Mr. T. Cranston informs me that for some
years a part of rookery at Carmichael of about forty nests has
been entirely taken up by individuals with feathered bills.
This season there are few, as the birds were shot hard down
last year, as he considered them more destructive on eggs, etc.,
than the “ bare-billed” Rooks.
SKYLARK, A/auda arvensis, L.—Fairly abundant and widely dispersed
from spring till autumn all over the district on heath and
DHE, BIRDS OF CARMICHABE, PARISH 211
pasture lands. Mr. Paterson found it common, and in the
valley of the Duneaton, about Crawfordjohn, very many occur
(“‘ Notes ”).
Swirt, Cypselus apus (L.)—Regular summer visitor. There is a
colony of from thirty to forty pairs nesting under the iron
bridge of the Caledonian Railway at Pretts Mill. A favourite
haunt is around the cairn on Tinto.
NIGHTJaR, Caprimuleus europaeus, L., local name “ Burr Owl.”—Mr.
T. Cranston informs me that he shot a ‘‘ Burr Owl” over
twenty-five years ago at Fala, Carnwath. Rare, but may be
heard occasionally in Stonehill Plantation, where one was shot
a few years ago (Mr. J. Kerr, gamekeeper, Douglas). Mr.
J. Wylie tells me one rose from the heather on Shawhill, June
11, 1897, where a fortnight afterwards he saw the remains of a
dead one. Mr. A. Telfer saw an old one with a young one on
August 9 of this year, and I saw one on evening of September
2 near the Schoolhouse.
KINGFISHER, Adcedo ispida, L.—An irregular visitor. One fre-
quented the Carmichael Burn at foot of Manse garden at
intervals during 1889-90. Has been seen by the Clyde, and
by the stream below Carmichael House, and near Warrenhill
(Messrs. T. Cranston and J. Wylie), and by the pond at
Eastend (Mr. Ed. Stodart). About five years ago there was a
nest—unfortunately destroyed—on the banks of Douglas Water
below Harperfield (Mr. J. Kerr). Mr. A. Telfer has seen it
this season within Douglas Policies.
ROLLER, Coracias garrulus, L.—Gray (“B. W.S.”) notes that a bird
of this species was shot at Culter House, Biggar, in October
1866.
Cuckoo, Cuculus canorus, L.—Seen and heard all over the district.
First heard this season, April 26.
BARN Owl, Strix flammea, L.—Still frequents the district.
Specimens are preserved in Eastend House. One was caught
on Lochlyock in a rabbit trap at the mouth of a burrow,
February 19, 1897.
LONG-EFARED OwL, 4Aszo otus L., local name ‘‘ Horned Owl.”—
This species has, of all the Owls, come most frequently under
my notice. Mr. A. Telfer finds it the most common around
Douglas. Alston (““B. W.S.”) states it is common in the
Upper Ward.
SHORT-EARED OWL, Asio accipitrinus (Pallas), local name “ Hill
Owl.”—Was very common on Thankerton Moor during the vole
plague ; since then less common (Mr. T. Cranston). It is not
unfrequently seen on the moors around Douglas (Mr. A. Telfer).
212 ANNALS OF SCOTTISH NATURAL HISTORY
Tawny OwL, Syrnium aluco (.)\—Gray writes (“ B. W.S.”): ‘Mr.
Alston informs me that it is very common in Upper Ward of
Lanarkshire.” At present it appears to hold a middle place
between the two preceding, and is not uncommon. [Mr.
Paterson states (‘‘ Notes”) that ‘Owls are less common, ac-
cording to Mr. Amos, since the great destruction of timber in
Douglasdale a decade ago” (1883-84). |
Common Buzzarp, Luteo vulgaris, Leach.—Specimen preserved
in Mr. D. Pringle’s collection, which was got at Eastend two
years ago.
ROUGH-LEGGED Buzzarp, Butea lagopus (J. F. Gmelin).—Specimen,
got by Mr. E. Stodart, preserved in Eastend House; another
in possession of Mr. R. Gray, who shot it‘on Shawhill. One
was shot on Westsidewood Estate, Carnwath, March 15, 1896
(“ Annals of Scottish Natural History,” 1896, p. 191).
