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W. G. FARLOW
I
Journal of Mycology
VOLUME 8
IF. A. Kellerman
K
COLUMBUS , OHIO
i go 2
DATES OF ISSUE
Pages 1-4.8 were issued May gi, 1902
Pages 49-104 were issued June jo, 1902
Pages 105-168 were issued October 14 , 1902
Pages 169-246 were issued December 20, 1902
For Table of Contents of the several quarterly parts see
pages /, 49, 105 and 169 respectively
Journal of Mycology Portraits with Facsimile Autograph
Journal of Mycology
VOLUME S — MAY 19052
TABLE OF CONTENTS
Kellerman — Continuation of the Journal of Mycology . 1
Morgan — Notes on some Florida Myriostomas and Geasters . 3
Morgan — A New Genus of Fungi . 4
Kellerman — Ohio Fungi. Fascicle III . 5
Ellis and Everhart — New Fungi from Various Localities . 11
Kellerman — Puccinia peckii (DeToni) Kellerm. n. n . 20
Kellerman — Notes on North American Mycological Literature... 20
Kellerman — Index to North American Mycology . 22
Notes . . . . . 48
CONTINUATION OF THE JOURNAL OF MYCOLOGY
The Journal of Mycology was inaugurated in 1885 by the
undersigned, Messrs. J. B. Ellis and B. M. Everhart joining in
the editorship. Under this arrangement the publication was
continued four years ; it was then discontinued by reason of ex¬
pense involved, but the United States Department of Agriculture,
Division of Vegetable Pathology, issued three volumes during
the years 1889-94.
The Journal was at first published almost exclusively in the
interest of systematic or taxonomic Mycology. The later vol¬
umes however were much changed in character and devoted
mainly to the economic phase of the subject. Important articles
in the first four volumes were such as North American Geasters,
Enumeration of the North American Cercosporas, New Kansas
Fungi, Heteroecismal Uredinese, North American Species of
Ramularia, Canadian Fungi, The Phyllostictas of North America,
New Species of Fungi, North American Agarics, Septorias of
North America, etc.
In the last three volumes most space was given to such
articles as Treatment of Gooseberry Mildew and Apple Scab,
History of the Development of the Pyrenomycetes, Peach Rot
and Blight, A New ITolyhock Disease, Recent Investigations in
Smut Fungi and Smut Diseases, Experiments in the Treatment
of Plant Diseases, Treatment of Pear- Leaf Blight, etc.
There was from the first a generous support on the part of
many amateurs and all of the working mycologists of the coun¬
try but the number was of course then very limited. It is believed
that now the good company has so much increased, the general
2
Journal of Mycology
[Vol. 8.
interest in Mycology so greatly widened and its usefulness so
generally appreciated, that the continuation of the Journal — de¬
voted to this broad and important branch of Science — will be
welcomed by a very large constituency.
The State Agricultural Experiment Stations beginning the
publication of their work four years after the Journal of Mycol¬
ogy was established turned the attention of a host of students
and workers to economic mycology, and many of them have made
important contributions as well to the morphological and physio¬
logical in addition to the economic aspects of the subject. The
instruction to students and opportunities for work in Mycology
at Universities, Colleges and Stations have been greatly extended
in recent years. No other branch of botany has enjoyed such
popularity or received more attention than Mycology.
It is hoped that such encouragement and assistance will be
received in the revival and continuation of this Journal, both
in the way of subscriptions and contributions for publications,
that an enlarged and valuable publication will be possible in the
very near future. The editor is by no means so sanguine as to
expect that the expense will be fully met by such income, yet he
does hope to make a Journal that will perhaps be worth more than
the amount charged subscribers, and on that basis most earnestly
solicits the aid of all working mycologists and of all the profes¬
sional and amateur botanists of our country.
In no way will this Journal encroach on the mycological
province of the State Experiment Stations, devoted as they neces¬
sarily and properly are, exclusively to the economic phases of the
subject; on the other hand, it proposes to be an aid to such work
by supplementing it in a very essential manner. To discourage and
retard the investigations in the Morphology, Physiology, Ecology
and Taxonomy of Fungi — the work that will be made prominent
in the Journal of Mycology — would be on the part of Economic
Mycologists seriously to interfere with the scope and value of their
investigations. All branches of botany no less than all branches
of science, must proceed simultaneously and harmoniously ; the
divorcement of any one will be to its detriment and a detriment
to the whole. The co-operation of the botanists of the Stations
is therefore solicited, their more technical and purely scientific
publications, descriptions of new species, investigations into the
life histories of Fungi, observations and notes on Ecology'- and
Distribution, and other articles not adapted to popular Bulletins,
are respectfully solicited. The mycologists of the Stations have
broad opportunities for advancing the science, yet the intended
practical character of the publications forbid much technical mat¬
ter that is very essential to the promotion of this science.
The Journal proposes to be an index, and it is hoped that
the aid of working mycologists will also make it an exponent
of North American Mycology. Those contributing descriptions
May 1902.] Florida My rio stomas and Geasters
3
of new species of Fungi, monographing large or small groups,
or preparing other mycological articles are invited to make use
of its pages. If haply this Journal would be made the reposi¬
tory for all descriptions of new species and all that pertains to
the taxonomy of North American Fungi, the advantage to
workers and to students would be invaluable.
It is hoped that issuing four numbers a year, in February,
May, October and December, there may be given sufficiently
prompt opportunity for publication of articles pertaining to any
and every phase of mycology.
W. A. Kellerman.
Ohio State University,
Columbus, May 20, 1902.
NOTES ON SOME FLORIDA MYRiOSTOMAS AND
GEASTERS.
A. P. MORGAN.
A <r<Gr <3 us/j-**
\ Q $ I * t
More than a year ago, a correspondent, Mr. A. S. Her to let,
sent me a “Christmas Box’’ of specimens from Florida. It was
well stuffed and seeming to be a “miscellaneous lot” I stowed
it away and neglected to look at it for several months. I finally
got it down and went through it expending my leisure time for
three or four days upon it. I take this opportunity to acknowl¬
edge my pleasure in the offering, to thank Mr. Bertolet for the
same, and to make note of some of the choice things in the box.
First, wrapped up together was a nest of small puff balls
that looked very much like minute Indian Turnips ; they were
smooth above, wrinkled all around the sides and rooted from the
base ; they excited my curiosity greatly. After much cutting and
prying and pulling to pieces I discovered them to be incipient
Myriostomas. I had never seen the young unopened plant before.
There were some remarkable specimens of Geaster velutinus
Morg. ; they were large and fine, of much greater size than the
type which Atkinson sent me from South Carolina. Although
the species roots from the base like Geaster saccatus Fr., one of
the specimens' had stripped off its epidermis and vaulted upon its
tips exactly as in Geaster fornicatus Huds. The species is more
abundant and widely distributed than we had before suspected.
Lloyd has a line lot of it from Pennsylvania and the State Bota¬
nist notes it from New York.
Geaster radicans B. & C. is about the size and has much the
same appearance as Geaster fornicatus Huds. as described by
Fries and which Mr. Bertolet sent me from Northern Michigan;
A
4
Journal of Mycology
[Vol. 8.
in fact the two are confused in American and European her¬
baria. But G. radicans has a silky fimbriate mouth while in G.
fornicatus the mouth is sulcate-striate.
In the box sometimes mixed together and sometimes wrapped
in separate lots were vast numbers of two very small Geasters.
One has the particles of sand bound to it all over by the mycelium
and it has a protruding sulcate mouth ; this is evidently Geaster
striatulus Kalch. The other little Geaster roots from the base
and has a fimbriate mouth. So far as figure and description go
it is Geaster floriformis Vitt. and has never been noted in this
country before.
Most of all however, I prize what I believe to be genuine
specimens of Geaster fimbriatus Fr., the only ones I have ever
seen that filled the bill, though I have seen many specimens
labeled Geaster fimbriatus Fr. It is buried in the ground and
mycelium issues from the whole outer surface ; when it expands
it carries away a coat of sand or else the sand strips off the cuti¬
cle. The most marked feature is, as stated by Fries, “Sporidia
fuliginosa” ! Fries’ reference to Micheli’s first figure on Tab.
ioo, however, is erroneous as he himself evidently suspects, in
parenthesis. This figure of Micheli’s plate applies to what we
are accustomed to call in this country Geaster triplex Jungh. It
should be called Geaster stellatus Linn.
A NEW GENUS OF FUNGI.
&
A. P. MORGAN.
S ( P
_ ({tty
The following genus with its type species Acontium album
I have had on hand for some time. It will be recognized easily
by its relationship to Cephalosporium. I can furnish a number
of the specimens of the type to microscopists desiring them. By
Tiyphasma” I mean the general aspect of the mould to the naked
eve or with a simple lens ; this is different from the sense in which
Link uses it.
Acontium Morgan genus nov. — Hyphse decumbent hyaline,
septate, vaguely branched, the sporiferous branches uniform, as¬
cending, each producing at the apex several spores which are
conglutinate into a pellucid glomerule. Spores simple, cylindric
or fusiform, smooth, hyaline.
A genus somewhat resembling Cylindrocephalum, but the
spores are involved in mucus as in Cephalosporium.
i. Acontium album Morgan sp. nov. — Hyphasma effused,
thin,, dense, white, minutely pubescent. Hyphse creeping*, slender,
hyaline, scarcely septate, intricately much branched ; the sporifer-
May 1902.]
Ohio Fungi. Fascicle III
5
ous branches ascending, short, simple or with a few slender divis¬
ions at the apex, producing an elongated subfusiform glomerule
of spores. Spores cylindric-fusiform, straight, hyaline, 18-25
x 1 mic.
Growing on the inner side of old bark of Acer. Sporiferous
branches 40-60 mic. long, the glomerule clinging to the upper half
usually leaving the apex naked ; sometimes two or three or several
adjacent glomerules are confluent. There are usually from five or
six to a dozen spores in a glomerule.
2. Acontium minus Morgan sp. nov. — Hyphasma effused,
very thin, white. Hyphae creeping, slender, hyaline, septate
branched ; the sporiferous branches simple, tapering upward,
ascending or erect, producing at the apex a glomerule of spores.
Glomerules small, globose or obovoid, white, pellucid ; spores
cylindric, smooth, hyaline, obtuse at each end, 5-9 x 2 mic.
Growing on old pod of Gleditsia. The sporophores variable,
tapering to a point, 20-60 mic. in length and not thicker than
the spores.
3. Acontium velatum Morgan sp. nov. — Hyphasma
effused, thin, dense, flocculose, white. Hyphse long prostrate, in¬
tricately much branched, hyaline, septate ; the spores conglutinate
in subglobose or irregular glomerules and borne at the apex of
slender branchlets. Spores variable in form and size, elliptic-
oblong, subclavate and subcylindric, hyaline, smooth, 8-12x2.
5-3.5 mic. _
Growing on the cut surface of a black walnut stump appar¬
ently feeding upon the sap in which were spores of Pionnotes.
Glomerules 15-25 mic. in diameter, in places much confluent,
large and irregular.
OHIO FUNGI. FASCICLE III.
W. A. KELLERMAN, OHIO STATE UNIVERSITY.
The following species are included in Fascicle III :
43. Exoascus deformans (Berck.) Fckl., on Amygdalus persica L.
44. Gymnosporangium globosum Farlow, on Crataegus punctata
Jacq.
45. Melampsora populina (Jacq.) Lev., on Populus deltoides Marsh.
46. Melampsora salicis capreae (Pers.) Winter, on Salix amygda-
loides Anders.
47. Melampsora salicis capreae (Pers.) Winter, on Salix amygda-
loides Anders.
48. Microsphaera alni (Wallr.) Salmon, on Viburnum cassinoides L.
49. Phyllachora lespedezae (Schw.) Sacc., on Despedeza capitata
Mx.
50. Phyllachora graminis (Pers.) Fckl. on Elymus canadensis L.
51. Phyllachora graminis (Pers.) Fckl. on Panicum clandestinum L.
52. Phyllosticta paviae Desm., on Aesculus glabra Willd.
6
Journal of Mycology [Vol. 8.
53. Phyllosticta phaseolina Sacc., on Stylosanthes bidora (L) B.
S. P. .
54. Puccinia andropogonis Schw., on Andropogon scoparius Mx.
55. Puccinia podophylli Schw. on Podophyllum peltatum L.
56. Puccinia emaculata Schw., on Panicum capillare L.
57. Puccinia thompsonii Hume, on Carex frankii Kunth.
58. Septoria helianthi Ell. & Kellerm., on Helianthus annuus L.
59. Uromyces caladii (Schw.) Farl. , on Arisaema triphyllum (L.)
Torr.
60. Uromyces caladii (Schw.) Farl., on Arisaema triphyllum (L)
Torr.
Grateful acknowledgment is made for assistance in various
ways by Messrs. Ellis, Arthur, Thaxter, Lloyd, and P. L. Ricker.
As in the former Fascicle Dr. Arthur kindly inspected all the
Uredinese, but Dr. Thaxter identified No. 44, Roestelia “globosa.”
43. Exoascus deformans (Berck.) Fckl.
On Amygdalus persica L. (cultivated.)
Columbus, Ohio, June 9, 1901.
Coll. W. A. Kellerman and E. D. Coberly.
“Ascomyces .
“A species of this genus distorts the leaves of peaches in a most
extraordinary way. The increase in thickness is caused by the interpo¬
sition of eight or more strata of parenchymatous cells between the cuticul-
lar stratum and the oblong close-packed cells which in healthy peach
leaves follow it. At the same time the intercellular spaces of the lower
part are narrowed as the leaf contracts.” M. J. Berkeley. Introduction
to Cryptogamic Botany, 284. 1857.
44. Gymnosporangitsm globosum Farlow.
Roestelia globosa Thaxter.
On Crataegus punctata Jacq.
Lakeside, Ottawa Co., Ohio, Sept. 11, 1901.
Coll. W. A. Kellerman.
This name, Roestelia globosa Thaxter, was perhaps first used by Ed.
Fischer, Hedwigia, 34:4, 1895, the description having been published in
1886 is given herewith : —
1 urning next to R. lacerata, there seems to have been a confusion
of tom - in this instance also. The material thus named occurring in
America includes at least two, and perhaps three forms ; one, .
. A second form, lacerata, y in¬
fests the leaves of Crataegus , and does not appear until early in August;
while a third and smaller form, lacerata, 2, is found abundantly on Pyrus
malus simultaneously with it.
“In the forms y and 2 the spores are smaller, about 20 lJ- in di¬
ameter, while the peridi. 1 cells are smaller and broader in proportion
to their length, about 20 X 65 /a, with a tendency to a rhomboidal
shape; the ridges are deep and sharply cut as a rule, with the striae
clearly marked and running obliquely in two directions; those above
the median line, where the striae are horizontal, running in a plane nearly
at right angles to those below it. The two forms seem nearly identical
May 1902.]
Ohio Fungi. Fascicle III
7
microscopically; the spores and peridial cells of z are perhaps slightly
smaller, but otherwise it differs from y only by its smaller size and faded
yellow color.” Roland Thaxter. Proc. Amer. Acad. Arts & Sci. 14 : 266.
1886.
45. Melam psora populina (Jacq.) Lev.
Sclerotium populinum Persoon.
On Populus deltoides Marsh.
Columbus, Ohio, December 10, 1901.
Coll. W. A. Kellerman.
Supplement to No. 23.
“Sclerotium populinum : epiphyllum congestum subimmersum incar-
nato-rufum, demum nigrescens, formis varium subrotundum aut angulato-
confluens.” D. C. H. Persoon, Synopsis Methodica Fungorum, 1:125.
1801.
46. Melampsora salicis capre^ (Per s.) Winter.
Uredo farinosa a Salicis capreae Pers.
On Salix amvedaloides Anders.
j o
Columbus, Ohio, October 5, 1901.
Coll. W. A. Kellerman.
“Uredo farinosa : confluens farinosa ochracea.
a. Uredo Salicis capreae : maiuscula, colore pallidiore.
“Frequens in foliis Salicis capreae, praesertim in ramis iunioribus
luxuriantibus ex trunco caeso erumpentibus occurriit per aestatem.” D.
C. H. Persoon, Synopsis Methodica Fungorum, 217. 1801.
47. Melampsora salicis capreae (Pers.) Winter.
On Salix amygdaloides Anders.
Columbus, Ohio, March 10, 1902.
Coll. W. A. Kellerman.
Supplement to No. 46.
“Sclerote du Saule. Sclerotium salicinum.
“S. Salicinum. Pers. in Moug. et Nestl crypt, vog. n. 386.
“II ressemble au S. du peuplier, mais sa couleur est d’un rouge un peu
plus decide, sa superficie plus luisante, ses pustules plus planes, puis regu-
lierement arrondies, plus eparses, et presque jamais soudees les unes avec
les autres. M. M. Mougeot et Nestler l’ont trouve dans les Vosges, au
printemps, croissant a la surface superieur des feuilles mortes du saule
marceau. Cette espece et la precedente ressemblent beaucoup aux xyloma
salicinum et populinum surtout dans leur vieillesse, ou elles deviennent
d’un rouge un peu brim. Je ne sais si ces especes ne devront pas etre
plutot rapprochees des xyloma que des vrais sclerotiums.” DeCandolle,
Flore Franqaise, 6:114. 1815.
8
Journal of Mycology
[Vol. 8.
48. Microsphaera alni (Wallr.) Salmon.
Alphitomorpha penicillata var. alni. Wallr.
On Viburnum cassinoides L.
Lakeside, Ottawa Co., Ohio, September 15, 1901.
Coll. W. A. Kellerman.
“Alphitomorpha alni Wallr.
“A. subiculo effuso subtilissimo dense intertexto albo-griseo obso-
letoque, sporangiis demum depressis nitidis minutissimus, capillitio radi-
ante expanso apice tumidulo adfixis .
. “Nisi subiculum albo-griseum perfectum ob-
venit et obsoletum, ut frequentius est, aegerrime modo haec species inveniri
protest. Sporangia omnium minutissima, conferta, nudo oculo fere incon-
spicua, primum globoso, dein vero concava, nitida, nigro-fusca. Capil-
litium breve, diametrum sporangiorum paullulum superans, apice pul-
verulentum, indeque quasi incrassatum, filis subiculi adnatum, tandem
solutum, introrsum paullisper vergens.” F. G. Wallroth, Annalen der
Wetteranischen Gesellschaft fur die gesammte Naturkunde, 4:237. 1819.
49. Phyllachora lespedezae (Schw.) Sacc.
Sphaeria lespedezae Schw.
Stroma; no spores.
On Lespedeza capitata Michx.
Bowling Green, Wood Co., O., September 2, 1901.
Coll. W. A. Kellerman.
“Sphaeria lespedezae, L. v. S .
“S. semper macula latiori lutescenti in folio effusa insidet valde
varians magnitudine, rarius adaeqans S. Trifolii. Peritheciis pluribus
quidem junctis in plaga atra consimili priorum maculis — sed non rariter
occurrit perithecium majusculum solitarium in minori plaga atronitenti,
demum evacuatum, praeditum ostiolo pertuso non elevato. Et in speci-
minibus vere confertis caespitulus atronitens non tuberculoso-rugulosus
evadit, peritheciis inclusis, sed tantum superficie inaequabili sed ostendit.
In simplicibus margo sterilis semper adest; centro quasi hemisphaerice
elevato.” L. D. de Schweinitz, Transactions of the American Philo¬
sophical Society, Philadelphia, New Series, 4:209. 1834.
50. Phyllachora graminis (Pers.) Fckl.
Sphaeria graminis Pers.
On Elymus canadensis L.
Columbus, Ohio, December 20, 1901.
Coll. W. A. Kellerman.
“Sphaeria graminis : epiphylla sublinearis maculaeformis nitente-
nigra, ostiolis latentibus.
“Hab. in foliis praesertim Elymi europaei exsiccatis, ubi ut macula,
latitudine et longitudine inaequalis sese exhibet et totum folium occupat."
D. C. H. Persoon, Synopsis Methodica Fungorum, 1:30. 1801.
May 1902.]
9
Ohio Fungi. Fascicle III
51. Phyliachora graminis (Per s.) Fckl.
Spaeria graminis Pers.
On Panicum clandestinum L.
Sugar Grove, Fairfield Co., O., October 12, 1901.
Coll. W. A. Kellerman.
Supplement to No. 50.
52. Phyllosticta pavise Desm.
Phyllosticta sphaeropsidea E. & E.
On Aesculus glabra Willd.
Columbus, Ohio, May 26, 1896.
Coll. W. A. Kellerman.
“Phyllosticta Paviae, Desmaz.
“P. maculis magnis, effusis, indeterminatis, fulvo-rufis vel castaneis.
Peritheciis epiphyllis, minutissimis, sparsis vel approximatis, subnigris,
convexis dein repressis. Cirrhis albidis. Sporidiis cylindrico-ellipticis;
sporulis 2, globosis.” J. B. H. J. Desmazieres. Annales des Sciences
Naturelles, Botanique, 8:32. 1847.
53. Phyllosticta phaseolina Sacc.
On Stylosanthes biflora (L.) B. S. P.
Sandusky, Erie Co., Ohio, September 8, 1901.
Coll. W. A. Kellerman.
“Phyllosticta phaseolina Sacc. Maculis amplis vagis, arescendo
ochraceis, peritheciis sparsis lenticularibus, 70 micr. diam., pertusis; sper-
matiis ovoidea-oblongis, 6 X 2£, rectis, rarius inaequilateralibus, hyalinus.”
P. A. Saccardo. Michelia, 1:149. 15 Januar. 1878.
54. Puccinia andropogonis Schw.
On Andropogon scoparius Michx.
Columbus, Ohio, December 15, 1901.
Coll. W. A. Kellerman.
“P. Andropogi, L. v. S .
“P. maculis obliteratis, acervis dense aggregatis, elevatis, fuscis, ob-
tusis, linearibus, abbreviatis. Sporidiis fuscus. Quamquam non confluit,
tamen fere tota folia occupat.” L. D. de Schweinitz, Transactions of the
American Philosophical Society, Philadelphia, New Series, 4:295. 1834.
55, Puccinia podophylli Schw.
On Podophyllum peltatum L.
Columbus, Ohio, May 30, 1901.
Coll. O. E. Jennings.
“Puccinia podophylli Sz.
“P. maiuscula subconcentrica spadiceo-nigra in macula lutescenti,
sporidiis oblongis bilocularibus aculeatis.
10
Journal of Mycology
[Vol. 8.
“Passim in foliis Podophylli. — Sporidia ovalia sub lente lutescentia,
aculeis prominulis rectis. Pedicelli non distincti brevissimi.” L. D. de
Schweinitz, Synopsis Fungorum Carolinae Superioris (excerpta) , p. 46.
No. 489. 1822. (Schrift d. Nat. GesclLchaft zu Leipzig.)
56. Puccinia emaculata Schw.
On Panicum capillare L.
Columbus, Ohio, January 5, 1902.
Coll. W. A. Kellerman.
“P. emaculata, L. v. S .
“P. omnino emaculata; primum acervis totis tectis rarioribus spar-
sis erumpentibus ; demum saepe confluentibus, minutis, abbreviatis,
angustis parallelis, utrinque plerumque acuminatis. Sporidiis aterrimis,
minoribus ; aquae immersis, fuscescentibus.” L. D. de Schweinitz,
Transactions of the American Philosophical Society, Philadelphia, 4:295.
1834.
57. Puccinia thompsonii Hume.
On Carex frankii Kunth.
Sugar Grove, Fairfield Co., O., October 12, 1901.
Coll. W. A. Kellerman.
“Puccinia Thompsonii ; Epiphyllous or occasionally amphigenous.
Sori scattered, oblong to linear oblong, 0.25 — 6mm. long reddish to chest¬
nut-brown, erumpent, the ruptured epidermis flanking the sides. Spores
oblong-clavate, constricted at the septum; vertex rounded; epispore rather
thin, very smooth, color golden-brown or lighter, 48-68 X 15-24. Pedical
slender, hyaline, 1.5 — 2.5 times the length of the spore.” H. Harold
Hume. Botanical Gazette 29 :352. May, 1900.
58. Septoria helianthi Ell and Kellerm.
On Helianthus annuus L. (Cultivated.)
Columbus, Ohio', June 6, 1901.
Coll. W. A. Kellerman.
“Septoria helianthi E. & K. Perithecia epiphyllous, immersed, brown,
collapsing, 150 /* diam., on brown definitely limited spots Kt cm., diam.,
with a yellowish scarcely raised border; spores linear-filiform, hyaline,
nucleate, becoming 3-5 septate, 30-70X2-3/*, generally attenuated towards
one or both ends.” J. B. Ellis and W. A. Kellerman, American Natural¬
ist 17 :1165. November, 1883.
59. Uromyces caladii (Schw.) Farl.
Aecidium caladii Schw.
On Arissema triphyllum (L.) Torr.
Columbus, Ohio, June 20, 1901.
Coll. O. E. Jennings.
“Aecidium caladii Sz.
“A. simplex in longissimis tractibus, peridiis rufo-luteis sphaeriae-
morphis, pulvere aurantio.
May 1902.]
New Species of Fungi
11
“Peridia clausa sphaerias simulant.” L. D. de Schweinitz, Synopsis
Fungorum Carolinae Superioris (excerpta), p. 43. No. 457. 1822.
(Schrift. d. Nat. Gesellschaft zu Leipzig.)
6o. Uromyces caladii (Schw.) Farl.
Uredo caladii Schw.
Uredo and Teleutospores.
On Arissema triphyllum (L.) Torr.
West Alexandria, Preble Co., O., July 4> 1901.
Coll. W. A. Kellerman.
“Uredo caladii Sz.
“U. punctiformis solitaria, maculae magnae lutescenti insidens, pul-
vere fusco.
“In aversa pagina foliorum Caladii frequens. Primum clausa, de-
mum pulverem spargentia peridia.” L. D. de Schweinitz, Synopsis Fun¬
gorum Carolinae Superioris (excerpta), p. 45. No. 480. 1822. (Schrift.
d. Nat. Gesellschaft zu Leipzig.)
NEW SPECIES OF FUNGI FROM VARIOUS LOCALITIES.
J. B. ELLIS AND B. M. EVERHART.
Aecidium jacouemontiae E. & E. On leaves of Jacque-
montia pentantha. Yucatan, Mexico. Com. Dr. Chas. F.
Millspaugh, No. 1192.
Amphigenous, evenly scattered ; aecidia hemispheric-erum-
pent, then flattened at the apex, finally open, deep cup-shaped
with the margin erect and soon entire, about i mm. diam., nearly
slate color inside when dry, (color when fresh not seen) ; spores
globose or angular, about 12 u diam. or ovate or elliptical,
12-15x10-12 /z , epispore thin, contents granular, component cells
of the aecidia subelliptical, about 15 u diam.
Cannot be the aecidium of Puccinia opulenta Speg. which
has the aecidia in hypophyllous groups.
Dothiorella radicans E. & E. — On dead stems of Rhus
toxicodendron (the climbing var. radicans). Newfield, N. J.
May 20, 1900.
Stromata small, about 1 mm. diam., bursting through the
cuticle in a subseriate manner and confluent for 2-3 mm. Per-
ithecia 3-12 in a stroma or sometimes scattered singly, hemis¬
pheric-prominent, about 1-3 mm. diam., rounded and obtuse at
the apex, ostiolum inconspicuous ; sporules ovate, pale, yellowish-
brown, 10-13x5-6 a; basidia slender, about as long as the spores.
This differs from D. rhoina E. & E. (Torr. Bull. 27:55. 1900)
principally in its sporules nearly twice as large.
12
Journal of Mycology
[Vol. 8.
Cytispora pallida E. & E. — (Neocytispora pallida E. & E.
in Herb.). On dead fallen limbs of Quercus tinctoria. New-
field, N. J. Nov.-April, 1901-2.
Stroma membranaceuos, pallid-white and at first white-pul¬
verulent, convex, 2-4 mm. diam., erumpent. loosely embraced by
the ruptured epidermis, soon irregularly perforated above, mul-
tilocular, cells subovate ; sporules numerous, allantoid, hyaline,
4-5x1 y, borne on dendroidly branched basidia, 40x1 -J-2 y.
This differs from the usual type of Cytispora but the essential
characters are those of that genus. The specimens were found
associated with Polyporus pocula (Schw.) Cke. with which it
may be generically connected.
Coniothyrium junci E. & E. — On Juncus balticus (dead
scapes). Andrews, Oregon. Aug., 1901. Griffiths & Morris.
Perithecia scattered, imperfect, subcuticular, about \ mm.
diam., visible through the thin cuticle as minute, black circles with
a white spot in the center. Sporules globose, olivaceous, \\-2 y.
diam., borne on fasciculate basidia. Simple or branched from
the base, 12-15x2 y.
On account of the imperfectly developed perithecia, this ap¬
proaches the Melanconiaceae.
Diplodia ivaicola E. & E. — On dead stems of Iva xanthi-
folia. Aberdeen, South Dakota. April, 1896. David Griffiths.
Perithecia scattered; 150-200 y diam., subcuticular, raising
the epidermis into small pustules which are pierced above by the
papilliform osteolum which is soon perforated. Sporules oblong
or oblong-elliptical, uniseptate, scarcely constricted, 10-16x6-7 y
yellowish-brown, obtuse at the ends.
Ascochyta smilacis E. & E. — On living leaves of Smilax
hispida. Yates, N. Y. (Fairman, 1512.)
Spots small (1-4 mm.), of irregular shape, dirty- white with
a brown border or situated in a large brown space 1-2 cm. diam.
Perithecia scattered over the spots, epiphyllous but mostly visible
on both sides of the leaf, punctiform, black. Sporules elliptical,
obtuse, smoky-hyaline, uniseptate but not constricted, 6-8 x 4 a.
This differs from the Ascochyta mentioned in the description
of Phyllosticta smilacis E. & M. (in the North American Phyllos-
tictas) in its smaller, smoky sporules.
Septoria spiculispora E. & E. — On leaves of Euonymus,
Delaware (Commons).
Spots orbicular, 1-3 mm. diam., white with a purple margin;
perithecia semiimmersed, epiphyllous, black, subglobose, 100-110
y diam. Sporules spiculiform, continuous, i5-20xf-i y.
S. eunonymella Pass, and S. euonymi-japonici Pass. Both
have sporules 2\ y thick. S. enonymi Rabh. has spots scarcely
margined, perithecia lenticular and sporules ij y thick. This
was issued in N. A. F. 2675 as Phyllosticta euonymi Sacc.
May 1902.]
New Species of Fungi
13
Septoria pentstemonicola E. & E. — On leaves of Pents-
temon gracilis. Aberdeen, South Dakota, July, 1896. (David
Griffiths.)
Spots subindefinite, 2-3 mm. diam., brown, soon confluent
giving the leaf a dried up, dead appearance. Perithecia puncti-
form, minute (75 p), scattered over the leaf and not confined to
the spots. Sporules filiform, slightly curved, faintly nucleolate,
30-45x1 -i^ fi .
Differs from S. pentstemonis E. & E. in the character of the
spots and in its longer sporules.
Septoria corydalis Ell. & Davis. — On leaves of Corydalis
glauca, Vilas Co., Wis. July, 1901. (Davis No. 019.)
Spots white, transparent, definite, surrounded by a reddish-
brown halo, roundish or irregular, 2-6 mm. diam. Perithecia
few, black, visible on both sides of the leaf but more distinct
above, sporules cylindrical, 3-5XI-2 p.
Septoria liatridis Ell. & Davis. — On leaves of Liatris spi-
cata, Racine, Wis. June, 1901. (Davis 013b) and L. scariosa
(013)-
Spots round or elliptical, 2-4 mm. diam., of a dirty brown
color, with a narrow slightly raised margin, finally thin, white
and transparent; perithecia innate, more prominent above, small
75-80 p. Sporules filiform, continuous, hyaline, nearly straight,
20-30 x ij-ij p.
Zythia rhoina E. & E. — On dead stems of Rhus radicans,
Newfield, N. J. May, 1900.
Perithecia cespitose, ovoid, light yellow, 150x200 //, surface
slightly granular-roughened, astomous, collapsing to cup-shaped,
clustered on a rather soft, tubercular, yellowish stroma about 1
mm. diameter and outwardly not distinguishable from a Nectria.
Sporules oblong-elliptical, hyaline, continuous or faintly unisep-
tate, 6-10x24-3-!//, on slender basidia mostly a little curved and
permanently attached, 8-15 p long.
Cylindrosporium infuscans E. & E. — On leaves of Ely-
mus condensatus. Waitsburg, Wash. Oct. 1899. (Robt. M.
Horner, No. 1406.)
Acervuli innate, black outwardly, elliptical, 100-110x120-150
p, erumpent above, seriate between the nerves of the leaf ; con-
idia lanceolate-cylindrical, straight or slightly curved or bent,
continuous or slightly curved ; hyaline with a slight yellowish
tinge, 40-55x3-4 p.'
The fungus gives the upper side of the leaf a dark smoky
hue, but there are no spots.
Pestalozzia mali E. & E. — On apple tree leaves. New¬
field, N. J. Aug. 18, 1900.
14
Journal of Mycology
[Vol. 8.
Spots circular, 1-3 mm. diam., white or cream color above
with a narrow, purplish-brown margin, rusty-brown below ; acer-
vuli epiphyllous, innate-erumpent, sublenticular ; conidia cylindri¬
cal, 5-septate, scarcely constricted, 20-25x6-7 the terminal cells
conical and hyaline, intermediate cells brown, the apical cell with
a single short (6-8 /*), oblique, hyaline bristle-like crest; basidia
simple, slender, about as long as the conidia, the riper part
remaining to the base of the spore which in this way becomes
bicristate.
The conidia are not quite as broad as in P. crataegi E. & E.
and there is no concentric arrangement of acervuli as in that
species. The conspicuous spots in P. mali afford a striking
and easily recognizable character. Often one or more of the
light colored spots are included in a larger brown spot, thus
giving the leaf a marble-like aspect.
Ramularia hydrophylli E. & E. — On Hydrophyllum cap-
itatum. Blue Mts. Columbia Co., Wash. April 1900. (Robert
M. Horner, 1494.)
Spots dark-brown, irregular in shape, 3-6 mm. long, mostly
extending out to the margin of the leaf or occupying the tips;
hyphae amphigenous, caespitose, hyaline, continuous, geniculate
above and slightly toothed, 20-30x5-7 y , forming a loose white
layer like Peronospora ; conidia narrow-ovate, or elongated-
clavate, rounded at each end, 20-30x7-10
Cercospora simulans Ell. & Kellerm. — On leaves of Fal-
cata comosa, Gauley Mts., W. Va. Aug. 1901. (Prof. W. A.
Kellerman, 3775.)
Hypophyllous : hyphae in loose, spreading tufts, geniculate
and faintly septate, brownish, 75-100x3-4 y, forming reddish-
brown patch 2-3 mm. diam., leaf mottled above with correspond¬
ing whitish or reddish subindefinite spots subangular and partly
limited by the veinlets of the leaf ; conidia clavate-oblong, hyaline,
1-4 (mostly 3-) septate, 20-40x46,". .
Differs from C. monoica Ell. & Holw. on the same host, in its
hypophyllous growth and shorter, broader conidia.
Fusarium spartinae E. & E. — On leaves of Spartina stricta.
Pacific Grove, Cal. July 1900. (Robt. M. Horner, 1488.)
Hyphae arising from a minute, tremelloid base, branching
above, hyaline, forming a loose, flocculent, pale orange-colored
growth on the lower side of the dead leaves ; conidia terminal,
oblong-elliptical or oblong-fusoid, straight, 1-3 septate, 12-15x3-4
fj-, ends mostly obtuse.
Diatrype megastoma E. & E. — Jour Mycol. I. p. 141,
N. A. F. 1556, is the same as Eutypella cerviculata Fr.
Eutypella alpina E. & E. — Proc. Phil. Acad. 425. 1895, N.
A. F. 3331, 3436 is also Eutypella cerviculata Fr.
May 1902.]
New Species of Fungi
15
Lophiotrema oenotherae E. & E. — Torr. Bull. 24:128.
1897. Species found at Newfield, N. J., July 1901. Fully ma¬
tured, have sporidia distinctly 3-septate or constricted at the
septa, 15-20x5-6 y.
Phyllosticta clypeata E. & E. — On living limbs of Pints
malus. Corvallis, Oregon, May 1902. (A. B. Cordley.)
Spots discoid or shield-shaped, dull yellowish, J-icm. diam.,
circular or elliptical, closely embraced by the upturned epidermis,
which, however, soon shrinks away, leaving the margin partially
free. Perithecia scattered on the spots, depressed-globose,
slightly prominent, 150-200 y diam. Sporules elliptical or sub-
globose, hyaline, 3^-4x2^~3 y.
Apparently very injurious to the trees.
Phyllosticta virginica E. & E. — In N. A. F. 2830 ; is
doubtless only a form of P. destruens Desm. This fact was rec¬
ognized in preparing the copy for the “North American Phyllos-
tictas,” as shown by the reference under P. destruens on p. 15,
but through some oversight was not fully explained and corrected.
In the North American Phyllostictas, under Phyllosticta des¬
truens, add 2676 to the N. A. F. reference;, and under P. vulgaris
cancel the Syn. Phoma virginiana and the reference to N. A. F.
2830.
Puccinina circinans E. & E. — Bull. Torr. Bot. Club.
Feb. 1900, p. 61.
Change this to Puccinia chasmatis E. & E. There is already
a Puccinia circinans Fckl. Symb. p. 53.
Venturia rubicola E. & E. — On dead canes of Rubus occi-
dentalis, Tacoma Park, D. C. Oct. 1900. (C. L. Shear, 903.)
Perithecia thickly scattered ; subcuticular, membranaceous,
or rather coarse cellular texture, pierced above, 80-110 y diam.,
tardily rupturing the cuticle and suberumpent, finally collapsing,
surrounded by a ring or fringe of short, black continuous bris¬
tles mostly a little curved, 20-40x3 y . Asci sessile aparaphysate,
oblong, 50-60x10-12 y. Sporidia crowded-biseriate, oblong-
elliptical, biguttulate (becoming unseptate?) hyaline, 12-15X
6-8 \y .
Differs from V. kunzei Sacc. on Rubus caesius in its cauli-
colous growth and large asci and sporidia.
Hypocopra kansensis E. & E. — On cow dung. Rooks Co.,
Kansas. May 1901. (Bartholomew, 2871.)
Perithecia ovate, f-i mm. high, J-f mm. broad, entirely sunk
in the stroma except the erumpent, hemispherical, soon perfor¬
ated ostiola ; stroma 1-2 mm. diam., black on the surface, inside
about the same color as the matrix, slightly convex, often con¬
fluent for 1 cm. or more. Asci cylindrical, p. sp., 200-230 x
25-30 thin, septate ; sporidia obliquely ; paraphyses stout, 4-5 y
16 Journal of Mycology [Vol. 8.
uniseriate, elliptical, hyaline at first, becoming opaque, slightly
narrowed at the ends, 40-52 x 18-22/-* .
Differs from H. fimeti Pers. in its much larger sporidia.
Rosellinia BiGELoviAi E. & E. — Am. Nat. 341. 1897. N,
A. F. 3520. When this was published the fact that the sporidia
are compressed was overlooked. From careful re-examination
of the original species we give a revised measurement of the
sporidia 6-9 (mostly 7-8) X4-5J /*, and about 3^ /-* thick.
What is evidently the same thing has since been found on dead
stems of Amorpha fruticosa, Rooks Co., Kans. (Bartholomew,
2928). On this host jthe sporidia are somewhat larger, 8-10^ x
5_5i /A and rather more distinctly compressed (3-3^ p thick).
Species from the same locality and collector on Negundo ace-
roides have sporidia 8-10 x 4-5, 3 p thick. The perithecia on
these hosts are ovate-globose, here and there densely crowded
and subconfluent, and range from 250-350 p diam. Ostiolum
papilliform or conic-papilliform.
Cucurbitaria ARizoNiCA E. & E. — On dead branches of Aca¬
cia grayii-, Tucson, Arizona, June, 1891. (David Griffiths).
Perithecia erumpent-superficial, in patches f mm. in ex¬
tent, or thickly scattered, globose, brownish-black, about J mm.
diam., with a papilliform ostiolum, collapsing but not deeply.
Asci cylindrical, p. sp. 75-80 x 12 p , short-stipitate, paraphysate.
Sporidia mostly obliquely uniseriate, oblong-elliptical, 3-septate
and submuriform, slightly constricted at the middle septum,
straw-yellow becoming dark brown, 14 x 6-8 p.
Pleospora alismatis E. & E. — On dead stems of Alisma
plantago. South Dakota (David Griffiths).
Perithecia scattered, erumpent and hemispheric-prominent,
or strongly convex, about 200 p diam. Asci clavate-cylindrical,
short stipitate, 90-100x12-15 p, with abundant filiform para-
physes. Sporidia uniseriate or partially biseriate above, fusoid-
oblong, inequilateral, 7-9-septate, one or more of the cells divided
by a partial longitudinal septum, 22-77x10-12 (exceptionally
IS)
The distinctly inequilateral sporidia attenuated towards each
end are characteristic.
Physalospora lepachybis E. & E. — On living but partly
faded leaves of Lepachys columnaris. Billings, Montana, Aug.
1898. (Williams & Griffiths).
Perithecia epiphyllous, gregarious, semi-erumpent, about J
mm. diam., with a papilliform ostiolum soon perforated. Asci
cylindrical, short-stipitate, paraphysate, 60-65 x 8, or when the
sporidia are partly biseriate, 10-12 p broad. Sporidia mostly uni¬
seriate, elliptical with the ends broadly rounded, often with two
large nuclei, 10-12 x 5-6 p.
May 1902]
New Species of Fungi
IT
Physalospora minima E. & E. — On dead canes of Rubus
strigosus. Tuskegee, Ala. (Prof. G. W. Carver).
Perithecia evenly scattered, subcuticular, the minute ostiolum
barely rupturing the epidermis, small (80-90 11). Asci oblong-
clavate, short-stipitate, paraphysate, 40-50 x 6 m . Sporidia irreg¬
ularly crowded in the asci, elliptical, mostly narrowed at the ends,
9-1 1 x 3-4 ju.
Smaller in all parts than P. vagans E. & E. var. rubi on the
same host.
Pleospora kanensis E. & E. — On dead stems of Meli-
lotus alba. Rooks Co., Kansas, June, 1901. (Bartholomew,
2888).
Perithecia scattered, subcutaneous, ovate-globose J--J- mm.
diam., raising the closely appressed cuticle into pustules pierced
at the apex by the conical or short-cylindrical ostiolum, finally
collapsing to cup-shaped. Asci clavate, rounded above, gradu¬
ally narrowed below to the short, nodular stipe-like base ; para-
physes stout (3 u thick), septate, hyaline; sporidia biseriate, ob-
long-obovate, rounded above, narrowed below and bent a little
to one side, 5-6-septate, with a longitudinal septum more or less
distinct running through 2 or 3 of the middle cells, slightly con¬
stricted in the middle, bright straw-yellow, 20-22 x 7-9 n .
This comes very near P. meliloti Rabh. on the same host,
but the shorter clavate asci, the smaller sporidia and short-cylin¬
drical ostiolum may perhaps separate it. P. dura Niessl has
larger perithecia which do not collapse.
Leptosph^eria astericola E. & E. — On dead stems of
Aster multiflora. Rooks County, Kansas, June, 1901. (Bar¬
tholomew, 2885).
Perithecia erumpent-superficial, globose, becoming depressed
or collapsing to cup-shaped, subseriately arranged, sometimes
2- 3 confluent, ostiolum papilliform, more distinct in the col¬
lapsed perithecia. Asci subcylindrical, short-stipitate, paraphy¬
sate, 80-110x7-8 n ; sporidia biseriate, fusoid, slightly curved,
3- septate, not constricted, straw-colored, 30-40 x 3-4 n . Pycni-
dial perithecia resembling the ascigerous but not collapsing,
sporules oblong or oblong-elliptical, hyaline, 6-8 x 2.\- 3 m , uni-
septate.
Allied to L. fusipora Niessl and L. leptospora DeNot., but
both have much shorter, broader sporidia and the latter has the
pycnidial spores continuous.
Metasph^ria subseriata E. & E. — On dead culms of Pan-
icum virgatum, Rooks County, Kansas, March, 1901. (E. Bar¬
tholomew, 2841).
Perithecia buried in the unchanged substance of the culm,
raising the epidermis into distinct pustules pierced by the papilli¬
form ostiolum, depressed-globose, J-J mm. diam., scattered
18
Jour7ial of Mycology
[Vol. 8
singly or arranged in short series and covered by the blackened
epidermis, then more or less confluent. Asci cylindrical, sessile,
obscurely paraphysate, 60-75 x 6-7 v- , mostly curved ; sporidia
biseriate, fusoid, curved, faintly 1-3-septate, not constricted, yel¬
lowish-hyaline, 30-35 X 2^-3 fX .
In the species examined most of the sporidia showed only
one septum across the middle, but in some two additional septa
were visible.
Melanconis (Melanconiella) nyssaegena E. & E. — On
dead limbs of Nyssa multiflora, Newfield, N. J., October 23,
1900.
Stroma cortical, formed of the scarcely altered substance of
the bark, circular, depressed-globose, about 2 mm. diam., rais¬
ing the bark into little pustules which are ruptured at the apex
by the fascicle of black, smooth, rounded ostiola. Perithecia
circinate, globose, black and shining inside, about \ mm. diam.,
sporidia uniseriate, elliptical or oblong-elliptical, uniseptate and
constricted, becoming olive-brown, 30-40x12-20 tx (mostly
12-15 '“)•
Phyllachora serialis E. & E. — On Spartina stricta. Pa¬
cific Grove, Cal. July, 1900. (Robt. M. Horner, 1487).
Stroma seriate between the nerves of the leaf, punctiform
and buried at first, then suberumpent and more or less confluent
for 2-3 mm. The separate stromata are about \ mm. in diam.,
and the ascigerous cells remain sunk in the parenchyma of the
leaf. Asci densely fasciculate, clavate-cylindrical, short-stipi-
tate, 75-80x12-15 jx . Sporidia obliquely uniseriate or subbise-
riate, ovate, hyaline, continuous, 10-12x5-6 fx.
Botryosphasria hysterioides E. & E. — On leaves of Hes-
peraloe dayi, Peyotes, Mexico. April 27, 1900. (Dr. Wm. Tre-
lease).
Spots oblong-elliptical, soon confluent for 10 or more cm.,
reddish-brown, becoming greyish-white with a reddish-brown
border. Perithecia globose 200-300 ft diam., lying 2-4 together
in a narrow hysteriform stroma acute at each end, and -J-f mm.
long, covered by the thin, whitened epidermis which is soon rup¬
tured by the obscurely papilliform ostiolum. Asci broad clavate
oblong, 75-100 x 25-30 fx, contracted below into a short stipe¬
like base; paraphyses inconspicuous and obscure. Sporidia ob¬
long, slightly narrowed at the ends, with granular contents, with
or without a large vacuole, hyaline with a slight yellowish tinge,
25-30 x 8-12 fX.
On the same spots are scattered perithecia with sporules of
the Diplodia type, 5-7 x 4-5 jx (Diplodia hesperaloes E. & E.) ;
Others with globose, brown, continuous, 6-7 [x sporules (Conio-
thyrium sp.), others again with oblong or subcylindrical, hyaline,
3-5 (mostly 3-) septate sporules 60-80x8-12 n (Phleospora
May 1902]
New Species of Fungi
19
minor E. & E.) These three forms of stylospores are appar¬
ently generically connected with the ascigerous form. This last
mentioned may be only a more mature stage of growth of Sep-
toria megaspora Speg. which is described as having uniseptate
spores and perithecia not on spots. The fungus on Hesperaloe
has typically 3-septate spores and fhe spotted leaves are very
conspicuous. Dr. Trelease has sent on Agave sp. from Mexico,
a fungus that in some respects comes nearer Spegazzini’s plant
but in this, too, the spores are 6-8-septate. Septoria megaspora
Speg. seems more properly a Phleospora.
Dothidea yucc^e E. & E. — (Phyllachora yuccse E. & E.
Torr. Bull. 22:440. 1895.) On leaves of Yucca angustifolia,
Manitou, Colorado. July, 1895. (Prof. E. T. Harper, 474).
Stromata gregarious amphigenous, small, sunk in the sub¬
stance of the leaf and covered by epidermis which is soon rup¬
tured, mostly oblong, mm., surrounding and blackening
the leaf for § cm. in extent, the adjacent parts of the leaf being
entirely free from the fungus. Ascigerous cells numerous, small.
Asci oblong-cylindrical, 75-80x10-12 a. Sporidia mostly bise-
riate, ovate-oblong, yellow-brown, uniseptate and constricted,
12-15 x 5~6 /*.
This is evidently the mature state of the fungus cited above,
the larger dimensions of the asci being due to their more perfect
development.
Hysterographium nucicola (Schw.) Syn. N. A. F. 2080.
(H. hians E. & E. in Herb.) — On old hickory-nuts lying on the
ground. Newfield, N. J., April 7, 1902.
Gregarious elongated f-i mm. long by nearly mm. wide,
lying in various directions on the matrix, shining black, smooth,,
not distinctly striate, straight or curved, ends obtuse, lips dis¬
tinctly gaping. Asci oblong-clavate, paraphysate, 60-70x12-15
u Sporidia ovate-oblong biseriate, hyaline, becoming dark
brown, 4-6-septate, with a longitudinal septum running through
1-3 of the cells, sometimes distinctly constricted in the middle
but often scarcely constricted at any of the septa, 15-22x6-9
In the shape of the perithecia and the partly open lips this
differs from the description and specimens of H. nucicola Schw.
in Herb. Schw. at the Acad. Nat. Sci. Philadelphia. The sur¬
face of the nut is more or less blackened around each group of
perithecia but this is more like a discoloration than a crust.
20
2 /
* A
~ ' %
‘ 11
Journal of Mycology
v?fj O e IJ&tM «..••• X ( / /
PUCCINIA PECKII (DeTonD Kellerm. N. N.
Infection Experiments and Correction of Labels, O. F.
W. A. KELLERMAN
[Vol. 8
A great quantity of aecidium on Onagra biennis (L.) Scop.
(Oenothera biennis L.) was noticed the past season adjacent
westward to a still larger area, two or three acres in extent, of
Carex trichocarpa, in a broad and partially drained swail a few
miles south of Columbus. This suggested the probable connec¬
tion of the abundant Rust on the Sedge with the equally abun¬
dant Aecidium on the Evening Primrose.
The Rust seemed to be the form usually called Puccinia car-
icis, or Puccinia caricina, of wide distribution on this host.
Under the name of Puccinia caricina specimens were issued in the
second fascicle of Ohio Fungi as No. 28; the aecidium on Onagra
was issued as No. 17 in the same set of exsiccata.
Inoculation experiments have just been completed, sowings
of the teleutospores from the Carex producing abundant spermo-
gonia and aecidia on the Onagra. I am able to state also that
Dr. Arthur has at the same time carried out similar infection
experiments with material which I furnished from the Carex
growing in the area referred to above. He has also used with
similar positive results spores on this host from many localities
in the states of Iowa and Wisconsin, as stated in a letter just
received. This confirmation of results obtained by each of us
is very gratifying, and it is with Dr. Arthur’s approval that I
propose the new combination as above.
It becomes necessary, therefore, to correct the labels of O.
F. Nos. 17 and 28; they should be as follows:
17. Puccinia peckii (DeToni) Kellerm. Aecidiospores.
28. Puccinia peckii (DeToni) Kellerm. Teleutospores.
NOTES ON THE NORTH AMERICAN MYCOLOGICAL
LITERATURE OF 1901
W. A. KELLERMAN
The activity of the American mycologists is shown in the
very large number of important contributions published in maga¬
zine or book form. A large list of new species has been described
by Ellis & Everhart, Thaxter, Earle, Peck, Griffiths, A. L. Smith,
Dietel and Holway, Arthur, Tracy, Clements, Olive, and others.
Lloyd is continuing the generous distribution of his Mycological
Notes, mostly with illustrations.
May 1902]
Mycological Literature
21
Important contributions in Morphology and Cytology have
also appeared. Several text-books have been issued, a fair
amount of space generally being allotted to Fungi. One that
deserves special mention here is Campbell’s University Text¬
book of Botany1 which will doubtless prove invaluable to the
general student. Nearly four pages are devoted to the Myxomy-
cetes, six to Bacteria, and forty-seven pages to the Fungi. A
good general discussion introduces each subject; then follows the
more recent classification with life histories of many representa¬
tives, illustrated with numerous and very satisfactory figures.
Half-tones, the fad of the day, but indispensable in illustrating
some subjects, do not occur in this portion of the text.
In Bacteriology we have an admirable treatise by Conn,2 no
less indispensable to the professional botanist than to the amateur
and general reader. The simple, clear style, free from technical
terms, makes this an attractive book, full as it is of up to date
general Bacteriology, given in chapters that deal with the Nature
of Bacteria, Fermentation, The Manure Heap and Sewage, Bac¬
teria in the Dairy, and Parasitic Bacteria. Other topics amply
treated are the Origin of Soil, Bacteria in Water, Bacteria rela¬
tive to Farm Products, Preservation of Foods, Resistance
Against Bacteria, Anthrax, Turberculosis and other Bacterial
Diseases, and Disinfection.
For students and amateurs interested in Mushrooms the
treatises of Professor Atkinson3 and Nina L. Marshall4 5 and also
Peck’s Report of the State Botanist for 1900s are important and
admirable, even sumptuous publications. In this group is mani¬
fest the indispensable aid of camera and brush. The Marshall
book is designed for beginners, and is to be highly commended.
Even moderate concentration and patience on the part of ama¬
teurs will yield good returns, and accurate as well as useful
knowledge of our higher fungi may be gained with the book and
the specimens in hand. Atkinson’s book is more extensive and
ought to be in the hands of all interested in Mushrooms, the
amateur no less than the student and professional botanist. The
perfect pictures of the species are accompanied by plain scientific
(1) A University Text-book of Botany. Douglass Houghton
Campbell. New York. The Macmillan Company. 1902. Pp. XV and
579.
(2) Agricultural Bacteriology. H. W. Conn. Philadephia. P.
Blakiston’s Son & Co. Pages VI and 412. Price $2.50. 1901.
(3) Mushrooms edible, poisonous, etc. George Francis Atkinson.
Ithaca, N. Y. Andrews & Church. Pages 322. With 230 photographs and
colored plates.
(4) The Mushroom Book, A Popular Guide. Nina L. Marshall.
New York. Doubleday, Page Co. Pages 167. With many illustra¬
tions in color and black and white, photographer from nature. Price
$3.00.
(5) Reprinted from the 54th Annual Report of the New York State
Museum.
22
Journal of Mycology
[Vol. 8
text. The scope of the work can be seen by the more important
chapter headings, as Form and Character of the Mushrooms,
Development of the Mushroom, the Agarics (and other groups),
Collection and Preservation of the fleshy Fungi, Cultivation of
Mushrooms, Recipes for Cooking Mushrooms, Chemistry and
Toxicology of Fungi, Analytical Key, and Glossary. Peck’s
fine and well-illustrated Reports, this as well as those of previous
years, cannot be too highly commended, and fortunate are those
who are successful in procuring copies. Besides the new species
described in this Report, including a synoptical table of New
York species of Trametes, pp. 173-186 are devoted to an account
of Edible Fungi, accompanied by thirteen double-page colored
plates.
INDEX TO NORTH AMERICAN MYCOLOGY
Alphabetical List of Articles, Authors, Subjects , New Species
and Hosts,
W. A. KELLERMAN
%
This installment of the Index represents the mycological
literature of North America for the entire year 1901. Authors
are asked kindly to assist in prompt publication of the index of
their articles hereafter by forwarding copies of Magazines which
contain the same or of separates, with original paging, volume,
date, etc.
The possible omissions for 1901, or failure of prompt listing
of articles, authors and subjects in the future, will be much
regretted, and an earnest request is hereby expressed that atten¬
tion may be called immediately to such items by the authors
themselves.
Separates will be issued printed on one side of page only ;
the opposite blank page serving for corrections or additional
entries or notes by those using the list.
Working mycologists and those in charge of libraries can
with very little labor, if desired, use the reprints for card-indexing,
the separate items being clipped from the pages and pasted on the
library cards.
It is designed to issue separately, as indicated above, once
a year, the accumulated references properly placed in alphabet¬
ical order.
Abies alba and A. balsamea (Balsams), a new disease of.
(Trimmatostroma abietina Doherty.) An. Rep. Ontario
Agr. Coll. & Exp. Farm, 1900, 26:20. 1901.
Abies lasiocarpa Nutt., host to Peridermium ornamentale Arthur
sp. nov. Bull. Torr. Bot. Club, 28:665. Dec. 1901.
May 1902 ] Index to North American Mycology
23
Acanthostigma conocarpi Tracy & Earle n. sp., on Conocarpus
sericea (DC) Frank. Bull. Torr. Bot. Club, 28: 186.
March 1901.
Acer glabrum, host to Platystomum aceris Tracy & Earle n. sp.
PI. Bakerianae, 1 : 32. 22 Feb. 1901.
Acer rubrum, decaying wood, matrix to Flammula alnicola mar-
ginalis Peck 11. var. An. Rep. N. Y. State Mus. 54: 167.
1901.
Achillea millefolium, dead stems, host to Pleospora mega-
lotheca Tracy & Earle n. sp. PI. Bakerianae, 1 : 35. 22
Feb. 1901.
Acompsomyces Thaxter nov. gen. (Laboulbeniaceae.) Proc.
Amer. Acad. Arts & Sci. 37:37. June 1901.
Acompsomyces corticariae Thaxter nov. sp., on elytron of Cor-
ticaria sp. Proc. Amer. Acad. Arts & Sci. 37 *.37. June 1901.
Acrostalagmus tetraclados A. L. Smith sp. n., on decaying
Agaric. Jour. Linn. Soc. 35:11. 1 April 1901.
Aecidium and Puccinia on Common Sunflower, stages of one
and the same species, culture experiments, by M. A. Carle-
ton. Science, N. S. 13:250. 15 Feb. 1901.
Aecidium anograe Arthur sp. nov., on Anogra pallida (Lindl.)
Britt. Bull. Torr. Bot. Club, 28:664. Dec. 1901.
Aecidium boltoniae Arthur sp. nov., on Boltonia asteroides (L.)
L’Her. Bull. Torr. Bot. Club, 28:664. Dec. 1901.
Aecidium borrichiae Syd. nov. spec., on Borrichia frutescens.
Beiblatt zur Hedwigia, 40: (129). Sept. -Oct. 1901.
Aecidium fendleri Tracy & Earle n. sp., on Berberis fendleri.
PI. Bakerianae, 1 :i8. 22 Feb. 1901.
Aecidium grindeliae Syd. n. sp., on Grindelia squarrosa. Beib¬
latt zur Hedwigia, 401(1). Jan. -Feb. 1901.
Aecidium incurvum Tracy & Earle n. sp., on Erigeron flagillaris.
PI. Bakerianae, 1 :i8. 22 Feb. 1901.
Aecidium magnatum Arthur sp. nov., on Vagnera stellata (L.)
Morong. (Smilacina stellata Desf.) Bull. Torr. Bot. Club,
26:664. Dec. 1901.
Aecidium pedatum (Schw.) Arthur & Hoi way norm nov. Minn.
Bot. Stud. 2:632. 20 July 1901.
Aecidium tracyanum Syd. nov. spec., on Ruellia sp. indet. Bei¬
blatt zur Hedwigia, 40: (129). Sept.-Oct. 1901.
Aecidium tuberculatum Ell. & Kellerm., perennial in Callirrhoe
involucrata. [Experiments by M. A. Carleton.] Science,
N. S. 13:250. 15 Feb. 1901.
Aecidium wedeliae Earle sp. nov., on Wedelia carnosa. Muh-
lenbergia 1 :i6. July 1901.
24 Journal of Mycology [Vol. 8
Aegiphila martinicensis, host to Guignardia prominens Earle n.
sp., Muhlenbergia, 1:15. July 1901.
Agaricus pusillus Peck n. sp., rich ground in waste places and
pastures An. Rep. N. Y. State Mus., 54:152. 1901,
Agaricus, decaying, host to Acrostalagmus tetraclados. A. L.
Smith, sp. n. Jour. Linn. Soc. 55:11. 1 Apr. 1901.
Agave sp. ?, host to Plowrightia circumscissa Tracy and Earle,
n. sp. Bull. Torr. Bot. Club, 28: 187. 1901.
Agave sp., host to Lembosia agaves Earle sp. nov. Muhlenber¬
gia, 1 :i5. July 1901.
Albugo, Gametogenesis and Fertilization in. Frank Lincoln
Stevens. Bot. Gaz. 52:77-98, 157-169, 238-261. Aug.,
Sept., Oct., 1901.
Aleochara repetita Sharp, host to Monoicomyces furcillatus
Thaxter nov. sp. Proc. Amer. Acad. Arts and Sci. 57:2 4.
June 1901.
Allantonectria Earle gen. nov. (Hypocreaceae.) PI. Baker-
ianae, 2:11. 25 Mar. 1901.
Allantonectria yuccae Earle n. sp., on withered leaves of Yucca.
PI. Bakerianae, 2:12, 25 Mar. 1901.
Aloe, languishing leaves of, host to Plowrightia circumscissa
Tracy & Earle n. sp. Bull. Torr. Bot. Club, 28:187. 1901.
Amelanchier alnifolia Nutt., host to Roestelia nelsoni Arthur
sp. nov. Bull. Torr. Bot. Club, 28:665. Dec. 1901.
Amelanchier, decorticated, host to Platystomum hysterioides
Earle n. sp., PI. Bakerianae, 2:18. 25 Mar. 1901.
»
Amelanchier, decorticated branches, host to Platystomum ame-
lanchiercis Tracy & Earle n. sp. PI. Bakerianae 1 :32. 22
Feb. 1901.
Amelanchier, decorticated twigs, host to Strickeria amelan-
chieris Earle n. sp. PL Bakerianae, 2:14. 25 March 1901.
Amelanchier, decorticated twigs, host to Tryblidium occiden-
tale Earle n. sp. PL Bakerianae, 2:10. 25 Mar 1901.
Ampitisphaeria juniperi Tracy and Earle n. sp., on Juniperus
menispermum (bark). PL Bakerianae, 1:30. 22 Feb. 1901.
Amphisphaeria populi Tracy & Earle n. sp., on Populus augusti-
folia (decorticated branches). PL Bakerianae, 1:30. 22
Feb. 1901.
Amphispores, a distinct new spore form of Puccinia vexans Farl.
(M. A. Carleton.) Science, N. S. 13:250. 15 Feb. 1901.
Aniscanthius (wrightii?), host to Puccinia aniscanthii Diet.
& Holw. n. sp. Bot. Gaz. 31:329. May 1901.
Anogra pallida (Lindl.) Britt., host to Aecidium anograe Ar¬
thur sp. nov. Bull. Torr. Bot. Club, 28:664. Dec. 1901.
May 1902 ] Index to North America?i Mycology
25
Anthicus floralis Linn., host to Dioicomyces anthici Thaxter
nov. sp. Proc. Amer. Acad. Arts & Sci. 37:35. June 1901.
Anthiscus floralis Linn., host to Dioicomyces spinigerus Thax¬
ter nov. sp. Proc. Amer. Acad. Arts & Sci. 37 135.
June 1901.
Anthiscus floralis Linn., host to Dioicomyces onocleophorus
Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci. 37 134.
June 1901.
Anthracnose, Currant, An Epidemic of. (Caused by Gloeos-
porium ribis (Lib.) Mont, and Desm.) F. C. Stewart and
H. J. Eustace. Bull. N. Y. Agr. Exp. Sta. 199:63-80. 1
pi. Nov. 1901.
Ardesia pickeringii, host to Hysterostomella floridana Tracy &
Earle 11. sp. Bull. Torr. Bot. Club, 28:185. March, 1901.
Aristida purpurea, host to Graphyllium chloes Clements n. sp.
Univ. Nebr. Bot. Surv. 5:6. 30 March 1901.
Artemisia, host to Rosellinia (Sphaeria) ovalis (Ell.) Sacc.
Torreya, 1 :22. Feb. 1901.
Artemisia sp.? “Sage Brush,” host to Platystomum deserto-
rum Tracy & Earle n. sp. PL Bakerianae, 1 :33. 22 Feb.
1901.
Arttirobotryum fusisporium A. L. Smith sp. n., on Wood.
Jour. Linn. Soc. 35:13. 1 April 1901.
Arthur, J. C. & Holway, E. W. D. Descriptions of American
Uredineae, III. Bull. Lab. Nat. Hist. State Univ. Iowa,
5:171-194. May 1901. [Descriptions, Synonomy, and Fig¬
ures of 10 species.]
Arthur, J. C. and Holway, E. W. D. Violet Rusts of North
America. (Descriptions, synonomy, and figures.) Minn.
Bot. Stud. 2:631-41. 1 pi. 20 July 1901.
Arthur, J. C. The Asparagus Rust. An. Rep. Ind. Agr. Exp.
Sta. 1899-1900, 13:10-14. 1901.
Arthur, J. C. Damping Off of Beets in the field. (Indeter-
mined species of Fungi.) An. Rep. Ind. Exp. Sta. 1899-
1900, 13 : 15-16. 1901.
Arthur, J. C., Formalin and hot water as Preventives of Loose
Smut of Wheat. An. Rep. Ind. Agr. Exp. Sta. 1899-1900,
13: 17-24. 1901.
Arthur, J. C. Generic Nomenclature of Cedar Apples. (Pri¬
ority for Tremella, also list of specific names and hosts.)
Proc. Ind. Acad. Sci. 1900:131-6. 1901 (Separates distrib¬
uted June).
Arthur, J. C. New Species of Uredineae. I. (Puccinia, Aecid-
ium, Perdermium, Gymnosporangium and Roestelia.) Bull.
Torr. Bot. Club, 28:661-6. Dec. 1901.
26 Journal of Mycology [Vol. 8
Ascobolus stercorarius retispora Clements n. var., on stercorate
mud. Univ. Nebr. Bot. Surv. 5 :g. 30 March 1901.
Ascophanus isabellinus Clements n. sp., on stercorate mud.
Univ. Nebr. Bot. Surv. 5:9. 30 March 1901.
Asparagus Rust, Byron D. Halstead. Plant World, 4:88-94.
May 1901.
Asparagus Rust abundant on young plants (Minor Plant Notes.
No. 3.) W. A. Kellerman. Ohio Naturalist, 1 199. April
1901.
Ass, see dung of.
Atkinson, George Francis. Mushrooms Edible, Poisonous, etc.
Second Edition. 230 photographs and colored plates. Pp.
IV and 322. Ithaca, N. Y. 1901.
Atkinson, Geo. F. Studies of some shade tree and timber de¬
stroying Fungi. Bull. Cornell Univ. Agr. Exp. Sta. 193 :
i99-235* June 1901.
Baccharis hirtella DC., host to Puccinia baccharis-hirtellae Diet.
Holw. n. sp. Bot. Gaz. 31 1331. May 1901.
Baccharis hirtella DC., host to Puccinia oaxacana Diet. & Holw.
n. sp. Bot. Gaz. 31 : 331. May 1901.
Bacillus lactis viscosus. (Further observations upon Ropiness
in Milk and Cream.) Archibald R. Ward. Bull. Cornell
Univ. Agr. Exp. Sta. 195:29-39. Nov. 1901.
Bacteria, Description of certain, obtained from nodules of var¬
ious Leguminous Plants. Proc. Ind. Acad. Sci. 1900:157-
161. 1901.
Bacterial Diseases of Plants (lecture), Erwin F. Smith, ab¬
stract. Science N. S. 13: 249. 15 Feb. 1901.
Bacterial Diseases of Plants, address by Erwin F. Smith, Bio¬
logical Society of Washington. (Abstract.) Science. N.
S. 13:711. 1 March 1901.
Bacterial Diseases of Tomatoes. William Stuart. An. Rep.
Ind. Agr. Exp. Sta. 1900, 13:33-6. 1 pi. 1901.
Bacterial Diseases of Tomatoes. William Stuart. (Abstract
of article in Ann. Rep. Ind. Agr. Exp. Sta. 13:33-6. Jan.
1901.) Proc. Ind. Acad. Sci. 1900: 153-7. 1901.
Bacteriological Analysis of Water, Notes on. L. H. Pammel.
Proc. Ia. Acad. Sci. 1900, 8:262-27 5. 1901.
Bacteriological papers presented at the Fifteenth Annual Meet¬
ing of the Iowa Academy of Sciences (Abstracts). Science,
N. S. 13:215. 25 Jan. 1901.
Bacteriological study of the College Creamery Milk Supply.
C. H. Eckles. Bull. Ia. Agr. Coll. Exp. Sta. 59 :37~49. 1901.
May 1902 ] Index to North American Mycology
27
Bacteriologists, The American Society of (Abstracts of pa¬
pers). H. W. Conn, Secretary. Science. N. S. 13:322-
331. 1 March 1901.
Bacteriology, Agricultural ; A study of the Relations of Bac¬
teria to Agriculture with special reference to the Bacteria
of the Soil, in Water, in the Dairy, in miscellaneous farm
products, and in Plants and Domestic Animals. Pp. 412.
Figs 40. H. W. Conn. Philadelphia. 1901.
Bacteriology, Elementary, a Laboratory Guide in. William
Dodge Frost. Madison, Wisconsin. 1901.
Bacteriology, A Manual of Determinative. Pp. VI and 401. Fr.
D. Chester. New York. 1901.
Bacteriology, The origin, scope and significance of. William
T. Sedgwick. Science, N. S. 13 :i2i-8. 25 Jan. 1901.
Bacteriosis, Walnut. Newton B. Pierce. Bot. Gaz. 31 1272-3.
April 1901.
Balsams, A new disease of (Trimmattostroma abietina Doherty
n. sp.). Bot. Gaz. 30:401. Dec. 1900. An. Rep. Ontario
Agr. Coll. & Exp. Farm, 1900, 26:20. 1901.
Banker, H. J. A Preliminary Contribution to a Knowledge of
the Hydnaceae. Bull. Torr. Bot. Club, 28:199-222. April
1901.
Bark, host to Coniosporium asterinum A. L. Smith sp. n. Jour.
Linn. Soc. 35:12. 1 April 1901.
Bark, host to Perichaena achrospora Peck n. sp. An. Rep. N. Y.
State Mus. 54:156. 1901.
Bark of fallen log, host to Endothia longirostris Earle n. sp.
Muhlenbergia, 1 :i 4. July 1901.
Bark of fallen log, host to Melonospora (?) helleri Earle sp. nov.
Muhlenbergia, 1 :i 4. July 1901.
Bark of herbaceous stem, host to Stilbum albipes A. L. Smith
sp. n. Jour. Linn. Soc. 35:12. 1 April 1901.
Bark of tree, host to Cyphella patens A. L. Smith sp. n. Jour.
Linn. Soc. 35:10. 1 April 1901.
Bartholomew, Elam. Ellis & Everhart’s Fungi Columbiani.
Cent. XVI. Stockton, Kansas. Dec. 1901.
Basidiomycetes, Key to the Genera of, of Vermont, Revised
Edition. Pp. 24. E. A. Burt. Cambridge, Mass. 1901.
Battarrea griffithsii Underwood sp. nov. Bull. Torr. Bot. Club,
28:440. Aug. 1901.
Battarrea laciniataUnder wood sp. nov. Bull. Torr. Bot. Club,
28:439. Aug. 1901.
Beardslee, Henry C. Notes on the Boleti of West Virginia.
Torreya, 1 :37~9- April 1901.
28 Journal of Mycology |Vol. 8
Belonidium hirtipes A. L. Smith sp. n., on wood. Jour. Linn.
Soc. 35:14. 1 April 1901.
Belonidium sclerotii A. L. Smith sp. n., on decorticated branch.
Jour. Linn. Soc. 35:14. 1 April 1901.
Berberis fendleri, host to Aecidium fendleri Tracy & Earle n.
sp. PI. Bakerianae, 1 :i8. 22 Feb. 1901.
Berberis trifolia, host to Puccinia berberis-trifoliae Diet. & Holw.
n. sp. Bot. Gaz. 31 :320. May 1901.
Bessey, Charles E. More about Fungus Spores as Bee-bread.
Plant World, 4:96. May 1901.
Bessey, Charles E., Pound, Roscoe, Clements, Frederic E. : Ed.
Com. Univ. Nebr. Bot. Surv. 5:1-143. 30 March 1901.
Blackleg in Kansas (Bacillus). Paul Fischer and A. T. Kings¬
ley. Kans. Agr. Exp. Sta. Bull. 105:4-27. Nov. 1901.
Black Locust (Robinia pseudacacia L.) a disease of (Polyporus
(Fomes) rimosus Berk). Hermann von Schrenk. Mo.
Bot. Gar. A11. Rep. 12:21-31. PL 3. 1901. Also in Sci¬
ence, N. S., 13:247. 15 Feb. 1901.
Blight, Pear and Pear Canker. F. D. Chester. Del. Agr. Exp.
Sta. Bull. 52:2-8. April 1901.
Blights, Potato, as they occurred in 1900. L. R. Jones and A.
W. Edson. An. Rep. Vt. Agr. Exp. Sta. 14:227-8. 1901.
Blodgett, Frederick H. Transpiration of Rust-infested (Gym-
noconia interstitialis) Rubus. Torreya, 1 :34~5. March 1901.
Boleti collected at Alstead, New Hampshire — Additional Notes.
H. Webster. Rhodora, 3:226-8. Sept. 1901.
Boleti, Notes on, of West Virginia. Henry C. Beardslee. Tor¬
reya, 1 :37~9- April 1901.
Boletus bakeri Tracy & Earle n. sp., on the ground. PI. Baker¬
ianae, 1 :23. 22 Feb. 1901.
Boletus chrysenteron albocarneus Peck n. var. An. Rep. N. Y.
State Mus. 54:185. 1901.
Boletus granulatus albidipes Peck n. var., under Pine trees. An.
Rep. N. Y. State Mus. 54:168. 1901.
Bolley, H. L. Flax Wilt and Flax-sick Soil. (Fusarium lini
Bolley nov. sp.) N. D. Agr. Exp. Sta. Bull. 50:27-60.
Dec. 1901.
Bolley, Henry L. A Preliminary Note on the cause of Flax-
sick Soil. Fusarium lini sp. nov. Proc. An. Meeting Soc.
Prom. Agr. Sci. 22:42-6. 1901.
Boltonia asterioides (L.) L’Her., host to Aecidium boltoniae
Arthur sp. nov. Bull. Torr. Bot. Club, 28:664. Dec. 1901.
Borrichia frutescens, host to Aecidium borrichiae Syd. nov. spec.
Beiblatt zur Hedwigia, 40: (129). Sept. Oct. 1901.
May 1902] Index to North American Mycology
29
Botanical Seminar. Additions to the reported flora of the
state. (List of Fungi.) Bot. Surv. Nebr. 5:12-27. 1901.
Botanical Survey of Nebraska. Botanical Seminar (Univ.
Nebr.), 5:1-143. 30 March 1901. See Fungi, new species
Nebraska), and Flora, Additions to the reported, of the
State (Nebraska).
Bouteloua hirsuta, host to Scaphidium boutelouae Clements n.
sp. Univ. Nebr. Bot. Surv. 5:5. 30 March 1901.
Bouteloua oligostachya, host to Graphyllium chloes Clements
n. sp. Univ. Nebr. Bot. Surv. 5:6. 30 March 1901.
Branch, decorticated, host to Belonidium sclerotii A. L. Smith
sp. n. Jour. Linn. Soc. 35:14. 1 April 1901.
Brickellia veronicaefolia, host to Puccinia praemorsa Diet. &
Holw. n sp. Bot. Gaz. 31 :332. May 1901.
Bubaic, Franz. Ueber die Puccinien vom Typus der Puccinia
anemones virginianae Schw. Sitzungsber. Konig. bohm.
Gesell. Wissench. Prag. 1901.
Burrage, Severance. Description of Certain Bacteria obtained
from Nodules of Various Leguminous Plants. Proc. Ind.
Acad. Sci. 1900:157-161. 1901.
Burro, see dung of.
Burt, E. A. Key to the genera of Basidiomycetes of Vermont,
Revised Edition. Pp. 24. Cambridge, Mass. 1901.
Burt, Edward A. Structure and Nature of Tremella myceto-
phila Peck. Bull. Torr. Bot. Club, 28: 285-287. May 1901.
Butters, F. K. A preliminary list of Minnesota Xylariaceae.
Minn. Bot. Stud. 2:563-7. 20 July 1901.
Calloria citrina A. L. Smith sp. n., on Wood. Jour. Linn. Soc.
35:15. 1 April 1901.
Calonectria ornata A. L. Smith, sp. n., on Twigs. Jour. Linn.
Soc. 35:18. 1 April 1901.
Carleton, M. A. Notes on the Life History of Certain Uredi-
neae. (Abstract.) Science, N. S. 13:249. 15 Feb. 1901.
Cassia multiflora, host to Ravenelia spinulosa. Bot. Gaz. 31 ^36.
May 1901.
Cassia romeriana, host to Revenelia longiana, Syd. nov. spec.
Beiblatt zur Hedwigia, 40: (128). Sept.-Oct. 1901.
Castilleia confusa Greene, host to Ophiobolus castilleiae, Tracy
& Earle n. sp. PI. Bakerianae, 1 -.34. 22 Feb. 1901.
Castelleia, dead stems, host to Pyrenophora castilleiae Earle n.
sp. PI. Bakerianae, 2:23. 25 March 1901.
Cedar Apples, Generic nomenclature of. J. C. Arthur. (Pri¬
ority for Tremella; also Jjst of specific names and hosts.)
Journal of Mycology
30
[Vol. 8
Proc. Ind. Acad. Sci. 1900:131-6. (Separates distributed
June) 1901.
Celosia latifolia, host to Uromyces celosiae Diet. & Holw. n. sp.
Bot. Gaz. 31 1326. May 1901.
Celtis, Hackberry, host to Coniothecium celtidis Peck. n. sp.
An. Rep. N. Y. State Mus. 54:157. 1901.
Ceraiomyces Thaxter nov. gen. (Laboulbeniaceae.) Proc.
Amer. Acad. Arts and Sci. 36:410. March 1901.
Cerasus, Wild Cherry, immature fruit, host to Monilia cerasi
Tracy & Earle n. sp. PI. Bakerianae, 1 :35. 22 Feb. 1901.
Ceratomyces mexicanus Thaxter nov. sp., on inferior margin of
Tropisternus nitidus Sharp. Proc. Amer. Acad. Arts &
Sci. 37:43. June 1901.
Ceratomyces spinigerus Thaxter nov. sp., on inferior margin of
thorax of Tropisternus apicipalpis Cast. Proc. Amer. Acad.
Arts & Sci. 37: 42. June 1901.
Cercocarpus, decorticated wood, host to Hysterographium Earle
n. sp. PI. Bakerianae, 2:10. 25 March 1901.
Cercocarpus, dead barkless wood, host to Lophiotrema cerco-
carpi Earle n. sp. PI. Bakerianae, 2:18. 25 March 1901.
Cercocarpus, dead, but not weatherworn branchlets, host to
Schizostoma cercocarpi Earle n. sp. PI. Bakerianae, 2:19.
25 March 1901.
Cercocarpus, decorticated branches, host to Strickeria cercocarpi
Earle n. sp. PI. Bakerianae, 2:15. 25 March 1901.
Cercocarpus, decorticated twigs, host to Tryblidium occidentale
Earle n. sp. PI. Bakerianae, 2:10. 25 March 1901.
Cercospora portoricensis Earle sp. nov., on Piper aduncum.
Muhlenbergia, 1:15. July 1901.
Cercopsora torta Tracy & Earle n. sp., on Cynoctonum petiolata
(Mitreola). Bull. Torr. Bot. Club, 28:187. March 1901.
Cercosporidium Earle gen. nov. (Dematiaceae.) Muhlenbergia,
1 :i6. July 1901.
Cercosporidium helleri Earle sp. nov., on Sphenoclea zeylonica.
Muhlenbergia, 1 :i6. July 1901.
Ceriospora acuta A. L. Smith, sp. n., on Wood. Jour. Linn. Soc.
35:17. 1 April 1901.
Cestrum nitidum, host to Uromyces venustus Diet. & Holw. n.
sp. Bot. Gaz. 31 :326. May 1901.
Charonectria pedicularis Tracy & Earle n. sp., on Pedicularis
crenulata. PI. Bakerianae, 1 :26. 22 Feb. 1901.
Cherry Trees, host to Cryptosporium cerasinum Peck n. sp.
An. Rep. N. Y. State Mus. 54:156. 1901.
May 1902 ] bidex to North American Mycology
31
Chester, Fr. D. A Manual of Determinative Bacteriology. Pp.
VI and 401. New York. 1901.
Chester, Fr. D. Pear Blight and Pear Canker. Del. Agr. Exp.
Sta. Bull. 52:2-8. April 1901.
Chitonomyces bullardi Thaxter nov. sp., on the inferior margin
of prothorax of Cnemidotus 12-punctatus Say. Proc. Amer.
Acad. Arts & Sci. 37:31. June 1901.
Chitonomyces hydropori Thaxter nov. sp., on the mid-elytron
of Hydroporus modestus Aube. Proc. Amer. Acad. Arts &
Sci. 37:32. June 1901.
Chitonomyces occultus Thaxter nov. sp., on elytron of Cnemi¬
dotus sp. Proc. Amer. Acad. Arts & Sci. 37:30. June 1901.
Chitonomyces psittacopsis Thaxter nov. sp., on the posterior legs
of Laccaphilus sp. Proc. Amer. Acad. Arts & Sci. 37:30.
June 1901.
Chondrioderma trevelyani Rost. (With trace of columella —
Arthur Lister.) Jour. Bot. 39:87. PI. 1. March 1901.
Chrysopsis mariana, host to Puccinia marianae Syd. nov. sp.
Beiblatt zur Hedwigia, 40: (127). Sept.-Oct. 1901.
Chrysothamnus, decorticated stems, host to Trematosphaeria
chrysothamni Earle n. sp. PI. Bakerianae, 2:17. 25 March
1901.
Clinton, G. P. Two New Smuts on Eriocaulon septangulare.
Rhodora, 3 yg-82. April 1901.
Clavaria acris Peck n. sp. on much decayed wood of coniferous
trees. An. Rep. N. Y. State Mus. 54:155. 1901.
Clavaria cervicornis A. L. Smith sp. n., on rotten wood. Jour.
Linn. Soc. 35:10. 1 April 1901.
Clavaria exigua Peck n. sp., among fallen leaves in woods. An.
Rep. N. Y. State Mus. 54:155. 1901.
Claviceps cinereum Griffiths n. sp., on Hilaria mutica and H.
cenchroides. Bull. Torr. Bot. Club, 28:241. April 1901.
Clematis ligusticifolia, host to Otthia clematitis Earle n. sp.
PI. Bakerianae, 2:13. 25 March 1901.
Clematis ligusticifolia, dead stems, host to Pyrenophora clema¬
titis Earle n. sp. PI. Bakerianae, 2:24. 25 March 1901.
Clements, Frederic E., See Bessey, Charles E., Pound, Roscoe,
and Clements, Frederic E.
Clitocybe parasitica Wilcox n. sp., on dead trees and crowns of
trees, peach, apple, cherry, oak. Oklahoma Agr. Exp. Sta.
Bull. 49:1-32. 11 PI. Feb. 1901.
Clitopilus noveboracensis umbilicatus Peck n. var. An. Rep.
N. Y. State Mus. 54:165. 1901.
32
Jour7ial of Mycology
[Vol. 8
Clitopilus noveboracensis subviolaceus Peck, n. var., fallen
leaves in woods. An. Rep. N. Y. State Mus. 54:165. 1901.
Cnemidotus sp., host to Chitonomyces occultus Thaxter nov. sp.
Proc. Amer. Acad. Arts & Sci. 37:30. June 1901.
Cnemidotus 12-punctatus Say, host to Chitonomyces bullardi
Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci. 37:31.
June 1901.
Coleosporium anceps Diet. & Holw. n. sp., on Verbesina sphaer-
ocephala. Bot. Gaz. 31 :337- May 1901.
Coleosporium paraphysatum Diet. & Holw. n. sp., on Liabum
discolor. Bot. Gaz. 31 ^37. May 1901.
Coleosporium paraphysatum Diet. & Holw. (sterile hyphen, eine
Art lockeren Stromas ; sporen-Membran am Scheitel nicht
verdickt). Beiblatt zur Hedwigia, 40 :(6i). Mai-Juni 1901.
Coleosporium verbesinae Diet. & Holw. n. sp., on Verbesina vir-
gata. Bot. Gaz. 31 :337- May 1901.
Collybia dryophila, host to Tremella mycetophila Peck, Ex-
obasidium mycetophilum (Peck) Burt. Edward A. Burt.
Bull. Torr. Bot. Club, 28:285. May 1901.
Collybia ligniarius Peck n. sp., on old prostrate trunks and
decaying wood of deciduous trees. An. Rep. N. Y. State
Mus. 54:145. 1901.
Coniosporium asterinum A. L. Smith, sp. n., on bark. Jour.
Linn. Soc. 35 :i2. 1 April 1901.
Coniothecium celtidis Peck n. sp., on branchlets of hackberry.
An. Rep. N. Y. State Mus. 54:157. 1901.
Coniothecium sociale Peck n. sp., on mummified plums and
twigs. An. Rep. N. Y. State Mus. 54:156. 1901.
Coniothyrium eriogoni Earle n. sp., on dead stems of Eriogo-
num umbellatum. PI. Bakerianse, 2:25. 25 March 1901.
Coniothyrium pentstemonis Earle n. sp., on dead leaves and
stems of Pentstemon. PI. Bakerianse, 2:25. 25 March 1901.
Conn, H. W. Agricultural Bacteriology. Pp. 412. Figs. 40.
Philadelphia. 1901.
Conn, H. W. Secretary. The American Society of Bacteriolo¬
gists. (Abstracts of papers.) Science, N. S. 13:322-31.
1 March 1901.
Conocarpus sericea (DC) Frank, host to Acanthostigma cono¬
carpi Tracy & Earle n. sp. Bull. Torr. Bot. Club, 28:186.
March 1901.
Conosoma pubescens Payk., host to Stichomyces conosomae
Thaxter nov. sp. Proc. Amer. Acad. Arts and Sci. 37:38.
June 1901.
May 1902 j Index to North America7i Mycology
38
Corn us, dead twigs, host to Stegonospora cornicola Earle n. sp.
PL Bakerianae, 2:29. 25 March 1901.
Cornuella Setch. [Changed to Tracya Syd. nom. nov.] Beib-
latt zur Hedwigia, 401(2). Jan. -Feb. 1901.
Cornuella lemnae Setch. [Changed to Tracya lemnae (Setch.)
Syd. nom nov.] Beiblatt zur Hedwigia, 401(2). Jan.-Feb.
1901.
Corticaria sp., host to Acompsomyces corticariae Thaxter nov.
sp. Proc. Amer. Acad. Arts & Sci., 37:37. June 1901.
Corticium chlamydosporum Burt. 11. sp., prostrate trunk of Elm.
An. Rep. N. Y. State Mus. 54:154. 1901.
Cortinarius elatior pallidifolius Peck n. var., fallen leaves in
woods. An. Rep. N. Y. State Mus. 54:151. 1901.
Cortinarius maculipes Peck n. sp., among mosses in woods.
An. Rep. N. Y. State Mus. 54:150. 1901.
Cortinarius sublateritius Peck n. sp., woods. An. Rep. N. Y.
State Mus. 54:151. 1901.
Cortinarius squarrosus Clements n. sp., among grasses in the
woods. Univ. Nebr. Bot. Surv. 5:11. 30 March 1901.
Cortinarius torvus nobilis Peck n. var., in thin woods. An.
Rep. N. Y. State Mus. 54:167. 1901.
Corydalis brandagei, dead stems, host to Dasyscypha bakeri
Earle n. sp. PI. Bakerianae, 2:6. 25 March 1901.
Corydalis brandagei, dead items, host to Niptera(?) coccinea
Earle n. sp. PI. Bakerianae, 2:7. 25 March 1901.
Coulterophytum laxum Rob., host to Puccinia coulterophyti
Diet. & Holw. Bot. Gaz. 31 :335- May 1901.
Cow, see dung of.
Crataegus rivularis, decorticated twigs, host to Dasyscypha
Earle n. sp. PL Bakerianae, 2:6. 25 March 1901.
Cryptosporium cerasinum Peck n. sp., on branches of Cherry
trees. An. Rep. N. Y. State Mus. 54:156. 1901.
Culture Experiments of Uredineae, see Uredineae Culture Ex¬
periments.
Cymopteris bipinnatus, host to Puccinia seymourii Lindroth n.
sp. (P. jonesii Aut. p. p.) Meddel. fr. Stockholms Hogs-
kolas Botaniska Institut. Bd. IV. 1901.