[EacLes.—[In “S. A.” it is said that “the Eagle is sometimes seen on
the hills to the north of Dunsyre, particularly on Craigengar ”
(1834); and under Hamilton that “the Erne is often observed”
(1835).] An Eagle flew between Douglas and Carmichael some
years ago (Mr. ‘T. Cranston). Mr. Paterson has the following
note: “A Golden Eagle, Mr. Amos tells me, took up its quarters
in an island on one of the lochs recently, where it created some
havoc among the Ducks, which are rigorously protected.”
SPARROW Hawk, Accipiter nisus (L.), local name “ Blue Hawk.”—
This species still holds its own, and may be seen dashing over
the hedgerows or by the side of plantations after its prey. On
March 20, 1897, a female struck the plate-glass window of
Manse dining-room in an attempt to seize a canary.
Kite, Jilvus ictinus (Savigny)—A specimen of this species is
preserved in Eastend House, shot on the estate about ten
years ago (infor. in “it. July 22, 1897, by Mrs. Thomson
Carmichael).
PEREGRINE Fatcon, Falco peregrinus (Tunstall).—This Falcon is
occasionally seen. Two specimens, young and old females,
got by Mr. Ed. Stodart, are preserved in Eastend House. Mr.
A. Telfer informs me that an injured female has for some time
roosted on one of the windows of Douglas Castle, and that he
has seen this species occasionally on the moors. He possesses
at present a fine tamed bird, 9, now in its second year, taken
from an eyrie on Meggat Water, Peeblesshire.
MERLIN, Falco esalon (Tunstall).—This species still nests in the
parish and district, but is not so common as the Sparrow
Hawk or Kestrel.
THE BIRDS OF CARMICHAEL PARISH 213
Kestre., Falco tinnunculus (L.), local name “Red Hawk.”—
Commonest of all the hawks, specially in autumn, when, during
some seasons, as many as half a score may be counted hover-
ing over Carmichael Hill.
Osprey, Pandion haliaétus (L.)—Mr. Plenderleith, Bowhouse,
Carmichael, has kindly given me the following particulars :—
‘‘Over twenty-five years ago, Wm. Young, now dead, then
gamekeeper on Carwood Estate, saw occasionally a pair of
Ospreys frequenting the Clyde, and one day, when Mr. Plender-
leith was in his company, the birds passed overhead, and Young
fired at one, which was struck and dropped a grayling. Young
came from Lochwinnoch, Renfrewshire, and knew the Osprey,
having seen it there.” Mr. A. Telfer has been so good as to tell
me that an Osprey frequented the lochs at Douglas for two
weeks in May this season, then disappearing for a week to
return for another fortnight in June.
Common Cormorant, Phalacrocorax carbo (L.)—This_ species
occasionally visits the Clyde. A few years ago, in autumn,
one was shot at the railway bridge at Pretts Mill; another was
seen last autumn a little farther down the river. It also
“sometimes appears on the lochs at Douglas” (Mr. Paterson’s
*€ Notes’).
Common Heron, Ardea cinerea, L.—Frequents the burns and
marshes. Mr. Paterson quotes the following from “ Zoologist,”
1872, p. 3268: “ Lanarkshire—an old established heronry on
large spruce firs in Glespin Wood, near Douglas. In June
1870 a single nest was taken on an island in the centre of a
Loch near Douglas Castle, the seat of the Earl of Home, and
in 1871 two pairs nested in a wood about a mile from this
loch.” There is now a heronry on an island in a loch within
Douglas Policies. ‘The nests are on spruce trees, which are
thereby killed (Mr. A. Telfer). Referring to it, Mr. Paterson
says (“Notes”): “There might be a dozen nests last year (1894),
but Mr. Amos thinks they suffered from the great frost in
January and February this year (1895), and that their numbers
are reduced. I sawnine or ten birds on May 23, 1895. The
birds are protected.”
[Nicut Heron, WVycticorax griseus (L.)—Mr. R. Gray saw a strange
Heron, which he believes belonged to this species, frequenting
the Clyde at Westraw during June 1896. It appeared to be
preying upon the grayling then dying in numbers in the river. |
BITTERN, Botaurus stellaris (L.)—In “S. A.” there is the note: “A
Bittern was shot five years ago on Biggar Moss, but none have
appeared since” (1835).