Cynoctonum petiolata (Mitreola), host to Cercospora torta
Tracy & Earle n. sp. Bull. Torr. Bot. Club, 28:187.
March 1901.
Cyphella patens A. L. Smith, sp. n., on bark of tree. Jour
Linn. Soc. 35:10. 1 April 1901.
Cytospora boreella Earle n. sp., on dead Willow twigs. PL
Bakerianae, 2:26. 25 March 1901.
34 Jouriial of Mycology [Vol. 8
Dacryopsis Ellisiana Massee, E. J. Durand. Bull. Torr. Bot.
Club, 28:646. Nov. 1901.
Dacryopsis Ellisiana Massee. George Massee. Bull. Torr. Bot.
Club, 28:519. Sept. 1901.
Damping Off of Beets in the field. (Indetermined species of
Fungi.) J. C. Arthur. An. Rep. Ind. Agr. Exp. Sta.
1899-1900, 13:15-16. 1901.
Dasyscypha allantospora Earle n. sp., on Crataegus rivularis
(decorticated twigs). PI. Bakerianae, 2:5. 25 March 1901.
Dasyscyppia bakeri Earle n. sp., on Corydalis brandagei (dead
stems). PI. Bakerianae, 2:6. 25 March 1901.
Davis, V. H. The Asparagus Rust. Columbus Hort. Soc.
Quart. Jour. Proc. 16:80-84. Sept. 1901.
Decay of Wood, Factors which Cause the. Hermann von
Schrenk. Western Jour. Soc. Engineers. 6:89. 3 pi.
May 1901.
Delitschia apiculata Griffiths sp. nov., on dead stems of Rus¬
sian Thistle from a rubbish heap. Mem. Torr. Bot. Club,
11:104. 30 May 1901.
Delitschia eccentrica Griffiths sp. nov., on cow dung. Mem.
Torr. Bot. Club, 11:101. 30 May 1901.
Delitschia polyspora Griffiths sp. nov., on cow dung. Mem.
Torr. Bot. Club, 11:105. 30 May 1901.
Delitschia vulgaris Griffiths sp. nov., on horse and cow dung.
Mem. Torr. Bot. Club, 11:104. 30 May 1901.
Delphinium, dead stems, host to Mycosphaerilla delphinicola
Earle n. sp. PI. Bakerianae, 2:19. 25 March 1901.
Delpitinum, dead stems, host to Phoma delphiniicola Tracy &
Earle n. sp. PI. Bakerianae, 1 :36. 22 Feb. 1901.
Desmanthodium ovatum, host to Puccinia desmanthodii Diet.
& Holw. n. sp. Bot. Gaz. 31 :334- May 1901.
Dietel, P. Bemerkungen ueber einige Melampsoreen II. (Col-
eosporium paraphystatum D. et H. & Stichospora mentze-
liae D. et H.) Beiblatt zur Hedwigia, 40 : (61) -(62). Mai-
Juni, 1901.
Dietel, P. Einige Bemerkungen ueber einige Melampsoreen
(Melampsora paradoxa Diet, et Holw., a third spore-form).
Beiblatt zur Hedwigia, 40 :(32)-(35). 1901. Marz-April
1901.
Dichomyces homalotae Thaxter nov. sp., on all, parts of Hom-
alota sordida Marsh. Proc. Amer. Acad. Arts & Sci.
37:29. June 1901.
Dichomyces mexicanus Thaxter nov. sp. on the inferior surface
of the abdomen of Philonothus atriceps Sharp. Proc. Amer.
Acad. Arts & Sci. 37:28. June 1901.
May 1902 ] bidex to North American Mycology
35
Dictyostelium aureum Olive nov. sp., on dung of mouse. Proc.
Amer. Acad. Arts & Sci. 37:340. Dec. 1901.
Dictyostelium brevicaule Olive nov. sp., on dung of Sheep and
Goat. Proc. Amer. Acad. Arts & Sci. 37:340. Dec. 1901.
Dictyostelium purpureum Olive nov. sp., on dung of mouse,
toad, cow, horse, sheep, muskrat. Proc. Amer. Acad. Arts
& Sci. 37:340. Dec. 1901.
Dictyocephalos Underwood gen. nov. (Tylostomaceae.) Bull.
Torr. Bot. Club, 28:441. Aug. 1901.
Dictyocephalos curvatus Underwood sp. nov. Bull. Torr. Bot.
Club. 28:441. Aug. 1901.
Dinwiddie, R. R. Investigations of some Diseases in Arkansas.
(Bacterial.) Ark. Agr. Exp. Sta. Bull. 67:27-47. 1901.
Dioicomyces Thaxter nov. gen. (Laboulbeniaceae.) Proc.
Amer. Acad. Arts & Sci. 37:33. June 1901.
Dioicomyces anthici Thaxter nov. sp., on Anthicus floralis Linn.
Proc. Amer. Acad. Arts & Sci. 37:34. June 1901.
Dioicomyces onchophorus Thaxter nov. sp., on elytron of An-
thiscus floralis Linn. Proc. Amer. Acad. Arts & Sci. 37 :34*
June 1901.
Dioicomyces spinigerus Thaxter nov. sp., on Anthiscus floralis
Linn. Proc. Amer. Acad. Arts & Sci. 37:34. June 1901.
Diplodia cacaoicola P. Henn. ; a parasitic fungus on Sugar-Cane
and Cacao in the West Indies. Ann. Bot. 15 :683"7oi. 1 pi.
Dec. 1901.
Discomycetes, Studies in North American. I. The Genus
Holwaya Sacc. Elias J. Durand. Bull. Torr. Bot. Club,
28:349-355. June 1901.
Diseases, Bean, and their Remedies. Byron D. Halsted. N. J.
Agr. Exp. Sta. Bull. 151 : 2-28 . 4 pi. 1 June 1901.
Disease in Plants, Pp. IX & 309. H. Marshall Ward. London.
1901. (Some work of American mycologists and some
American Fungi noted.)
Diseases, Swine, Investigation of some. (Bacteria.) R. R.
Dinwiddie. Ark. Agr. Exp. Sta. Bull. 67:27-47. 1901.
Diseases of Trees likely to follow from mechanical Injuries.
William G. Farlow. Trans. Mass. Hort. Soc. 1901 M40-
154. 1901.
Distegia involucrata, dead twigs, host to Otthia distegiae Tracy
& Earle n. sp. PI. Bakerianae, 1 :29. 22 Feb. 1901.
Dog, see dung of.
Duggar, B. M. & Stewart F. C. The sterile Fungus Rhizocto-
nia as a cause of plant Diseases in America. Bull. Cornell
Univ. Exp. Sta. 186:51-76. Jan. 1901.
36
Jouriial of Mycology
[Vol. 8
Duggar, Benjamin M. and Stewart F. C. Rhizoctonia, a second
preliminary report on Plant Diseases in the United States
due to. (Abstract.) Science N. S. 13:249. 15 Feb. 1901.
Duggar, B. M. Physiological Studies with reference to the
Germination of certain Fungous Spores. Bot. Gaz. 31 138-
66. Jan. 1901.
Dung, matrix to Sordaria? hyalina Griffiths sp. nov. Mem. Torr.
Bot. Club, 11:48. 30 May 1901.
Dung in woods, matrix for Panaeolus alveolatus Peck n. sp.
An. Rep. N. Y. State Mus. 54:153. 1901.
Dung of ass, muskrat, rabbit, matrix to Polysphondylium pal¬
lidum Olive nov. sp. Proc. Amer. Acad. Arts & Sci. 37:341.
Dec. 1901.
Dung of burro, cow, dog, horse, rabbit and sheep, matrix to
Pleurage taenioides Griffiths sp. nov. Mem. Torr. Bot. Club,
11:58. 30 May 1901.
Dung of goat, matrix for Sporormia tuberculata Griffiths sp.
nov. Mem. Torr. Bot. Club, 11:112. 30 May 1901.
Dung of goat and sheep, matrix to Dictyostelium brevicaule
Olive nov. sp. Proc. Amer. Acad. Arts & Sci. 37 :34c. Dec.
1901.
Dung of cow, matrix for Delitschia eccentrica Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:101. 30 May 1901.
Dung of cow, matrix for Delitschia polyspora Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:105. 30 May 1901.
Dung of cow, matrix for Hypocopra parvula Griffiths sp. nov.
Mem. Torr. Bot. Club, 11 :99. 30 May 1901.
Dung of cow, matrix for Pleurage anomola Griffiths sp. nov.
Mem. Torr. Bot. Club, 11 :56. 30 May 1901.
Dung of cow, matrix for Pleurage ellisiana Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:73. 3° May 1901.
Dung of cow, matrix for Pleurage heterochaeta Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:87. 3° May 1901.
Dung of cow, matrix for Pleurage multicaudata Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:85. 3° May 1901.
Dung of cow, matrix for Pleurage superior Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:69. 3° May 1901.
Dung of cow, matrix for Sporormia chaetomioides Griffiths sp.
nov. Mem. Torr. Bot. Club, 11:114. 30 May 1901.
Dung of cow, goat and horse, matrix for Sordaria (?) hyalina
Griffiths sp. nov. Mem. Torr. Bot. Club, 11:48. 30 May
1901.
Dung of cow and horse, matrix for Delitschia vulgaris Griffiths
sp. nov. Mem. Torr. Bot. Club, 11:104. 30 May 1901.
May 1902 ] Index to North American Mycology
37
Dung of cow and horse, matrix for Pleurage longicaudata
Griffiths sp. nov. Mem. Torr. Bot. Club, 11:81. 30 May
1901.
Dung of cow and horse, matrix for Pleurage for Pleurage kan-
sensis Griffiths sp. nov. Mem. Torr. Bot. Club. 11:84. 30
May 1901.
Dung of cow and horse, matrix for Sordaria alpina Griffiths sp.
nov. Mem. Torr. Bot. Club, 11:50. 30 May 1901.
Dung of cow and horse, matrix for Sordaria montanensis Griffiths
sp. nov. Mem. Torr. Bot. Club, 11:49. 3° May 1901.
Dung of cow and horse, matrix for Sporormia dakotensis
Griffiths sp. nov. Mem. Torr. Bot. Club, 11:114. 30 May
1901.
Dung of cow, horse, mouse, muskrat, sheep, toad, matrix to
Dictyostelium purpureum Olive nov. sp. Proc. Amer.
Acad. Arts & Sci. 37:340. Dec. 1901.
Dung of cow, horse, mouse, pig, etc., matrix to Guttinulopsis
vulgaris Olive nov. sp. Proc. Amer. Acad. Arts & Sci.
37:336. Dec. 1901.
Dcng of cow, rabbit and sheep, matrix for Pleurage erostrata
Griffiths sp. nov. Mem. Torr. Bot. Club, 11:71. 30 May
1901.
Dung of cow and rabbit, matrix for dakotaensis Griffiths sp.
nov. Mem. Torr. Bot. Club, 11 :87. 30 May 1901.
Dung of cow and sheep, matrix for Pleurage arizonensis Griffiths
sp. nov. Mem. Torr. Bot. Club, 11:58. 30 May 1901.
Dung of dog, matrix to Guttinulopsis clavata Olive nov. sp.
Proc Amer. Acad. Arts & Sci. 37:336. Dec. 1901.
Dung of dog, matrix to Guttinulopsis stipata Olive nov. sp.
Proc. Amer. Acad. Arts & Sci. 37:336. Dec. 1901.
Dung of horse, matrix for Hypocopra dakotensis Griffiths sp.
nov. Mem. Torr. Bot. Club, 11:97. 3° May 1901.
Dung of horse, matrix for Hypocopra rostrata Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:100. 30 May 1901.
Dung of horse, matrix for Sordaria seminuda Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:51. 30 May 1901.
Dung of mouse, matrix to Dictyostelium aureum Olive nov. sp.
Proc. Amer. Acad. Arts & Sci. 37:340. Dec. 1901.
Dung of rabbit, matrix for Pleurage adelura Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:92. 30 May 1901.
Dung of rabbit, matrix for Pleurage collapsa Griffiths sp. nov.
Mem. Torr. Bot. Club, 11 :90. 30 May 1901.
Dung of rabbit, matrix for Sordaria philocoproides Griffiths sp.
nov. Mem. Torr. Bot. Club, 11 :54. 30 May 1901.
38 Journal of Mycology [Vol. 8
Dung of rabbit, matrix to Sporormia americana Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:115. 30 May 1901.
Dung of rabbit, matrix for Sporormia chrysospora Griffiths sp.
nov. Mem. Torr. Bot. Club, 11:108. 30 May 1901.
Dung of robbit, matrix for Sporormia kansensis Griffiths sp. nov.
Mem. Torr. Bot. Club, 11:113. 30 May 1901.
Dung of rabbit, matrix to Sporormia lata Griffiths sp. nov. Mem.
Torr. Bot. Club, 11:111. 30 May 1901.
Dung of toad, matrix to Polysphondylium album Olive nov. sp.
Proc. Amer. Acad. Arts & Sci. 37:342. Dec. 1901.
Durand, E. J. Dacryopsis ellisiana Massee. Bull. Torr. Bot.
Club, 28:646. Nov. 1901.
Durand, Elias J. Studies in North American Discomycetes.
I. The Genus Holwaya Sacc. Bull. Torr. Bot. Club,
28:349-355* June 1901.
Earle, F. S. Fungi (of Alabama, list). Contrib. U. S. Nat.
Herb. 6:148-263. 1901.
Earle, F. S. Plantae Bakerianae — Catalogue, Fungi. (46 new
species described.) PI. Bakerianae, 2:1-30. 25 March
1901.
Earle, F. S. Some Fungi from Porto Rico. (11 new species
and one new genus described.) Muhlenbergia, 1:10-17.
July 1901.
Earle, F. S. Slime Moulds (of Alabama). Contrib. U. S. Nat.
Herb. 6:139-142. 1901.
Earle, F. S., see Tracy, S. M. & Earle, F. S.
Earth, wet, in basement, matrix to Volvaria submyochrous
Clements n. sp. Univ. Nebr. Bot. Surv. 5:10. 30 March
1901.
Eccilia sphagnophila Peck n. sp., Marshes among sphagnum.
An. Rep. N. Y. State Mus. 54:147. 1901.
Echidnoglossa americana Fauvel, host to Monoicomvces echid-
noglossae Thaxter nov. sp. Proc. Amer. Acad. Arts &
Sci. 37:23. June 1901.
Eckles, C. H. Bacteriological study of the College Creamery
Milk Supply. Bull. Ia. Agr. Coll. Exp. Sta. 59 :37~49. 1901.
Electra galeottii, host to Puccinia electrae Diet. & Holw. n. sp.
Bot. Gaz. 31 :333. May 1901.
Elm, dead bark, host to Mucronella ulmi Peck n. sp. An. Rep.
N. Y. State Mus. 54:154. 1901.
Elm, prostrate trunk, host to Corticium chlamydosporum Burt n.
sp. An. Rep. N. Y. State Mus. 54:154. 1901.
Endophyllum singulare Diet. & Holw. n. sp., on an ericaceous
plant. Bot. Gaz. 31 :336. May 1901.
May 1902] Index to North A?nerican Mycology
39
Endothia longirostris Earle sp. nov., on bark of fallen log in wet
woods. Muhlenbergia 1 114. July 1901.
Entoloma luteum Peck n. sp., mossy ground in woods. An.
Rep. N. Y. State Mus. 54:146. 1901.
Entoloma peckianum Burt. n. sp., among sphagnum in marshes.
An. Rep. N. Y. State Mus. 54:146. 1901.
Entoloma variabile Peck n. sp., among sphagnum in marshes.
An. Rep. N. Y. State Mus. 54:145. 1901.
Enzymes in Cheese, A Study of (Due to bacteria, etc.) L. L.
Van Slyke, H. A. Harding, and E. B. Hart. Bull. N. Y.
Agr. Exp. Sta. 203:215-244. Dec. 1901.
Epicampes ringens Benth., host to Puccinia epicampus Arthur
sp. nov. Bull. Torr. Bot. Club, 28:662. Dec. 1901.
Ergot, A New Species of. David Griffiths. Bull. Torr. Bot.
Club, 28:236. April 1901.
Ericacious plant, host to Endophyllum singulare Diet. & Holw.
n. sp. Bot. Gaz. 31 :337. May 1901.
Erigeron flagellaris, host to Aecidium incurvum Tracy & Earle
n. sp. PI. Bakerianae, 1 :i8. 22 Feb. 1901.
Eriocaulon septangulare With., host to Tolyposporium erio-
cauli G. P. Clinton n. s. Rhodora, 3:82. April 1901.
Ericaulon septangulare With., host to Ustilago eriocauli G. P.
Clinton n. s. Rhodora, 3:82. April 1901.
Eriogonum, dead stems, host to Pyrenophora eriogoni Earle n.
sp. PI. Bakerianae, 2:24. 25 March 1901.
Eriogonum umbellatum, dead stems, host to Coniothyrium erio¬
goni Earle n. sp. PI. Bakerianae, 2:25. 25 March 1901.
Eucephalus, dead stems, host to Pleospora compositarum Earle
n sp. PI. Bakerianae, 2:21. 25 March 1901.
Euhaplomyces Thaxter nov. gen. (Laboulbeniaceae). Proc.
Amer. Acad. Arts & Sci. 37:25. June 1901.
Eumonoicomyces Thaxter nov. gen. (Laboulbeniaceae). Proc.
Amer. Acad. Arts & Sci. 37:21. June 1901.
Eumonoicomyces californicus Thaxter nov. sp., on Oxytelus sp.
Proc. Amer. Acad. Arts & Sci. 37:22. June 1901.
Eupatorium brevipes, host to Puccinia inanipes Diet. & Holw.
n. sp. Bot. Gaz. 31:332. May 1901.
Eupatorium espinosarum, host to Puccinia espinosarum Diet. &
Holw. n. sp. Bot. Gaz. 31 :333- May 1901.
Exobasidium mycetophilum (Peck.) Burt, (Tremella myceto-
phila Peck), on stem and pileus of Collybia dryophila. Bull.
Torr. Bot. Club, 28:287. May 1901.
Exosporium sambuci Tracy & Earle, n. sp., on Sambucus melan-
ocarpa (dead twigs). PI. Bakerianae, 1:36. 22 Feb. 1901.
40
Journal of Mycology
[Vol. 8
Exsiccati Ohio Fungi, (the Original Descriptions of 16 species,
Fascicle I). W. A. Kellerman. Ohio Naturalist, 2:135-40.
Nov. 1901.
Fairy Rings. E. M. Williams. Plant World, 4:286-7. Nov.
1901.
Farlow, William G. Diseases of trees likely to follow from
Mechanical Injuries. Trans. Mass. Hort. Soc. 1901 :i40-i54.
1901.
Fendlera, barkless twigs, host to Otthia fendleraecola Earle n.
sp. PI. Bakerianae, 2:14. 25 March 1901.
Fendlera, decorticated, host to Platystomum hysterioides Earle
n. sp. PI. Bakerianae, 2:18. 25 March 1901.
Fendlera, decorticated twigs, host to Trematosphaeria fendlerae
Earle n. sp. PI. Bakerianae, 2:17. 25 March 1901.
Fendlera rupicola, dead weather-worn twigs, host to Heteros-
phaeria fendleraecola Earle n. sp. PI. Bakerianae, 2 :g. 25
March 1901.
Fendlera rupicola, barkless weather-worn twigs, host to Strick-
eria fendlerae Earle n. sp. PI. Bakerianae, 2:15. 25 March
1901.
Fertilization, Gametogenesis and, in Albugo, see Stevens, Frank
Lincoln.
Festuca, dead leaves, host to Ophiobolus festucae Tracy &
Earle n. sp. PI. Bakerianae, 1 :34. 22 Feb. 1901.
Fischer, Paul & Kinsley, A. T. Blackleg in Kansas (Bacillus).
Kans. Agr. Exp. Sta. 105:4-27. Nov. 1901.
Flammula alnicola marginalis Peck n. var., on decaying wood
of Acer rubrum. An. Rep. N. Y. State Mus. 54:167. 1901.
Flax Wilt and Flax-sick Soil. (Fusarium lini Bolley nov. sp.)
H. L. Bolley. N. D. Agr. Exp. Sta. Bull. 50:27-60. Dec.
1901.
Flora, Additions to the reported, of the State (Nebraska). (In¬
cludes 106 names of Fungi.) Univ. Nebr. Bot. Surv. 5:12-
27. 30 March 1901.
Freeman, E. M. A Preliminary List of Minnesota Uredineae.
Minn. Bot. Stud. 2:537-60. 1 pi. 20 July 1901.
Frost, William Dodge. A Laboratory Guide in Elementary
Bacteriology. Madison, Wisconsin. 1901.
Fungi, Catalogue, Plantae Bakerianae, F. S. Earle (46 new
species described). PI. Bakerianae, 2:1-30. 25 March 1901.
Fungi, Catalogue, S. M. Tracy and F. S. Earle. PI. Bakerianae,
1 :i-3 7. (31 new species described.) 22 Feb. 1901.
Fungi Columbiani, Ellis and Everhart, Cent. XVI. Elam Bar¬
tholomew, Stockton, Kansas. Dec. 1901.
I
May 1902 ] Index to North American Mycology 41
Fungi, Edible, Charles H. Peck. An. Rep. N. Y. State Mus.
54:I73_I9S- 13 pl- 1901. }
Fungi (Enemies of Cucumbers and related plants). H. Garman.
Ky. Agr. Exp. Sta. Bull. 91 150-56. 1 pl. 8 March 1901.
Fungi, how, gain entrance to living trees. John W. Harsh-
berger. Forest Leaves, 8:88-91. Dec. 1901.
Fungi, List, Botanical Survey of Dismal Swamp Region, Thomas
H. Kearney. (2 species.) Contrib. U. S. Nat. Herb. 5:510.
6 Nov. 1901.
Fungi (List in Catalogue of Plants of Alabama). F. S. Earle.
Contrib. U. S. Nat. Herb. 6:148-263. 1901.
Fungi, Mexican, III (List and new species.) E. W. D. Holway.
Bot. Gaz. 31 :3 26-38. April 1901.
Fungi, New Species of. (Nebraska; Clements, and Pound &
Clements; 16 species and 3 new genera.) Botanical Sem¬
inar. Univ. Nebr. Bot. Surv. 5:5-11. 30 March 1901.
Fungi, on some, from the West Indies. Annie Lorrain Smith.
Jour. Linn. Soc. 35:1-19. 3 pl. (Twenty-one new species
from Dominica.) 1 April 1901.
Fungi, other Porto Rican (List). A. A. Heller. Muhlenber-
gia, 1 :i8-23. July 1901.
Fungi, Preliminary List of New Brunswick. (The higher
Fungi only.) G. U. Hay. Bull. Nat. Hist. Soc. New
Brunswick. 4:341-4. 1901.
Fungi, Some New, S. M. Tracy and F. S. Earle. Bull. Torr.
Bot. Club, 28:184-188. March 1901.
Fungi, Some, from Porto Rico. (11 new species and one new
genus described.) F. S. Earle. Muhlenbergia, 1:10-17.
July 1901.
Fungoid Diseases of Cacao in the West Indies. Albert Howard.
West Indian Bulletin, 2:190-211. 1901.
Fungous Diseases of Forest Trees. Hermann von Schrenk.
Year-book U. S. Dept. Agr. 1900: 199-210. 4 pl. 1901.
Fungus causing Damping Off, Notes on, and other allied forms.
Thomas Walton Galloway. Trans. Mass. Hort. Soc. 1901 :
230-9. 2 plates. 1901.
Fungus spores as Bee bread. W. H. Lang, Jr. Plant World,
4:49-51. March 1901.
Fungus spores as Bee bread, More about. Charles E. Bessey.
Plant World, 4:96. May 1901.
Fusarium equinum Novgaard nov. spec, (pathogenic to horses).
Science, N. S. 14:898. 6 Dec. 1901.
Fusarium lini sp. nov. A preliminary note on the cause of Flax-
sick Soil. Henry L. Bolley. Proc. An. Meeting Soc. Prom.
Agr. Sci. 22:42-6. 1901.
42
Journal of Mycology
[Vol. 8
Fusarium lini Bolley nov. sp. living in the humus of the soil, able
to attack the Flax plant. N. D. Agr. Exp. Sta. Bull. 5 °:37-
Dec. 1901.
Fusarium serjaniae Syd. n. sp., on Serjania racemosa. Beiblatt
zur Hedwigia, 40: (2). Jan. -Feb. 1901.
Galera bryophila Peck n. sp., among mosses in pastures. An.
Rep. N. Y. State Mus. 54:149. 1901.
Galera reticulata Peck n. sp., mossy ground. An. Rep. N. Y.
State Mus. 54:150. 1901.
Galium triflorum, host to Puccinia troglodytes (P. galiorum Aut.
p. p.) Meddel fr. Stockholms Hogskolas botaniska Insti-
tut. Bd. IV. 1901.
Galloway, Thomas Walton. Notes on the Fungus causing
Damping Off and the allied forms. Trans. Mass. Hort. Soc.
1901 :230~9. 2 pi. 1901.
Gametogenesis and Fertilization in Albugo, see Stevens, Frank
Lincoln.
Garman, H. Enemies of Cucumbers and related Plants. (In¬
sects and Fungi.) Ky. Agr. Exp. Sta. Bull. 91 00-56. 1 pi.
8 March 1901.
Garman, H. Poisonous and Edible Mushrooms. Ky. Agr.
Exp. Sta. Bull. 96:215-222. 14 plates. Nov. 1901.
Germicidal action of, in Cow’s milk, Investigations concerning.
Otto F. Plunziker. Bull. Cornell LTniv. Agr. Exp. Sta. 197:
65-71. Dec. 1901.
Germination of certain Fungous spores, Physiological Studies
with reference to. B. M. Duggar. Bot. Gaz. 31 :66. Jan.
1901.
Gibberidia ribis Tracy & Earle n. sp., on Ribes (decorticated
wood). PI. Bakerianae, 1:28. 22 Feb. 1901.
Gibberidia (?) symphoricarpi Tracy & Earle n. sp., on Sym-
phoricarpus (dead branches). PL Bakerianae, 1:28. 22
Feb. 1901.
Glover, G. H. Relation of Bovine to Human Tuberculosis.
Colo. Agr. Exp. Sta. Bull. 66:3-14. Sept. 1901.
Glyceria grandis Wats., see Panicularia americana (Torr.)
MacM.
Glycosoma occidentalis, dead weatherworn stems, host to Micos-
phaerella glycosomae Tracy & Earle n. sp. (Sphaerella). PI.
Bakerianae, 1 :33. 22 Feb. 1901.
Goat, see dung of.
Gomphidius flavipes Peck n. sp., mixed woods. An. Rep. State
Mus. 54:153. 1901.
May 1902 ] Index to North American Mycology
43
Grape Rots in Ohio. A. D. Selby. O. Agr. Exp. Sta. Bull.
123:84-94. 1901.
Graphium giganteum (Pk.) Sacc., conidial stage of Holwaya
gigantea (Pk.) Durand. Bull. Torr. Bot. Club, 28:351.
1901.
Graphyllium Clements nov. gen. (Hydrodermiaceae). Univ.
Nebr. Bot. Surv. 5 15. 30 March 1901.
Graphyllium chloes Clements n. sp., on Aristida purpurea and
Bouteloua oligostachya. Univ. Nebr. Bot. Surv. 5 :6. 30
March 1901.
Grindelia squarrosa, host to Aecidium grindeliae Syd. n. sp.
Beiblatt zur Hedwigia, 4o:(i). Jan. -Feb. 1901.
Griffiths, David. Contributions to a better Knowledge of the
Pyrenomycetes, II. A new species of Ergot. Bull. Torr.
Bot. Club, 28:236-41. April 1901.
Griffiths, David. The North American Sordariaceae. Mem.
Torr. Bot. Club, 11:1-134. 19 pi. 30 May 1901.
Ground, matrix for Agaricus pusillus Peck n. sp. An. Rep.
N. Y. State Mus. 54:152. 1901.
Ground, matrix to Boletus bakeri Tracy & Earle n. sp., PI. Bak-
erianae, 1 :23. 22 Feb. 1901.
Ground, matrix to Naucoria coloradoensis Tracy & Earle n. sp.
PI. Bakerianae, 1 :25. 22 Feb. 1901.
Ground, matrix to Russula rugulosa Peck 11. sp. An. Rep. N. Y.
State Mus. 54:179. 1901.
Ground among fallen leaves in woods, matrix to Clavaria exigua
Peck, n. sp. An. Rep. N. Y. State Mus. 54:155. 1901.
Ground among grasses in the woods, matrix to Cortinarius squar-
rosus Clements n. sp. Univ. Nebr. Bot. Surv. 5:11. 30
March 1901.
Ground among fallen leaves in woods, matrix for Hebeloma albi-
dulum Peck n. sp. An. Rep. N. Y. State Mus. 54:148.
1901.
Ground among fallen leaves in woods, matrix for Hebeloma
album Peck n. sp. An. Rep. N. Y. State Mus. 54:148.
1901.
Ground among fallen leaves in woods, matrix for Cortinarius
elatior pallidifolius Peck n. var. An. Rep. N. Y. State Mus.
54:151. 1901.
Ground among mosses in woods, matrix for Cortinarius macu-
lipes Peck n. sp. An. Rep. N. Y. State Mus. 54:150. 1901.
Ground among stercorate leaves, matrix for Pluteolus glutino-
sus Clements n. sp. Univ. Nebr. Bot. Surv. 5:10. 40
March 1901.
44
Journal of Mycology
[Vol. 8
Ground, damp or mossy in woods, matrix for Nolanea fibrillosa
Peck n. sp. An. Rep. N. Y. State Mus. 54:147. 1901.
Ground, mossy, in woods, matrix for Entoloma luteum Peck n.
sp. An. Rep. N. Y. State Mus. 54:146. 1901.
Ground, fallen leaves in woods, matrix for Pholiota aggericola
retirugis Peck n. var. An. Rep. N. Y. State Mus. 54:167.
1901.
Ground, mossy, matrix for Galera reticulata Peck n. sp. An.
Rep. N. Y. State Mus. 54:150. 1901.
Ground, mossy marshy, matrix for Inocybe subochracea burtii
Peck n. var. An. Rep. N. Y. State Mus. 54:167. 1901.
Ground, moist and shaded, matrix for Volvaria concinna Clem¬
ents n. sp. Univ. Nebr. Bot. Surv. 5:10. 30 March 1901.
Ground in woods, matrix for Clitopilus noveboracensis subviola-
ceus Peck n. var. An. Rep. N. Y. State Mus. 54:165. 1901.
Ground in woods, matrix for Cortinarius sublateritius Peck n.
sp. An. Rep. N. Y. State Mus. 54:151. 1901.
Ground in mixed woods, matrix for Gomphidius flavipes Peck
n. sp. An. Rep. N. Y. State Mus. 54:153. 1901.
Ground in thin woods, matrix for Cortinarius torvus nobilis
Peck n. var. An. Rep. N. Y. State Mus. 54:168. 1901.
Ground, rich, matrix to Naucoria striata Clements & Shear n.
sp. Univ. Nebr. Bot. Surv. 5:11. 30 March 1901.
Ground under balsam fir and spruce trees, matrix for Russula
abietina Peck n. sp. An. Rep. N. Y. State Mus. 54:180.
1901.
Ground under pine trees, matrix for Boletus grannulatus albi-
dipes Peck n. var. An. Rep. N. Y. State Mus. 54:168.
1901.
Ground, wet sandy, wet mosses, matrix for Peziza (Plicaria)
rosea-lilicina Clements n. sp. Univ. Nebr. Bot. Surv. 5 :y.
30 March 1901.
Guardiola mexicana, host to Puccinia guardiolae Diet. & Holw.
7 o
n. sp. Bot. Gaz. 31 -.334. 1901.
Guepinia alpina Tracy & Earle n. sp., on Picea engelmanii (dead
wood) PI. Bakerianae, 1 22 Feb. 1901,
Guepinia monticola Tracy & Earle n. sp., on Picea engelmanii
(decorticated wood). PI. Bakerianae, 1:23. 22 Feb. 1901.
Guignardia prominens Earle sp. nov., on Aegiphola martini-
censis. Muhlenbergia, 1:15. July 1901.
Gutierrezia, dead stems, host to Rhabdospora gutierreziae Earle
n. sp. PI. Bakerianae, 2:28. 25 March 1901.
Guttinulopsis Olive nov. gen. (Sorophoreae.) Proc. Amer.
Acad. Arts & Sci. 37:335. Dec. 1901.
May 1902 ] Index to North American Mycology 45
Guttinulopsis clavata Olive nov. sp., or dung of dog. Proc.
Amer. Acad. Arts & Sci. 37:336. Dec. 1901.
Guttinulopsis stipata Olive nov. sp., on dung of dog. Proc.
Amer. Acad. Arts & Sci. 37:336. Dec. 1901.
Guttinulopsis vulgaris Olive nov. sp., on dung of horse, cow,
pig, mouse, etc. Proc. Amer. Acad. Arts & Sci. 37 :336.
Dec. 1901.
Gym nosporangium nelsoni Arthur sp. nov., on Juniperus scop-
ulorum Sargent. Bull Torr. Bot. Club, 28:665. Dec. 1901.
Hackberry, see Celtis.
Halsted, Byron D. Asparagus Rust. Plant World, 4:88-94.
May 1901.
Halsted, Byron D. Bean Diseases and Their Remedies. N.
J. Agr. Exp. Sta. Bull. 151 :2-28. 4 pi. 1 June 1901.
Harshberger, John W. How Fungi gain entrance to living
trees. Forest Leaves, 8:88-91. Dec. 1901.
Harshberger, John W. Observations upon the feeding Plas¬
modia of Fuligo septica. Bot. Gaz. 31 : 198-203. March
1901.
Hay, G. U. Preliminary List of New Brunswick Fungi
(Higher fungi only.) Bull. Nat. Hist. Soc., New Bruns¬
wick, 4:341-4. 1901.
Hebeloma albididulum Peck n. sp., among fallen leaves in
woods. An. Rep. N. Y. State^ Mus. 54:148. 1901.
Hebeloma album Peck n. sp., among fallen leaves in woods.
An. Rep. N. Y. State Mus. 54:148. 1901.
Heliopsis scabra Dunal, host to Puccinia b^tesiana Arthur sp.
nov. Bull. Torr. Bot. Club, 28:661. Dec. 1901.
Heller, A. A. Other Porto Rican Fungi. (List.) Muhlen-
bergia, 1 : 18-23. July 1901.
Heracleum lanatum, dead stems, host to Phoma heraclei Earle
n. sp. Pi. Bakerianae, 2:27. 25 March 1901.
Heterosptiaeria fendleraecola Earle n. sp., on Fendlera rupi-
cola, dead weatherworn twigs. PI. Bakerianae, 2 :g. 25
March 1901.
Heydenia trichophora A. L. Smith sp. n., on wood. Jour. Linn.
Soc. 35:13. 1 April 1901.
Hibiscus syriacus, host to Uredo hibisci Syd. nov. spec. Bei-
blatt zur Hedwigia, 40: (129). Sept. -Oct. 1901.
Hilaria cenchroides and H. mutica, hosts to Claviceps cinereum
Griffiths n. sp. Bull. Torr. Bot. Club, 28:241. April 1901.
Holway, E. W. D., see Arthur , /. C., and Holway , E. W. D.
Holway, E. W. D. Mexican Fungi. III. (List and new spe¬
cies by Dietel and Holway of Uromyces, Puccinia, Uredo,
46 Journal of Mycology [Vol. 8
Ravenelia, Endophyllum, Stichospora, and Coleosporium.)
Bot. Gaz. 31 :326-338. May 1901.
Holway, E. W. D. Some Erroneous References. Bot. Gaz.
32:421-2. Dec. 1901.
Holwaya gigantea (Peck) Durand, nov. comb., on rotten logs,
on the bark, on bare wood, oftenest on Tilia, also on Acer,
Quercus and Magnolia. (Syn., descr., & pi.) Bull. Torr.
Bot. Club, 28:354. 1901.
PIomalota sordida Marsh, host to Dichomyces homalotae
Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci. 37 :29.
June 1901.
Howard, Albert. On Diplodia cacaoicola P. Henn. ; a par¬
asitic fungus on Sugar-cane and Cacao in the West Indies.
Ann. Bot. 15:683-701. 1 pi. Dec. 1901.
Howard, Albert. The Fungoid Diseases of Cacao in the West
Indies. West Indian Bulletin, 2 : 190-21 1. 1901.
Horse, host to Fusarium equinum Novgaard nov. spec. Science,
N. S. 14:898. 6 Dec. 1901.
Horse, see dung of.
Houstonia angustifolia, host to Puccinia houstoniae Syd. nov.
spec. Beiblatt zur Hedwigia, 40: (126). Sept. -Oct. 1901.
Humaria silvosa Clements n. sp., on wet mossy banks. Univ.
Nebr. Bot. Surv. 5:7. 30 March 1901.
Humus of the soil (and flax plant), matrix and host to Fusarium
lini Bolley nov. sp. N. D. Agr. Exp. Sta. Bull. 50:38. Dec.
1901.
ITunziker, Otto F. Investigations concerning the Germicidal
action in Cow’s Milk. Bull. Cornell. Agr. Exp. Sta. 197:
65-91. Dec. 1901.
Hydnaceae, A Preliminary Contribution to a Knowledge of the
PI. j. Banker. Bull. Torr. Bot. Club, 28:199 -222. April
1901.
Hydrin a sp., host to Stigmatomyces spiralis Thaxter nov. sp.
Proc. Amer. Acad. Arts & Sci. 36:405. March 1901.
PIydnum albo-magnum Banker sp. nov., type loc., Auburn, Ala.
(Earle.) Bull. Torr. Bot. Club, 28:207. April 1901.
Hydrellia sp., upper surface of abdomen, and legs, host to Stig¬
matomyces hydrelliae Thaxter nov. sp. Proc. Amer. Acad.
Arts & Sci. 36:404. March 1901.
Hydroporus modestus Aube, host to Chitonomyces hydropori
Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci. 37 :32.
June 1901.
May 1902 ] Index to North American Mycology
47
Hypocopra amphisphaerioides (E. & E.) Griffiths comb. nov.
(Sordaria amphisphaerioides.) Mem. Torr. Bot. Club,
ii 194. 30 May 1901.
Hypocopra dakotensis Griffiths sp. nov., on horse dung. Mem.
Torr. Bot. Club, 11:97. 30 May 1901.
Hypocopra parvula Griffiths sp. nov., on cow dung. Mem. Torr.
Bot. Club, 11 199. 30 May 1901.
Hypocopra rostrata Griffiths sp. nov., on horse dung. Mem.
Torr. Bot. Club, 11:99. 30 May 1901.
Hypocopra violacea (E. & E.) Griffiths comb. nov. (Sordaria
violacea.) Mem. Torr. Bot. Club, 11:96. 30 May 1901.
Hypocrella rubiginosa A. L. Smith sp. n., parasitic on old spec¬
imen of Hypoxylon. Jour. Linn. Soc. 35:18. 1 April 1901.
Hypomyces arenaceus A. L. Smith sp. n., on hymenial surface
of decaying Stereum. Jour. Linn. Soc. 35 :i7. 1 April
1901.
Hypoxylon, old, host to Hypocrella rubiginosa A. L. Smith sp.
n. Jour. Linn. Soc. 35:18. 1 April 1901.
Hysterographium bakeri Earle n. sp., on Cercocarpus (decor¬
ticated wood). PI. Bakerianae, 2:10. 25 March 1901.
Hysterostomella sabalicola Tracy & Earle n. sp., on Sabal pal¬
metto. Bull. Torr. Bot. Club, 28:185. March 1901.
Hysterostomella floridana Tracy and Earle n. sp., on Ardesia
pickeringii. Bull. Torr. Bot. Club, 28:185. March 1901.
Ilex sp., host to Lembosia brevis Tracy & Earle n. sp. Bull.
Torr. Bot. Club, 28:185. March 1901.
Indigofera mexicana, host to Uromyces indigoferae Diet. &
Holw. n. sp. Bot. Gaz. 31 :328. May 1901.
Inocybe subochracea hurtii Peck n. var., mossy marshy ground.
An. Rep. N. Y. State Mus. 54:167. 1901.
Iostepiiane heterophylla, host to Puccinia iostephanes Diet. &
Holw. n. sp. Bot. Gaz. May 1901.
Ipomoea sp., host to Meliola ipomoeae Earle sp. nov. Muhlen-
bergia, 1:11. July 1901.
Jatropha urens, host to Uromyces oaxacanus Diet. & Holw. n.
sp. Bot. Gaz. 31 1237. May 1901.
Jones, L. R. and Edson, A. W. Potato Blights as they occurred
in 1900. (Especially Alternaria solani.) An. Rep. Vt.
Agr. Exp. Sta. 14:227-8. 1901.
Tones, L. R. & Edson, A. W. Potato Scab and its prevention.
Vt. Agr. Exp. Sta. Bull. 85:111-120. Feb. 1901.
Jones, L. R. & Edson, A. W. A Peculiar Rot of Greening-
Apples in 1900. (Penicillium.) An. Rep. Vt. Agr. Exp.
Sta. 14:235-7. 1901.
48 Journal of Mycology [Vol. 8
Juglans regia and related species, host to Pseudomonas jug-
landis Pierce n. sp. Bot. Gaz. 31 :i 72. April 1901.
Juniperus, decorticated branches, host to Karschia occidentalis
Earle n. sp. PL Bakerianae, 2:8. 25 March 1901.
Juniperus, smooth bark of dead twigs, host to Tryblidiopsis
occidentalis Earle, sp. PI. Bakerianae, 2 :g. 25 March
1901.
Juniperus monosperma, bark, host to amphisphaeria juniperi
Tracy and Earle n. sp. PI. Bakerianae 1 130. 22 Feb. 1901.
Juniperus monosperma, decorticated branches, host to Loph-
iostoma occidentalis Tracy & Earle n. sp. PI. Bakerianae,
1 131. 22 Feb. 1901.
Juniperus scopulorum Sargent, host to Gymnosporangium nel-
soni Arthur sp. nov. Bull. Torr. Bot. Club, 28:665. Dec.
1901.
Juniperus scopulorum, host to Peziza (Plicaria) elaeoides Clem¬
ents n. sp. Univ. Nebr. Bot. Surv. 5:6. 30 March 1901.
NOTES
1
It is not possible to furnish previous numbers of the Journal
of Mycology, but several reprints are obtainable as here indicated.
Septorias of North America, Martin . 15c
North American Hypocreaceae, Ellis and Everhart . 15c
Cercosporae of North America, Ellis and Everhart . 15c
Supplement to Cercosporae . . 5c
Phyllostictas of North America, Martin . 10c
North American Species of Gloesporium, Ellis and Everhart 10c
North American Species of Ramularia, Ellis and Everhart. . 10c
North American Geasters, Morgan . 5c
T. J. Fitzpatrick, Iowa City, la., can furnish some odd num¬
bers of the Journal.
The Journal of Mycology will be issued quarterly at $1.00
per year. Request is hereby made that subscriptions be sent
promptly to the publisher.
Contributors will be furnished separates of their articles at
cost when request is made.
Journal of Mycology , Volume 8, pp. 1-48, Issued May 31 , 1902.
Journal of Mycology Portraits with Facsimile Autographs.
Journal of Mycology
VOLUME 8 - JUNE 1902
TABLE OF CONTENTS
Morgan — Morehellae — the Morels . . 49
Kellerman — A New Species of Rhytisma . . . 50
Arthur — Cultures of Uredineae in 1900 and 1901 . 51
Kellerman — Ohio Fungi. Fascicle IV . 56
Ellis and Everhart — New Alabama Fungi . 62
Kellerman — Index to North American Mycology . . . 74
Notes . . . . 104
\
MORCHELLAE-THE MORELS
A. P. MORGAN
y.
■ 7 * ^ /
MUrltLo
ft Hf' LSaaA/'-O-
With plentiful showers in the springtime the Morels grow
abundantly in my vicinity. I have observed them critically for
many years and have taken much pains to recognize as many as
possible of the species that have been described. I invariably
arrive at the same conclusion: that there are but two species.
In the same spots the species vary much in form, size and color
from year to year in accordance with the difference in warmth,
sunshine and shower. The spores vary somewhat in different
specimens but there is nothing characteristic in their variation..
No paraphyses are present in the hymenium of either species;
I do not recognize immature or undeveloped asci as paraphyses.
My bundles of specimens gathered in different years bear
a variety of labels as I look them over, but they are all assembled
in my mind under two names : The first is Morchella escu¬
lenta, the second Morchella patula; in the first the pileus is
wholly adnate to the apex of the stipe; in the second the lower
part of the pileus is separate from the stipe. The difference in
the plants under each species do not seem to me sufficient to
establish good varieties even.
Judging by the plants growing in this region I venture t©
present the synonomy of the two species as follows :
I. MORCHELLA ESCULENTA.
1. Boletus esculentus rugosus, etc., 3.
Tournefort. I. R. H. 1719.
2. Phallus esculentus. 4.
Linnaeus. Sp. Plant. 1753.
Morchella esculenta.
Persoon. Tent. disp. 1797.
Phallus crassipes
Ventenat. Diss. Ph. 1798.
I
8
Journal of Mycology
[Vol. 8
5. Morchella conica.
Persoon, Champ, com. 1818.
6. Morchella deliciosa.
Morchella elata.
Fries. Syst. Myc. 1823.
7-.. Morchella prierosa.
Krombholz. Schw. 183-.
8. Morchella distans.
Fries. S. V. Scand. 1849.
9. Morchella angusticeps.
Peck. Bulletin N. Y. Mus.
1887.
II. MORCHELLA PATULA.
li Phallus, capitulo conico, subtus
patente, etc.
Gleditsch. Meth. Fung. 1753.
2L Phallus patulus.
Schrank, Baier. FI. 1789.
Gmelin. Syst. Nat. 1791.
3v. Phallus squamosus.
Ventenat. Diss. Ph. 1798.
4. Helvella hybrida.
Sowerby, Eng. Fung. 1799.
5. Morchella semilibera.
Morchella rimosipes.
Lam. & Dec. FI. Fr. 1805.
6. Morchella fusca.
Persoon. Myc. Eur. 1822.
If any mycologist can dress one or more of these synonyms
tap in proper specific characters, I will be pleased to see it done.
A NEW SPECIES OF RHYTISMA
W. A. KELLERMAN.
At West Mansfield, Logan County, Ohio, July, 1901, a
thicket several acres in extent of Ilex verticillata was inspected
and found to be universally and abundantly affected with a
Rbytisma, which though immature seemed to be an undescribed
species. Specimens representing the stage are issued in Ohio
Fungi, No. 76. Mr. Ellis received the same form immature
from Professor Carver, 292, on the same host (apparently), at
Tuskegee, Alabama. He also says : “In the specimens issued
in N. A. F. 3134, and F. Col. 535 collected on the same host
m Vigo County, Indiana, by Professor Underwood, the stro-
ast&ta are amphigenous but more prominent below, instead of be¬
ing concave , a character not found in any other species of Rhv-
tisma on Ilex.”
The accompanying figures illustrate the important charac¬
ters of the form in question. At St. in Plate 1 is shown a dia-
jgramatic transverse-section in which the concavity of the un¬
derside of the stroma is pronounced. On the leaf in the same
Igure are shown a number of stromata of varying sizes, most
of which are ruptured above in the somewhat regular manner.
Figures represent the characteristic asci (A), accompanied by
the slender elongated paraphyses (P). The ascus to the left
contains ascospores, the others are empty or immature. The
spores are also shown on the same Plate (S). Mature speci-
Journal of Mycology Plate I
Rhytisma concavum Kll. & Kellerm. sp. n.
June 1902] Cultures of Uredineae in 1900 and 1901
51
mens were obtained early in June 1902, and are issued simulta¬
neously in Ohio F., No. 75.
The technical description of the proposed species is as fol¬
lows :
Rhytisma concavum Ell. & Kellerm. n. sp. — Stromata epiphyllous
but also visible below, forming thin, black, thickly scattered blotches, 1-4
mm. diameter, orbicular or subangular, the surface uneven, surrounded
by a pale yellowish, narrow margin, more or less concave below and the
margin broader and paler, at maturity rupturing by radiating fissures, in
the oblong forms a central elongated fissure also occuring and in the
larger ones a circular area being cut out, the hygroscopic lobes strongly
recurved when moist exposing a light yellowish, later sordid yellow then
blackish disk. Asci 80-110x8-10 ,u, oblanceolate, much elongated below,
strongly acute at the apex, accompanied by abundant slender and
at the tips. Spores 20-35 x 2-3 [i hyaline, nearly straight to strongly
elongated mostly flexuous paraphyses about 4 ^ wide, usually enlarged
curved, slightly thicker at one end in which are large clear granules.
On leaves of Ilex verticillata ; spores mature in June. Type speci¬
men in Herb. W. A. Kellerman.
CULTURES OF UREDINEAE IN 1900 AND 1901
BY J. C. ARTHUR.
The first especially important cultures of plant rusts made by
the writer were conducted in 1899, and the results published in
the Botanical Gazette for April 1900 (29:268-276). During the
two following years only a small number of cultures were made,
and for a number of reasons the results have not been put into
type until now. This article is, therefore, the second of the series.
The method pursued in most cases in making the cultures
has been stated in the preceding article. It was, in brief, to re¬
move spores with a knife from the host, and place them on a
dampened plant which it is desired to infect. The plants are
grown in pots. After the spores are sown the whole plant is
covered with a bell jar and kept shaded for a day, or sometimes
two days. The plants are then uncovered and placed on a
greenhouse bench, where they remain until the period of ob¬
servation is ended.
In 1900 the only cultures made that require mention were
with Euphorbia rust. The results supplement and confirm those
made in 1899 (Bot. Gaz. 29:270-271). It was again found that
spores from Euphorbia nutans would grow upon the same species,
but not upon E. maculata. It seems quite probable that this rust,
Uromyces euphorbiae C. & P. possesses specialized forms. The
record is as follows :
52
Journal of Mycology
[Vol. 8
July 21, Aecidiospores from Euphorbia nutans sown on E. nutans;
July 30, uredo.
July 21, Aecidiospores from E. nutans sown on E. maculata; no
infection.
July 21, Uredospores from E. nutans sown on E. nutans; July 31,
uredo.
July 21, Uredospores from E. nutans sown on E. maculata; no
infection.
There are two ways in which the right species of plant may
be selected on which to make a sowing of a hetercecious rust.
One is to sow upon any species known to harbor an aecidium,
hoping after making a smaller or larger number of tests to
hit upon the right one. This method in my own work has led
to very meagre results, so slight, in fact, as scarcely to be worth
the trouble. During 1901 the following rusts were tried in
this blind way, all being very common forms in this vicinity,
only to ascertain that wrong plants were selected for the sow¬
ings or else the spores did not gain entrance possibly through
defective treatment.
Puccinia emaculata Schw. on Panicum capillare was sown
twice on Onagra biennis, with no infection.
Puccinia caricina DC. A form of this aggregate on Carex
tetanica was sown on Erigeron annuus and Onagra biennis, with
no infection.
Puccinia atkinsoniana Diet, on Carex lurida. The name
of this species was unknown at the time the cultures were made,
but through the kindness of Professor Atkinson, it has since been
compared with type material and its status definitely settled.
It was sown on Aster cordifolius, Aster paniculatus, Solidago
serotina, Xanthium canadense, Ambrosia trifida, Impatiens aurea
and Ribes cynosbati, with no infection.
Puccinia peckii (DeT.) Kellerm. on Carex trichocarpa. The
names of both host and rust were unknown at the time the
cultures were made. The host has since been found in fruit,
and the rust has been successfully grown by Professor Keller-
man and also the writer, as recorded in the preceding number
of this Journal (8:20). Spores were sown on Aster cordifolius,
Aster paniculatus, Solidago serotina, Solidago canadensis, Ribes
cynosbati, Erigeron annuus, and Eupatorium perfoliatum, with no
infection.
Puccinia rubigo-vera DC. A form of this aggregate of
Bromus ciliatus was sown on Hepatica acuta and Viola cucullata,
with no infection.
During 1901 the culture of seven species was successfully
carried out. Three of these were in confirmation of previous
work, as follows :
Puccinia caricis (Schum.) Reb. April 25, teleutospores from
Carex stricta were sown on Urtica gracilis ; May 2, spermogonia
appeared, and May 5, aecidia.
June 1902] Cultures of Uredineae in 1900 and 1901
53
Puccinia angustata Pk. May 3, teleutospores from Scirpus
atrovirens were sown on Lycopus americanus ; May 11, Sper-
mogonia appeared, and May 20, aecidia.
Puccinia poculiformis (Jacq.) Wettst. May 2, teleutospores
from Cinna arundinacea were sown on Berberis vulgaris ; May
13, spermogonia appeared, and May 22, aecidia.
Of the remaining four species, all Carex rusts, the clues
which led to successful cultures were obtained in the field, and
have been mentioned and explained in an article in the Botanical
Gazette for January of the present year. For three of these
species it seems necessary to propose new names. All are yet in¬
sufficiently studied to determine their exact boundaries.
Puccinia albiperidia sp. nov.
O. Spermogonia amphigenous, small, pale orange.
I. Aecidia hypophyllous, small in circular clusters ; substratum
scarcely thickened ; peridia white, low, margin incised, reflexed ; spores
pale yellow when fresh, subglobose, 15-20 ju, in diameter ; wall thin,
smooth.
II. Uredosori hypophyllous, small, round or oblong, soon naked;
uredospores oblong, small, echinulate.
III. Teleutosori hypophyllous, globose or oblong, pulvinate, dark
brown. Teleutospores oblong-cuneate, 17-24 by 32-45 ju. ; apex semi¬
circular or obtuse, thickened to half the length of the upper cell ; side
walls thin, slightly or not constricted; pedicel slender, colored, as long
as the spore or shorter.
On Ribes cynosbati L. grown June, 1901 from teleutospores collected
on Carex pubescens Muhl, Lafayette, Ind., April 30, 1901.
This species is characterized by the white or nearly white
aecidia, which may be called Aecidium albiperidium. They are
in marked contrast with the deep orange aecidia that are so
abundant throughout North America on various species of Ribes.
The only field collection known to the writer is one on Ribes
gracile made at Decorah, Iowa, by E. W. D. Holway on June
2, 1901. When dry and faded the two forms of aecidia are much
alike. Cultures were made as follows :
May 16, teleutospores from Carex pubescens sown on Aster panicu-
latus ; no infection.
May — , teleutospores from Carex pubescens sown on Ribes cynosbati ;
May 30, spermogonia; June 9, aecidia.
Puccinia caricis-erigerontis sp. nov.
O. Spermogonia epiphyllous, prominent, golden yellow.
I. Aecidia hypophyllous, in circular clusters; substratum slightly
thickened ; peridia short, much divided and recurved ; aecidiospores yellow
when fresh, isodiametric, 12-15 fi in diameter, wall thin, minutely
tuberculate.
II. Uredosori hypophyllous, small, oblong, tardily naked; uredos¬
pores brownish-yellow when fresh, oval or obovate, small, 12-18 by
16-22 fx wall thin, thickly echinulate, pores 3 or 4 scattered.
54
Journal of Mycology
[Vol. 8
III. Teleutosori hypophyllous, small, oblong, pulvinate, blackish
brown, ruptured epidermis evident ; teleutospores clavate or oblong-
clavate, 14-20 by 35-42 i± ; septum above the middle ; apex obtuse or
truncate, much thickened ; side walls thin ; pedicel firm ; colored, one
fourth or one half the length of the spore.
On Erigeron annuus (L.) Pers. and Carex festucacea Willd., Lafay¬
ette, Ind.
This species is without doubt the Caeoma (Aecidium) erig-
eronatum Schw. (Trans. Amer. Phil. Soc. 4:292), and probably
occurs on many species of Erigeron throughout North America.
Cultures were made as follows :
April 25, teleutospores from Carex festucacea sown on Erigeron
annuus; May 2, spermogonia; May 11, aecidia.
April 25, teleutospores from C. festucacea sown on Taraxacum
taraxacum; no infection.
PuCCINIA CARICIS- A STERI S sp. 110V.
O. Spermogonia epiphyllous, yellow, punctiform, sunken in tissue
of the leaf.
I. Aecidia hypophyllous, collected in groups on slightly swollen
yellow or purplish spots, low, margin much divided and recurved ;
aecidiospores subglobose, 12-17 ;j in diameter, wall thin, minutely
roughened.
II. Uredosori hypophyllous, oblong ; uredospores oblong or obovate,
12-16 by 18-22 /i ; wall thin, echinulate ; pores few, scattered.
III. Teleutosori hypophyllous, oblong to oblong-linear, prominent,
soon naked, dark brown, ruptured epidermis noticeable ; teleutospores
oblong or clavate-oblong, 16-22 by 48-56 (u. ; apex rounded, greatly thick¬
ened ; pedicel slender, colored, half the length of the spore.
On Aster paniculatus Lam., Aster cordifolius L. and Carex foenea
Willd. The latter collected at Decorah, Iowa, Dec. 30, 1900 by E. W. D.
Holway, and at Lafayette, Ind., April 30, 1901, by the writer.
The common aecidium, found on many species of Aster, is
probably included in this species, but not the aecidia found on
Erigeron, Solidago or Geranium. It is the same as Aecidium
asterum Schw. The uredospores and teleutospores are very sim¬
ilar to those of the preceding species, and are suggestive of
biological species. Much work, however, must be done before
an approximately accurate statement can be made regarding the
Carex species having aecidia upon Compositae. Data for the
present separation was obtained as follows :
April 25, teleutospores from Carex foenea (leva) sown on Erigeron
annuus ; no infection.
April 29, teleutospores from C. foenea (Iowa) sown on Erigeron
annuus ; no infection.
May 4, teleutospores from C. foenea (Indiana) sown on Aster
paniculatus ; May 13, spermogonia ; May 22, aecidia.
May 4, teleutospores from C. foenea (Indiana) sown on Erigeron
annuus ; no infection.
May 11, teleutospores from C. foenea (Indiana) sown on Geranium
maculatum ; no infection.
June 1902] Cultures of Urcdineae in 1900 and 1901
May 11, teleutospores from C. foenea (Iowa) sown on Erigercua
annuus ; no infection.
May 13, teleutospores from C. foenea (Iowa) sown on Aster paiaic-
ulatus ; May 20, spermogonia ; May 28, aecidia.
May 13, Teleutospores from C. foenea (Iowa) sown on Solidag©
canadensis ; no infection.
May 13, teleutospores from C. foenea (Indiana) sown on Aster
cordifolius; May 23, spermogonia; May 30, aecidia.
May 13, teleutospores from C. foenea (Indiana) sown on Solidag®
canadensis; no infection.
PUCCINIA BOLLEYANA SACC.
This species is first mentioned in the Amer. Mo. Micr.
Journal for 1889 (10:169), with an illustration but no descrip¬
tion. It was first described in Saccardo’s Sylloge (9:303), two
years later. It was collected originally on a sterile sedge, pre¬
sumably a Carex, growing from two to four feet high. The
type locality is within two miles of Lafayette, Ind., and only
an area ten or fifteen feet across supports the sedge, but almost
every leaf over this area has been thickly covered with the
rust each season since its discovery. Last year it was found im
another locality about four miles distant. It has not been re¬
ported from any other place in this or other states, but a speci¬
men sent from Kenosha county, Wisconsin, by Du J. J. Davis
has proved to be this species. The species is especially char¬
acterized by the large teleutospores, and the brown, fusiform
uredospores. Within the last month a fruiting specimen of the
host has been found upon the type area, which shows it to
be Carex trichocarpa Muhl. This in brief is the history of the
rust up to the time of making the following cultures. Whether
the aecidium, which has been found to grow on Sambucus cana¬
densis, is the wide-spread Aecidium sambuci Schw., or not, it
would be premature to say.
May 2, teleutospores from Carex trichoca.rpa sown on Sambucue
canadensis ; May 10, spermogonia ; May 22, aecidia.
May 3, teleutospores from C. trichocarpa sown on Xanthium can-
adense ; no infection.
May 3, teleutospores from C. trichocarpa sown on Impatiens aurea^
no infection.
June 15, aecidiospores from Sambucus canadensis sown by Wm.
Stuart on Carex trichocarpa; July 16, abundant uredospores first noticed^
but probably not the first sori to appear.
SUMMARY.
During 1900 and 1901 the life cycle of the following eight
species of rusts was demonstrated by cultures. Of these suc¬
cessful cultures, the first four have been previously reported,
while the cycle of the second four is here reported for the first
time.
56
Journal of Mycology
[Vol. 8
1. Uromyces euphorbia C. & P. and Aecidium euphorbiae
Amer. Auct. with sowings of aecidiospores and uredospores.
2. Puccinia caricis (Schum.) Reb. and Aecidium urticae
Schum. with sowings of teleutospores.
3. Puccinia angustata Pk. and Aecidium lycopi Ger. with
sowings of teleutospores.
4. Puccinia poculiformis (Jacq.) Wettst. and Aecidium ber-
beridis Pers. with sowings of teleutospores.
5. Puccinia albiperidia- Arth. and Aecidium albiperidum Arth.
with sowings of teleutospores.
6. Puccinia caricis-erigerontis Arth. and Aecidium erigero-
natum Schw. with sowings of teleutospores.
7. Puccinia caricis-asteris Arth. and Aecidium asterum Schw.
with sowings of teleutospores.
8. Puccinia bolleyana Sacc. and Aecidium sambuci Schw. ( ?)
with sowings of teleutospores and aecidispores.
Purdue University, Lafayette, Ind., June, 1902.
OHIO FUNGI. FASCICLE IV
W. A. KELLERMAN, OHIO STATE UNIVERSITY. ,
The following species are included :
61. Aecidium cimicifugatum Schw., on Cimicifuga racemosa (L.)
Nutt.
62. Aecidium ranunculi Schw., on Ranunculus abortivus L.
63. Albugo candidus (Pers.) Kuntze, on Camelina sativa (L.)
Crantz.
64. Cercospora althaeina Sacc., on Althaea rosea Cav. (cultivated).
65. Cercospora hydropiperis (Thuem.) Speg., on Polygonum punc-
tatum Ell.
66. Cintractia junci (Schw.) Trek, on Juncus tenuis Willd.
67. Gymnoconia interstitialis (Schlecht.) Lagh., on Rubus occiden¬
tal^ L.
68. Plasmopara halstedii (Farl.) Berl. & De Toni, on Vitis sp.,
cultivated.
69. Puccinia caricis (Schum.) Reb., on Urtica gracilis Ait.
70. Puccinia caricis (Schum.) Reb., on Carex stricta Lam.
71. Puccinia caricis (Schum.) Reb., on Carex riparia Curtis.
72. Puccinia mariae-wilsoni Clint., on Claytonia virginica L.
73. Puccinia taraxaci Plowright, on Taraxacum taraxacum (L.)
Karst.
74. Puccinia taraxaci Plowright, on Taraxacum erythrospermum
Andrz.
75. Rhytisma concavum Ell. & Kellerm., on Ilex verticillata (L.)
Gray.
76. Rhytisma concavum Ell. & Kellerm., on Ilex verticillata (L.)
Gray.
77. Septoria astericola E. & E., on Aster cordifolius L.
78. Septoria kalmiaecola (Schw.) B. & C., on Kalmia latifolia L.
June 1902] Ohio Fungi. Fascicle IV 57
79. Urocystis carcinodes (B. & C.) Fisch., on Cimicifuga racemosa
(L.) Nutt.
80. Venturia orbicula (Schw.) C. & P., on Quercus prinus L.
Thanks for assistance are extended to Messrs. Arthur, Clin¬
ton, Ellis, Lloyd, Morgan, Ricker, and to all whose names appear
on the labels as collectors.
61. Aecidium cimicifugatum Schw.
On Cimicifuga racemosa (L.) Nutt.
Sugar Grove, Fairfield Co., Ohio. May 30, 1902.
Coll. W. A. Kellerman.
“Caeoma (Aecidium) Cimicifugatum, L. v. S .
“C. maculis magnis orbiculatis luteis bullatis. Pseudoperidiis in
pagina inferiori, concentricis, longissimis, cylindricis, apice primum clausis,
demum subfimbriatis. Sporidiis aurantiacis albescentibus.” L. D. de
Schweinitz, Transactions of the American Philosophical Society, Phila¬
delphia, 4 :293. 1834.
62. Aecidium ranunculi Schw.
On Ranunculus abortivus L.
Brush Lake, Champaign Co., Ohio. May 4, 1902.
Coll. J. H. Schaffner and F. J. Tyler.
‘‘Aecidium.
“Ranunculi (abortivi). Frequens in foliis rotundis radicalibus, ex-
pers fere macula.” L. D. de Schweinitz, Synopsis Fungorum Carolinae
Superioris (excerpta), p. 41, No. 440, 1822. (Schrift. d. Nat. Gesellschaft
zu Leipzig.)
63. Albugo candidus (Pers.) Kuntze.
On Camelina sativa (L.) Crantz.
Columbus, Ohio. May 15, 1902.
Coll. F J. Tyler.
“Uredo Candida: effusa Candida.
“Aecidium candidum. in Gmel. Syst. nat. Linn. 2. p. 1473.” D.
C. H. Persoon, Synopsis Methodica Fungorum, 1 :223. 1801.
“Uredo cheiranthi : sparsa subglobosa prominens Candida.
“Acervuli globose prominent, epidermide cingente clausi, dimidiam
lineam lati. Ob formani distinctam ab anticedente remouendam duxi.”
D. C. H. Persoon, Synopsis Methodica Fungorum, 1 :224. 1801.
64. Cercospora althaeina Sacc.
On Althaea rosea Cav. (Cultivated.)
Columbus, Ohio. June 9, 1901.
Coll. W. A. Kellerman.
“Cercospora althaeina Sacc. sp. nova. Maculis amphigenis angulosis,
brunneis, lyphis fasciculatis filiformibus, 40x5 (rarius usque 100 lgs.)
58
Journal of Mycology
[Vol. 8
pauciseptatis, fusco-olivaceis ; conidiis in hypharum apicibus cylindraceo-
obclavatis, v. anguste fusoideis, rectiusculus, 40-50 x 5, 2-4 septatis, apice
obtusiusculus, hyalinus.” P. A. Saccardo. Michelia, 1 :269. 15 Januar,
1878.
65. Cercospora hydropiperis (Thuem.) Speg.
Helminthosporinm hydropiperis Thuem. ; Cercospora polygono-
rum Cke.
On Polygonum punctatum Ell.
Columbus, Ohio. September 22, 1901.
Coll. W. A. Kellerman.
“Helminthosporium Plydropiperis Thuem. nov, spec.
“H. caespitibus hydrophyllis, plerumque foliam totam occupans,
velutinis, effusis, tenuibis, olivaceis, densis; hyphis erectis, subrectis,
simplicibus, non vel vix septatis, tenuibus, brevibus, dilute fuscis ; sporis
longeclavatis, subcurvatis, apice dilatatis, vertice angustatis, subacutatis,
6-10 septatis ad septas non constrictis, cum nucleo hyalino unico in
cellulis omnibus, dilute fuscis, 50-60 mm. long., 8-10 mm. crass.” F. de
Thuemen, Mycotheca universalis, no. 1087.
66. Cintractia junci (Schw.) TreL
On Juncus tenuis Willd.
Brush Lake, Champaign Co., Ohio. May 30, 1902.
Coll. J. H. Schaffner and F. J. Tyler.
Caeoma (Ustilago) Junci, L. v. S .
“C. aterrimum, longitudinaliter in glumis effusum, primum tectum
cortice quasi spurio nigronitido. Sporidiis minutissimis conglutinatis.
An idem Ustilago in Rhynchosporis rarissime obvia, sporidiis majoribus.”
L. D. de Schweinitz, Transactions of the American Philosophical Society,
Philadelphia. 4 :290. 1834.
67. Qymnoconia interstitialis (Schlecht.) Lagh.
On Rubus occidentalis L.
Olena, Huron Co., Ohio. June 2, 1902.
Coll. O. E. Jennings.
The host occurred with Rubus nigrobaccus but the latter harbored
none of the fungus.
Supplement to No. 20.
68. PSasmopara halstedii (Farl.) Berl. & De
Torn.
Peronospora halstedii Farl.
On Vitis sp., cultivated.
Columbus, Ohio. June 6, 1901.
Coll. W. A. Kellerman.
“P. halstedii Farlow. Mycelium with oval haustoria. Conidio-
phores rather stout, undivided below, above with numerous 1 to 4 pinnate
June 1902]
Ohio Fungi. Fascicle IV
59
horizontal branches, the lower of which are considerably longer and more
compound than the upper. Tips long, slender, acute, loosely diverging.
Conidia oval or elliptic, 19-30 fi by 15-26 /i Oospores 23-30 /x
in diameter, yellowish, thin walled, exospore with a few folds or ridges.”
W. G. Farlow. Botanical Gazette, 8 :310. October, 1883.
69. Puccinia caricis (Schum.) Reb.
Aecidium nrticae Schum.
O11 Urtica gracilis Ait.
Carey, Wyandot Co., Ohio. May 20, 1902.
Coll. Thos. Bonser.
*
“Aecidum Urticae, orbiculare effusumque, elevatum purpureo croca-
tum ; peridiis cupulaeformibus flavis, ore laciniato ; laciniis crenulato-
dentatis, obtusiusculis; pulvere citrino. In foliis et petiolis Urticae
dioicae.” Christ. Frieder. Schumacher, Enumeratio plantarum in partibus
Saellandiae Septentrionalis et orientalis, 2 :222. 1803.
70. Puccinia caricis (Schum.) Reb.
On Carex stricta. Lam.
Columbus, Ohio. March 20, 1902.
Coll. W. A. Kellerman.
Sowings of the spores on Urtica gracilis Ait. produced aecidia.
Supplement to No. 69.
It is more than doubtful whether the following descriptions apply to
the Rust here distributed; but since the name as given above has been
used for the American species it seems best to present the original
diagnoses.
“Uredo carciis, peridiis oblongis, pallido-cinereis, distinctis rarius
confluentibus paullulum elevatis ; pulvere ferrugineo-badio.” Christ.
Frieder. Schumacher. Enumeratio plantarum in partibus Saellandiae
septentrionalis et orientalis, 2 :231. 1803.
“Puccinia striola L.
“P. maculis pallidis, acervis linearibus confertis distinctis amphigenis
subconvexis, sporidiis nigricantibus.” H. F. Link, Species Plantarum,
62 :67. 1825.
Puccinia caricina DC. — Description given on label to Ohio Fungi
No. 28.
71. Puccinia caricis (Schum.) Reb.
On Carex riparia Curtis.
Columbus, Ohio. April 17, 1902.
Coll. W. A. Kellerman.
Supplement to Nos. 69 and 70.
Species determined by culture experiments ; sowings of the teleut-
ospores on Urtica gracilis Ait. resulting in the production of spermogonia
and aecidia.
60
Journal of Mycology
[Vol. 8
72. Puccinia mariae-wilsoni Clint.
On Claytonia virginica L.
Cincinnati, Ohio. May 15, 1902.
Coll. Walter H. Aiken.
“P. Mariae-Wilsoni Clinton.
“Amphigenous ; spots none ; sori scattered or clustered, unequal,
at first covered by the epidermis, then surrounded by its ruptured remains,
reddish-brown ; spores sub-elliptical, scarcely constricted, crowned with
a pustule, .0013'-. 0018' long, .0007'-. 0008' broad.” Chas. H. Peck, Re¬
port on the State Museum, State of New York, 25:115. 1872.
73. Puccinia taraxaci Plowright.
On Taraxacum taraxacum (L.) Karst.
Columbus, Ohio. June 10, 1902.
Coll. W. A. Kellerman.
“Puccinia taraxaci. Plow.
“Spermogonia. — On yellow oval or rounded spots. Paraphyses not
conspicuous. Spermatia globose or oval, 1-2 fx in diameter.
“Uredospores-Primary : Sori scanty, large, dark, brown, elongated
or circulating. Spores ovate, round, or subpyriform, echinulate, brown,
25-30 x 25 ix. Secondary : Sori small, very profuse, round, cinnamon-
brown, soon pulverulent, often confluent. Spores subglobose, brown,
echinulate, 20-25 ^ in diameter.
“ Teleutospores . — Sori amphigenous, minute, blackish, round, pul¬
verulent, surrounded by the ruptured epidermis. Spores obtuse, shortly
oval, ovoid, or even subglobose, constriction almost none, brown,
echinulate, especially above, 30-40 x 20-25 jx. Pedicels short, hyaline,
deciduous.” Charles B. Plowright, A Monograph of the British Uredineae
and Ustilagineae, 186. 1889.
74. Puccinia taraxaci Plowright.
On Taraxacum erythrospermum Andrz.
Columbus, Ohio. May 18, 1902.
Coll. F. J. Tyler.
Supplement to No. 73.
75. Rhytisma concavum EH. & Kellerm.
On Ilex verticillata (L.) Gray.
West Mansfield, Logan Co., Ohio. June 10, 1902.
Coll. W. A. Kellerman.
“Rhytisma concavum Ell. & Kellerm. n. sp. — Stromata epiphyllous
but also visible below, forming thin, black, thickly scattered blotches, 1-4
mm. diameter, orbicular or subangular, the surface uneven, surrounded by
a pale yellowish, narrow margin, more or less concave below and the
margin broader and paler, at maturity rupturing by radiating fissures, in
the oblong forms a central elongated fissure also occurring and in the
June 1902]
Ohio Fungi. Fascicle IV
61
larger ones a circular area being cut out, the hygroscopic lobes strongly
recurved when moist exposing a light yellowish, later sordid yellow then
blackish disk. Asci 80-110 x 8-10 jx, oblanceolate, much elongated below,
strongly acute at apex, accompanied by abundant slender and elongated
mostly flexuous paraphyses about 4 jx wide, usually enlarged at the tips.
Spores 20-35 x 2-3 /x, hyaline, nearly straight to strongly curved, slightly
thicker at one end in which are large clear granules.” J. B. Ellis and
W. A. Kellerman, Journal of Mycology, 8:51. June, 1902.
76. Rhytisma concavum Ell. & Kellerm.
On Ilex verticillata (L.) Gray.
West Mansfield, Logan Co., Ohio. July 19, 1901.
Coll. W. A. Kellerman.
Supplement to No. 75.
Stroma only; no asci.
77. Septoria astericola E. & E.
On Aster cordifolius L.
Columbus, Ohio. April 22, 1902.
Coll. W. A. Kellerman.
‘‘Septoria astericola, n. s. — Spots amphigenous, dark brown, sub-
indefinitely limited, bounded by a broad yellow border, the brown central
part 3-4 millimeters across. Perithecia innate, finally partially erumpent
above, numerous, scattered, small (75^-) , scarcely visible in the earlier
stages of growth, light brown. Sporules slender, nearly straight, nucleate,
30-45 by 1-1£ fx. Differs from S. atropurpurea, Pk. in its yellow bordered
spots and shorter, narrower sporules. J. B. Ellis and B. M. Everhart,
Journal of Mycology, 5:150. 1889.
78. Septoria kalmisecola (Schw.)) B. & C.
On Kalmia latifolia L.
Sugar Grove, Fairfield Co., Ohio. May 17, 1902.
Coll. W. A. Kellerman.
“Sphaeria (Depazea) Kalmicola, L. v. S .
“S. maculis candidis orbiculatis, margine intumescente cinctis, et
folia circumcirca nigricantibus. Peritheciis convexis atris concentricis
innatis.” L. D. de Schweinitz, Transactions of the American Philo¬
sophical Society, Philadelphia, 4 :226. 1834.
79. Urocystis carcinodes (B. & C.) Fisch.
On Cimicifuga racemosa (L.) Nutt.
Sugar Grove, Fairfield Co., Ohio. May 30, 1902.
Coll. W. A. Kellerman.
“Thecaphora carcinodes. B. & C. — Soris maximis ellipticis e
ramulis tumentibus; sporis globosis cellulis 4-6 hyalinis cinctis.
62
Journal of Mycology
[Vol. 8
“Sori large, swelling out in elliptical masses; spores globose, sur¬
rounded by from four to six hyaline cells.” M. J. Berkeley, Grevillea,
3:58. December, 1874.
8o. Venturia orbicula (Schw.) C. <5: P.
On Quercus printts. L.
Sugar Grove, Fairfield Co., Ohio. May 17, 1901.
Coll. W. A. Kellerman and Clara G. Mark.
“Sphaeria orbicula, L. v. S .
“S. in maculis exacte orbiculatis, margine quasi linea nigra limitatis,
ob aggregationem peritheciorum in margine perithecia numerosa aggregata
sunt. Maculis \ uncialibus diametro, cinerascentibus. Peritheciis minut-
issimus, innatis, nigris, prominentibus pilis longis sparsis obsitis, demum
deciduis, concoloribus.” L. D. de Schweinitz, Transactions of the Ameri¬
can Philosophical Society, Philadelphia, 4 :224. 1834.
NEW ALABAMA FUNGI
BY J. B. ELLIS AND B. M. EVERHART.
The following fungi were collected in the vicinity of Tus-
kegee, Alabama, by George W. Carver, Director of the Depart¬
ment of Agriculture and Agricultural Experiment Station at
Tuskegee, Ala.
Phyllosticta richardsoniae E. & E. — On leaves of Rich-
ardsonia scabra, Tuskegee, Ala. Aug. 1901.
Perithecia amphigenous, on irregularly shaped, dirty white
spots and bleached areas of the leaves, mostly occupying and
killing the tips of the leaves, perithecia scattered, globose, 80-110
n. diam., pierced above. Sporules oblong-elliptical, abundant,
4xiJ n .
Phoma apocrypta E. & E. — On dead stems of Phytolacca
decandra, Tuskegee, Ala. Oct. 1900 (Carver 704).
Perithecia subcuticular, raising the epidermis into little pus¬
tules pierced by the subconical ostiolum, globose, 150-200 diam.,
scattered or often three or more approximated, or sometimes
seriately arranged and splitting the epidermis in clefts or cracks
2-3 mm. in length. Sporules elliptical or ovoid, 1-2 nucleate,
with a slight smoky tinge, 3-4x1 \-2
Its much smaller sporules as well as its pseudo-stromatic
habit will separate it from P. herbarum West, and from P.
phytolaccae B. & C. May be the spermogonial stage of Diaporthe
aculeata Schw.
Phoma zeicola E .& E. — Bull. Torr. Bot. Club, 27:573.
1900. Specimens recently sent show that the perithecia appear at
first on definite, pallid spots, which finally become confluent.
June 1902]
New Alabama Fungi
63
Macrophoma subconica E. & E. — Jour. Mycol. 5 :i4 7, 1889.
Mr. Carver has sent what we now refer to this species on the
following hosts — On Luffa acutangula (dried pericarp), spor. 15-
22x10-12 u ; on Dolichos sinensis, spor. 15-20x10-11 ju ; on Melia
azederach; Pelargonium zonale, and Cassia tora, spor. 15-22x5-7
U ; on Mucuna utilis, spor. 15-18x12-14 ju.
The perithecia vary from 120-400 u in diameter, with a dis¬
tinct conic-papilliform ostiolum, and become depressed and flat¬
tened or collapse to concave. The ostiolum is soon deciduous
leaving the perithecium perforated.
Aposphaeria turmalis E. & E. — On weatherbeaten wood
of Diospyros virginiana.
Perithecia superficial, densely crowded and angular from mu¬
tual pressure, forming a continuous crust several centimeters in
extent, ovate, globose, 300-400 ju diam. with an obscure papilli¬
form ostiolum. Sporules ovate or piriform, hyaline, filled with
small nuclei, 15-20x10-12 ju.
Dothiorella major E. & E. — On dead stems of Gossypium
herbaceum.
Perithecia in clusters of 3-8, stromatically connected and
surrounded by the ruptured epidermis, with a few scattered singly,
globose, J-J mm. diam. Sporules oblong-elliptical or ovate, 20-
22x12 ju, on basidia of about the same length, others (sterile
basidia) are longer than the sporules and resemble paraphyses.
D. botryosphaerioides Sacc. on the same host has sporules
only 8x3 ju„
Sphaeropsis grandiflora E. & E. — On dead leaves of Mag¬
nolia grandiflora.
Perithecia scattered quite evenly over the upper side of the
leaf, raising the cuticle into little pustules, 99-110 u diam.,
perforated at the apex. Sporules oblong-elliptical, 15-20x8-10 /u-
Sphaeropsis sabalicola Ell. & Carver. — On Sabal andan-
sonii, Beloit, Ala.
Perithecia gregarious, 150-200 ji diam., often subseriate, 2-4
in a short line, splitting the epidermis over them but hardly con¬
fluent, suberumpent, finally deciduous. Sporules oblong-elliptical,
15-22x9-11 ju, on rather slender basidia about as long as the
spores.
Sphaeropsis begoniicola E. & E. — On Begonia, cultivated.
Perithecia hypophyllous, on dead, indefinitely limited areas
of the leaves, hemispheric-prominent, finally collapsing, large
(400-50011), carbonaceo-membranaceous, with a distinct tuber-
culo-papilliform ostiolum. Sporules elliptical, 15-22x12 ju nearly
hyaline at first, filled with granular matter becoming brown.
Haplosporella grandinea E. & E. — On dead limbs of Mag¬
nolia glauca.
64
Jour?ial of Mycology
[Vol. 8
Stromata small, thickly scattered, J-i mm. diam., sunk in
the bark, raising the epidermis into pustules and rupturing it
but not erumpent. Perithecia 2-6 in a stroma, 150-200 fit diam.,
with a papilliform ostiolum, sometimes scattered singly in the
bark. Sporules oblong-elliptical, 15-20x8-11 fi.
H mexicana E. & E. — (Bull. Torr. Bot. Club, 22 1440. 1895)
differs from this in its larger, seriate, carnose, erumpent stromata.
Haplosporella jasmini E. & E. — On dead limbs of Jas-
minum fruticans.
Perithecia ovate, bursting out through the bark in clusters
of 6-20 and loosely surrounded by the lobes of the ruptured epi¬
dermis. Sporules oblong-elliptical or ovate, 18-20x8-11 fit.
Diplodia atrocoerulea E. & E. — On dead steams of Datura
stramonium.
Perithecia innate, the apex erumpent, discharging the ovate-
elliptical, dark brown, 12-22x12 fi. spores abundantly, and black¬
ening the surface of the stem.
Accompanied by a Helminthosporium (H. socium E. & E.
in herb.) with elongate-elliptical, 3-septate, pale yellow conidia,
30-50x12-15 /i. The sporules are more or less distinctly longi-
tudinallv striate.
m/
Botryodiplodia meliae E. & E. — Diplodia meliae E. & E.
Bull. Torr. Bot Club, 25:288. 1897. Diplodia langloisii Sacc.
& Syd., Sacc. Syll. 14:929. 1897. On dead limbs of Melia
azedarach, Louisiana (Langlois), Alabama (Carver).
Perithecia globose or ovate, 150-200 / 1 diam., 3-15 in a flat-
tish-verruciform stroma, J-i mm. diam., closely covered by the
irregularly ruptured but closely adherent epidermis, black inside
and of a waxy or subcarnose consistency ; ostiola papilliform.
Sporules oblong-elliptical, more or less distinctly constricted, 15-
20x8-10 fit.
The Louisiana specimens which were published in the Torr.
Bull, as Diplodia were not as well developed as those from Ala¬
bama but a re-examination of the species in Herb. Everhart shows
* that the stromatic arrangement of the perithecia is the normal
condition, although in specimens from both of the localities
named, perithecia scattered singly occur.
Botryodiplodia pallida E. & E. — On dead stems of Glycine
hispida.
Perithecia collected in little groups 3-8 in a more or less
evident stroma, ovate globose, 250-300 fit diam., the papilliform
ostiolum and generally the apex of the perithecium projecting
slightly above the stroma. Sporules oblong-elliptical, obtuse, hya¬
line and continuous at first, tardily becoming brown and uni-
septate, 20-26x12 fit in the hyaline state, a little smaller when
mature and brown ; basidia about as long as the sporules.
June 1902]
New Alabama Fungi
65
Lasiodiplodia tubericola E. & E. — Bot. Gaz. 21 192. 1896.
On cotton-balls. This has been sent by Mr. Carter on the fol¬
lowing hosts : On beets, tomatoes, egg-plant, old corn husks, and
on a rind of Crookneck-squash, indicating that it is indigenous
to this country and not imported.
Septoria cyperi E. & E. — On Cyperus sp. Tuskegee, Ala.
Aug. 1900.
Perithecia at first on small rust-colored spots on the living
leaves, but when these become dead, scattered irrgeularly, suber-
umpent, 150-200 ix diam. Sporules filiform, continuous, curved,
80-120x2 [j. .
Hendersonia opuntiae E. & E. — On Opuntia ficus indica.
Perithecia gregarious, pustuliform, 150-200 u diam. Spor¬
ules cylindrical, slightly curved, 3-septate, brown, 20-25x4-5 fx,
ends obtuse.
Colletotrichum carveri E. & E. — On leaves of tea plant,
cult.
Acervuli epiphyllous, on dead, brown areas of the leaf,
erumpent, amber-colored, J-Jmm. diam., sparingly girt around
the base with weak, brown, continuous, bristle-like hairs, slightly
swollen at the base and 40-80x3 [x . Conidia oblong-cylindrical,
12-15x3^-5 /x, obtusely rounded at the ends.
Colletotrichum phyllocacti E & E. — On Phyllicactus
latifrons.
Spots brown, whitening out, large, 3-4 cm. across with a
narrow raised concolorous margin. Acervuli in groups both on
the spots and on adjacent areas of the leaf, erumpent, black,
surrounded with a fringe of dark-colored continuous bristles,
30-40x3-3 \ tx, tapering above. Conidia oblong-elliptical, or ob¬
long-cylindrical, granular, continuous, hyaline, 10-12x3^-4
on basidia longer than the conidia.
Differs from C. carveri E. & E. in its smaller conidia and
shorter, subundulate bristles.
Gloeosporium amaranthi E. & E. — On dead stems of
Amaranthus spinosus.
Acervuli subcuticular, raising the epidermis into pustules,
then suberumpent, discharging the conidia in a flesh-colored glob¬
ule, seated on elongated, blackened strips on the stem. Conidia
oblong-elliptical, 2-nucleate, 12-15x5-6/^.
Pestalozzia batatae E. & E. — On tubers of Batatas eduiis.
Acervuli raising the cuticle into hemispherical pustules
which roughen the surface of the tuber. Conidia clavate-oblong,
20x5-6 fx, terminal cells hyaline, acutely conical, intermediate cells
brown, apical cell surmounted by a crust of three spreading, hya¬
line bristles about 12 u long, pedicels becoming oblique.
Journal of Mycology
[Vol. 8
m
The conidia are hardly distinguishable from those of P.
guepini Desm. which is found around Tuskegee on leaves of
Rosa, Vitis, Ulmus, Liriodendron, Sassafras and Diospyros.
Venturia nebulosa E. & E. — On dead leaves of Era-
grostis sp.
Amphigenous. Perithecia ovate-globose, 75-100 a diam.,
pierced above, membranaceous, clothed with black, continuous,
spreading hairs 30-40x3 a, seated on cloudy or smoky, elliptical
spots 2-5 mm. diam. or by confluence more. Asci oblong, ab¬
ruptly contracted at base into a short stipe, aparaphysate, 35-45X
.12-15 a. Sporidia biseriate, oblong-ovate, hyaline, uniseptate,
slightly constricted, 12-15x5 a.
Differs from V. erysipheoides E. & E. in its more abundant,
shorter and narrower bristles and different sporidia and from
Y. graminicola Winter in its broader, shorter sporidia.
Nectria secalina E. & E. — On dead culms of Secale cereale.
Perithecia gregarious, ovate-globose, 100-120 a diam., orange
yellow, sometimes slightly collapsed but not very distinctly so,
ostiolum papilliform, minute, inconspicuous ; Asci clavate-cylin-
drical sessile, aparaphysate, 40-55x7-8 a, Sporidia subbiseriate,
oblong or oblong-elliptical, uniseptate, scarcely constricted, hya¬
line, 7-10x3-4 a.
Differs from N. gibberelloides E. & E. and from N. bras-
sicae & S. E. in its orange color and rather smaller, straight
sporidia.
Nectriella cacti E. & E. — On Opuntia ficus indica.
Perithecia gregarious, bright blood-red, soft, ovate 200 a
hig*h, no a broad. Asci sublanceolate, 45-55x4 a; paraphyses
obscure. Sporidia biseriate, oblong, hyaline, continuous, 5~6x
1*2 A*
Outwardly resembles Nectria sanguniea (Sibth.) but the
sporidia are very different; nor can it be mistaken for N. opun-
iiae Roll, in Sacc. Syll 14 1632.
Zignoella sabalina E. & E. — On petioles of Sabal adan-
sonii.
Perithecia superficial, gregarious or subcespitose, ovate,
rough, collapsing, 300-350 a diam., with a papilliform ostiolum.