214 ANNALS OF SCOTTISH NATURAL HISTORY
GerESE.—Flocks of Geese are seen occasionally by the Clyde and
elsewhere, but I am not able to decide as to the species. A
specimen preserved in Carmichael House almost certainly
belongs to the Pink-footed species (Amser brachyrhynchus,
Baillon). I am, as also is Mr. A. Telfer, of the opinion that
this is the species which, for the main part, visits this district.
Swans.—These occasionally visit the Clyde, as a pair of these in
immature plumage—the heads of which are preserved in
Eastend House—were shot there by Mr. E. Stodart about
ten years ago. I am unable to decide whether they are
‘‘Whoopers” or “ Bewick’s Swans.” Mr. R. Gray found a
young one (dead) in the Clyde last winter.
Mute Swan, Cygnus olor (J. F. Gmelin).—There are several of
these on lochs at Douglas, where they nest. Five or six years
ago, in spring, a strayed pair appeared on the Clyde below
Hyndford Bridge, where they remained for some time.
ComMMoN SHELD-DUCK, Zadorna cornuta (S. G. Gmelin).—Is an
occasional winter visitor to the Clyde (Mr. R. Gray).
MALLARD, Anas boscas, L.—Common on all lochs and marshes
of the district.
TEAL, Quergquedula crecca (1..)—Not uncommon, and nesting.
WicEoN, JJareca penelope (L.)—Autumn and winter visitor to the
Clyde, and has been found on ponds and lochs of the district.
Turtep Duck, /iligula cristata (Leach), local name “'‘Tappit Duck.”
—This species visits in small numbers the lochs in Douglas
Policies. Mr. A. Telfer informs me that there were individuals
there this season as late as second week of May, to reappear
again about July 20. Mr. Paterson saw one on May 23, 1895
(“ Notes ”).
Scaup Duck, Fudigula marila (L.)—Not infrequently seen on Clyde
during winter (Mr. R. Gray).
Go.LpEN-Eye, Clangula glaucion (L.)—This species frequents the
lochs in Douglas Policies (Mr. A. Telfer), as also the Clyde
(Mr. R. Gray), during autumn and winter.
GOoSANDER, Mergus merganser (L.)—Winter visitor to the Clyde.
Two very fine specimens (both d), as also a 9, shot by Mr.
T. Cranston, are preserved in Carmichael House.
Rinc Dove, Columba palumbus, L., local name ‘ Cushie.”—
Abundant.
Stock Dove, Columba ewnas, L.—During the severe weather in end
of January last, a pair of doves which affeared to belong to
this species flew round the Manse garden and rested for some
time on a beech tree. Mr. D. Pringle informs me that there
THE BIRDS OF CARMICHAEL PARISH 215
were two nests of this species this season near to his house—
one 200 yards below it, the other about a quarter of a mile
farther up the glen.
Rock Dove, Columba livia, J. F. Gmelin.—Common in the parish,
as there are good colonies in pigeon-houses at Westmains, and
dovecots at Eastend. Whatever may have been their state
formerly, they are now quite undomesticated, and forage for
themselves.
Biack GAME, Zefrao ¢etrix (L.)—Fairly abundant. Chiefly in
evidence when snow lies on the ground, as then it descends
to lower grounds to feed on haws, etc. During the early
spring this species assembles in flocks, and the cocks may be
heard uttering their characteristic notes, as also seen performing
their strutting antics, to prove themselves attractive to the
hens. This species perches readily on high and slender twigs
of beech and birch. Frequently have I watched small parties
perched on the feathery sprays of a birch at the foot of the
Manse garden, picking off the seeds. As late as June 12,
1897, a gray hen, accompanied by a male, rose off a nest
which she was preparing, and another was seen sitting on a
nest on June 21, high up on Lochlyock Hill.
RepDGrousE, Lagopus scoticus (Latham).—There is a good and healthy
stock on Tinto and the heath lands of the district. In late
seasons, in company with Black Game, this species feeds largely
upon the ungarnered oats.
PuHeEAsant, Phastanus colchicus (L.)—Is strongly in evidence, being
extensively reared for sport from gathered as well as purchased
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