Asci clavate-cylindrical, 45-60x10-12 a, subsessile, aparaphysate.
Sporidia fusoid, subinequilateral or slightly curved, hyaline, 3-
septate, scarcely constricted, 15-20x4^-5 a • The sporidia scarcely
differ from those of Metasphaeria palmetto Cke.
Laestadia prenanthis E. & E. — On living leaves of Pre-
nanthus crepidinea. Aug. 1901.
Spots elliptical or irregular, 3-5 mm. diam., partly limited
by the veinlets, light brown, with a narrow, slightly raised bor¬
der. Perithecia hvpophyllous, scattered on the spots, semierum-
June 1902 ]
New Alabama Fungi
.67
pent, minute, (50-60 p) , pierced above. Asci oblong, subsessile,
rather abruptly narrowed at the ends, 30-35x6-7 p. Sporidia
biseriate, fusoid-oblong, 3-guttulate, hyaline, 10-12x3-3^ p.
Laestadia ari E. & E. — On living leaves of Arum arifolium.
Spots subcircular, dark gray above, deep brown below, 1 cm.
diam., with a narrow darker border ; perithecia epiphyllous, abund¬
ant, evenly and thickly scattered over the central portion of the
spots, ioo-iio p diam., pierced above, semi-erumpent. Asci ob¬
long-cylindrical, short-stipitate, 40-50x7-8 p, paraphyses rudi¬
mentary or wanting. Sporidia biseriate, subnavicular, 2-3-
nucleate, hyaline, obtuse, 8-10X3J-4-J p .
Vermicularia trichella Fr. is found in a narrow belt just
within the margin of the spots.
Sphaerella yuccae E. & E. — On leaves of Yucca filamen-
tosa.
Perithecia evenly scattered on the dead leaves, subcuticular,
slightly raising the epidermis, at length more or less collapsing,
small ( 1 10-120 p). Asci clavate-cylindrical, short-stipitate,
45"55XI°'12 /JL- Sporidia biseriate, short, oblong-fusoid, 12-15X
4-5 p , uniseptate but not perceptibly constricted.
Didymella ricini E. & E. — Proc. Phil. Acad. 421. 1895.
Prof. Carver sends this on dead shoots of Ailanthus glandulosa ;
the asci 45-50x10-12 p, spor. oblong-elliptical, obtuse, yellowish-
hyaline, scarcely curved, 12-15x5-6 p ; on stems of Mucuna utilis,
asci 40-45x8-10 a, spor. oblong-fusoid, distinctly curved, 12-15X
4-5 \ p , yellowish-hyaline, becoming uniseptate ; on Hibiscus
esculentus, asci 50x10 u, spor. curved, yellowish, 12-15x4-4^- u,
2-3 guttulate (becoming unseptate).
The perithecia in all these collapse. This is closely allied
to D. sphaerellula (Pk.) and D. fuschiae (Ck. & Hark.).
Physalospora vagans E. & E. — On dead, bleached canes of
Rubus strigosus.
Perithecia scattered, singly or 3-5 subconfluent, membrana¬
ceous, of rather coarse cellular structure, black, pierced above,
100-200 p diam., raising the cuticle into little pustules which,
especially over the clustered perithecia, are ruptured by a narrow
cleft. Asci clavate-cylindrical, 110-200x12-20 p, short, stipitate
and obscurely paraphysate. Sporidia uniseriate in the narrower
asci, biseriate in the broader, elliptical, 12-20x8-12 p hyaline,
The asci soon collapse so that the sporidia bulge out all round
like a bag stuffed full of apples. Many of the perithecia, espe¬
cially the scattered, single ones, contain only stylospores narrow-
elliptical, hyaline, 15-20x7-8 p, on basidia 12-20x1^ p.
Physalospora obtusa (Schw.) Cke. — On Rubus villosus,
has longer, narrower sporidia 35-40x9 p . This occurs also on the
following hosts : on dead steins of spiraea — asci 150x20-25 u, spor.
m
Journal of Mycology
[Vol. 8
18-25x10-12 p\ on Hemerocallis — asci 90-150x12-15 p spor. 20-
24x8-10 p; on Polygonum pennsylvanicum — asci 100x15 spor.
average 15x10 p,
Phomatospora wistariae E. & E. — On partly dead leaves
of Wistaria frutescens.
Perithecia mostly epiphyllous, on small, mostly round, gray
spots, 2-4 mm. diam., bounded by a narrow dark line ; but often
confluent over a great part of the leaf, subdepressed, membra¬
naceous, 1 10-120 p. Asci oblong, sessile, 35-45x10-12 p, with¬
out paraphyses. Sporidia biseriate oblong-elliptical, hyaline,
rounded at the ends, about 12x6 p.
Metasphaeria ipomoeae E. & E. — On dead stems of
Ipomoea.
Perithecia scattered or 2-3 together, subcuticular, then emer¬
gent and mostly collapsing, mm. diam. with a disinct papilli¬
form ostiolum. Asci clavate, short-stipitate, 75-90x10-14 p, with
filiform paraphyses. Sporidia overlapping and crowded, often
biseriate above, elongate-ovate or broad fusiod-clavate, 3-4 sep¬
tate and constricted especially at the next to the upper septum,
15-25 (mostly about 20) x8-I2 p.
Comes very near M. kali (Fabr.) according to his descrip¬
tion and figure, differing principally in its subaggregated peri¬
thecia.
Metasphaeria carveri E. & E. — On dead stems of Sesa-
mum orientale, Glycine hispida, Cassia tora and Mucuna utilis.
Perithecia thickly scattered or gregarious, occasionally ces-
pitose-conglomerate, semierumpent but mostly remaining cov¬
ered by thin cuticule, depressed-hemispherical when fresh,
wrinkled and collapsed when dry, 120-200 p diam. of thin mem¬
branaceous texture, pierced above. Asci oblong, short-stipitate,
50-55x8-12^-, paraphyses evanescent. Sporidia biseriate, oblong-
cylindrical, moderately curved, hyaline, 15-20x4-5 p, ends obtuse,
contents granular, with 3-4 nuclei (becoming 2-3 septate?).
Has the general appearance of Vermicularia.
Metapsi-iaeria sanguinea E. & E. — On dead stems of He-
lenium tenuifolium.
Perithecia subcuticular, scattered or 2-3 together, membra¬
naceous, and finally collapsing, about 200 p diam., raising the
red-stained cuticle into pustules which are soon ruptured at the
apex ; ostiolum papilliform, inconspicuous. Asci clavate-cylin-
drical, 50-70x7-8 p, paraphysate. Sporidia biseriate (mostly),
narrow-elliptical, or subfusoid, hyaline, 4-nucleate, becoming 3-
septate, 15-18x4 p.
The perithecia are sparingly clothed with loose, spreading
blood-colored hyphae 40-80x3 p .
Botryosphaeria muriculata E. & E. — On dead steams of
a white berried Smilax.
June 1902]
New Alabama Fungi
69
Perithecia mm. diam., 2-6 together in a cortical stroma,
white inside, contracted above into slender necks, the papilli¬
form ostiola raising the blackened epidermis into little tubercles
mostly ruptured across the top by a single hysteriform slit. Aset
clavate-cylindrical, short-stipitate, paraphysate, p. sp. 75-80x18-
20 ac Sporidia biseriate, oblong- elliptical, subinequilateral,
rounded at the ends or obtusely pointed, 20-25x10-12 /jl.
The surface of the bark occupied by the fungus is over¬
spread by a thin black, finely muriculate crust presenting under
the lens quite an ornamental appearance.
Hysterium compressum E. & E. — On decaying wood of
Pinus palustris.
Perithecia scattered, mostly lying parallel, 1-3 mm. long,
i mm. broad, straight or in the elongate forms undulate or curved,
faintly longitudinally striate above, narrow at the ends but sub-
obtuse, lips closed or slightly opened. Asci oblong-cylindrical,
short-stipitate, 75-80x15-20 a*, broadly rounded above, paraphyses
filiform, abundant. Sporidia crowded bi-tri-seriate, fusoid, 3-
septate, scarcely constricted, hyaline at first, soon brown (reddish-
brown), subinequilateral, slightly curved, compressed, 25-30x7-10
V , cell next to the upper one very slightly swollen.
The perithecia scarcely differ from those of H. insidens
Schw. but the sporidia are constantly only 3-septate and are com¬
pressed so as to be only 4-5 a 1 thick.
Mollisia alabamaensis E. & E. — On decaying canes of
Rubus villosus.
.Scattered, erumpent-superficial, gelatin-carnose, immarginate,
^ mm. diam., convex when fresh and pale-rose-color, subconcave
when dry and about the color of lean beef steak, finally becoming
almost black. Asci ventricose-oblong, subsessile, 60-65x15 ,jk
paraphyses enlarged and colored above, united in a brown epithe-
cium and bearing subglobose conidia 5 diam. Sporidia sub¬
seriate, hyaline, 12-13x6-7 a1.
Allied to Mollisia fuscorubra Rehm. which it much resem¬
bles.
Belonium bicolor E. & E. — On dead stems of Eupatorium.
Ascomata scattered or gregarious, sessile of soft carnose sub¬
stance, convex and amber color when young and fresh, concave
and nearly black when dry, ^-f mm. diam., margin narrow, sub-
dentate, the substance of the ascomata yellow when crushed
under the microscope. Asci clavate-cylindrical, short-stipitate,
80-90x12 /*, with stout simple paraphyses slightly thickened above.
Sporidia mostly uniseriate, oblong-elliptical, 15-20x6-8 as 3-4-
nucleate becoming 3-septate, hyaline at first becoming dull yellow
and more or less constricted when mature.
The sporidia are more like those of Dermatella but the other
characters are those of Belonium.
70
Journal of Mycology
[Vol. 8
Belonium consanguineum E. & E. — On decorticated, de¬
caying wood of Ilex.
Ascomata gregarious, sessile, slightly narrowed at the base,
black, mostly a little less than mm. diam., soft-carnose, disk
circular roughish, margin narrow, slightly toothed, convex and
dull amber color when young and fresh, concave and nearly
black when dry, substance dull yellow under the microscope.
Asci clavate-cylindrical, short-stipitate, 45-55x6-8 p , paraphyses
simple, stout, longer than the asci. Sporidia biseriate, fusoid,
hyaline, slightly curved, 4-nucleate, becoming 3-septate, scarcely
constricted, 15-20x3^-4 /* .
Differs from B. bicolor in its smaller size, cellular-fibrose
texture and narrower, sessile base. The asci also are shorter
and narrower, and the sporidia only about half as broad.
Godronia rugosa E. & E. — On dead limbs of Oxydendrum
arboreum.
Ascomata scattered, erumpent, i-i| mm. diam., sessile, closely
embraced by the ruptured epidermis, hymenium when moist sub-
gelatinous, turgid and rugose, obscurely glandular-roughened,
sooty-black, lighter within. Asci clavate-cylindrical, 70-75x8-10 p,
paraphyses abundant, united above in a sooty-olivaceous epithe-
cium. Sporidia elongated, fusoid, nucleate, arcuate when free,
hyaline with a faint tinge of yellow, 45-55x3-3^/* .
The scanty glandular pubescence of the hymenium would
indicate Belonium, but the members of that genus are mostly
on Gramineae or on herbaceous plants.
Plasmopora vincetoxici E. & E. — On leaves of Vincetoxi-
cum.
Hypophyllous, forming loose white woolly patches 3-4 mm.
across, at length subconfluent, the upper side of the leaf opposite
becoming brown. Conidiophorous hyphae continuous, 8-10 p
thick, branched above, the branches issuing at a right angle and
sending out short secondary branches with brownish, conical
sterigmata 8-10 p long, both lateral and terminal. Conidia glo¬
bose or short-elliptical, averaging about 15x13 / *. Oospores glo¬
bose, brown, about 20 p diam.
Cercospora capreolata E. & E. — On leaves of Bignonia
capreolata.
Spots reddish-brown with a reddish-pur :.T shaded margin,
l~i cm. diam., hyphae hypophyllous in the central portion of the
spots, arising in small spreading tufts from a small tuber-base,
15-20x3 p, continuous, pale brown. Conidia slender, obclavate,
continuous, brownish, slightly curved, 60-80x3 p .
Very different from C. bignoniicola Speg.
Cercospora hieracii E. & E. — On leaves of Hieracium ve-
nosum.
June 1902]
New Alabama Fungi
71
Epiphyllous, on pale yellowish, indefinite spots at first, but
soon spreading over the entire surface of the leaf, forming a
thin, mouse-colored stratum, the spots now being scarcely recog¬
nizable. Hyphae in dense tufts, 15-20x3 fx , subnodulose, contin¬
uous, or faintly septate, obtuse at the apex, subolivaceous, Conidia
slender, obclavate, with a slight oblivaceous tinge, slightly curved,
50-80x2^-3 n , faintly 3-5-septate.
Cercospora sessilis E. & E. — On (dead) ? leaves of Popu-
lus monolifera. Beloit, Ala. Sept. 1901.
Epiphyllous; conidia fasciculate, sessile (or nearly so) on
a minute, sphaeriform base, curved or undulate, 20-60x3 /x, oliva¬
ceous, guttulate, becoming 3-or more-septate.
On the same leaves are many small grayish-white spots but.
the Cerocospora is on the dark colored part of the leaf and not
on the spots though it may partly overrun some of them.
C. populina E. & E. (Jour. Mycol. 3:20) is on definite spots
and is different from this.
Cercospora graticlae E. & E. — On Gratiola pilosa.
Hyphae cespitose, short (25-35x3 /a), continuous, brown*
somewhat crisped and toothed above, tufts effused, forming an
olivaceous layer over the lower side of the leaves, but not on
any spots. Conidia cylindrical, olivaceous, nucleate, becoming
about 5-septate, 60-75x3^-4 / 1 .
Cercospora hydrangeae E. & E. — On leaves of Hydrangea
cult.
Spots amphigenous, subangular, more or less confluent s©
as to cover a greater part of the leaf, rusty-brown becoming
dark brown. The brown spots become pale silver gray in the
center on both sides of the leaf and on these gray spots the
tufts of hyphae are sparingly scattered. Hyphae nodulose and
geniculate, brown, simple, continuous or 1-2-septate below, sub-
dentate at the tips, 40-60x3^-4 fx. Conidia slender obclavate,
hyaline, faintly septate towards the thick end, 60-80x3^-4 /x.
Cercospora oxydendri E. & E. — On leaves of Oxydendrum
arboreum.
Leaves at first mottled with dull red, more distinctly so
above, the red areas bounded at first by the veinlets, soon con¬
fluent over a great part of the leaf, here and there forming
distinct, indefinitely limited spots of a deep-brown color, one
or more centimetres in extent. Hyphae tufted, short, the tufts
becoming almost black, especially above, of a lighter color but
not so abundant below. Conidia slender, obclavate-cylindrical,
3-5-septate, subolivaceous, 50-75x3-4 /x, mostly a little curved.
Cercospora brachypus E. & E. — On leaves of Vitis rotund-
ifolia.
72
Journal of Mycology.
[Vol. 8
Hypophyllous on brown, dead areas of the leaves. Hyphae
mere conical points on a brown, sphaeriform base, bearing abun¬
dant, slender, curved, faintly nucleate, nearly hyaline conidia,
acute at each end and 50-70x2^-3 (x.
Very distinct from all the other species described on Vitis.
The effused tufts look like a thin, mouse-colored down.
Cercospora tageticola E. & E. — On leaves of Tagetus pa-
tula which it soon blackens and kills.
Hyphae in loose, spreading tufts, 200-300x4 [x, geniculate
and septate. Conidia filiform about as long as the hyphae,
thickened, 6-8-septate near the base and when well developed,
constricted at the septa and 5-6 jx thick.
Differs from the original C. canescens E. & M. principally
in its longer hyphae and conidia.
Cercospora cydoniae E. & E. — On leaves of Cydonia ja-
ponica.
Spots amphigenous, irregular in outline, 1-3 mm. diam.,
definite but without any raised border, subconfluent, dark brown,
almost black above; hyphae epiphvllous, tufted, short, 15-
20X2J-3 fx , continuous, subgeniculate, pale-yellowish under the
microscope. Conidia mostly curved, subcylindrical, hyaline or
with a very faint shade of yellow, 30-45x2^ ix , nucleolate, be¬
coming 1-3 septate.
Under the pocket lens the tufts of hyphae with the conidia
appear like minute cinerous specks.
Cercospora richardsoniae E. & E. — On leaves of Richard-
sonia scabra.
Hyphae amphigenous, tufts effused more or less over the
entire leaf, forming an olivaceous coat, few in a tuft, subundulate
above and sparingly toothed, continuous or sparingly septate,
20-40X3-3J tx . Conidia long and slender, gradually attenuated
above, faintly 3-5-septate, with a slight yellowish tint, 75-90x3 fx.
Cercospora maclurae E. & E. — On living leaves of Maclura
aurantiaca.
Hypophyllous, forming irregularly shaped, olive-green
patches 2-4 mm., diam., partly limited by the veinlets of the leaf
but not on any definite spots; hyphae cespitose, short (8-10x5 //.
continuous, nearly hyaline. Conidia obclavate. the lower br^Ur
part olive brown, 5-7-septate and slightly constricted ai the septa,
abruptly contracted above into a cylindrical, subhyaline beak
which forms about half the length of the spore.
Cercospora sedi E. & E. — On living leaves of Sedum sp.
Amphigenous, effused, giving the leaves a smoky look.
Hyphae fasciculate, continuous or faintly septate more or less
sinuous or crooked, short, 15-25x4 /*. Conidia straight, guttu-
late, 30-110X2J-3 fx with a slight brownish tint.
June 1902] New Alabama Fungi 73
Cercospora vincetoxici E. & E. — On leaves of Vincetox-
icum hirsutum.
Spots subcircular, reddish-brown, 4-10 mm. diam., with a
narrow slightly raised, concolorous margin. Fertile hyphae
amphigenous, simple, erect, continuous, 15-20x3 as brownish,
slightly toothed or entire above, densely cespitose, the tufts effused
and forming a slate-colored layer covering the central area of
the spots. Conidia oblong 20-30 or elongated 30-60x3 n , slightly
colored, continuous.
Cercospora canescens E. & M. — Am. Nat. 1003. 1882.
Mr. Carver sends this on dead stems of Lycopersicum esculen-
tum, Petunia parviflora and on leaves of Ricinus communis and
Amaranthus. The hyphae which are crowded in dense tufts
are at first cylindrical, straight and truncate at the apex but in
the more elongated ones they sometimes become geniculate and
some of them branched. The conidia often reach 300 u long and
become 10-12 (or more) septate. They are quite perfectly hyaline
and are so abundant as to give the tufts a light-gray appearance.
Stemphylium copallinum E. & E. — On leaves of Rhus
copallina.
Hyphae creeping, loosely and irregularly branched, not in¬
terwoven, brown, sparingly septate, 4-5 ju thick. Conidia sub-
globose, 20-25 ju diam., mostly 4-celled with two septa at right
angles to each other, some of them 5-6-celled, pale brown at first,
then opaque, nearly sessile and lateral.
S. epochniodeum (Berk.) has the conidia much smaller and
the hyphae hyaline.
Vermicularia oblongispora E. & E. — On dead stems of
Portulaca oleracea, Tuskegee, Ala. June 1901.
Perithecia 80-110 u diam., thin membranaceous, sparingly
clothed with short (20-50x3 u) brown, continuous hairs mostly
curved or irregularly bent. Sporules oblong, obtuse, 11-14x3-4
M on basidia longer than the sporules.
Vermicularia rugulosa E. & E. — On dead stems of Rumex
crispus, Tuskegee, Ala. Aug. 1900.
Perithecia scattered, superficial, about \ mm. diam. mem¬
branaceous, rugulose, rather sparingly clothed especially around
the base and sides with straight, rather short (90-120 ) black
bristle-like hairs. Sporules oblong-fusoid, hyaline, straight, sub-
obtuse, continuous, 13-15x2 fi.
Different from V. orthospora Sacc. or V. rectispora Cke.
74
Journal of Mycology
[Vol. 8.
INDEX TO NORTH AMERICAN MYCOLOGY
Alphabetical List of Articles , Authors , Subjects , New Species
and Hosts.
(Continued from page 48.)
W. A. KELLERMAN
Kainomyces Thaxter nov. gen. (Laboulbeniaceae.) Proc.
Amer. Acad. Arts & Sci., 37 144. June 1901.
Karschia occidentalis Earle n. sp., on barkless weatherworn
branches of Juniperus. PI. Bakerianae, 2 :8. 25 March
1901.
Kellerman, W. A. Minor Plant Notes, No. 1. (Abundance
of Puccinia smilacis.) Ohio Naturalist, 1 146. Jan. 1901.
Kellerman, W. A. Minor Plant Notes No. 3. (Sorghum
Smut in Adams County, and Asparagus Rust abundant on
young plants.) Ohio Naturalist, 1 :9§-ioo. April 1901.
Kellerman, W. A. Note and Correction to Ohio Fungi Ex-
siccati. Ohio Naturalist, 2:161. Dec. 1901.
Kellerman, W. A. Ohio Fungi Exsiccati (the original de¬
scriptions of 16 species; Fascicle I.) Ohio Naturalist, 2:
135-40. Nov. 1901.
Laboulbeniaceae, Preliminary Diagnoses of new species of,
III. Roland Thaxter. (21 new species and one new genus
described.) Proc. Amer. Acad. Arts & Sci., 36:397-414.
March 1901.
Laboulbeniaceae, Preliminary Diagnoses of new species of,
IV. Roland Thaxter. Proc. Amer. Acad. Arts & Sci. 3 7:
21-45. June 1901.
Laccophilus sp., host to Chitonomyces psittacopsis Thaxter nov.
sp. Proc. Amer. Acad. Arts & Sci., 37:31. June 1901.
Lachnella rhoina Earle n. sp., on Rhus trilobata (decorticated
branches). PI. Bakerianae, 2:6. 25 March 1901.
Lachnum engelmanni Tracy & Earle, n. sp., on Picea engel-
manni (bark). PI. Bakerianae, 1:25. 22 Feb. 1901.
Laguncularia racemosa, host to Meliola racemosa Earle
sp. nov. Muhlenbergia, 1:11. July 1901.
Lang, W. H. Jr. Fungus spores as Bee-bread. Plant World,
4:49-51. March 1901.
Lembosia agaves Earle sp. nov.> on Agave sp. Muhlenbergia,
1:15. July 1901.
June 1902] Index to North American Mycology
75
Lembosia brevis Tracy & Earle, n. sp., on Ilex sp. Bull. Torr.
Bot. Club, 28:185. March 1901.
Lembosia cactorum Tracy & Earle 11. sp., on Opuntia vulgaris.
Bull. Torr. Bot. Club, 28:186. March 1901.
Lepargyrea argentea, dead branches, host to Valsa lepargyreae
Earle n. sp. PI. Bakerianae, 2:25. 25 March 1901.
Lepidoderma tigrinum Rost. (Resemblance to Chondrioderma,
Arthur Lister.) Jour. Bot., 39:88. March 1901.
Lepidium apetalum, dead stems, host to Pleopsora lepidiicola
Earle n. sp. PI. Bakerianae, 2:22. 25 March 1901.
Lepiota pulveracea Peck n. sp., in woods on prostrate trunks of
Spruce trees. An. Rep. N. Y. State Mus. 54:144. 1901.
Leptosphaeria lupinicola Earle n. sp., on dead lupine stems.
PI. Bakerianae, 2:20. 25 March 1901.
Leptosphaeria veratri Earle n. sp., on dead weatherworn stems
of Veratrum. PI. Bakerianae, 2:20. 25 March 1901.
Liabum discolor, host to Coleopsorium paraphysatum Diet. &
Holw. n. sp. Bot. Gaz. 31 :337. May 1901.
Limnophorus, lower surface of abdomen and base of legs, host
to Stigmatomyces limnophorae Thaxter nov. sp. Proc.
Amer. Acad. Arts & Sci. 36:401. March 1901.
Limosina fontinalis Fallen, host to Stigmatomyces limosinae
Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci., 36:406.
March 1901.
Lindroth, J. Jvar. Mykologische Mitteilungen. (Synonomy,
etc. ; species of Puccinia on Lactuca and Mulgedium.) Acta
Soc. pro Fauna et FI. Fennica, 20: (1-29). 1 pi. 1901.
Lindroth, J.. J. Uredineae novae. (30 new species; 6 from N.
A.). Meddel. fr. Stockholms Hogskolas botaniska Institut.
4:(i-8) 1901.
Linum usitatissimum (Flax plant), see also humus of the soil,
host to Fusarium lini Bolley nov. sp. N. D. Agr. Exp. Sta.
50:38. Dec. 1901.
Lippi a pringlei, host to Puccinia conjuncta Diet. & Holw. n. sp.
Bot. Gaz. 31:335. May 1901.
Lippia pringlei, host to Uredo lippiae Diet. & Holw. n. sp. Bot.
Gaz., 31 :335. May 1901.
Lister, Arthur. Notes on Mycetozoa. Jour. Bot. 39:87. PI.
1. March 1901.
76 Journal of Mycology [Vol. 8
Lloyd, C. G. Mycological Notes, Nos. 6, 7, & 8. pp. 49-80.
May, Sept., and Nov. 1901.
Lophiotrema cercocarpi Earle n. sp., on Cercocarpus (dead
barkless wood). PI. Bakerianae, 2:17. 25 March 1901.
Lophiostoma occidentalis Tracy & Earle n. sp., on Juniperus
monosperma (decorticated branches) . PI. Bakerianae, y 131 .
22 Feb. 1901.
Lupinus, dead stems, host to Leptosphaeria lupinicola Earle n.
sp. PL Bakerianae, 2:20. 25 March 1901.
Lupinus, dead stems, host to Phoma lupinicola Earle n. sp.
PI. Bakerianae, 2:27. 25 March 1901.
Lupinus, old stems, host to Trematosphaeria lupini Earle n. sp.
PI. Bakerianae, 2:17. 25 March 1901.
Lycopodium clavatum brevispicatum Peck n. var. An. Rep. N.
Y. State Mus., 54:162. 1901.
Macrosporium cucumerium Ell. & Ev. n. sp., on cantaloupes.
Bull. Colo. Agr. Exp. Sta. 62:7. April 1901.
Maple, Sugar, decaying trunk, host to Naucoria firma Peck n. sp.
An. Rep. N. Y. State Mus. 54:148. 1901.
Marshall, Nina L. The Mushroom Book. Pp. XXVI. 167.
Doubleday, Page & Co. New York. 1901.
Marsdenia mexicana, host to Puccinia marsdeniae Diet. & Holw.
n. sp. Bot. Gaz. 31 :33c. May 1901.
Marshes among sphagnum, matrix for Eccilia sphagnophila
Peck n. sp. An. Rep. N. Y. State Mus., 54:147. 1901.
Marshes among Sphagnum, matrix for Entomoloma variabilis
Peck n. sp. An. Rep. N. Y. State Mus., 54:145. 1901.
Massee, George. Dacryopsis ellisiana Massee. Bull. Torr. Bot
Club, 28:579. Sept. 1901.
Melam psora paradoxa Diet. & Holw. (a third spore-form. — P.
Dietel). Beiblatt zur Hedwigia 40 : (32)- (35). 1901.
Melampsoreen, Bemerkungen uber einige (“noch eine dritte
Sporenform auf denselben Blattern vorhanden” — Melamp-
sora paradoxa Diet, et Holw.) P. Dietel. Beiblatt zur
Hedwigia, 4o:(32)-(35). 1901. Marz-April 1901.
Melanospora (?)helleri Earle sp. nov., on bark of fallen log.
Muhlenbergia, 1 :i3- July 1901.
Meliola anomala Tracy & Earle, n. sp., on Persea sp. Bull.
Torr. Bot. Club, 28:184. March 1901.
June 1902] Index to North American Mycology
77
Meliola ipomoeae Earle, sp. nov., on Ipomoea sp. Muhlen-
bergia, i :io. July 1901.
Meliola lagunculariae Earle sp. nov., on Laguncularia racemosa.
Muhlenbergia, 1:11. July 1901.
Meliola panici Earle sp. nov., on Panicum latifolium. Muhlen¬
bergia, 1 :i2. July 1901.
Meliola piperis Earle sp. nov., on stems of Piper aduncum.
Muhlenbergia, 1 :i2. July 1901.
Mentzelia floridana, host to Uredo floridana Syd. nov. spec.
Beiblatt zur Hedwigia 401(129). Sept. -Oct. 1901.
Mentzelia hispida, host to Stichospora mentzeliae Diet. & Holw.
n sp. Bot. Gaz., 31 1337. May 1901.
Minor Plant Notes, No. 1. (Puccinia smilacis, abundance of.)
W. A. Kellerman. Ohio Naturalist, 1 146. Jan. 1901.
Minor Plant Notes, No. 3. (Sorghum Smut in Adams County,
and Asparagus Rust abundant on young plants.) W. A.
Kellerman. Ohio Naturalist, 1 198-100. April 1901.
Mitreola, see Cynoctonum petiolata.
Monilia cerasi Tracy & Earle n. sp. on Cerasus (Wild Cherry —
immature fruit). PI. Bakerianae, 1:35. 22 Feb. 1901.
Monoicomyces Thaxter (characters separating it from Eumo-
noicomyces). Proc. Amer. Acad. Arts & Sci., 3 7:23. June
1901.
Monoicomyces echidnoglossa Thaxter nov. sp., on the inferior
surface of the thorax of Echidnoglossa americana Fauvel.
Proc. Amer. Acad. Arts & Sci., 37:23. June 1901.
Monoicomyces furcillatus Thaxter nov. sp., near the tip of the
abdomen of Aleochara repetita Sharp. Proc. Amer. Acad.
Arts & Sci., 37:24. June 1901.
Monocotyl, some stalks and leaves, host to Solenopeziza grisea
A. L. Smith sp. n. Jour. Linn. Soc. 35:14. 1 April 1901.
Mossy banks, matrix to Humaria silvosa Clements n. sp. Univ.
Nebr. Bot. Surv., 5:7. 30 March 1901.
Mouse, see dung of.
Mucronella ulmi Peck n. sp., on dead bark of Elm. An. Rep.
N. Y. State Mus. 54:154. 1901.
Mud, stercorate, matrix to Ascophanus isabellinus Clements n.
sp. Univ. Nebr. Bot. Surv., 5:9. 30 March 1901.
Mud, stercorate, matrix for Pelodiscus miniatus Clements n. sp.
Univ. Nebr. Bot. Surv., 5 :8. 30 March 1901.
78
Journal of Mycology
[Vol. 8
Mud, stereo rate, matrix for Ascobolus stercorarius retispora
Clements n. var. Univ. Nebr. Bot. Surv., 5 :g. 30 March
1901.
Mushroom Book The. Nina L. Marshall. Pages XXVI, 167.
Many plates. Doubleday, Page & Co. New York 1901.
Mushrooms, Edible, Poisonous, etc. Second Edition. George
Francis Atkinson. Pp. IV & 322. 230 photographs and
colored plates. Ithaca, N. Y. 1901.
Mushrooms, Poisonous and Edible. H. Garman. Ky. Agr.
Exp. Sta. Bull. 96:215 -222. 14 plates. Nov. 1901.
Muskrat, see dung of.
Mycetozoa, Notes on. Arthur, Lister, F. R. S. Jour. Bot. 39 :
81-90. March 1901. (American specimens mentioned are
Chondrioderma trevelyani Rost, and Lepidoderma matigri-
num Rost.)
Mycological Notes. C. G. Lloyd. No. 6 (May) ; No. 7
(Sept.) ; No. 8 (Nov.) :49-8o. 1901.
Mycological Notes, a few for July and August, 1900, Wells and
Whitely counties. (Pertaining to Mushrooms.) E. B.
Williamson. Proc. Ind. Acad. Sci., 1900:161-5. 1901.
Mycologiscite Mittheilungen (Descriptions of new species, 2
North American ; change of name Cornuella to Tracya). H.
et P. Sydow. Beiblatt zur Hedwigia, 4o:(i)-(3). Jan.-
Feb. 1901.
Mycosphaerella coerulea (E. & E.) Tracy & Earle n. comb.
(Sphaerella coerulea E. & E.) PI. Bakerianae, 1:33. 22
Feb. 1901.
Mycosphaerella delphiniicola Earle n. sp., on Delphinium, dead
stems. PI. Bakerianae, 2:19. 25 March 1901.
Mycosphaerella fendleri Tracy & Earle n. sp. (Sphaerella),
on Thalictrum fendleri (stems). PI. Bakerianae, 1:33. 22
Feb. 1901.
Mycosphaerella glycosomae Tracy & Earle n. sp. (Sphaer¬
ella), on Glycosoma occidentalis (dead weatherworn stems).
PL Bakerianae, 1 :33. 22 Feb. 1901.
Mycosphaerella pentstemonis Earle n. sp., on dead leaves and
stems of Pentstemon. PI. Bakerianae, 2:19. 25 March
1901.
Mycophagy and its Literature. Lucien M. Underwood. Tor-
reya, 1:43-6. April 1901.
Jane 1902] Index to North American Mycology
79
Mykologische Mittheilungen. (Synonym, etc.; Puccinia spe¬
cies on Lactuca and Mulgedium.) J. Jvar. Lindroth.
Acta Soc. pro. Fauna et FI. Fennica, 201(1-29). 1 pi*
1901.
Myxomycetes (of Alabama, list). See Earle, F. S., Slime
Moulds, etc. Contrib. Nat. Herb., 61:139-142. 1901.
Myxomycetae (list of 30 additional species to Montgomery Co.
Ind.) Cryptogamic collections made during the year. M.
B. Thomas. Proc. Ind. Acad. Sci., 1900:121-3. 1901.
Naucoria coloradoensis Tracy & Earle, n. sp., on moist shaded
ground. PL Bakerianae, 1 :25. 22 Feb. 1901.
Naucoria firma Peck n. sp., decaying prostrate trunk of Sugar
Maple. An. Rep. N. Y. State Mus. 54:148. 1901.
Naucoria striata Clements & Shear n. sp., on rich ground.
Univ. Nebr. Bot. Surv. 5:10. 30 March 1901.
Naucoria uliginosa Peck n. sp., wet or muddy places in swamps.
An. Rep. N. Y. State Mus. 54:149. 1901.
New Fungi, some. S. M. Tracy and F. S. Earle. Bull. Torr.
Bot. Club, 28:184:88. March 1901.
New Species of Ergot, A. David Griffiths. Bull. Torr. Bot.
Club, 28:1901. April 1901.
Niptera ( ?) coccinea Earle n. sp., on Corydalis brandagei (dead
stems). PI. Bakerianae, 2:7. 25 March 1901.
Nitrogen, Nitrates as a Source of, for saprophytic Fungi. Mary
H. Smith. Bot. Gaz. 31:126. Feb. 1901.
Nolanea fibrillosa Peck n. sp., damp or mossy ground in woods.
An. Rep. N. Y. State Mus., 54:147. 1901.
Nomenclature, Generic, of Cedar Apples. J. C. Arthur. See
Arthur, J. C. Generic Nomenclature of, etc.
Nothoscordum striatum, host to Uromyces nothoscordi Syd. nov.
spec. Beiblatt zur Hedwigia, 40: (125). Sept. -Oct. 1901.
Novgaard, Victor A. Fusarium equinum nov. spec. (Patho¬
genic to horses.) Science, N. S., 14:898. 6 Dec. 1901.
Olive, Edgar W. A Preliminary Enumeration of the Soropho-
reae. Proc. Amer. Acad. Arts & Sci., 37 :333"344- Dec.
1901.
Ophiobolus castilleiae Tracy & Earle n. sp., on Castilleia con-
fusa Greene. Pi. Bakerianae, 1 :34. 22 Feb. 1901.
Ophiobolus festucae Tracy & Earle n. sp. on Festuca (dead
leaves). PL Bakerianae, 1:34. 22 Feb. 1901.
80
Journal of Mycology
[Vol. 8
Ohio Fungi Exsiccati. (Fascicle I; the original descriptions
of 16 species.) W. A. Kellerman. Ohio Naturalist, 2:135-
140. Nov. 1901.
Ohio Fungi Exsiccati, note and correction to. W. A. Kellerman.
Ohio Naturalist, 2:161. Dec. 1901.
Ombrophila pellucida A. L. Smith sp. n., on wood. Jour. Linn.
Soc., 35:14. 1 April 1901.
Opuntia vulgaris, host to Limbosia cactorum Tracy & Earle n.
sp. Bull. Torr. Bot. Club, 28:1901.
Otthia clematitis Earle 11. sp., on Clematis ligusticifolia. PI.
Bakerianae, 2:13. 25 March 1901.
Otthia distegiae Tracy & Earle n. sp., on Distegia involucrata
(dead twigs). PI. Bakerianae, 1:29. 22 Feb. 1901.
Ottpiia fendleraecola Earle n. sp., on Fendlera. PI. Bakerianae,
2:14. 25 March 1901.
Otthia (Otthiella) ribis Tracy & Earle n. sp., on Ribes. PI.
Bakerianae, 1 :29. 22 Feb. 1901.
Oxytelus sp., host to Eumonoicomyces californicus Thaxter nov.
sp. Proc. Amer. Acad. Arts & Sci. 37:23. June 1901.
Pammel, L. H. Notes on the Bacteriological Analysis of Water.
Proc. Ia. Acad. Sci. 1900, 8:262-27 5. 1901.
Panaeolus alveolatus Peck n. sp., dung in woods. An. Rep.
N. Y. State Mus., 54:153. 1901.
Panicularia americana (Torr.) MacM. (Glyceria grandis
Wats.), host to Puccinia paniculariae Arthur sp. nov. Bull.
Torr. Bot. Club, 28:663. Dec. 1901.
Panicum crus-galli L., host to Puccinia vilis Arthur sp. nov.
Bull. Torr. Bot. Club, 28:663. Dec. 1901.
Panicum latifolium, host to Meliola panici Earle sp. nov. Muh-
lenbergia, 1 :i2. July 1901.
Passalora (?) melioloides Tracy & Earle n. sp., on Quercus vir-
giniana. Bull. Torr. Bot. Club, 28:187. March 1901.
Pastures, matrix for Galera bryophila Peck n. sp. An. Rep.
N. Y. State Mus., 54:149. 1901.
Peck, Charles H. Edible Fungi. An. Rep. N. Y. State Mus.
54:173-195. 13 pi. 1901.
Peck, Charles H. Report of the State Botanist, 1900- 1901.
An. Rep. N. Y. State Mus. 54:131-199. 13 pi. 1901.
Pedicularis crenulata, host to Charonectria pedicularis Tracy &
Earle n. sp. PI. Bakerianae, 1 :26. 22 Feb. 1901.
June 1902] Index to North American Mycology
81
Pedicularis racemosa, dead stems, host to Phoma coloradoensis
Earle n. sp. PI. Bakerianae, 2:27. 25 March 1901.
Pelodiscus Clements nov. gen. (Pezizaceae). Univ. Nebr. Bat,
Surv., 5:7. 30 March 1901.
Pelodiscus miniatus Clements n. sp., on stercorate mud. Univ,
Nebr. Bot. Surv., 5:8. 30 March 1901.
Pelodiscus piliseta Clements n. sp., on wet woods. Univ. Nebr,
Bot. Surv., 5:8. 30 March 1901.
Peniophora crassa Burt. n. sp., decorticated surface of trunks,
of pine. An. Rep. N. Y. State Mus., 54:155. 1901.
Pentstemon, dead leaves and stems, host to Mycosphaerella
pentstemonis Earle n. sp. PI. Bakerianae, 2:19. 25 March
1901.
Perichaena ochrospora Peck n. sp., on bark. An. Rep. N, Y,
State Mus. 54:156. 1901.
Peridermium ornamentale Arthur sp. nov., on Abies lasiocarpa
Nutt. Bull. Torr. Bot. Club, 28:665. Dec. 1901.
Persia sp., host to Meliola anomala Tracy & Earle n. sp. BulL
Torr. Bot. Club, 28:184.
Peziza (Plicaria) elaeoides Clements n. sp., on twigs of Juni-
perus scopulorum. Univ. Nebr. Bot. Surv., 5 :6. 30 March
1901.
Peziza (Plicaria) rosea — lilicana Clements n. sp., on wet sandy
ground among mosses. Univ. Nebr. Bot. Surv., 5:7.
Pflanzenkrankheiten, Entgegnung auf Alfred Fischer’s
“Antwort” in betreff der Existenz von durch Bakteriera
verursachten. Zweiter Teil. Erwin F. Smith. CentrbL
Bak. Par. u. Insek. II Abt., 7:88-100, 128-139, 190-199. 11
pi. 1891.
Philonthus atriceps Sharp, host to Dichomyces mexicanus Thax-
ter nov. sp. Proc. Amer. Acad. Arts & Sci., 37:29. June
1901.
Pholiota aggericola retirugis Peck 11. var. fallen leaves in woods.
An. Rep. N. Y. State Mus. 54:167. 1901.
Phoma coloradoensis Earle n. sp., on dead stems of Pedicularis
racemosa. PI. Bakerianae, 2:26. 25 March 1901.
Phoma delphiniicola Tracy & Earle n. sp., on Delphinium (dead
stems). PI. Bakerianae, 1:36. 22 Feb. 1901.
Phoma heraclei Earle n. sp., on dead stems of Heraeleum lats-
atum. PI. Bakerianae, 2:27. 25 March 1901.
a
-< * U>-
I
82 Journal of Mycology [Vol. 8
Phoma lupinicola Earle n. sp., on dead lupine stems. PI. Baker-
ianae, 2:27. 25 March 1901.
Phragmidium occidentale Arthur n. sp., on Rubus nutkanus.
PI. Bakerianae, 2:3. 25 March 1901.
Picea engelmanni, host to Lachnum engelmanni Tracy & Earle
n. sp. PI. Bakerianae, 1 \2 6. 22 Feb. 1901.
Picea engelmanni, dead wood, host to Guepinia alpina Tracy &
Earle n. sp. PL Bakerianae, 1 :23. 22 Feb. 1901.
Pierce, Newton B. Walnut Bacteriosis. Bot. Gaz., 31 '.272-^.
April 1901.
Pinaroppus roseus, host to Puccinia pinaroppi Syd. nov. spec.
Beiblatt zur Hedwigia, 401(128). Sept. -Oct. 1901.
Pine, decorticated trunk, host to Peniophora crassa Burt. n. sp.
An. Rep. N. Y. State Mus., 54:155. 1901.
Piper aduncum, host to Cercospora portoricensis Earle sp. nov.
Muhlenbergia, 1:15. July 1901.
Piper aduncum, host to Meliola piperis Earle sp. nov. Muhlen¬
bergia, 1 :i3- July 1901.
Plasmodia of Fuligo septica, Observations upon the Feeding.
John W. Harshberger. Bot. Gaz., 31:198-203. March
1901.
Platystomum aceris Tracy & Earle n. sp. (Lophidium), on
Acer glabrum. PI. Bakerianae, 1 :32. 22 Feb. 1901.
Platystomum alpinum Tracy & Earle n. sp., on Populus tremu-
loides (decorticated wood). PI. Bakerianae, 1:32. 22
Feb. 1901.
Platystomum amelanchieris Tracy & Earle n. sp., on Amelan-
chier (decorticated branches). PL Bakerianae, 1:32. 22
Feb. 1901.
Platystomum desertorum Tracy & Earle n. sp., on Artemisia
sp. ? “Sage Brush/’ PL Bakerianae, 1 132. 22 Feb. 1901.
Platystomum hysterioides Earle n. sp., on decorticated Amelan-
chier, and Fendlera. PL Bakerianae, 2:18. 25 March 1901.
Platystomum salicum Earle n. sp., on Willow (dead barkless
twigs). PL Bakerianae, 2:18. 25 March 1901.
Pleospora balsamorrhizae Tracy & Earle n. sp., on Balsamorr-
hiza deltoidea (dead stems). PL Bakerianae, 1:35. 22
Feb. 1901.
Pleospora compositarum Earle n. sp., on dead stems of Euce-
phalus. PL Bakerianae, 2:21. 25 March 1901.
June 1902] Index to North American Mycology
83
Pleospora lepidiicola Earle n. sp., on dead stems of Lepidium
apetalum. PL Bakerianae, 2:22. 25 March 1901.
Pleospora megalotheca Tracy & Earle n. sp., on Achillea mille¬
folium (dead stems). PL Bakerianae, 1:35. 22 Feb. 1901.
Pleospora senecionis Earle n. sp., on dead stems of Senecio. PL
Bakerianae, 2:22. 25 March 1901.
Pleurage adelura Griffiths sp. nov., on rabbit dung. Mem. Torr.
Bot. Club, 11:91. 30 May 1901.
Pleurage albicans (Alb. & Schw.) Griffiths comb. nov. Sphae-
ria albicans, Pleurage coprophila (Fries) Kuntze.) Mem.
Torr. Bot. Club, 11:79. 30 May 1901.
Pleurage anomala Griffiths sp. nov., on cow dung. Mem. Torr.
Bot. Club, 11:56. 30 May 1901.
Pleurage arachnoidea (Niessel) Griffiths comb. nov. (Podos-
pora arachnoidea). Mem. Torr. Bot. Club, 11 *.73. 30 May
1901.
Pleurage arizonensis Griffiths sp. nov., on sheep and cow dung.
Mem. Torr. Bot. Club, 11:57. 3° May 1901.
Pleurage collapsa Griffiths sp. nov., on rabbit dung. Mem.
Torr. Bot. Club, 11:89. 3° May 1901.
Pleurage dakotensis Griffiths sp. nov., on rabbit and cow dung
and stems of Salsola kali tragus. Mem. Torr. Bot. Club,
11 :87. 30 May 1901.
Pleurage ellisiana Griffiths sp. nov., on cow dung. Mem. Torr.
Bot. Club, 11:72. 30 May 1901.
Pleurage erostrata Griffiths sp. nov., on cow dung. Mem. Torr.
Bot. Club, 11:71. 30 May 1901.
Pleurage fimiseda (Ces. & De Not.) Griffiths nov. comb. (Sor-
daria fimiseda). Torr. Bot. Club, 11:69. 3° May 1901.
Pleurage heterochaeta Griffiths sp. nov., on cow dung. Mem.
Torr. Bot. Club, 11:86. 30 May 1901.
Pleurage kansensis Griffiths sp. nov., on, cow and horse dung.
Mem. Torr. Bot. Club, 11 :83- 30 May 1901.
Pleurage longicaudata Griffiths sp. nov., on cow and horse dung.
Mem. Torr. Bot. Club, 11:81. 30 May 1901.
Pleurage minor (E. & E.) Griffiths nov comb. (Podospora
minor). Mem. Torr. Bot. Club, 11:67. 3° May 1901.
Pleurage multicaudata Griffiths sp. nov., on cow dung. Mem.
Torr. Bot. Club, 11:85. 30 May 1901.
84 Journal of Mycology [Vol. 8
Pleurage superior Griffiths sp. nov., on cow dung. Mem. Torn
Bot. Club, 11:68. 30 May 1901.
Pleurage taenioides Griffiths sp. nov., on horse, cow, rabbit,
burro, dog and sheep dung. Mem. Torr. Bot. Club, 11:58.
30 May 1901.
Pleurage tetrospora (Wint.) Griffiths nov. comb. (Sordaria
tetrospora.) Mem. Torr. Bot. Club, 11:62. 30 May 1901,
Pleurage vestita (Zopf.) Griffiths comb. nov. (Eusordaria ves-
tita). Mem. Torr. Bot. Club, 11:76. 30 May 1901.
Plicaria, see Peziza.
Plowrightia circumscissa Tracy & Earle n. sp. on languishing
leaves of some Aloe (Agave sp. ?). Bull. Torr. Bot. Club,
28:187. March 1901.
Pluteolus aleuritus gracilis Peck n. var. damp vegetable mould
in woods. An. Rep. N. Y. State Mus., 54:149. 1901.
Pluteolus glutinosus Clements n. sp., among stercorate leaves.
Univ. Nebr. Bot. Surv., 5:10. 30 March 1901.
Pollard, Charles L. and Maxon William R. Some New and
Additional Records on the Flora of West Virginia (two
fungi listed). Proc. Biol. Soc. Washington, 14:161-163. 9
August 1901.
Polymnia maculata, host to Uredo polyminae P. Henn. Bot.
Gaz. 31 ^27. May 1901.
Polymnia maculata, host to Uromyces polymniae (P. Henn.)
Diet. & Holw. n. sp. Bot. Gaz., 31 ^27. May 1901.
Polyporus (Fomes) rimosus Berk. (Disease of Black Locust —
Hermann von Schrenk). Mo. Bot. Gar. An. Rep., 12:21.
1901.
Polysphondylium album Olive nov. sp., on dung of toad. Proc.
Amer. Acad, of Arts & Sci., 37:342. Dec. 1901.
Polysphondylium pallidum Olive nov. sp., on dung of ass, rab¬
bit, muskrat. Proc. Amer. Acad. Arts & Sci., 37:341. Dec.
1901.
Populus angustifolia, decorticated branches, host to Amphis-
phaeria populi Tracy & Earle n. sp. PI. Bakerianae, 1 :30.
22 Feb. 1901.
Populus angustifolia, decorticated weathered twigs, host to
Strickeria populi Earle n. sp. PI. Bakerianae, 2:15. 25
March 1901.
June 1902] Index to North American Mycology
85
Populus tremuloides, decorticated wood, host to Platystomum
alpinum Tracy & Earle n. sp. PI. Bakerianae, 1 132. 22 Feb.
1901.
Potato, Rhizoctonia and the, F. M. Rolfs. Science, N. S., 14:
899. 6 Dec. 1901.
Potato Scab and its prevention. L. R. Jones and A. W. Edson.
Bull. Vt. Agr. Exp. Sta. 85:111-120. Feb. 1901.
Potentilla fruticosa, decorticated stems, host to Zignoella
potentillae Tracy & Earle n. sp. PI. Bakerianae, 1 :28. 22
Feb. 1901.
Pound, Roscoe, see Bessey, Charles E, Pound, Roscoe, and Clem¬
ents, Frederic E.
Prionosciadum watsoni, host to Puccinia prionosciadii Lindroth
n. sp. Meddel. fr. Stockholms Hogskolas botaniska Institut,
Bd. IV. 1901.
Psathyra conica Peck n. sp., decaying prostrate trunks of
Spruce. An. Rep. N. Y. State Mus. 54:153. 1901.
Pseudomonas hyacinthi, P. campestris, P. phaseoli, and P. stew¬
ard. Erwin F. Smith. Bull. U. S. Dept. Agr., Div. Veg.
Phys. and Pathol., 28: 6 Aug. 1901.
Pseudomonas juglandis n. sp., on Juglans regia and related
species. Newton B. Pierce. Bot. Gaz. 31 :2^2. April 1901.
Pseudomonas hyacinthi (Wakker) Erw. Sm. nov. comb. (In¬
oculation Experiments, Morphology, diagnosis) Erwin F.
Smith. Bull. U. S. Dept. Agr., Div. Veg. Phys. and Pathol.,
26:1-45. 1 pi. 21 Feb. 1901.
Pseudospore (in Sorophoreae). Proc. Amer. Acad. Arts &
Sci., 37:333. *Dec. 1901.
Puccinia and Aecidium stages of one and the same species on
common sun flower, culture experiments by M. A. Carleton.
Science, N. S., 13:250. 15 Feb. 1901.
Puccinia anemones virginianae Schw. (Leptopuccinia ; descrip¬
tion and figs.), see Bubak. Franz., Ueber die Puccinien
vom Typus Pucc. anem., etc.
Puccinia aniscanthii Diet. & Holw. n. sp., on Aniscanthii
(wrightii?) Bot. Gaz., 31:329. May 1901.
Puccinia baccharis-hirtellae Diet. & Holw. n. sp., on Baccharis
hirtella. Bot. Gaz., 31 1331. May 1901.
Puccinia batesiana Arthur sp. nov., on Heliopsis scabra Dunal.
Bull. Torr. Bot. Club, 28:661. Dec. 1901.
86 Journal of Mycology [Vol. 8
Puccinia berberidis-trifoliae Diet. & Holw. n. sp., on Berberis
trifolia. Bot. Gaz., 31 1328. May 1901.
Puccinia conjuncta Diet. & Holw. n. sp., on Lippia pringlei.
Bot. Gaz., 31 1335. May 1901.
Puccinia coulterophyti Diet. & Holw. n. sp., on Coulterophyta.
Bot. Gaz., 31:335. May 1901.
Puccinia de baryana genuini Bubak nov. forma, on Anemone
silvestris (Europe) and on Pulsatilla patens L. var. nuttal-
liana Gr. (Decorah, Iowa). Sitzungsber, Konig bohm.
Gesell, Prag. 1901.
Puccinia desmanthodii Diet. & Holw. n. sp., on Desmanthodium
ovatum Bot. Gaz., 31 1334. May 1901.
Puccinia electrae Diet. & Holw. n. sp., on Electra galeottii. Bot.
Gaz., 31 1333. May 1901.
Puccinia epicampus Arthur sp. nov., on Epicampes ringens
Benth. Bull. Torr. Bot. Club, 28:662. Dec. 1901.
Puccinia espinosarum Diet. & Holw. n. sp., on Eupatorium espi-
nosarum Bot. Gaz., 31 :332. May 1901,
Puccinia guardiolae Diet. & Holw. n. sp., on Guardia mexicana.
Bot. Gaz., 31 1334. May 1901.
Puccinia ferox Diet. & PIolw. n. sp., on Verbesina diversifolia.
Bot. Gaz., 31:333. May 1901.
Puccinia gigantospora Bubak n. sp. (Pucciniopsis) on Ane¬
mone patens L. var. nuttalliana Gr. Sitzungsber. konig.
bohm. Gesell. Prag. 1901.
Puccinia houstoniae Syd. nov. spec., on Houstonia angustifolia.
Beiblatt zur Hedwigia, 40 -.(126). Sept. -Oct. 1901.
Puccinia inanipes Diet. & Holw. n. sp., on Eupatorium brevipes.
Bot. Gaz., 31 1332. May 1901.
Puccinia inanipes Diet. & Holw. n. sp. (Addition.) Bot. Gaz.,
32:422. Dec. 1901.
Puccinia iostephanes Diet. & Holw. n. sp., on Iostephane heter-
ophylla (?) and Viguiera dentata. Pot. Gaz., 31:334.
May 1901.
Puccinia (lateripes, longiana, paranahybae, ruelliae, ruellae-
bourgaei, on Ruellia — Key to) by H. et P. Sydow. Bei¬
blatt zur Hedwigia, 40: (126). Sept.-Oct. 1901.
Puccinia longiana Syd. nov. spec., on Ruellia tuberosae (?).
Beiblatt zur Hedwigia, 40: (126). Sept.-Oct. 1901.
Jnne 1902] Index to North Americau Mycology 87
Puccinia majanthae (Schum.) Arthur & Holway, nom. nov-
Bull. Lab. Nat. Hist. State Univ. Iowa, 5:188. May 1901.
Puccinia marianae Syd. nov. spec., on Chrysopsis mariana.
Beiblatt zur Hedwigia, 40: (127). Sept.-Oct. 1901.
Puccinia marsdeniae Diet. & Holw. n. sp., on Marsdenia mex-
icana. Bot. Gaz., 31 :33c. May 1901.
Puccinia marylandica Lindroth n. sp., on Sanicula marylandica.
Meddel. fr. Stockholms Hogskolas botaniska Institut. Bd.
IV. 1901.
Puccinia oaxacana Diet. & Holw. n. sp., on Baccharis hirtella.
Bot. Gaz., 31:331. May 1901.
Puccinia paniculariae Arthur sp. nov., on Panicularia amer-
icana (Torr.) MacM. (Glyceria grandis Wats.) Bull.
Torr. Bot. Club, 28:663. Dec. 1901.
Puccinia pinaroppi Syd. nov. spec., on Pinaroppus roseus. Bei¬
blatt zur Hedwigia, 40: (127). Sept.-Oct. 1901.
Puccinia praemorsa Diet. & Holw. n. sp., on Brickellia veron-
icaefolia. Bot. Gaz., 31 :332. May 1901.
Puccinia prionosciadii Lindroth n. sp., on Prionosciadum wat-
soni. Meddel fr. Stockholms Hogskolas botaniska Institut,
Bd. IV. 1901.
Puccinia ruelliae-bourgaei Diet. & Holw. n. sp., on Ruellia
bourgaei Bot. Gaz. 31 ^29. May 1901.
Puccinia seymourii Lindroth. n. sp. (P. jonesii Aut. p. p.) on
Cymoptorus bipinnatus. Meddel fr. Stockholms Hogskolas
botaniska Institut. Bd. IV. 1901.
Puccinia smilacis (quantity of teleutospores on Smilax glauca,
in Southern Ohio, in 1900). Ohio Naturalist, 1:46. Jan-
1901.
Puccinia subglobosa Diet. & Holw. n. sp., on Viguiera palmeri.
Bot. Gaz., 31:332. May 1901.
Puccinia vexans Farl. amphispores of. (M. A. Carleton.)
Science, N. S. 13:250. 15 Feb. 1901.
Puccinia vilis Arthur sp. nov., on Panicum crus-galli L. Bull.
Torr. Bot. Club, 28:663. Dec. 1901.
Puccinia troglodytes (P. galiorum Ant. p. p. on Galium tri-
florum. Meddel fr. Stockholms Hogskolas botaniska Insti¬
tut. Bd. IV. 1901.
Puccinia xylorrhizae Arthur sp. nov., on Xylorrhiza glabrius-
cula. Bull. Torr. Bot. Club, 28:662. Dec. 1901.
Journal of Mycology
[Vol. 8
Puccinien, ueber die, vom Typus Puccinia anemones virginianae
Schw. Franz Bubak, Sitzungsber. Konig. bohm. Gesell.
Prag. 1901.
Puff-balls, Our. IV. (6 species of Tylostoma, key to
Geasters and 5 species). C. L. Shear. Plant World, 4:
124-7. July 1901.
Pulsatilla patens L. var. nuttalliana Gr., host to Puccinia
gigantospora Bubak n. sp. Sitzungsb. Konig. bohm. Gesell.
Prag. Bd. IV. 1901.
Pyrenomycetes, Contributions to a better Knowledge of. II.
A New Species of Ergot. David Griffiths. Bull. Torr. Bot.
Club, 28:236-41. April 1901.
Pyrenophora castilleiae Earle n. sp., on dead stems of Castil-
leia. PI. Bakerianae, 2:23. 25 March 1901.
Pyrenophora clematitis Earle n. sp., on dead stems of Clematis
ligusticaefolia. PI. Bakerianae, 2:23. 25 March 1901.
Pyrenophora eriogoni Earle n. sp., on dead stems of Eriogonum.
PI. Bakerianae, 2:24. 25 March 1901.
Quedionuches impunctus Sharp, host to Sphaleromyces quedio-
nuchi Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci.,
37:40. June 1901.
Quedius flavicaudus Sharp, host to Sphaleromyces chiriquensis
Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci., 37:41.
June 1901.
Quercus virginiana, host to Passalora (?) melioloides Tracy &
Earle n. sp. Bull. Torr. Bot. Club, 28:188. March 1901.
Rabbit, see dung of.
Radulum stratosum A. L. Smith sp. n., on rotten wood. Jour.
Linn. Soc., 35:8. 1 April 1901.
Ravenelia longiana Syd. nov. spec., on Cassia roemeriana. Bei-
blatt zur Hedwigia, 40: (128). Sept.-Oct. 1901.
Ravenelia spinulosa Diet. & Holw. n. sp., on Cassia multiflora.
Bot. Gaz., 31 :336. May 1901.
Report of State Botanist, 1900. Charles H. Peck. An. Rep.
N. Y. State Mus., 54:131-199. 13 PI. 1901.
Rhabdospora gutierreziae Earle n. sp., on dead stems of Gutier-
rezia. PI. Bakerianae, 2:27. 25 March 1901.
Rhabdospora umbelliferaum Earle n. sp., on dead stems of some
large umbelliferous plant. PI. Bakerianae, 2 :28. 25 March
1901.
June 1902] Index to North Americon Mycology
89
Rhizoctonia, A Second Preliminary Report on Plant Diseases
in the United States, due to. Benjamin M. Dugger, and
F. C. Stewart. Abstract. Science, N. S., 13:249. 15 Feb.
1901.
Rhizoctonia, the sterile fungus as a cause of Plant Diseases.
B. M. Duggar and F. C. Stewart. Bull. Cornell. Univ. Agr.
Exp. Sta., 186:51-76, and same with summary prefixed in
Bull. N. Y. Agr. Exp. Sta. (Geneva), 186:3-30. Jan. 1901.
Rhizoctonia and the Potato. F. M. Rolfs. Science, N. S.,
14:899. 6 Dec. 1901.
Rhizomorphic Root-rot of Fruit Trees. E. Mead Wilcox.
Oklahoma Agr. Exp. Sta. Bull., 49:1-32. 11 pi. Feb. 1901.
(The same as a popular edition Bull., 49, also a summary
in 10th An. Rep., same Station, p. 40-4. See Wilcox, E.
Mead, A Rhizomorphic Root-rot.)
Rhizomorphic Root-rot — Correction. E. M. Wilcox. Bot.
Gaz., 32:226. Sept. 1901.
Rhus, decorticated twigs, host to Tryblidium occidentale Earle
n. sp. PI. Bakerianae, 2:10. 25 March 1901.
Rhus trilobata, decorticated branches, host to Lachnella rhoina
Earle n. sp. PI. Bakerianae, 2:7. 25 March 1901.
Rhus trilobata, decorticated wood, host to Strickleria rhoina
Earle n. sp. PI. Bakerianae, 2:16. 25 March 1901.
Rhynchostoma pyriforme A. L. Smith sp. n., on rotten wood.
Jour. Linn. Soc., 35:16. 1 April 1901.
Ruellia sp. indet., host to Aecidium tracyanum Syd. nov. spec.
Beiblatt zur Hedwigia, 40: (129). Sept.-Oct. 1901.
Ribes, host to Otthia (Otthiella) ribis Tracy & Earle n. sp. PI.
Bakerianae, 1 :30. 22 Feb. 1901.
Ribes, decorticated wood, host to Gibberidia ribis Tracy & Earle
n. sp. PI. Bakerianae, 1:28. 22 Feb. 1901.
Riley, William A. Rosellinia ovalis (Ell.) Sacc. Torreya
1:22-23. Feb. 1901.
Robinia pseudacacia L., Black Locust, a disease of. (Poly-
porus, Fomes, rimosus Berk). Hermann von Schrenk. Mo.
Bot. Gar. An. Rep. 12:21-31. PI. 3. 1901.
Roestelia finfbriata Arthur sp. nov., on Sorbus sp. indet. Bull.
Torr. Bot. Club, 28:666. Dec. 1901.
Roestelia nelsoni Arthur sp. nov., on Amelanchier alnifolia Nutt.
Bull. Torr. Bot. Club, 28:665. Dec. 1901.
90 Journal of Mycology [Vol. 8
Rolfs, F. M. Rhizoctonia and the Potato. Science, N. S., 14:
899. 6 Dec. 1901.
Root-rot of Fruit Trees. (Summary of Oklahoma Agr. Exp.
Sta. Bull.) April 1901.
Ropiness in Milk and Cream. See Bacillus lactis viscosus.
Rosellinia ovalis (Ell.) Sacc. William A. Riley. Torreya,
1 :22~3. Feb. 1901.
Rosellinia pulverasea (Ehr.) Fckl. Torreya, 1 122. Feb. 1901.
Rot, a peculiar, of Greening Apples in 1900. (Penicillium.) L.
R. Jones and A. W. Edson. An. Rep. Vt. Exp. Sta. 14:
235-7- 190!-
Rotten wood, matrix for Radulum stratosum A. L. Smith sp. n.
Jour. Linn. Soc., 35:8. 1 April 1901.
Rubus, host to Uromyces rubi Diet. & Holw. n. sp. Bot. Gaz.,
31:327. May 1901.
Ruellia bourgaei, host to Puccinia ruelliae-bourgaei Diet. &
Holw. n. sp. Bot. Gaz., 31 1329. May 1901.
Ruellia tuberosae ( ?), host to Puccinia longiana Syd. nov. spec.
Beiblatt zur Hedwigia, 401(126). Sept.-Oct. 1901.
Russian Thistle (dead stems), matrix for Delitschia apiculata
Griffiths sp. nov. Mem. Torr. Bot. Club, 11:105. 3° May
1901.
Russula abietina Peck n. sp., under or near balsam and fir trees.
An. Rep. New York State Mus., 54:180. 1901.
Russula integra rubrotincta Peck n. var. An. Rep. N. Y. State
Mus., 54:164. 1901.
Russula integra rubrotincta Peck n. var. An. Rep. N. Y. State
Mus., 54:164. 1901.
Russula rugulosa Peck n. sp., on ground in woods. An. Rep.
N. Y. State Mus., 54:179. 1901
Rust, Asparagus, The. J. C. Arthur. An. Rep. Ind. Agr. Exp.
Sta., 1899-1900, 13:10-14. 1901.
Rust, Asparagus. V. H. Davis. Columbus Hort. Soc. Quar.
Jour. Proc., 16:80-84. Sept. 1901.
Rusts, Violet, see Violet Rusts of North America.
RusT-infested (Gymnoconia interstitialis) Rubus, Transpiration
of. Frederick H. Blodgett. Torreya, 1 :34~5. March 1901.
Sabal palmetto, host to Hysterostemella sabalicola Tracy &
Earle n. sp. Bull. Torr. Bot. Club, 28:185. March 1901.
June 1902] Index to North American Mycology
91
Salix, decorticated twigs, host to Tryblidium occidentale Earle
n. sp. PI. Bakerianae, 2:10. 25 March 1901.
Salsola kali tragus, matrix for Pleurage dakotensis Griffiths sp.
nov. Mem. Torr. Bot. Club, 11:88. 30 May 1901.
Salsola kali tragus, old stems from rubbish heap, matrix for
Delitschia apiculata Griffiths sp. nov. Mem. Torr. Bot. Club,
11 H05. 30 May 1901.
Sambucus, dead stems, host to Tubercularia miniata Earle n.
sp. PI. Bakerianae, 2:30. 25 March 1901.
Sambucus melanocarpa (dead twigs), host to Exosporium sam-
buci Tracy & Earle n. sp. PI. Bakerianae, 1 136. 22 Feb.
1901.
Sanicula marylandica, host to Puccinia marylandica Lindroth
sp. n. Meddel. fr. Stockholms Hogskolas botaniska Institut.
Bd. IV. 1901.
Scaphidium Clements nov. gen. (Excipulaceae) . Univ. Nebr.
Bot. Surv., 5:5. 30 March 1901.
Scaphidium boutelauoe Clements n. sp., on Bouteloua hirsuta.
Univ. Nebr. Bot. Surv., 5:5. 30 March 1901.
Scaptomyca graminum Fallen, host to Stigmatomyces scapto-
myzae Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci.,
36:400. March 1901.
Scatella stagnalis Fallen, all parts, host to Stigmatomyces pur-
pureus Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci.,
36:404. March 1901.
Schizostoma cercocarpi Earle n. sp., on dead but not weather¬
worn branchlets of Cercocarpus. PI. Bakerianae, 2:18. 25
March 1901.
Schrenk, Hermann von. A Disease of the Black Locust
(Robinia pseudacacia L.) Mo. Bot. Gar. An. Rep., 12:21-
31. PI. 3. 1901. (Polyporus (Fomes) rimosus Berk.).
Also Science, N. S., 13:247. 15 Feb. 1901.
Schrenk, Hermann von. Factors which cause the disease of
wood. Journal of the Western Society of Engineers, 6:89.
3 pi. May 1901.
Schrenk, Hermann von. Fungus Diseases of Forest Trees.
Year-book U. S. Dept. Agr., 1900:199-210. 4 pi. 1901.
Sedgwick, William T. The Origin, Scope and Significance of
Bacteriology. Science, N. S., 13:121-8. 25 Jan. 1901.
Selby, A. D. Onion Smut — Preliminary Experiments. Ohio
Agr. Exp. Sta. Bull., 122:71-84. 1901.
92 Journal of Mycology [Vol. 8
Selby, A. D. Grape Rots in Ohio. O. Agr. Exp. Sta. Bull.,
123:85-94. 1901.
Senecio, dead stems, host to Pleospora senecio Earle n. sp. PI.
Bakerianae, 2:23. 25 March 1901.
Septonema isthmium Pound and Clements n. sp., on Smilax
hispida. Univ. Nebr. Bot. Surv., 5:5. 30 March 1901.
Sepultaria gigantea Clements n. sp., in rich soil. Univ. Nebr.
Bot. Surv., 5:8. 30 March 1901.
Serjania racemosa, host to Fusarium serjanie Syd. n. sp. Bei-
blatt zur Hedwigia, 401(2). Jan.-Feb. 1901.
Shear, C. L. Our Puff-balls. IV. (Six species of Tylostoma,
key to Geasters and five species). Plant World, 4:124-7*
July 1901.
Sheep, see dung of.
Slime Moulds (List in Catalogue of Plants of Alabama). F. S.
Earle. Contrib. U. S. Nat. Herb., 6:139-142. 1901.
Smilicina stellata Desf., see Vagneria stellata (L.) Morong.
Smilax hispida, host to Septonema isthmium Pound & Clements
n. sp. Univ. Nebr. Bot. Surv., 5:5. 30 March 1901.
Smith, Annie Lorrain. On Some Fungi From the West
Indies. Jour. Linn. Soc., 35 n-19. 3 pi. (Twenty-one new
species from Dominica described). 1 April 1901.
Smith, Erwin F. Bacterial Diseases of Plants. (Lecture.)
Abstract. Science, N. S., 13:249. 15 Feb. 1901.
Smith, Erwin F. Bacterial Diseases of Plants. Address before
Biological Society of Washington. (Abstract.) Science n.
s., 13:711. 1 March 1901.
Smith, Erwin F. The Cultural Characters of Pseudomonas
hyacinthi. P. campestris, P. phaseoli, and P. stewarti. Bull.
U. S. Dept. Agr., Div. Veg. Phys. and Path., 28: 6 Aug.
1901.
Smith, Erwin F. Entgegnung auf Alfred Fischer’s “Antwort”
inbetreff der Existenz von durch Bakterien verursachten
Pflanzenkrankheiten. Zweiter Teil. Centrbl. f. Bak. Par.
u. Infek. II. Abt. 7:88-100, 128-139, 1 90-1 99. 11 pi. 1891.
Smith, Erwin F. Wakker’s Hyacinth Germ, Pseudomonas
hyacinthi (Wakker). Bull. U. S. Dept. Agr., Div. Veg.
Phys. and Path., 26 -.1-45. 1 pi. 21 Feb. 1901.
Smith, Mary H. Nitrates as a source of Nitrogen for Sapro¬
phytic Fungi. Bot. Gaz., 31 :i26. February 1901.
June 1902] Index to North American Mycology
93
Smut, Corn, A Study of the Constituents of. (Abstr. of article
in Ann. Rep. Ind. Exp. Sta., 13:26-32, 1901). Proc. Ind.
Acad. Sci., 1900:148-152. 1901.
Smut, Corn, A Study of the Constituents (Alkaloids of Smut
and extract of Ergot). William Stuart. An. Rep. Ind.
Agr. Exp. Sta. for 1900, 13:26-32. 1901.
Smut, Experiments with. (Formalin as fungicide.) M. B.
Thomas. Proc. Ind. Acad. Sci., 1900:123-4. 1901.
Smut, Loose, of Wheat, Formalin and hot water as preventives
of. J. C. Arthur. An. Rep. Ind. Agr. Exp. Sta., 1899-1900,
13:17-24. 1901.
Smut, Millet, Formalin as a preventive of. William Stuart.
An. Rep. Ind. Agr. Exp. Sta. for 1900:13-25. 1901.
Smut, Oat, Formalin as a preventive of. William Stuart. Bull.
Ind. Agr. Exp. Sta., 87:1-26. March 1901.
Smut, Onion. Preliminary Experiments. A. D. Selby. Ohio
Agr. Exp. Sta. Bull., 122:71-84. 1901.
Smuts, two new on Eriocaulon septangulare. G. P. Clinton.
Rhodora, 3:79-82. April 1901.
Soil, rich, matrix to Sepultaria gigantea Clements n. sp. Univ.
Nebr. Bot. Surv., 5:9. 30 March 1901.
Solenopeziza grisea A. L. Smith sp. n., on stalks and leaves of
some Monocotyl. Jour. Linn. Soc. 35:14. I April 1901.
Sorbus sp. indet., host to Roestelia fimbriata Arthur sp. nov.
Bull. Torr. Bot. Club, 28:666. Dec. 1901.
Sordaria alpina Griffiths sp. nov., on dung of cow and horse.
Mem. Torr. Bot. Club, 11:49. 3° May 1901.
Sordaria montanensis Griffiths sp. nov., on dung of cow and
horse. Mem. Torr. Bot. Club, 11:49. 3° May 1901.
Sordaria (?) hyaline Griffiths sp. nov., on dung of cow, goat
and horse. Mem. Torr. Bot. Club, 11:48. 30 May 1901.
Sordaria philocoproides Griffiths sp. nov., on rabbit dung. Mem.
Torr. Bot. Club, 11 :54. 30 May 1901.
Sordaria seminuda Griffiths sp. nov., on horse dung. Mem.
Torr. Bot. Club, 11:50. 30 May 1901.
Sordariaceae, North American. David Griffiths. Mem. Torr.
Bot. Club, 11:1-134. 19 pi. 30 May 1901.
Sorghum Smut in Adams County (Ustilago (Cintractia) sor-
ghi), minor plant notes, No. 3. W. A. Kellerman, Ohio
Naturalist, 1 :98. April 1901.
94
Journal of Mycology
[Vol. 8
Sorophoreae, a preliminary enumeration of the. Edgar W.
Olive. Proc. Amer. Acad. Arts & Sci., 37:333-344. Dec.
1901.
Sphenoclea zeylanica, host to Cercosporidium helleri Earle sp.
nov. Muhlenbergia, 1 :i6. July 1901.
Sphaeria ovalis Ell. (Rosellinia ovalis) on Artemisia. Tor-
reya, 1 :22. Feb. 1901.
Sppialeromyces chiriquensis Thaxter nov. sp., on abdomen of
Quedius flavicaudus Sharp. Proc. Amer. Acad. Arts & Sci.,
37:40. June 1901.
Sphaleromyces quedionuchi Thaxter nov. sp., on the abdomen
of Quedionuchis impunctus Sharp. Proc. Amer. Acad. Arts
& Sci., 37:39. June 1901.
Sporormia americana Griffiths sp. nov., on rabbit dung. Mem.
Torr. Bot. Club, 11:114. 30 May 1901.
Sporormia chaetomioides Griffiths sp. nov., on cow dung. Mem.
Torr. Bot. Club, 11:113. 30 May 1901.
Sporormia chrysospora Griffiths sp. nov., on rabbit dung. Mem.
Torr. Bot. Club, 11:108. 30 May 1901.
Sporormia dakotensis Griffiths sp. nov., on rabbit dung. Mem.
Torr. Bot. Club, 11:114. 3° May 1901.
Sporormia kansensis Griffiths sp. nov., on rabbit dung. Mem.
Torr. Bot. Club, 11 M13. 30 May 1901.
Sporormia lata Griffiths sp. nov., on rabbit dung. Mem. Torr.
Bot. Club, 11:110. 30 May 1901.
Sporormia tuberculata Griffiths sp. nov., on goat dung. Mem.
Torr. Bot. Club, 11:112. 30 May 1901.
Spruce and hemlock trunks, matrix for Stereum sulcatum Burt
n. sp. An. Rep. N. Y. State Mus., 54:154. 1901.
Spruce trunks, decaying, matrix for Psathyra conica Peck n. sp.
An. Rep. N. Y. State Mus., 54:153. 1901.
Spruce trees, prostrate trunks, host to Lepiota pulveracea Peck
n. sp. An. Rep. N. Y. State Mus., 54:144. 1901.
Stereum, decaying, hymenial surface, host to Hypomyces arena-
ceus A. L. Smith, sp. n. Jour. Linn. Soc., 35:17. 1 April
1901.
Stereum sulcatum Burt, prostrate trunks of Spruce and Hem¬
lock. An. Rep. N. Y. State Mus., 54:154. 1901.
Stevens, Frank Lincoln. Gametogenesis and Fertilization in
Albugo. Bot. Gaz., 32:77-98, 157-169, 238-261. Aug.,
Sept., Oct., 1901.
June 1902] Index to North American Mycology
95
Stewart, F. C., see Duggar, Benjamin M. and Stewart, F. C.
Stewart, F. C. and Eustace, H. J. An Epidemic of Currant
Anthracnose. (Caused by Gloeosporium ribis (Lib.) Mont.
& Desm.) Bull. N. Y. Agr. Exp. Sta., 199:63-80. 1 pi.
Nov. 1901.
Stewart, F. C., and Eustace H. J. Notes from the Botanical
Department (concerning several fungi). N. Y. Agr. Exp.
Sta. Bull., 200:81-101. Nov. 1901.
Stegonospora cornicola Earle n. sp., on yellowed dead twigs of
Cornus. PI. Bakerianae, 2:28. 25 March 1901.
Stichospora mentzeliae Diet. & Holw. (Reihen von drei Spo-
ren gefunden.) Beiblatt zur Hedwigia, 40 :(6i). Mai-Juni
1901.
Stichospora mentzeliae Diet. & Holw. n. sp., on Mentzelia his-
pida. Bot. Gaz., 31 :337- May 1901.
Stichomyces Thaxter nov. gen. Proc. Amer. Acad. Arts &
Sci., 37 :37* June I9°I*
Stichomyces conosomae Thaxter nov. sp., on Conosoma pubes-
cens Payk. Proc. Amer. Acad. Arts & Sci., 37:38. June,
1901.
Stigmatomyces hydrelliae Thaxter nov. sp., on upper surface of
abdomen and legs of Hydrellia sp. Proc. Amer. Acad. Arts
& Sci., 36:404. March 1901.
Stigmatomyces limnophorae Thaxter nov. sp., on abdomen and
base of legs of Limnophorus. Proc. Amer. Acad. Arts &
Sci., 36:400. March 1901.
Stigmatomyces limosinae Thaxter nov. sp., on Limosina fonti-
nalis Fallen. Proc. Amer, Acad. Arts — Sci., 36 140 6.
March 1901.
Stigmatomyces purpureus Thaxter nov. sp., on Scatilla stagnalis
Fallen, all parts. Proc. Amer. Acad. Arts & Sci., 36:404.
March 1901.
Stigmatomyces scaptomyzae Thaxter nov. sp., on abdomen and
legs of Scaptomyza graminum Fallen. Proc. Amer. Acad.
Arts & Sci., 36:400. March 1901.
Stigmatomyces spiralis Thaxter nov. sp., on Hydrina sp. Proc.
Amer. Acad. Arts & Sci., 36:405. March 1901.
Stilbum albipes A. L. Smith sp. n., on bark of herbaceous stem.
Jour. Linn. Soc., 35:12. 1 April 1901.
Strickeria amelanchieris Earle n. sp., on Amelanchier (decorti¬
cated twigs). PI. Bakerianae, 2:14. 25 March 1901.
96 Journal of Mycology [Vol. 8
Strickeria cercocarpi Earle n. sp., on Cercocarpus (decorticated
branches). PI. Bakerianae, 2:14. 25 March 1901.
Strickeria fendlerae Earle n. sp., on Fendlera rupicola (bark¬
less weatherworn twigs). PI. Bakerianae, 2:15. 25 March
1901.
Strickeria populi Earle n. sp., on Populus angustifolia (decorti¬
cated, weathered twigs). PI. Bakerianae, 2:15. 25 March
1901.
Strickeria rhoina Earle n. sp., on Rhus trilobata (decorticated
wood). PI. Bakerianae, 2:16. 25 March 1901.
Strickeria symphoricarpi Tracy and Earle n. sp. (Teichospora
Fckl.), on Symphoricarpus (bark and decorticated twigs.)
PI. Bakerianae, 1 130. 22 Feb. 1901.
Stuart William. Formalin as a Preventive of Millet Smut.
An. Rep. Ind. Agr. Exp. Sta. 1900, 13:25. 1901.
Stuart, William. Formalin as a Preventive of Oat Smut.
Bull. Ind. Agr. Exp. Sta. 87:1-26. March 1901.
Stuart, William. A Bacterial Disease of Tomatoes. (Abstr.
of article in An. Rep. Ind. Exp. Sta., 13:33-6. Jan. 1901.)
Proc. Ind. Acad. Sci., 1900:153-7. 1901.
Stuart, William. A Study of the Constituents of Corn Smut.
(Alkaloids of corn smut and extract of Ergot.) An. Rep.
Ind. Exp. Sta., for 1900, 13:26-32. 1901.
Sunflower, Aecidium and Puccinia of, connection of, see Ure-
dineae culture experiments.
Swamps, matrix to Naucoria uliginosa Peck n. sp. An. Rep. N.
Y. State Mus., 54:149. 1901.
Sweetser, A. R. Preliminary Report on a few Oregon Toad¬
stools (list) Bull. Pacific Univ. i4:i-I3. May 1901.
Symphoricarpus, bark and decorticated twigs, host to Strikeria
symphoricarpi Tracy and Earle n. sp. (Teichospora Fckl.)
PI. Bakerianae, 1 :3i. 22 Feb. 1901.
Symphoricarpus, dead branches, host to Gibberidia (?) sym¬
phoricarpi Tracy & Earle n. sp. PI. Bakerianae, 1 :29. 22
Feb. 1901.
Sydow H. et P. Mycologische Mittheilungen (Descriptions of
new species, 2 North American ; change of name Cornuella
to Tracya). Beiblatt zur Hedwigia, 40: (1-3). Jan.-Feb.
1901.
June 1902] Index to North American Mycology
97
Sydow H. et P. Uredinae aliquot novae boreali-americanae.
(Descriptions of I Uromyces, 4 Puccinia, 1 Revenelia, 2
Uredo, 2 Aecidium ; and key to 5 species of Puccinia on
Ruellia.) Beiblatt zur Hedwigia, 4o:(i25)-(i29). Sept.-
Oct. 1901.
Thalictrum fendleri (dead stems) host to Micosphaerella fen-
dleri Tracy & Earle n. sp. (Sphaerella.) PI. Bakerianae,
1 133. 22 Feb. 1901.
Thaxter, Roland. Preliminary Diagnoses of new species of
Laboulbeniaceae. III. Proc. Amer. Acad. Arts & Sci., 36:
397-414. March 1901.
Thaxter, Roland. Preliminary Diagnoses of new species of
Laboulbeniaceae. IV. Proc. Amer. Acad. Arts & Sci., 37:
21-45. June 1901.
Thomas, M. B. Cryptogamic Collections made during the year
with list of 30 additional Myxomycetae from Montgomery
Co. Proc. Ind. Acad. Sci., 1900:121-3. 1901.
Thomas, M. B. Experiments with Smut (Formalin as fungi¬
cide). Proc. Ind. Acad. Sci., 1900:123-4. 1901.
Toad, see dung of.
Toadstools, Oregon, Preliminary Report on a few. A. R. Sweet-
ser. Bull. Pacific Univ., i4:i-I3. May 1901.
Tournefortia velutina, host to Uromyces dolichosporus Diet.
& Holw. n. sp. Bot. Gaz., 31:237. May 1901.
Tolysporium eriocauli G. P. Clinton n. s., on Frioeaulon septan-
gulare With. Rhodora, 3:82. April 1901.
Tracy, S. M. and Earle, F. S. Plantae Bakerianae — Narrative
(F. S. E.) and Catalogue (Fungi). (Descriptions of 31
new species.) PI. Bakerianae, 1 n-37. 22 Feb. 1901.
Tracy, S. M. and Earle, F. S. — Some New Fungi. Bull. Torr.
Bot. Club, 28:184-188. March 1901.
Tracy Syd. nom. nov. (replacing Cornuella). Beiblatt zur Hed-
wigia, 40 :(2). Jan.-Feb. 1901.
Tracya lemnae (Setch.) Syd. nom. nov. (replacing Cornuella
lemnae Setchell). Beiblatt zur Hedwigia, 40: (2). Jan.-
Feb. 1901.
Trametes, synoptic table of New York Species of. Charles H.
Peck. An. Rep. N. Y. State Mus. 54:170. 1901.
Tree, host to Zygodesmus umbrinus A. L. Smith sp. n. Jour.
Linn. Soc., 35:12. 1 April 1901.
98 Journal of Mycology [Vol. 8
Trees, coniferous, decayed, host to Clavaria acris Peck n. sp.
An. Rep. N. Y. State Mus., 54:155. 1901.
Trees, crowns and stumps, peach, apple, cherry, oak, hosts to
Clitocybe parasitica Wilcox n. sp. Oklahoma Agr. Exp.
Sta. Bull. 49:1-32. 11 pi. Feb. 1901.
Trematosphaeria chrysothamni Earle n. sp., on Chrysothamnus
(decorticated stems). PI. Bakerianae, 2:16. 25 March
1901.
Trematosphaeria fendlerae Earle n. sp., on Fendlera (decorti¬
cated twigs). PI. Bakerianae, 2:17. 25 March 1901.
Trematosphaeria lupini Earle n. sp., on Lupinus (old stems).
PI. Bakerianae, 2:17. 25 March 1901.
Tremella bermudiana (Farl.) Arthur n. n. Proc. Ind. Acad.
Sci., 1900:136. (Separates distributed June.) 1901.
Tremella botryapites (Schw.) Arthur n. n. Proc. Ind. Acad.
Sci., 1900:135. (Separates distributed June.) 1901.
Tremella clavipes (C. & P.) Arthur n. n. Proc. Ind. Acad. Sci.,
1900:135. (Separates distributed June.) 1901.
'Tremella ellisii (Berk.) Arthur n. n. Proc. Ind. Acad. Sci.,
1900:135. (Separates distributed June.) 1901.
Tremella globosa (Farl.) Arthur n. n. Proc. Ind. Acad. Sci.,
1900:136. (Separates distributed June.) 1901.
Tremella juniperi-virginianae (Schw.) Arthur n. n. Proc. Ind.
Acad. Sci., 1900:135. (Separates distributed June.) 1901.
Tremella mespili (DC.) Arthur n. 11. Proc. Ind. Acad. Sci.,
1900:135. (Separates distributed June.) 1901.
Tremella mycetophila Peck, Structure and Nature of. Edward
A. Burt. Bull. Torr. Bot. Club, 28:285-28 7. May 1901.
'Tremella nidis-avis (Thax.) Arthur n. n. Proc. Ind. Acad.
Sci., 1900:136. (Separates distributed June.) 1901.
Tremella speciosa (Pk.) Arthur n. n. Proc. Ind. Acad. Sci.,
1900:135. (Separates distributed June.) 1901.
Tricholoma (T. personata Fr.), The Masked. E. M. Williams.
Plant World, 4:25-27. Feb. 1901.
Tricholoma (rubicunda Peck), The Rosy. E. M. Williams.
Plant World, 4:9-11. Jan. 1901.
Trimmatostroma abietina Doherty, cause of a new disease of
Balsams (Abies alba and A. balsamea). An. Rep. Ontario
Agr. Coll, and Expt. Farm, 1900, 26:30. 1901.
99
June 1902] Inkex to North America?i Mycology
i >
Tropisternus apicipalpis Cast., host to Ceratomyces spinigerus
Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci., 37:43.
June 1901.
Tropisternus nitidus Sharp, host to Ceratomyces mexicanus
Thaxter nov. sp. Proc. Amer. Acad. Arts & Sci., 37 144.
June 1901.
Tryblidiopsis occidentalis Earle n. sp., on Juniperus (smooth
bark of dead twigs). PI. Bakerianae, 2:9. 25 March 1901.
Tryblidium occidentale Earle n. sp., on decorticated twigs of
Amelanchier, Cercocarpus, Quercus, and Salix. PI. Baker¬
ianae, 2:9. 25 March 1901.
Tubercularia miniata Earle n. sp., on dead stems of Sambucus.
PI. Bakerianae, 2:29. 25 March 1901.
Tuberculosis, Relation of Bovine to Human. Glover G. H.
Colo. Agr. Exp. Sta. Bull., 66:3-14. Sept. 1901.
Twigs, host to Calonectria ornata A. L. Smith sp. n. Jour. Linn.
Soc., 35:18. 1 April 1901.
Tylostoma albicans White sp. nov. Bull. Torr. Bot. Club, 28:
428. Aug. 1901.
Tylostoma gracile White sp. nov. Bull. Torr. Bot. Club, 28;
430. Aug. 1901.
Tylostoma fibrillosum White sp. nov. Bull. Torr. Bot. Club,
28:433. Aug- 1901-
Tylostoma kansense Peck sp. nov. Bull. Torr. Bot. Club, 28:
430. Aug. 1901.
Tylostoma minutum White sp. nov. Bull. Torr. Bot. Club,
28:430. Aug. 1901.
Tylostoma poculatum White sp. nov. Bull. Torr. Bot. Club,
28:431. Aug. 1901.
Tylostoma subfuscum White sp. nov. Bull. Torr. Bot. Club,
28:433. Aug. 1901.
Tylostoma tuberculatum White sp. nov. Bull. Torr. Bot. Club,
28:432. Aug. 1901.
Tylostomaceae of North America. V. S. White. (Mono¬
graph.) Bull. Torr. Bot. Club, 28:421-44. Aug. 1901.
Umbelliferous plant, dead stems, host to Rhabdospora umbel-
liferum Earle n. sp. PI. Bakerianae, 2:28. 25 March 1901..
Underwood, Lucien M. Mycophagy and its Literature. Tor-
reya, 1 ‘.43-46. April 1901.
100
Journal of Mycology
[Vol. 8
Uredineae aliquot novae boreali-americanae. H. et P. Sydow.
(Ten species described, i Uromyces, 4 Puccinia, 1 Rave-
nelia, 2 Uredo, 2 Aecidium ; also key to five species of Puc¬
cinia on Ruellia.) Beiblatt zur Hedwigia, 40: (125)- (129).
Sept.-Oct. 1901.
Uredineae, American, Descriptions of. III. J. C. Arthur and
E. W. D. Holway. Bull. Lab. Nat. Hist. State Univ. Iowa,
5:171-194. May 1901.
Uredineae, Culture Experiments. Aecidium and Puccinia of
common sunflower stages of one and the same species (M.
A. Carleton). Science, N. S., 13:250. 15 Feb. 1901.
Uredineae novae (30 species; 6 from North America). J. J.
Lindroth. Meddel fr. Stockholms Hogskolas botaniska In-
stitut. Bd. IV. 1901.
Uredineae, Notes on the life history of certain. (Abstract.)
M. A. Carleton. Science, N. S., 13:249. 15 Feb. 1901.
Uredineae, A Preliminary List of Minnesota. E. M. Freeman.
Minn. Bot. Stud., 2:537-60. 1 pi. 20 July 1901.
Uredo fioridana Syd. nov. spec., on Mentzelia floridana. Bei¬
blatt zur Hedwigia, 40: (129). Sept.-Oct. 1901.
Uredo hibisci Syd. nov. spec., on Hibiscus syriacus. Beiblatt
zur Hedwigia, 40: (128). Sept.-Oct. 1901.
Uredo lippiae Diet. & Holw. n. sp., on Lippia pringlei. Bot. Gaz.,
31:335. May 1901.
Uredo polymniae P. Henn. See Uromyces polymniae. Bot.
Gaz., 31 ^27. May 1901.
Uromyces celosiae Diet. & Holw. n. sp., on Celosia latifolia. Bot.
Gaz., 31 :326. May 1901.
Uromyces dolichosporus Diet. & Holw. n. sp., on Tournefortia
velutina. Bot. Gaz., 31 :327* May 1901.
Uromyces euphorbiae Cke. & Pk. (Propagates itself through
the sprouting seed of host, the only demonstrated example
in Uredineae. M. A. Carleton.) Science, N. S., 13:250.
15 Feb. 1901.
Uromyces indigoferae Diet. & Holw. n. sp., on Indigofera mex-
icana. Bot. Gaz., 31 :328. May 1901.
Uromyces nothoscordi Syd. nov. spec., on Nothoscordum stri¬
atum. Beiblatt zur Hedwigia, 40: (125). Sept.-Oct. 1901.
Uromyces oaxacanus Diet. & Holw. n. sp., on Jatropha urens.
Bot. Gaz., 31:237. May 1901.
June 1902] Index to North, American Mycology . 101
Uromyces polymniae (P. Henn) Diet. & Holw., on Polymnia
maculata. Bot. Gaz., 31 ’.327. May 1901.
Uromyces rubi Diet & Holw. n. sp., on Rubus. Bot. Gaz., 31 :
327. May 1901.
Uromyces venustus Diet. & Holw. n. sp., on Cestrum nitidum.
Bot. Gaz., 31:326. May 1901.
Ustilago eriocauli G. P. Clinton n. s., on Eriocaulon septangu-
lare With. Rhodora, 3:82. April 1901.
Vagnera stellata (L.) Morong. (Smilacina stellata Desf.), host
to Aecidium magnatum Arthur sp. nov. Bull. Torr. Bot.
Club, 28:664. Dec. 1901.
Valsa lepargyreae Earle n. sp., on dead branches of Lepargyrea
argentea. PI. Bakerianae, 2:25. 25 March 1901.
Van Slyke, L. L., Harding, H. A., and Hart, E. B. A Study of
Enzymes in Cheese. (Due to Bacteria, etc.) Bull. N. Y.
Agr. Exp. Sta. 203:215-244. Dec. 1901.
Vegetable Mould, matrix for Pluteolus aleuritus gracilis Peck
n. var. An. Rep. N. Y. State Mus. 54:149. 1901.
Veratrum, dead, weathered stems, host to Leptosphaeria veratri
Earle n. sp. PI. Bakerianae, 2:21. 25 March 1901.
Verbesina diversifolia, host to Puccinia ferox Diet. & Holw. n.
sp. Bot. Gaz. 31 :333- May 1901.
Verbesina sphaerocephala, host to Coleosporium anceps Diet. &
Holw. n. sp. Bot. Gaz. 31 :338. May 1901.
Verbesina virgata, host to Coleosporium verbesinae Diet. &
Holw. n. sp. Bot. Gaz. 31 ‘.337. May 1901.
Viguiera dentata, host to Puccinia iostephanes Diet. & Holw.
n. sp. Bot. Gaz. 31.334. May 1901.
Viguiera palmeria, host to Puccinia subglobosa Diet. & Holw.
n. sp. Bot. Gaz. 31 :332. May 1901.
Violet Rusts of North America. J C. Arthur and E W D Hol-
way. (Descriptions, synonomy and figures.) Minn. Bot.
Stud. 2:631-41. 1 pi. 20 July 1901.
Volvaria concinna Clements n. sp., on moist shaded ground and
on flooded banks. Univ. Nebr. Bot. Surv. 5 :g. 30 March
1901.
Volvaria submyochrous Clements n. sp., on wet earth in a base¬
ment. Univ. Nebr. Bot. Surv. 5:10. 30 March 1901.
102
Journal of Mycology
[Vol. 8
Wakker's Hyacinth Germ, Pseudomonas hyacinthi (Wakker).
Erwin F. Smith. Bull. U. S. Dept. Agr., Div. Veg. Phys.
& Path. 26:1-45. 1 pi. 21 Feb. 1901.
Wallrothiella arceuthobii Peck on Arceuthobium pusillum
Peck in Michigan. (Figure.) An. Rep. Mich. Exp. Sta.
1900-1901, 14:181-3. 1901.
Ward, Archibald R. Further observations upon ropiness in
Milk and Cream. (Caused by Bacillus lactis viscosus.)
Bull. Cornell Univ. Agr. Exp. Sta. 195 529-39. Nov. 1901.
Ward, H. Marshall. Disease in plants. Pages IX & 309. Lon¬
don, 1901. (Some work of American mycologists and some
American Fungi noted.)
Webster, H. Boleti collected at Alstead, New Hampshire —
Additional Notes. Rhodora, 3:226-8. Sept. 1901.
Wedelia carnosa, host to Aecidium wedeliae Earle sp. nov.
Muhlenbergia, 1 :i6. July 1901.
White, V. S. The Tylostomaceae of North America. Bull.
Torr. Bot. Club, 28:421-44. Aug. 1901 (A monograph.)
Wilcox, E. Mead. A correction (as to a rhizomorphic root-
rot of trees). Bot. Gaz. 32: 226. Sept. 1901.
Wilcox, E. Mead. A Rhizomorphic Root-rot of Fruit Trees.
(Clitocybe parasitica n. sp. ; Bibliography of 133 references,
etc.) Oklahoma Agr. Exp. Sta. Bull. 49:1-32. 11 pi. Feb.
1901.
Williams, E. M. Fairy Rings. Plant World, 4:206-7. Nov.
1901.
Williams, E. M. The Masked Tricholoma (T. personata Fr.).
Plant World, 4:25-27. Feb. 1901.
Williams, E. M. The Rosy Tricholoma (Tricholoma rubicunda
Peck). Plant World, 4:9-11. Jan. 1901.
Williamson, E. B. A Few Mycological Notes for July and
August, 1900. Wells and Whitely counties, Indiana. (Per¬
taining to mushrooms.) Proc. Ind. Acad. Sci. 1900-161-5.
1901.
Willow twigs, dead, host to Cytospora boreella Earle n. sp. PI.
Bakerianae, 2:26. 25 March 1901.
Willow twigs, dead, barkless, host to Platystemum salicum Earle
n. sp. PI. Bakerianae, 2:18. 25 March 1901.
Wood, matrix for Arthrobotryum fusisporium A. L. Smith sp. n.
Jour. Linn. Soc. 35:13. 1 April 1901.
June 1902] Index to North American Mycology
103
Wood, host to Belonidium hirtipes A. L. Smith sp. n. Jour. Linn.
Soc. 35:14. 1 April 1901
Wood, host to Calloria citrina A. L. Smith sp. n. Jour. Linn.
Soc. 35:15. 1 April 1901.
Wood, host to Ceriospora acuta A. L. Smith sp. n. Jour. Linn.
Soc. 35:17. 1 April 1901.
Wood, matrix for Heydenia trichophora A. L. Smith sp. n. Jour.
Linn. Soc. 35:13. 1 April 1901.
Wood, host to Ombrophila pellucida A. L. Smith sp. n. Jour
Linn. Soc 35:14. 1 April 1901.
Wood, host to Xyloceras elliotti A. L. Smith sp. n. Jour. Linn.
Soc. 35:16. 1 April 1901.
Wood of deciduous trees and prostrate trunks, host to Collybia
ligniarius Peck n. sp. An. Rep. N. Y. State Mus. 54:145.
1901.
Wood, rotten, matrix for Clavaria cervicornus. Jour. Linn. Soc.
35:10. 1 April 1901.
Wood, rotten, matrix for Rhynchostoma pyriforme A. L. Smith
sp. n. Jour. Linn. Soc. 35:16. 1 April 1901.
Wood, wet, matrix for Pelodiscus piliseta Clements n. sp. Univ.
Nebr. Bot. Surv. 5:8. 30 March 1901.
Xylariaceae, a preliminary list of Minnesota. F . K. Butters.
Minn. Bot. Stud. 2:563-7. 20 July 1901.
Xyloceras g. n. A. L. Smith. Jour. Linn. Soc. 35 :i6. 1 April
1901.
Xyloceras elliotti A. L. Smith sp. n., on wood. Jour. Linn. Soc.
35:16. 1 April 1901.
Xylorrhiza glabriuscula, host to Puccinia xylorrhizae Arthur
sp. nov. Bull. Torr. Bot. Club, 28:662. Dec. 1901.
Yucca withered leaves, host to Allantonectria yuccae Earle n. sp.
PI. Bakerianae, 2:12. 25 March 1901.
Zignoella potentillae Tracy & Earle n. sp., on Potentilla fruiti-
cosa (decorticated stems). PI. Bakerianae, 1:28. 22 Feb.
1901.
Zygodesmus umbrinus A. L. Smith sp. n., on tree. Jour. Linn.
Soc. 35:12. 1 April 1901.
104
Journal of Mycology
IVol. 8
NOTES
Corrections — The word "species” should be changed to
"specimens on p. 15, 2d line, and on p. 16, 13th line; "Kanen-
sis” to "Kansensis,” p. 17, 10th line; "Anthiscus” on p. 25, 3rd
and 6th, and on p. 35, 19th and 21st lines to “Anthicus” ; "Phil-
onothus” on p. 34, 2d line from bottom, to “Philonthus” ; "Lacca-
pholus” to "Laccophilus” on p. 31, 14th line.
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Journal of Mycology
VOJjTI AT 3£ 8 — OCTOBER 1902
TABLE OF CONTENTS
Morgan — Notes on North American Fungi . . 105
Atkinson — Preliminary Note on Two New Genera of Basidiomy-
cetes . 106
Durand — The Genus Angelina . 108
Atkinson — Preliminary Notes on Some New Species of Fungi... 110
Kellerman — Ohio Fungi. Fascicle V . 119
Ricker — Notes on Some West American Fungi . 125
Clinton — North American Ustilagineae . . 128
Harshberger — Notes on F'ungi . 156
Kellerman — Notes From Mycological literature . 161
Notes . 168
NOTES ON NORTH AMERICAN FUNGI.
A. P. MORGAN.
From R. A. Harper, Madison, Wis., I have specimens of
the following species of fungi :
1. Pori a cruentata Mont. — The species of Poria are
greatly multiplied and many are not clearly distinguished. The
colors of most of them, perhaps, are given from the dried speci¬
mens. This species is closely related to P. purpurea Fr., P.
rufa Schrad., P. salmonicolor B. & C. and P. sub-rufa E. &
D. In a proper classification, they should all stand close together.
2. Odontia fimbriata P. — This is the type species. It
is easily recognized by the rhizomorphoid fibres running be¬
neath the hymenium. The color of the hymenium given in the
Hym. Europaei of Fries is ‘‘pallida/’ but in Person’s Synopsis
it is “incarnato-rufum” which answers best to all the specimens
I have seen.
3. Polystictus pergamenus Fr. — This is a fine speci¬
men. The color of the hymenium by Saccardo’s Chromotaxia
is livid rather than violet. It answers to the description of
Polystictus abietinus Dickr. almost perfectly and I know of
nothing to hinder its being so referred, except Fries’s stout as¬
sertion “sed nunquam in arboribus frondosis.”
4. Irpex tulipiferae Schw. — The synonymy of this
species is as follows :
106
Journal of Mycology
[Vol. 8
Polyporus tulipiferae, Schweinitz, Syn. Car. 1822. Poly-
porus corticola, var. tulipiferae, Fries, Elenchus I. 1828. Irpex
tulipiferae, Schweinitz, N. A. Fungi, 1834. Poria tulipiferae,
Saccardo, Sylloge VI. 1888.
It is not a Poria, because it is not truly resupinate; when
fully grown it has a distinct reflexed pileus. The hymenium
is at first wholly porose and the species might be called Poly-
stictus tulipiferae. The early stage is liable to be confused with
Merulius corium Fr. I have seen it labeled Polyporus niphodes
B. & Br., which may be true for all I know, but Schweinitz’s
name must take precedence. The favorite habitat of the species
is on the timber of the Liriodendron, but it abounds on branches
of Hickory and it may be found on Acer, Fagus, and other
trees. I have never seen it on Pine or any other Evergreen.
PRELIMINARY NOTE ON TWO NEW GENERA OF
BASIDIOMYCETES.
GEO. F. ATKINSON.
I. TREMELLODENDRON, A NEW GENUS OF TREMELLINEAE.
In studying the structure of Thelephora Candida (Schw.)
Fr., and T. pallida Schw., a little more than a year ago, I was
surprised to find that they are not members of the Thelephoraceae,
but belong in the Tremellineae, on account of the globose, cruci-
ately divided basidia. They differ quite markedly from any of
the described genera of the Tremellineae, but approach nearest
(especially T. Candida), perhaps, to Sebacina Tul. In Sebacina
Tub, however, the plants are effuse and incrusting, only rising
from the substratum in an irregular manner, or when encrusting
erect objects, as grasses, herbs, sticks, etc. T. Candida (Schw.),
Fr., and T. pallida Schw. normally grow erect from the sub¬
stratum and have a characteristic, more or less dendroid branch¬
ing. They represent the type of a new genus for which I pro¬
pose the name Tremellodendron Atkinson n. g., with Tremello-
dendron candidum ( Merisma Candida Schw.), and Tremelloden¬
dron schweinitzii ( Thelephora schweinitzii Pk., T. pallida Schw.,
not T. pallida Pers.) as representative species (at least in part),
for it appears that there are true Thelephorae which are nearly
or quite impossible to separate from T. pallida Schw., without an
examination of the hymenium.
II. EOCRONARTIUM, A NEW GENUS OF AURICULARIACEAE.
This very interesting plant might very easily be mistaken for
Typhula muscicola if the spores and basidia were not carefully
examined. The plant was collected on living moss, July 8, 1902,
Oct. 1902 ]
New Genera of Basidiomycetes .
107
by H. H. Whetzel. The basidia are curved, transversely divided,
and formed on the outside of the long, slender, erect, fruit body.
It represents the type of a new genus for which I propose the
name Eocronartium. The use of this name does not imply that
this plant is the direct progenitor of Cronartium of the Uredineae,
but its form, habitat, and fructification forcibly suggest that it
represents a type of the lower Basidiomycetes closely related phy-
logenetically with Cronartium. This suggestion is even more
striking when we know that the long, slender, columnar fruit
body of Cronartium forms the curved, transversely septate pro-
mycelia, bearing the sporidia, as soon as mature ; and the question
may well be asked if the Uredineae do not represent a group of
later development than the Auriculariaceae, and greatly special¬
ized through a long period of parasitism.
The new genus may be provisionally characterized as fol¬
lows :
Eocronartium Atkinson n. g. — Plants standing out
from the substratum, more or less erect, filiform, or columnar,
tough, subgelatinous when fresh. Hymenium covering all sides,
and exposed. B'asidia curved or flexuous, slender, transversely
divided, sterigmata about four (vary 3-5, etc.). Spores continu¬
ous, white, hyaline, germinating without division and forming
one or several threads. One species at present known.
Eocronartium typhuloides Atkinson n. sp. — Plants pal¬
lid, or white, filiform, tapering gradually downward to a very slen¬
der base, 10-15 mm- high, .5-1 mm. thick. Bases free, but when
the plants are numerous the clavulae of several adjacent ones may
touch and in the course of development become grown together
so that it gives the appearance of a stout, longitudinally grooved
body with several stalks. Where the plants are more scattered,
they remain simple. Basidia curved or more or less sinuous, 25-
40x6-9 ft, 3-5 septate. Sterigmata flexuous elongate, usually
10-20 x 3-4 /x. Spores fusoid, curved or inequilateral granular,
18-24x3.5-5 fi.
The plants are tough, pallid when fresh, but whiter when dry.
In attempting to cut or break them, they stretch slightly, suggest¬
ing the consistency of rubber. Parasitic on mosses, Cascadilla
woods, Ithaca, N. Y., July 8, 1902, C. U. herb. No. 9693 ; and
other places at Ithaca.
Botanical Department, Cornell University.
108
Journal of Mycology
[Vol. 8
THE GENUS ANGELINA Fr.
ELIAS J. DURAND.
The genus Angelina was established by Fries in 1849 t°
include a single species, the Ascobolus conglomerate of Schwei-
nitz. The original description of the genus indicated a plant
with gelatinous ascomata, which became horny and closed in
a hysteriiform manner when dry, the disk becoming papillate
from the protuding asci. Schweinitz had already remarked the
resemblance of this species to his own Hysterium rufescens ,
and Duby, concluding that the two species were identical, re¬
verted to the older name, so that the species has since passed
under his combination as A. rufescens (Schw.) Duby. The same
author quoted Fries to the effect that after an examination of
two authentic specimens of H. rufescens in the herbarium of
the Museum of Paris, he had concluded that one was simply
an older stage of the other, and that it was this older condition
which Schweinitz had called Ascobolus conglomeratus. This
species he had already recognized as approaching more nearly to
the Discomycetes than to the Pyrenomycetes.
Schweinitz had originally described the plant as an Hys-
terium because in the dried condition the margins were inrolled
or approximated in an hysteriiform manner. In his later de¬
scription the supposedly different species was referred to As¬
cobolus because the disk appeared black-papillate from the pro¬
truding asci. Duby remarked correctly that Fries had exag¬
erated the gelatinous nature of the moist plant, but incorrectly,
as I think, placed the genus in the Hysteriinieae. Boudier
doubtfully included Angelina in the Ascobolaceae, while Sac-
cardo and Ellis and Everhart placed it in the Hysteriaceae.
Lindau puts it in the Ftysteriineae, family Hypodermataceae.
I have recently had the opportunity of examining the types
in the herbarium of Schweinitz, as well as of studying material
in the perfectly fresh natural condition, in the vicinity of Ithaca.
The following conclusions are based on these specimens.
Schweinitz possessed several specimens marked Ascobolus con¬
glomerated Some one has separated these into two groups
based on the color. In the first group the ascomata are crowded,
elongated and variously bent and curved. The dry disk is widely
exposed, and dark chestnut-brown. The exterior is the same
color, but the margin is pale yellowish brown, the contrast be¬
ing quite strongly marked. In the second group the ascomata
are similar in habit, form and color, but the margins are not
perceptibly paler. The structural characters are identical in
the two groups. The type of Hysterium rufescens is in color
intermediate between the two. Its structural characters agree
Oct. 1902]
The Genus Angelina
109
in every respect with those of Ascobolns conglomeratus. In
my own recent collections all the above variations in the color
of the margin are shown in a single patch. In the fresh speci¬
mens the substance is rather a fleshy-waxy, not at all gelatinous.
The disk is widely exposed, and the asci do not project above
the hymenium. It is rather difficult to see how the disk could
become black-punctate from projecting asci when both they
and the spores are hyaline. A section shows that the para-
physes cohere above the asci forming an epithecium.
On the basis of the above characters I think the genus
Angelina should be located in the Pezizineae, family Cenan-
giaceae, where its spore characters place it near Cenangella.
I add a description and synonymy :
Angelina Fr., Summa Veg. Scand. p. 358. 1849.
A genus of the Cenangiaceae. Ascomata erumpent-superficial,
sessile, without a stroma; when fresh fleshy-waxy, disk exposed, elon¬
gated, curved or sinuous, when dry rather horny, inrolled in an hys-
teriiform manner. Asci 8-spored. Spores 1-septate, hyaline. Para-
physes slender, flexuous.
Angelina rufescens (Schw.) Duby, Mem. Soc. Phys. Hist. nat.
Gen. 16 :51. 1861.
Hysterium rufescens Schw., Syn. Fung. Car. no. 252. p. 50. 1822.
Ascobulus conglomeratus Schw., Syn. Fung. Am. no. 960. p. 178.
1831.
Angelina conglomerata (Schw.) Fr., Summa Veg. Scand. p. 858.
1849.
Exsic. : Ellis, N. A. F. no. 466.
Ascomata usually densely gregarious, erumpent-superficial, sessile,
when fresh elliptical or elongated and variously curved and sinuous,
disk widely exposed, slate-gray, externally brown and grumous, mar¬
gin paler, rather thick, about .75 mm. wide, 1-3 mm. long; when dry
hysteriiform, disk and exterior reddish-brown, the margin usually paler
or yellowish. Excipulum minutely parenchymatous, brown. Asci con¬
spicuously narrowed below to a slender pedicel the ascigerous portion
narrowly elliptical or lanceolate, apex rounded, not blue with iodine,
90-110x4-8 [j„ Spores 8, biseriate in the upper part of the ascus, fusoid-
oblong or clavate-oblong, ends rounded, hyalin'e, smooth, for a long
time continuous, finally 1-s'eptate, not constricted, 8-15x3-4 Para-
physes very slender, branched, curved and flexuous, slightly thickened
at the apices which cohere to form the epithecium.
On much decayed wood, especially on the tops of rotten oak and
chestnut stumps. Spring and Autumn.
New England (Curtis) ; New York (various collectors) ;
New Jersey (Ellis) ; Pennsylvania (Schweinitz) ; N. Carolina
(Curtis and Schweinitz) ; S. Carolina (Ravenel).
Excluded species. Angelina nigro- cinnabar ina (Schw.) B.
& C., Jour. Linn. Soc. 10:373, and A. lepieurii Mont., Syll. p.
188, also Jour. Linn. Soc. 10:372, belong to the genus Trybli-
diella.
Botanical Laboratory, Cornell University.
110
Journal of Mycology
[Vol- 8
PRELIMINARY NOTES ON SOME NEW SPECIES
OF FUNGI.
GEO. F. ATKINSON.
Agaricus cretacellus, Atkinson n. sp. — Plants gregarius,
sometimes a few jointed at the base; 5-8 cm. high, pileus 4-7 cm.
broad, stems 6-10 mm. in thickness. Pileus white convex to ex¬
panded, thin, smooth, sometimes inclined to be slightly viscid
in wet weather, when leaves cling to the surface ; sometimes with
slight yellowish stains, flesh white with a tinge of pink sometimes.
Gills narrow, 3-4 mm., narrowed behind, free, first white, then
pink, and later dark greyish brown, not becoming blackish. The
caps are sometimes fully expanded when the gills how only a
flight tinge of funk. ^Spores 4-5 x 3^. Stem tapering from the
'enlarged' base, White, smooth above the annulus, chalky white be¬
low and covered with minute white powdery scales often ar¬
ranged in irregular concentric rings below; stem solid but the
center less dense. Annulus persistent, white, smooth above,
the lower surface with very fine floccose scales similar to those
on the stem from which the annulus was separated. Odor and
taste of almonds, as in A. arvensis. Growing in leaf mold,
woods, Cascadilla creek, Ithaca, N. Y. C. U. herb. No. 5359,
collected by Geo. F. Atkinson, September 7, 1900.
Amanita flavoconia, Atkinson n. sp. — Plants usually scat¬
tered, sometimes gregarious, 6-12 cm. high, pileus 3-8 cm. broad
stems 4-15 mm. thick. Pileus convex then expanded, plane or
broadly umbonate, fleshy, very thin except at the center, chrome
yellow to orange yellow, darker when young and on the center,
smooth, that is not striate, viscid, flesh white, covered with nu¬
merous small fiocculent patches or heaps of fragments of the yel¬
low powdery volva, which is easily removed and in wet weather
sometimes is entirely absent from the pileus. Gills broad in the
larger specimens, narrow in the smaller ones, 4-8 mm. broad,
rounded at each end, free, not very crowded, white, very finely
serrate or fimbriate from threads which attached the gills to the
stem in the young plants. Spores oval-ovate, white, 6-9X4-6//.
Stems stuffed, straight or flexuous, slightly tapering from the
bulbous base, and at the apex broadening slightly, covered with
fiocculent scales, tinged with sulphur, fine sulphur powder above
the annulus, portions below the annulus covered with powdery
masses or particles of the universal veil. Bulb not very promi¬
nent, smooth or rarely somewhat cracked, powdered with rem¬
nants of the volva. Annulus sulphur yellow or chrome yellow,
membranous. The volva or universal veil consists of a yellowish
powdery substance which separates into numerous powdery
masses, covering the pileus and base of the stem, but which easily
falls away.
Oct. 1902]
Some New Species of Fungi
111
This species has been confounded with A. frostiana, and
possibly the larger specimens with A. muse aria. It differs from
both in the pileus not being striate, and from A. frostiana in the
volva not being ocreate, and from A. muse aria in the stem being
smooth, that is, in not having the coarse concentrically aranged
scales.
Ground under Spruce hemlock east of Woodwardia Swamp,
Freeville, N. Y., June 30, 1898, G. F. A. C. U. herb. No. 2420;
woods north of Fall Creek, Ithaca, July 25, 1902, Bradfield &
Thom, C. U. herb. No. 9963, and other places at Ithaca. It was
quite common at Ithaca during the summer of 1902. It is the
common yellow Amanita in the Adirondack woods.
Amanita flavorubescens Atkinson n. sp. — Plants scat¬
tered of gregarious, sometimes with the bases joined, 10-14 cm.
high, caps 6-10 cm. broad, stems 6-12 mm. thick. Pileus con¬
vex to expanded, smooth, with very faint striae on the margin,
covered with thick, chrome yellow, floccose patches of the volva,
margin of pileus yellow, center wood brown to raw umber, flesh
thin, yellowish even under the brown cuticle over the center.
Gills long elliptical free, white, not crowded. Basidia clavate,
40-50x9-11 u, 4-spored. Spores oboval, granular, smooth, 8-10
x 6-8 u . Tram a of cap floccose, outer layer more compact and
the threads slender. Stem even, with an ovate bulb, floccose
scaly with fine floccose yellow scales above, and with reddish
scales below. Annulus thin, membranous, yellow, 3 cm. from
the apex of the stem, sometimes tearing into fragments. Volva
yellow, breaking up into fragments.
This species is near A. rubescens, but the margin of the
pileus, the A^olva, annulus and the upper part of the stem is canary
yellow. Bruises of the pileus and the upper part of the stem
do not turn red, (or only slightly so and very tardily), but
bruises of the lower part of the stem turn slowly reddish.
Ground, Coy Glen, Ithaca, N. Y., July 22, 1902, C. H. Kauff¬
man, C. U. herb. No. 9884. The species has also been received
from Connecticut and from Pennsylvania.
Amanitopsis albocreata Atkinson n. sp. — Plants 10-13
cm. high, pileus 5-8 cm. broad, stems 6-12 mm. thick. Pileus
convex to expanded, viscid when moist, white, or pale maize
yellow in the center, or sometimes entirely pale maize yellow,
finely striate and minutely tuberculate on the margin, covered
with floccose patches of the volva which are easily removed when
moist, but in drying become firmly agglutinated to the viscid
surface ; flesh very thin except at the center, white. Gills
rounded in front, narrowed behind, 3-6 mm. broad, free or slightly
adnexed, edge floccose. Basidia 30-45 x 7-10 u, 4-spored.
Spores globose, white, smooth, granular when young, with a
large oil drop when old. Subhymenium of globose cells 6-12/4 in
112
Journal of Mycology
[Vol. 8
diameter. Trama of gills thin, middle layer of parallel cells, and
from these the branches diverge as they descend in the trama.
Trama of cap, inner portion of large cells, surface of minute
slender threads. Stems cylindrical, slightly tapering upward,
white, minutely floccose mealy scales, hollow, abruptly enlarged
below into a bulb. Volva ocreate, the limb narrow as in A. pan-
therina , sometimes very slight, the stem also sometimes with
floccose patches of the upper part of the volva in irregular con¬
centric rings on the lower part of the stem, the upper part of
the volva forming floccose patches on the pileus.
This species differs from A. nivalis Grev., in the ocreate
volva, that of A. nivalis Grev. being vaginate. A. nivalis of Peck,
426. Rept. N. Y. State Mu., p. 48, is probably identical. Ground
in woods, Ithaca, N. Y. C. U. herb. No. 6097, Cascadilla woods,
Miss Fisher, July 9, 1901 ; No. 9757, west shore Cayuga Lake,
July 14, 1902, Miss A. T. Young; No. 9822, Beebe Lake woods,
July 12, 1902, IT. H. Whetzel.
Boletus chamaeleontinus Atkinson n. sp. — Plants 9-11
cm. high, pileus 8-10 cm. broad, stem 2 cm. thick. Pileus con¬
vex, thick, flesh 2 cm. thick at the center, drab to hair brown,
subtomentose and v/ith minute appressed scales, later rimose
areolate something like B. scaber , but the chinks not so deep;
flesh white tinged with yellow, changing first to reddish, then to
blue, the red appearing first in the upper half, later spotted red
and blue. Tubes convex, depressed around the stem, first yellow¬
ish, then reddish, in age the mouths tinged with red ; tubes small,
mouths round or uneven, changing to blue where bruised.
Spores olive yellow under the microscope, elliptical to oblong,
smooth, 12-15 x 4-5 ju . Stem reddish all over or only at top and
bottom, reticulate or dotted as in B. lurid us , even or slightly en¬
larged below; flesh yellow, deep red just under the surface, cen¬
ter yellow changing to blue. Ground woods, Ithaca, N. Y. C.
U. herb. No. 9842, July 19, 1902, and other dates.
Boletus umbrosus Atkinson n. sp. — Plants 8-10 cm. high,
pileus 5-9 cm. broad, stems 1.5-2 cm. thick. Pileus convex then
expanded, fleshy, subtomentose and in age cracking into very fine
areoles somewhat as in B. subtomentosus ; flesh whitish very
slowly changing to flesh color then brown ; pileus mummy brown
to walnut brown. Tubes convex, at first white, then becoming
pale brown, in age deeper brown, when bruised becoming dark
brown. Stem same color as the pileus but paler, broadly and
irregularly furrowed or rugose longitudinally, with very minute
dark points seen under the lens. Base of stem tapering into a
short root. West shore Cayuga Lake, July 29, 1902, C. H. Kauff¬
man, C. U. herb. No. 13067.
Collybia rugosoceps Atkinson n. sp. — Plant 8 cm. high,
pileus 5 cm. broad, stem 1.5 cm. thick. Pileus somewhat cam-
Oct. 1902]
Some New Species of Fungi
113
panulate, very strongly and deeply rugose, dull yellow with a
smoky tint which is darker on the center, flesh white, thin. Gills
broad (6 mm.), distant, adnate, white. Basidia long clavate,
50-65x6-8 p, 4-spored. Spores oboval to subelliptical, smooth,
white, 8- 1 1 x 7-9 p, with a large oil drop. Cystidia clavate to
subelliptical, very long, arising from the trama of the gills,
100-180x25-35 p, hyaline, thin walled. Trama of gills broad,
of flexuous much interwoven threads. Trama of pileus of two
layers; inner layer floccose; outer layer a palisade layer of long
clavate cells, 60-100x15-20 //. Stem white, dusky below, fur¬
rowed, ventricose, spongy within, then hollow, with a cartila¬
ginous rind and with a short root. Taste and odor not marked.
Ground, South Hill woods, Ithaca, N. Y., July 27, 1902,
C. O. Smith, C. U. herb. No. 13062.
Eccilia mordax Atkinson n. sp. — Plants gregarious usually,
5-7 cm. high, pileus 2-5 cm. broad, stem 3-5 mm. thick. Pileus
convex, umbilicate, margin inrolled, smooth, dull reddish brown
or pale chestnut, hygrophanous, tough, rarely cracked radially,
flesh dirty white, thin. Gills dirty flesh color, adnate to slightly
decurrent, not crowded. Basidia clavate, 25-30 x 6-8 p , 4-spored.
Cystidia none. Spores oval, 6-7 x 4-5 p, pale flesh color. Sub-
hymenium of small cells 4-8 p in diameter. Trama of gills of
short flexuous cells, 30-60x6-10 p. Trama of pileus floccose,
homogeneous. Stem same color as cap, cartilaginous, tough,
fistulose, smooth, often compressed. Taste at first not
marked, but if a small portion of the plant is swallowed, in fif¬
teen to twenty minutes afterward there is a burning sensation in
the throat which often continues for 24 hours. Ground, Mc¬
Gowan’s woods, Ithaca, N. Y., August 1, 1901, C. O. Smith, C.
U. herb. No. 7593a, and other numbers and localities.
Eccilia rhodocylicioides Atkinson n. sp. — Plants scat¬
tered, or two or three clustered, small 3-5 cm. high, pileus 5-12
mm. broad, stem 1-2 mm. thick. Entire plant mouse color, gills
a little paler and slightly tinged with flesh color. Pileus convex,
umbilicate, fine floccose scales in the center, margin faintly striate,
thin. Gills arcuate, distant, decurrent, bristling with white cys¬
tidia under the hand lens. Basidia clavate-cylindrical, 30 xio-
1 2.p, 4-spored. Spores quadrate to subquadrate, 8-10//, at¬
tached to sterigmata by one of the angles. Subhymenium of
irregular cells, 10-15 p in diameter. Trama of gills of long large
interwoven cells. Trama of pileus floccose, outer portion of long
adpressed cells with smoky content. Stem cartilaginous, hollow,
above paler than the pileus. McGowan’s woods, Ithaca, N. Y.,
July 23, 1901, J. M. Plolzinger, C. U. herb., No. 7045.
Eccilia pentagonospora Atkinson n. sp. — Plants scat¬
tered, 2-3 cm. high, pileus 5-1.5 cm. broad, stems 1-2 mm. thick.
Pileus and stem mouse gray to light gray, gills flesh color.
114
Journal of Mycology
|Vol. 8
Pileus umbilicate to infundibuliform, very thin, fibrous striate,
smooth or with very minutely roughened surface. Gills 2-4 mm.
broad, not very crowded, decurrent, ascending. Basidia clavate,
25-30x8-10 ju, 4-spored. Sterigmata conic, broad at the base.
Spores subquadrate, prominently 4-5 angled, usually 5 angled,
6-10 ju in diameter, pink. Subhymenium of cells 6-10 u in di¬
ameter. Tram a of gills of long nearly parallel cells, 80-200 xio-
15 fi , hyaline. Trama of pileus, of floccose cells, the surface ones
more or less ascending. Cystidia none. Stems cylindrical,
even, solid, mouse gray, white within, base sometimes with del¬
icate white' threads. Ground, lawn, Stewart Ave., Ithaca, N. Y.,
June 29, 1901, G. F. A., C. U. herb. No. 6078. Taste and odor
mealy.
Nolanea nodospora Atkinson n. sp. — Plants 6-7 cm. high
pileus 1-1.5 cm. broad, stem 1.5-2. 5 mm. thick. Entire plant dark
brown (seal brown). Pileus campanulate, very scaly with squar-
rose scales, flesh brown. Gills ascending, ventricose, and then
adnate. Basidia 30-35 x8-io, 4-spored. Spores elongate, nodu¬
lose elongate, 12-18 x 6-9 n, flesh color on paper, faint pink under
the microscope. Cystidia on edge of the gills, giving a hairy or
fimbriate appearance to the edge, unevenly distributed, ventri¬
cose, lanceolate. Trama of gills flexuous interwoven threads.
Trama of pileus two-layered; inner floccose; outer more com¬
pact and separated often by a dark line, surface with colored
threads, rich wine color under the microscope. Stem very hairy,
paler above, becoming fistulose, slightly enlarged at base.
Ground, woods, Six Mile Creek, Ithaca, N. Y., Aug. 8, 1902, R.
R. Gates, C. U. herb., No. 13431.
PIygrophorus peckii Atkinson n. sp. — Plants gregarius or
scattered, 6-10 cm. high, pileus 1-2.5 cm. broad, stems 2-4 mm.
thick. Pileus convex with the margin somewhat incurved, in
age and when expanded often depressed or slightly umbilicate,
entire plant buff to pinkish or vinaceous buff, when damp showing
fine striations on margin of pileus, sometimes the pinkish color
showing only in the depressed portion of the pileus ; entire plant
very slimy, when young sometimes the slime is greenish in color.
Gills broad, distant, arcuate and as the pileus expands decurrent.
Spores elliptical, slightly inequilateral, smooth, granular, 6-8 x
4-5 n . Stems fragile, hollow, often splitting longitudinally.
Odor foetid. Sometimes when the plants are young they are cov¬
ered with a greenish slime as in H. psittacinus, which gives a
green color to the pileus and the upper part of the stem and some¬
times to the gills, so that the plant has a different aspect, but it
has the same odor and the spores are the same. It differs from
H. foetens in the pileus and stem not being scaly, and from H.
psittacinus in the arcuate and decurrent gills and the odor. Some¬
times the gills are white and the stem yellowish. Ground, woods,.
Oct. 1902]
Some New Species of Fungi
115
near Cornell Heights, Ithaca, N. Y., July n, 1902, C. H. Kauff¬
man, C. U. herb., No. 9733; McGowan’s woods, July 2, 1902, H.
H. Wetzel, No. 9667. I have al^o collected it at Blowing Rock,
N. C., and Dr. Peck and myself collected it at Piseco, N. Y., in
August, 1902.
Lepiota caloceps Atkinson n. sp. — Plants gregarius, 6-10
cm. high, pileus 4-8 cm. broad, stems 6-10 mm. in thickness.
Pileus oval to convex and expanded, margin somewhat incurved
at first, fleshy, solid, firm and somewhat brittle when fresh, 3-4
mm. thick at the center, thinning out to the margin, center some¬
times broadly gibbous. First when young of an even wood brown
to a tawny olive color, or yellowish toward the margin, as the
pileus expands the outer layer cracks deeply into rectangular or
nearly square areas showing the white flesh of the pileus beneath,
color of the patches wood brown or tawny olive, or in some plants
yellowish toward the margin. Gills dingy white, firm and some¬
what brittle, crowded, free but somewhat close and angular be¬
hind, 3-4 mm. broad, edge eroded. Spores narrowly elliptical
or nearly oblong somewhat obliquely truncate at the base and
attached to the sterigma by one corner as in L. cristata, white,
granular, smooth, 6-8x2. 5-3 /l. Stem cylindrical, nearly even,
fleshy, hollow, white above and dull flesh color below, the flesh
showing the same colors in the same part of the stem ; covered
up to the veil by transversely elongated or angular patches of the
universal veil of the same color as the patches on the surface of
the pileus and showing the color of the stem between, these ex¬
posed parts of the stem covered more or less with white threads
pulled out from the patches as they separate. Veil more or less
silky hairy, that is the inner portion, the outer portion of the same
character as the universal veil. Stem nearly even, somewhat
bulbous, and with rooting mycelial cords. Woods below spring
in ravine, Cornell Heights, Ithaca, N. Y., Sept, 4, 1900, D. Grif¬
fin, C. U. herb., No. 5344.
Lepiota ecitodora Atkinson n. sp. — Plants 5 cm. high, pi¬
leus 2 cm. broad, stem 2.5 mm. in thickness. Pileus convex,
pale lavender, minutely scaly, flesh white, thin. Gills
3 mm. broad, narrow in front, rounded behind, white, tinged with
yellow. Basidia clavate, 25-28 x 6-7 ju , 4-spored. Cystidia none.
Spores cylindrical, smooth, 9-11x2-2.5 n. Subhymenium
of irregular cells, 4-10 n in diameter. Trama of gills of large
flexuous cells, 80-150 x 10-20/-/. . Trama of pileus floccose, sur¬
face scaly of globose cells, 20-25// in diameter. Stem gradually
smaller below, white and pruinose above, dark brown to blackish
below, fleshy fibrous, rather tough. Annulus powdery, evanes¬
cent. Odor foetid, resembling that of eciton ants. Ground, Cas-
cadilla woods, Ithaca, N. Y., Aug. 9, 1901, C. O. Smith, C. U.
herb., No. 7656.
116
Journal of Mycology
[Vol. 8
Lepiota purpureoconia Atkinson n. sp. — Plants scattered,
4-5 cm. high, pileus 1-2 cm. broad, stems 3-4 mm. in thickness.
Pileus convex, flesh very thin, whitish but covered with a helio¬
trope purple powdery substance which forms a universal veil
when young. Gills broad, stout, rounded, close but free, rather
distant. Spores elliptical, smooth, white, 8-10x3-4//.. Stem
even, solid, fleshy, whitish and covered with the powdery sub¬
stance up to annulus. Annulus evanescent, remnants of univer¬
sal veil. Stem heliotrope purple. Flesh and gills white, yellow¬
ish tinged. Ground, woods, Ithaca Flats, N. Y., Sept. 27, 1900.
C. O. Smith, C. U. herb., No. 5404.
Leptonia seticeps Atkinson n. sp. — Plants scattered, 1-2 cm.
high, pileus 1-3 cm. broad, stems 2-3 mm. in thickness. Pileus
convex to expanded, margin somewhat incurved at first, walnut
brown, darker on the center, faintly and finely striate. Under
the hand lens minutely granulose, darker points, otherwise
smooth, flesh whitish, very thin. Gills slightly adnexed, about
4 mm. broad, elliptical, edge eroded, pale flesh color. Basidia
cylindrical, 18-25 x 6-8 a , 4-spored. Paraphyses oblong with
rounded ends somewhat shorter and broader than the basidia.
Do they elongate and form basidia? Cystidia none or very rare
on the surface of the gills ; on the edge numerous, clavate to ellip¬
tical, hyaline, 50-60 x 10-15 Spores oval to subglobose, smooth,
flesh color on white paper, very pale under the microscope.
Trama of gills of long cylindrical cells conveging as they de¬
scend in the gill and often lying more or less criss cross at differ¬
ent angles of divergence, cells 200-300x10-15//.. Trama of
pileus of two layers ; middle and lower portion floccose but many
cells long, slightly clavate and lying at various angles to the
surface of the pileus and each other and criss cross ; surface layer
of two different kinds of cells, 1st oval to clavate usually long
pedicelled cells 30-50x25-40 a with smoky content forming a
rather compact layer two cells in thickness ; 2d, cells lanceolate to
fusoid, 90-120 x 10-15 > straight or somewhat curved with smoky
content, arising from small cells just beneath the larger ones, and
projecting above the surface. Stem smooth, whitish below,
above same color as pileus but paler, fibrous striate, even or very
slightly enlarged below, straight or curved, fleshy, continuous with
the pileus, solid. Taste not marked. On rotten logs or very
rotten wood on the ground. McGowan’s woods, July 2, 1902,
Ithaca, N. Y., C. U. herb., No. 9664, and other places.
Pleurotus stratosus Atkinson n. sp — Plants gregarious
and sometimes imbricate. Pileus sessile or with a very short lat¬
eral stem, 2-5 cm. broad, 2-3 cm. long, obovate to broadly cuneate,
margin plane or crenate wavy in the larger and older specimens,
sordid white or pale tawny, minutely tomentose, or some with
the hairs long and gathered into reticulate tufts, convex or de-
Oct. 1902 ]
Some New Species of Fungi
117
pressed, thin, soft, tough, not striate. Gills sordid white, or in
age pale yellow, very narrow, 1-1.5 mm., converging to point of
attachment of pileus to the wood, crowded. Basidia clavate,
20-25x4-5 /a, 4-spored. Spores oval to subglobose, smooth,
white granular, 2-3 p. Cystidia numerous, short lanceolate to
fusoid, thickwalled, hyaline or sordid yellowish, arising below
the subhvmenium, exposed portion of tip rough, 45 x 10-14 lJ-
Cystidia on edge of gills smaller and some of them capitate as
in some species of Galera . Subhymenium of irregular cells,
4-6 p. in diameter. Tram a of gills of very irregular flexous inter¬
woven threads. Trama of pileus remarkable, of four layers; inner
layer about half the thickness of the pileus, compact, floccose
interwoven ; second layer, open, slender, distant, palisade threads
in a gelatinous matrix ; third layer compact, thin ; fourth and outer
layer erect tomentose. On rotting wood. On decaying bass
wood limb, Warner’s Glen, Cayuga Lake, Ithaca, N. Y., June 30,
1901, G. F. A., C. U. herb., No. 6083 ; on rotting log, McGowan's
woods, Ithaca, N. Y., August 5, 1901, C. O. Smith, C. U. herb..
No. 7620; rotten wood, west Cayuga Lake, July 19, 1902, C. H.
Kauffman, C. U. herb., No. 9841.
Pluteus flavofuligineus Atkinson n. sp. — Plants scat¬
tered, 5-7 cm. high, pileus 4-5 cm. broad, stems 4-6 mm. in thick¬
ness. Pileus oval to convex, sometimes slightly umbonate, very
thin, chrome yellow with a smoky tinge and with smoky radiating
lines which anastomose more or less near the center. In young
plants surface darker, minutely tomentose from numerous fusoid,
acuminate, straight or curved cells containing a dull pigment
which gives the smoky color to the cap. Margin not striate,
flesh thin. Gills free, rounded at both ends, 3-5 mm. broad, not
very crowded, deep flesh color. Basidia clavate, 30-35x6-71 p,
4-spored. Spores oval, smooth, colored like the gills, 5-7 x 4-6 p.
Cystidia numerous, fusoid, ends blunt, hyaline, 80-100 x 12-20 p.
Subhymenium of rounded cells 6-10 p . Trama of gills of
cylindrical cells converging as they descend in the gills. Stem
pale pink to flesh color, smooth, solid, flesh pink, becoming fistu-
lose. On very rotten wood, woods, Coy Glen, Ithaca, N. Y.,
August 6, 1901, G. F. A., C. U. herb., No. 7619.
Polyporis holocyaneus Atkinson n. sp. — Plants gregarious
and somtimes several with the bases joined, 5-7 cm. high, pileus
2-6 cm. broad, stems 4-8 mm. in thickness. Entire plants deep
blue when fresh, the tubes lighter colored, and somewhat iride¬
scent when fresh, giving to the unaided eye somewhat the appear¬
ance of a Hydnum. In drying the color becomes much
duller, the cap dull brown to dull reddish brown or in
younger specimens with a tinge of blue or purple, the
stem passing through similar changes but remaining
darker, while the tubes quite lose the blue color and
118
Journal of Mycology
[Vol. 8
become grayish brown. Pileus thin, convex to expanded,
in age depressed, margin more or less irregular and wavy, hygro-
phanous, smooth. Tubes rather large, angular and irregular, dis¬
sepiments thin and the edge more or less lacerate or fimbriate.
Basidia clavate, 20-25 x 5-6 u, 4-spored. Spores hyaline,
smooth, with a large oil drop, 4-5 x 3-4 /j. . Stem even, reticu¬
late above. On the ground under conifer trees ( Picea or Tsuga),
in Glen Burney, Blowing Rock, N. C. September, 1901, At¬
kinson and Troyer. C. U. herb., No. 10523.
Polyporus castanophilus Atkinson n. sp. — Pileus dim¬
idiate, sessile, convex, 10-20 cm. broad, 10-12 cm. long, zonate,
more or less rugose and sometimes tomentose toward the base,
reddish yellow to reddish orange, flesh yellowish, zoned, soft and
watery but tough and drying somewhat shrunken but hard and
firm. Tubes plane, medium size, dissepiments thin, edges very
finely fimbriate, chrome yellow to bright orange, drying dull yel¬
low or reddish brown, tubes 6-8 mm. long. Basidia clavate,
15-20x4-5 n , 4-spored. Spores white, hyaline, smooth, with
a few granules, 3x2/4. On decorticated and one-half rotted
chestnut logs. Woods, Blowing Rock, N. C., September 1901,
G. F. A., C. U. herb., No. 10072.
Stropharia coprinophila Atkinson n. sp. — Plants clustered,
often with the bases of several joined, 3"7cm. high, pileus 2-6 cm.
broad stems 6-15 mm. in thickness. Pileus convex to expanded
and margin often elevated in age, fleshy, 2-3 mm. thick, thin at
the margin, dingy white and soft with a finely floccose surface
appearing something like a chamois skin and often with numerous
appressed scales. Margin appendiculate with fragments of the
veil. Gills adnate, slightly sinuate, 4-6 mm. broad, grayish then
dark brown, edge white. Spores blackish with a slight purplish
tinge, brown with purplish tinge under the microscope, oval to
short oblong or elliptical, smooth, 7-8 x 3. 5-4. 5 u . Basidia
clavate, 30-35 x 6-8 u , 4-spored. Cystidia clavate to subventri-
cose, extending above the hymenium and arising from the lower
part of the subhymenium, 60-65x10-12 y. Stem fleshy, sepa¬
rating easily from the flesh of the pileus, soft, hollow, even or
somewhat enlarged at the base, whitish, fibrous striate, floccose
scaly with a delicate annulus near the base where the margin
of the cap separates from the stem in young stage. Parasitic on
clusters of Coprinus atramentarius , Ithaca Flats, N. Y., October 9,
1900, C. O. Smith, C. U. Herb., No. 5424; lawn near armory,
C. U. campus, October 14, 1901, G. F. A., C. U. Herb., No. 7852.
Also at St. Paul, Minn., autumn 1901, O. W. Taylor. Edible.
Taste when fresh exactly like that of Coprinus atramentarius.
The host is deformed and prevented from opening fully, but in
some specimens the gills and pileus were well enough developed
to permit of identification.
Oct. 1902]
Ohio Fungi . Fascicle V
119
Hydnum cristatum Bresadola n. sp. — Plants scattered, 6- io
cm. high, pileus 6-io cm. broad, stems 8-15 mm. in thickness.
Pileus convex to expanded, more or less uneven, irregular, and
margin sometimes wavy, fleshy, thick, soft but rather tough,
ochre yellow covered with numerous strigose hairs in the form
of crests. Teeth 3-6 mm. long, tawny olive, becoming dark gray¬
ish brown in drying. Basidia clavate 25-30 x 6-8 fi , 4-spored.
Spores tawny olive on paper, dull brownish under the micro¬
scope, globose, tuberculate, 4-5 a. Stems same color as cap,
teeth decurrent. Ground in mixed goods, Blowing Rock, N. C.,
August-September 1901, G. F. A., C. U. herb., No. 11127, col¬
lected also in 1899 at same place.
Lachnocladium atkinsonii Bresadola n. sp. — Subcoria-
ceum ; stipite elongato, compresso-canaliculato, pallido, tomen-
toso, 5-6 cm. longo, 1 cm. circiter crasso, apice subquadrifido ;
raris compressis, sulcatis, repitito verticillato — aut dichotomo —
divisis, latere sterili tomentosulis, luride ochraceis; ramulis subtere-
tibus, apice furcatis, flavido-stramineis ; sporis hyalinis vel sub-
stramineis, lsevibus, amygdaliformis-oblongatis vel subcylindriceis,
9-10x4. 5-5 . 5 . ju ; basidiis clavatis.
Species pulchra, ambitu ramosum 6-7 cm. alta, 5-6 cm. late,
gracilitate et colore ad Clavariae vergens, sed hymenio unilateri
et stipite evidenter subceraceo inter Lachnocladia adnumeranda.
Blowing Rock, N. C., August 1899, G. F. A., C. U. herb., No.
4216.
A
&
OHIO FUNGI. FASCICLE V.
W. A. KELLERMAN, OHIO STATE UNIVERSITY.
List of species :
81. Aecidium grossulariae (Pers.) Schum., on Ribes cynosbati L.
82. Aecidium hibisciatum Schw., on Hibiscus moscheutos L.
83. Albugo portulacae (DC.) Kuntze, on Portulaca oleracea L.
84. Cercospora elongata Peck., on Dipsacus sylvestris Huds.
85. Coleosporium solidaginis (Schw.) Thum., on Solidago cana¬
densis L.
86. Coleosporium vernoniae B. & C., on Vernonia gigantea (Walt.)
Britton.
87. Phragmidium potentillae (Pers.) Karst., on Potentilla cana¬
densis L.
88. Puccinia atkinsoniana Dietel, on Carex lurida Wahl.
89. Puccinia caricis-erigerontis Arth. , on Carex scoparia Schk.
90. Puccinia mentha'e Pers., on Monarda fistulosa L.
91. Puccinia nesaeae (Ger.) Ell. & Ev., Aecidium, on Decodon
verticillatus (L.) Ell.
92. Puccinia polygoni-amphibii Pers., on Polygonum punctatum
Ell.
93. Puccinia polygoni-amphibii Pers., on Polygonum convol¬
vulus L.
120 Journal of Mycology [Vol. 8
94. Puccinia rhamni (Pers.) Wettst., on Avena sativa L. (cult.)
95. Puccinia sorghi Schw., on Zea mays L.
96. Puccinia violae (Schum.) DC., on Viola blanda Willd.
97. Scolecotrichum graminis Fuckel, on Alopecurus geniculatus L.
98. Uromyces euphorbiae Cke. & Pk., Aecidium, on Euphorbia
humistrata Englm.
99. Uromyces hedysari-paniculati (Schw.) Farl., on Meibomia can-
escens (L.) Kuntze.
100. Uromyces howei Peck, on Ascelepias syriaca L.
In the study of the above species and compilation of the
descriptions I have had the assistance of many mycologists to
whom cordial thanks are hereby extended. To those to whom
in addition special obligations are acknowledged are Messrs. J.
B. Ellis, and J. C. Arthur.
This fascicle completes a century of specimens and those
purchasing, rather than exchanging for the same, are notified that
the price ($5.00) is now due.
The issue of specimens will be continued at intervals, perhaps
four or five fascicles appearing in the course of the next twelve
months.
81. Aecidium grossularise (Pers.) Schum.
On Ribes cynosbati L.
Olena, Huron Co., O. June 2, 1902.
Coll. O. E. Jennings.
“Aecidium rubellum b ) grossulariae, thecis sparsis seminibusque
pallidis. Persoon. Linn. Syst. Veg. 2:1473. 1796. (ed Gmelin.)
82. Aecidium hibisciatum Schw.
On Hibiscus moscheutos L.
Buckeye Lake, Licking Co., O. July 11, 1902.
Coll. W. A. Kellerman.
“Caeoma Aecidium Hibisciatum, L. v. S .
“C. maculis orbiculatis lutescentibus, confluentibus. Pseudoperidiis,
irregulariter sed densim sparsis tenuibus luteis. Sporidiis non compactis
sed laxis lutescentibus.” L. D. de Schweinitz, Transactions of the Amer¬
ican Philosophical Society, Philadelphia, New Series, 4:293. 1834.
83. Albugo portulacae (DC.) Kuntze.
On Portulaca oleracea L.
Perry, Lake Co., O. July 12, 1002.
Coll. F. J. Tyler.
“Uredo du pourpier. Uredo portulacae.
“Serait-ce encore une des varieties de l’U. blanc? II en differe
parce qu’il ne croit qu’a la surface superieure des feuilles que ses pustules
sont plus regulierement arrondies, et s’ouvrent d’elles-memes a la fin de
leur vie, pour donn'er issue a la poussiere.” De Candolle, Flore Fran-
caise, 6:88. 1815.
Oct. 1902]
Ohio Fungi. Fascicle V
121
84. Cercospora elongata Peck.
On Dipsacus sylvestris Huds.
Columbus, Ohio. July 25, 1902.
Coll. W. A. Kellerman.
“Cercospora elongata, n. sp. Spots irregular, angular, limited by
the veinlets, often confluent, sometimes arid, brown, grayish-brown
or cinereous; flocci emphigenous, tufted, colored, subflexuous, some¬
times nodulose; spores elongated, obscurely three to many septate, grad¬
ually narrowed toward one end, colorless, .002 in. to .006 in. long, .00015
into .0002 in. broad, generally longer than the flocci.” Chas. H. Peck,
Annual Report of the State Museum, New York, 33:29. 1880.
85. Coleosporium solidaginis (Schw.) Thuem.
On Solidago canadensis L.
Edgerton, Williams Co., O. Sept. 15, 1902.
Coll. W. A. Kellerman.
“Coleosporium Solidaginis, Thuem. — C. acervulis hypo-raro etiam
epiphyllis, gregariis, pulveraceis, minutis, tandem confluentibus, inquin-
antibus, applanitis, fulvis; sporis in catenulis conjunctis, catenulis erectis,
sporidiis plus minus ellepticis vel globoso- ellipsoideis, 24-30 mm. long.,
20 mm. crass., episporio distincto, crasso, granuloso-verruculoso, 2-3
mm. crasso, hyalino, nucleo flavo, intrinque rotundatis vel ad umbilico
applartatis.” F. De Theumen, Bulletin Torrey Botanical Club, 6:216.
March, 1878.
86. Coleosporium vernonise B. & C.
On Vernonia gigantea (Walt.) Britton.
Columbus, Ohio. Sept. 8, 1902.
Coll. O. E. Jennings.
“Coleosporium Vernoniae. B. & C. — Maculis pallidis; soris parvis
sparsis melleis; sporis ex obovatis subfusiformibus triseptatis.” M. J.
Berkeley, Grevillea, 3:57. December, 1874.
87. Phragmidium potentillse (Pers.) Karst.
On Potentilla canadensis L.
Brush Lake, Champaign Co., O. May 30, 1902.
Coll. J. H. Schaffner and F. J. Tyler.
“Puccinia potentillae: subrotunda sessilis nigra, sporulis cylin-
dricis obtusis.
“Pustulas in inferiore folii pagina sistit nigras sparsas. Sporulae
eadem fere sunt forma, ac in sequente specie, sed mucrone destitutae
sunt; septulis ut plurimum tribus distinctae sunt.” D. C. H. Persoon,
Synopsis Fungorum, 229. 1801.
122
Journal of Mycology
[Vol. 8
88. Puccinia atkinsoniana Dietel.
On Carex lurida Wahl.
Columbus, Ohio. April 5, 1902.
Coll. W. A. Kellerman.
“Puccinia atkinsoniana Dietel n. sp. Sori on the under side of the
leaves, a few also upon the upper side. Uredo-sori elliptical to linear,
cinnamon-brown, surrounded by the ruptured epidermis. Uredospores
elliptical, obovate or rarely spherical, 22-30x17-22, epispore spinulose,
yellowish-brown, with 2 germpores lying very near the apex. Teleutosori
blackish-brown, arched in the form of a cushion, circular, 'elliptical or
linear, firm. Teleutospores mostly clavate, at the septum generally some¬
what deeply constricted, 40-60x 18-28, upper cell spherical or oval,
rounded at the ap'ex, provided with a thick wall, at the apex 5-10 in
diameter, lower cell generally cuneiform and narrowing into the pedicel
or rounded at the base, epispore smooth, brown; pedicel 20-60 long,
durable.” Geo. F. Atkinson, Some Fungi from Alabama, Bulletin of
the Cornell University (Science) 3:19. June 1897.
89. Puccinia caricis=erigerontis Arth.
On Carex scoparia Schk.
{' : Buckeye Lake, Licking Co., O. Sept. 10, 1902.
Coll. W. A. Kellerman.
Puccinia caricis erigerontis sp. nov.
O. Spermogonia epiphyllous, prominent, golden yellow.
I. Aecidia hypophyllous, in circular clusters; substratum slightly
thickened; peridia short, much divided and recurved; aecidiospores yel¬
low when fresh, isodiametric, 12-15 fj. in diameter, wall thin, minutely
tuberculate.
II. Uredosori hypophyllous, small, oblong, tardily naked ; uredos¬
pores brownish-yellow when fresh, oval or obovate, small, 12-18 by
16-22 n wall thin, thickly echinulate, pores 3 or 4 scattered.
III. Teleutosori hypophyllous, small, oblong, pulvinate, blackish
brown, ruptured epidermis evident; teleutospores clavate or oblong-
clavate, 14-20 by 35A12 /*; septum above the middle; apex obtuse or
truncate, much thickened; side walls thin; pedicel firm; colored, one
fourth or one half the length of the spore. J. C. Arthur, Journal of
Mycology, 8: 53-4. June, 1902.
90. Puccinia menthae Pers.
On Monarda fistulosa L.
Toledo, Lucas Co., O. Sept. 15, 1902.
Coll. W. A. Kellerman.
“Puccinia menthae: sparsa punctiformis obscure spadicea, sporulis
subquadrangularibus : cauda brevissima. “Sporulae septulo unico distinc-
tae.” D. C. H. Persoon, Synopsis Methodica Fungorum, 227. 1801.
Oct. 1902]
Ohio Fungi. Fascicle V
123
91. Puccinia nesaeae (Qer.) EH. & Ev.
Aecidium nesaeae Ger.
On Decodon verticillatus (L.) Ell.
Brush Lake, Champaign Co., O. June 18, 1902.
Coll. J. H. Schaffner and F. J. Tyler.
“Aecidium Nesaeae, n. sp. — Spermogonia. — Spermogonia situated
on a thickened yellowish spot, on the upper surface of the leaves, opposite
the clusters of peridia. Protospores. — Perithecia densely aggregated
seated on a greatly thickened subiculum, either in circinating or elongated
clusters; spores orange yellow, .0007 in. in diameter.” W. R. Gerard,
Bulletin of the Torrey Botanical Club, 4:47. October 1873.
92. Puccinia polygoni=amphibii Pers.
On Polygonum punctatum Ell.
Columbus, Ohio. Sept. 3, 1902.
Coll. F. J. Tyler.
Puccinia polygoni amphibii: opaca spadicae depressa, sporulis
oblongo-ovatis in caudam tenuem attenuatis. “Maculam exhibet diffor-
mem, colore sordidam griseo-fuscam,” D. C. H. Persoon, Synopsis
Methodica Fungorum, 227. 1801.
93. Puccinia polygoni-amphibii Pers.
On Polygonum convolvulus L.
Columbus, Ohio. Sept. 1, 1902.
Coll. W. A. Kellerman and F. J. Tyler.
Supplement to No. 92.
94. Puccinia rhamni (Pers.) Wettst.
On Avena sativa L. (cult.).
Columbus, Ohio. July 21, 1902.
Coll. W. A. Kellerman.
The following is copied from description of American Uredineae,
II, by J. C. Arthur and E. W. D. Hoi way, as printed in the Bulletin
Lab. Nat. Hist. State Univ. Iowa, 4:398. Dec., 1898.
“P. coronata : Tab. 11. fig. 96. acervulis linearibus, brevibus, minu-
tis, obscure-fuscis, epidermide palescente cinctis ; sporis sessilibus, sub-
clavatis, apice dentibus acutis stellato-radiatis flammeis coronatis, infra
luteis. Long. spor. 0,00175. p. p.” Hab. in foliis Luzulae albidae prope
Reichenberg.” — Corda, leones, 1:6. 1837.
95. Puccinia sorghi Schw.
On Zea mays L.
Columbus, Ohio. Sept. 12, 1902.
Coll. O. E. Jennings.
“Puccinia Sorghi, L. v. S., .
P. emaculata. Acervis latis difformibus varie lobatis, primum epi¬
dermide tectis, demum denudatis sed in margine cinctis et turn epid’er-
124
Journal of Mycology
[Vol. 8
mide lacerata Acervis saepe etiam, quasi versus centrum internum lo-
batis — 2 — 4 lineas longis latisque. Majores acervi ad nervos foliorum
occurrunt. Sporidiis aterrimis grossis, breviter pedicellatis.” L. D. de
Schweinitz, Transactions of the American Philosophical Society, Phila¬
delphia, N. S. 4:295. 1834.
96. Puccinia violas (Schum.) DC.
On Viola blanda Willd.
Buckeye Lake, Licking Co., O. July 24, 1902.
Coll. W. A. Kellerman and O. E. Jennings.
“Puccinie de la violette. Puccinia violae.
“II faut se garder de confondre cette puccinie avec l’uredo des
violettes qui parait plus frequent ; la puccinie nait a la surface in-
ferieure des feuilles de la violette herissee; ses capsules sont eparses,
assez petites, d’un brun fonce, entourees par les debris de l’epiderme, de
forme arrondie, rarement ovales ou confluentes; leur poussiere, vue au
microscope, presente des capsules ovoi’des, obtuses aux deux extrem-
ites, divisees en deux loges par une cloison transversale, et munies d’un
tres-court pedicelle.” De Candolle, Flore Francaise, 6:62. 1815.
97. Scolecotrichum graminis Fuckel.
On Alopecurus geniculatus L.
West Mansfield, Logan Co., O. May 10, 1902.
Coll. W. A. Kellerman.
“Scolicotrichum graminis. — Hyphis fasciculatis, brevibus, simplici-
bus, septatis, flavis, acervulos minimos formantibus, in macula exarida
lineare seriatis ; conidiis oblongis, didymus, flavis.” L. Fuckel, Sym-
bolae Mycologicae, 107. 1869.
98. Uromyces euphorbias Cke. & Pk.
Aecidium.
On Euphorbia humistrata Englm.
Columbus, Ohio. Sept. 1, 1902.
Coll. F. J. Tyler and O. E. Jennings.
“Lycoperdon Euphorbiae. Oraniengelbe, zerstreute Puncte; der
Staub gesattigter.” Franz von Paula Schrank, Baierische Flora, 2:
631. 1789.
“Aecidium euphorbiae. AE. confertum cylindricum, ore reflexo,
seminibus aurantiis. Persoon. Jo. Frid. Gmelin, in Linn. Systema Vege-
tabilium, 2:1473. 1796.
99. Uromyces hedysari-paniculati (Schw.) Farl.
On Meibomia canescens (L.) Kuntze.
Belpre, Washington Co., O. Sept. 3, 1902.
Coll. W. A. Kellerman.
, . Supplement to No. 37.
Oct. 1902]
125
Some West American Fungi
ioo. Uromyces howei Peck.
On Asclepias syriaca L.
Belpre, Washington Co., O. Sept. 3, 1902.
Coll. W. A. Kellerman.
“Trichobasis Howei n. sp.
“Spore clusters scattered or subconfluent, hypogenous, surrounded
by the ruptured epidermis, from one-half to one line in diameter;
spores brown, subglobose, roughened with slight indentations, 1-1200 in.-
1-1000 in. in diameter.” “The spore clusters are sometimes sparingly,
sometimes profusely scattered over the under surface of the leaf, or
over a part of it. The spores are sometimes a little longer than broad,
sometimes subpyriform, and occasionally furnished with a slight pedicel.”
Chas. H. Peck, Annual Report of the Regents of the University of the
State of New York, 23:58. 1873.
NOTES ON SOME WEST AMERICAN FUNGI.
P. L. RICKER.
The following list is made up largely of some fungi col¬
lected by Messrs. E. D. Merrill and E. V. Wilcox in Wyoming
and Idaho during the summer of 1901. The other notes were
made from specimens found on grasses in the herbarium of the
U. S. Department of Agriculture. The author is indebted to
Dr. J. C. Arthur for verification of the determinations and de¬
scriptions of the Uredinaceae. Two species which have not been
determined are included to call the attention of botanists to them
in hopes that other collections may be made. The author would
be glad to receive additional specimens of both for further study.
P YRENOM Y CETACE^E.
Lasiobotrys lonicer^e subcircinata E. & E. — On Sym-
phoricarpus pauciflorus, No. 1216, Merrill and Wilcox, Leucite
Hills, Wyo. June 16.
Physalospora aurantia E. & E. — On Astragalus pectina-
tus. No. 1222, Merrill and Wilcox, Laramie River, 16 miles S.
W. of Laramie, Wyo.
Sph^erotheca humuli (DC.) Burr. — On Collomia linea¬
ris. No. 1226, Merrill and Wilcox, St. Anthony, Idaho, July 5.
Ustilago caricis (Pers.) Fckl. — On Carex geyeri. No.
1205, Merrill and Wilcox, Jenny’s Lake, Wyo., July 25.
Ustilago funalis E. & E.. — On Eriocoma cuspidata. Nos.
1197 and 1198, Merrill and Wilcox, Flockert’s Ranch, Wyo.,
June 30.
126
Journal of Mycology
[Vol. 8
UREDINACE^E.
/Ecidium abundans Pk. — On Symphoricarpus sp. No.
1191, Merrill and Wilcox, Leucite Hills, Wyo., June 16.
SEcidium allenii Clint. — On Lepargyrsea canadensis. No.
1195, Merrill and Wilcox, Teton Pass, Wyo., July 13.
SEcidium sarcobata Pk. — On Sarcobatus vermiculatus.
No. 1192, Merrill and Wilcox, Black Rock, Wyo., July 23.
Hlcidium sp. indet. — On Thalictrum occidentale. No. 1256,
Merrill and Wilcox, Victor, Idaho, July 11. It is doubtful if this
is A. thalictri Grev. The cups are considerably elongated, and
are in dense clusters which are scattered over the leaf.
Calyptospora gceppertiana J. Kuhn. — O11 Vaccinium
myrtillus. No. 1206, Merrill and Wilcox, Jenny’s Lake, Wyo.,
July 25.
Phragmidium fragariastri (DC.) Schroet. — On Poten-
tilla blaschkeana. No. 1209, Merrill and Wilcox, Wilson, Wyo.,
July 13.
Phragmidium andersoni Shear. — On Potentilla andersonii.
No. 1201, Merrill and Wilcox, Jackson, Wyo., July 23.
Puccinia agrostidis Plowr. I. — On Aquilegia cserulea.
Nos. 122.2 and 1255, Merrill and Wilcox, Teton Pass, Wyo.,
July 12.
Puccinia calochorti Pk. — On Calochortus gunnisoni.
No. 1223, Merrill and Wilcox, Victor, Idaho, July 10.
Puccinia distichlidis E. & E. — On Spartina gracilis. No.
1219, Merrill and Wilcox, Laramie River, 20 miles S. W. of Lar¬
amie, Wyo., Aug. 22. This species has usually been referred to
P. phragmitis (Schum.), but the specimen in question is not that
species. P. distichlidis E. & E. was described1 as occurring on
Distichlis maritima, but according to Dr. Arthur who has ex¬
amined the type specimen, the host should be Spartina.
Puccinia gigantispora Bubak.2 — On Anemone globosa.
No. 1194, Merrill and Wilcox, Gros Ventre River, Wyo., July 14.
Puccinia intermixta Pk. — On Iva axillaris. No. 1190,
Merrill and Wilcox, Granger, Wyo., July 3.
Puccinia bartholomewii Diet. — On leaves and sheaths of
Leptochloa mucronata pulchella. No. Dr. Edw. Palmer, Guay-
mas, Mex., 1887.
Puccinia poculiformis (Jacq.) Wettst. — On Alopecurus
geniculatus aristulatus. C. F. Wheeler, Agricultural College,
Mich., Aug 3, 1892. I, On Berebis aquifolium (B. repens)
No. 1224, Merrill and Wilcox, Victor, Idaho, July 10. This is
^roc. Acad. Nat. Sci. Phila. 1893: 152. 1893.
2Sitzungsber. Bohm. (Konigl.) Gesell. der Wissensch. 1901.
Oct. 1902]
Some West American Fungi
127
evidently the same form as referred to by Tracy and Galloway,8
and T. D. A. Cockerell.3 4 It is characterized by its elongated cup ;
but according to Dr. Arthur it is not thought to be specifically
distinct from the above. Both of the above citations refer it
doubtfully to the Aecidium stage of P. mirabilissima Pk. No
cultures * have been made to lead to this belief, and we do not
know of the two having been observed in the same locality.
Puccinia saxifrage Schlecht. — On Mitella pentandra.
No. 1202, Merrill and Wilcox, Snake River, 20 miles south of
Jackson, Wyo., July 19.
Puccinia setarue Diet. & Holw. — This species was de¬
scribed5 6 and issued by Arthur and Holway in their Uredinese
Exsiccatae as occurring on Sectaria imberbis (Poir.) R. & S. At
the time the host was determined by Prof. Scribner the species
of Setaria (now Chaetochloa) were imperfectly known. Later in
revising the genus,0 Scribner and Merrill changed the determina¬
tion of the specimen sent by Mr. Holway, which is now in the
herbarium of the office of the Agrostologist, to Chaetochloa pur-
purascens (H. B. K.) S. & M. The species also occurs on No.
3556, J. N. Rose, City of Mexico, Mex. October 3, 1899.
Puccinia thalictri Chev. — On Thalictrum fendleri. No.
1215, Merrill and Wilcox, Leigh’s Lake, Wyo., July 26.
Puccinia tosta Arth. — Under the description of this
species7 was cited two collections on Sporobolus utilis. The au¬
thor has the specimen that was sent by Mr. Cockerell to the office
of the Agrostologist for identification of the host, and it was
determined at that time as Sporobolus depauperatus. The au¬
thor has again compared the specimen with typical material in
the herbarium of the office of the Agrostologist and confirms the
original determination. The two species are easily confused from
a small specimen or without roots, but their habit is quite differ¬
ent. It is probable that the specimens collected by Griffiths are
also on the same host.
Puccinia variolans Hark. — On Eriocarpum spinulosum.
No. 1221, Merrill and Wilcox, Laramie River, 16 miles S. W.
of Laramie, Wyo., August 22.
Rcestelia sp. indet. — On Amelanchier pumila. No. 1204,
Merrill and Wilcox, Snake River, Menoe’s Ferry, Wyo., July 23.
In habit this resembles R. harknessi, but Dr. Thaxter thinks that
it is neither of our eastern ones. It may prove to be new.
3Bot. Gaz. 13: 126-127. 1888.
4Journ. Mycol. 5: 85. 1889.
5Bot. Gaz. 24: 28. 1897.
6U. S. Dept. Agr. Div. Agrost. Bull. 21. 1900.
Tull. Torr. Bot. Club, 29: 228. 1902.
128
Journal of Mycology
[Vol. 8
Uredo polyphodii (Pers.) DC. — On Cystopteris fragilis,
No. 1214, Merrill and Wilcox, Laramie River, 16 miles S. W. of
Laramie, Wyo., August 22.
Uromyces fraser.® Arthur & Ricker, sp. nov. — Sori am-
phigenous, oval or elliptical, sometimes confluent, 1-2 mm. long;
uredospores obovate elliptical
or oblong, 22-32 x 19-26" //,
with a colorless minutely ver-
rucose membrane, and a green¬
ish yellow content ; germ-spores
numerous, scattered over the
whole surface ; teleutospores
globose obovate or oblong,
often somewhat angular, 25-35
x 19-26 //, chestnut brown,
wall medium thick, apex not
thickened ; pedicel fragile hya¬
line, 7-16x3//. On Frasera
speciosa. No. 1211, Merrill and Wilcox, Wilson, Wyo., July 13.
Figs. 1 and 2, four teleutospores and three uredospores, x 315.
1 Uromyces geranii (DC.) Otth. & Wartm. — On Geranium
sp. No. 1208, Merrill and Wilcox, Wilson, Wyo., July 13.
Uromyces scutellatus (Schrank.) Lev. — On Euphorbia
robusto. No. 1189, Merrill and Wilcox, Point of Rocks, Wyo.,
June 20.
U. S. Dept. Agr., Bureau of Plant Industry.
Washington, D. C.
NORTH AMERICAN USTILAGINEAE.
G. P. CLINTON.
CONTRIBUTION FROM THE CRYPTOGAM IC LABORATORY OF HARVARD
UNIVERSITY. 53.
The following paper is a result of studies made upon this
group of fungi by the writer during the past two years in the
Cryptogamic Laboratory of Harvard University. It is prelim¬
inary to a monograph of the Ustilagineae of North America that
he hopes to issue in the near future, the work on this having
been largely completed. In the present paper there is given a list
of the species with their hosts and distribution so far as is now
known. Synonyms have also been given in those cases where
needed to show the identity of the species. The writer’s studies
have shown that a number of forms, described chiefly from this
country, do not deserve distinct specific recognition and in such
Oct. 1902] North American Ustilagineae 129
cases these are also given as synonyms under the proper species.
The generic position of a number of species has been changed
and such changes are indicated at the proper place. A few new
species are also described here for the first time. In this paper
proper specific names are not capitalized in order to conform to the
usage of this Journal though this does not represent the writer’s
ideas on the subject.
The writer is responsible for the following synonyms (printed
in italics) : Cintractia patagonica Cke. & Mass, (synonym of
Ustilago bromivora) ; Doassansia afPnis Ell. & Dearn. (Doassan-
sia intermedia) ; Entyloma castaliae Holw. (Entyloma nym-
phaeae) ; Entyloma holwayi Syd. (Entyloma polysporum) ; Schiz-
onella sub trip da Ell. & Ev. (Thecaphora trailii) ; Sorosporium
atrum Pk. (Thecaphora aterrima) ; Sorosporium bigeloviae Griff.
(Thecaphora pilulaeformis) ; Sorosporium cenchri Henn. (Soro¬
sporium syntherismae) ; Sorosporium williamsii Griff. (Ustilago
hypodytes) ; Thecaphora astragali (Pk.) Wor. and Thecaphora
desmodii (Pk.) Wor. (Thecaphora deformans) ; Tilletia serpens
Karst, and Tilletia aculeata Ule. (Ustilago macrospora) ; Tilletia
externa Griff. (Cintractia externa) ; Tilletia mixta Mass. p. p.
(Ustilago mulfordiana) ; Tilletia rotundata (Arth.) Ell. & Ev.,
Ustilago maclagani Berk. (Tilletia maclagani) ; Tolyposporium
davidsonii Diet. & Holw., Poikilosporium davidsonii Diet.,
(Thecaphora piluaeformis) ; Urocystis gei Ell. & Ev. (Urocystis
waldsteiniae) ; Ustilago ambiens Karst., Entyloma ambiens
Johan., (Schizonella melanogramma) ; Ustilago americana Speg.
and Ustilago hilariae Henn. and Ustilago stenotaphri of both
Hennings and Massee (Ustilago affinis) ; Ustilago andropogonis-
■saccharoides Henn. ( Sphacelotheca andropogonis-hirtifolii) ;
Ustilago apiculata Ell. & Gall. (Tolyposporella brunkii) ; Usti¬
lago caricicola Tr. & Earle (Ustilago olivacea) ; Ustilago caricis
var. douglasii Shear. (Cintractia caricis) ; Ustilago cylindrica Pk.
(Sphacelotheca ischaemi) ; Ustilago eriocauli Clint. Cintractia
eriocauli Mass., (Ustilago eriocauli [Mass.] Clint.) ; Ustilago
Plifera Nort. (Ustilago hieronymi) ; Ustilago Pmbristylis Thuem.
(Cintractia axicola) ; Ustilago holwayi Diet. (Ustilago lorent-
ziana) ; Ustilago insularis Henn. (Ustilago panici-leucophaei) ;
Ustilago juncicola Speg.? (Cintractia montagnei) ; Ustilago lieb-
manni Henn. (Cintractia junci?) ; Ustilago zvashingtoniana Ell.
& Ev. (Ustilago striaeformis).
The following species reported or described from North
America are excluded from the Ustilagineae in this paper. The
genera Cerebella and Graphiola, which have had several spe¬
cies reported from this country and which are usually placed
by American botanists in this group, are omitted as not properly
belonging here.
130
Journal of Mycology
[Vol. 8
Ustilago arenariae Ell. & Ev. on Arenaria congesta from
Colorado is certainly not an Ustilago but has the appearance of
ascomycetous spores merely mechanically adhering to the host.
Ustilago cyanea, parasitic on Balsamea vulgaris, was found in
California by Harkness and made the basis of anew genus, Spo-
rophaga, with possible relationship to the Uredineae or Ustila-
gineae. It may possibly belong with the Chytridineae but cer¬
tainly not with the Ustilagineae. Ustilaginoidea oryzae (Pat.)
Bref. has been reported in this country on imported rice seed.
Brefeld’s later work has shown that this genus does not belong
with the Ustilagineae. Ustilago flavo-nigrescens B. & C. on
Scleria sp. from Cuba and Ustilago viridis Ell. & Ev. on Setaria
sp. from Louisiana appear, from an examination of authentic
specimens, to be the sclerotial stages of species of Ustilaginoidea,
the latter probably being the same as Ustilaginoidea setariae Bref.
These species are therefore excluded. Ustilago ficuum on figs
and Ustilago phoenicis on dates, both not uncommon in markets
and Ustilago fischeri on kernels of corn (reported from Jamaica)
are now known to be species of Sterigmatocystis. Sorosporium
borrichiae Ell. & Ev. on Borrichia argentea from the island of
Cozumel, off Yucatan, has been examined by the writer and like¬
wise seems to be a species of Sterigmatocystis, appearing on the
host apparently because the flower heads were dried under unfav¬
orable conditions of moisture. Ustilago gynerii Vize on Gy-
nerium argenteum from California was long ago shown to be a
species of Gymnosporium. Entyloma alsines Hals, on Stellaria
media from New Jersey seems not to be an Entyloma, at least a
careful examination of the type material in several exsiccati and
that received especially for examination failed to show any spore
stage except the Cercospora-like conidia on the surface of the
leaves. The writer is indebted to Bresadola for type material
of Doassansia sintensii Bres. on Cedro matchos from Porto Rico.
This is certainly no Doassansia. The diseased leaves are coria¬
ceous and therefore not of the type infected by this genus ;
besides this, the discolored spots show nothing to indicate defi¬
nitely what caused them. Doassansia zizaniae on old stems of
Zizania aquatica and Burrillia globulifera occurring on similar
parts of Glyceria fluitans, both described by Davis from Wis¬
consin, do not seem to be true Ustilagineae but are more prob¬
ably sclerotial stages of species of Ascomycetes. Ustilago osmun-
dae Pk., reported on Osmunda regalis first from New York and
later from other eastern states, probably belongs with the Hypho-
mycetes instead of the Ustilagineae. This curious species needs
further study. Ustilago panici-miliacei (Pers.) Wint. has been
reported erroneously in this country, having been confused with
Sorosporium syntherismae.
Sphacelotheca has been extended by the addition of a num¬
ber of species usually placed under Ustilago. A few species have
Oct. 1902]
North American Ustilagineae
131
also been changed from Ustilago to Cintractia. Sphacelotheca
and Cintractia are not considered good genera by some botanists
though apparently they deserve such recognition. As considered
here Sphacelotheca is characterized by the possession of a false
membrane of definite sterile fungous cells, that envelopes the
sorus before its rupture. Groups of these sterile cells are also
often found within the spore-mass. There is also present
a central columella, usually composed of the remains of the plant
tissues, and the spore mass when young shows a centripetal devel¬
opment around this. Because of this method of spore develop¬
ment certain of these species, as well as a few Ustilagos, have
been placed under Cintractia by some botanists. Cintractia
(including Anthracoidea of Brefeld), however, is characterized
by spores, usually of a peculiar black-brown color, that develope
gradually in a centripetal manner forming a sorus that remains
rather permanently and firmly agglutinated. Species of this
genus also often have more or less evidence of a false membrane
and a columella. They occur usually on the Cyperaceae or on
related families. The genus Thecaphora, as considered here,
includes those species whose rather firmly united spore-balls con¬
sist of reddish-brown spores smooth on the contiguous surfaces
but variously marked on the free. So far as is known the ger¬
mination is by elongated germ tubes that usually produce solitary
terminal conidia. Sorosporium, with which it has been con¬
fused, has spores much like Ustilago and the spore-balls are often
only temporarily united. Burrillia has been made to include
those Doassansia-like species that lack a true cortex.
The writer wishes to express his especial obligation to
Professors Farlow and Thaxter, of Harvard, for their very great
help, in many ways, in furthering his study of this group. He
is also indebted to a considerable number of American and some
European botanists who have furnished specimens or otherwise
rendered aid. Specific acknowledgment of such aid will be made
later. That a wealth of material has been available for exam¬
ination is shown by the fact that every species listed from this
country, except one, has been seen. Type material of all species
described from North America has been examined. A great
difficulty in the systematic study of the group is that with such
an abundance of material one finds, in some cases, such great
variation that it is often a matter of arbitrary decision as to the
disposition of certain specimens or even as to the treatment of
certain species. It is hoped that the minimum of errors of judg¬
ment have attended the work in this respect.
132
Journal of Mycology
[Vol. 8
USTILAQINACE/E.
* Spores pale to dark reddish brown (Ustilago).
USTILAGO HYPODYTES (Schl.) Fr.— Ustilago minima
Arth., Bull. Ia. Agr. Coll. 1884:172. 1884. Ustilago sporo-
boli Ell. & Ev., Bull. Torr. Bot. Club 24:282. 1897. Ustilago
funalis Ell. & Ev., Bull. Torr. Bot. Club 24:457. 1897. Soro-
sporium williamsii Griff., Bull. Torr. Bot. Club 29:296. 1902.
Hosts : Agropyron occidentale, Mont., S. Dak. ; Distichlis
maritima, Nev., Ore., Tex. ; Elymus canadensis, Ia. ; E. conden-
satus, Nev., Ore., E. sitanion, Wash.; E. striatus, Mont.; Ory-
zopsis cuspidata, — ; Sporobolus cryptandrus, Colo, (type U.
sporoboli) ; Sporobolus sp., Calif.; Stipa comata, Mont., Neb.;
Sicoronata, Calif. ; S. eminens, Calif. ; S. occidentale, Ore. ; S.
richardsonii, Wyo. (type S. williamsii) ; S. setigera, Calif.,
Tex.; S. spartea, Ia. (type U. minima), Ill., S. Dak.; S. virid-
ula, S. Dak. ; Stipa sp., Utah, Wash.
When the spores of this species begin to germinate they
often swell in size and split off a cap from the epispore or else
crack irregularly. Sorosporium williamsii seems to be merely
this condition of this species. The so-called spore-balls are noth-
, ing more than a mechanical adhering of irregular masses of the
spores that is often met with in Ustilago where the specimens
have dried under certain conditions.
USTILAGO LONGISSIMA (Sow.) Tub— Hosts: Gly-
ceria arundinacea, Ia.. Minn.; G. grandis, Mass., Mich., N. Y.,
Verm. ; Glyceria sp. N. H.
The spores of the American specimens of this species average
slightly larger than those from Europe even on the same host.
USTILAGO LONGISSIMA var. MACROSPORA Davis.
— Hosts : Glyoeria fluitans, Ill., Me., Wis. (type) ; G. laxa, Me.
The form on G. laxa from Maine is somewhat intermediate
between this and the species.
USTILAGO MEXICANA Ell. & Ev.— Host: Muhlen-
bergia sp., Mex. (type).
USTILAGO HORDEI (Pers.) Kell. & Sw. Host: Hor-
deum sp. cult. More or less commonly found where barley is
grown.
USTILAGO LEVIS (Kell. & Sw.) Magn.— Host: Avena
sativa, Conn., Ia., Ill., Kans. (type), Ohio, Wis., W. Virg.
This species is often confused with Ustilago avenae. While
probably not so common as that species it is much more common
than the reported distribution would indicate.
Oct. 1902]
North American Ustilagineae
13a
USTILAGO PERENNANS Rostr.— Cintractia avenae Ell.
& Tr., Joum. Myc. 6:77. My. 1890.
Host : Arrhenatherum avenaceum, Conn., Ia., Ill., Miss,
(type Cintractia avenae Ell. & Tr.), Ohio, Verm.
USTILAGO AVENAE (Pers.) Jens. — Hosts: Avena fatua
Calif. ; A. sativa, commonly distributed over N. Amer. where
oats are grown.
USTILAGO NUDA (Jens.) Kell. & Sw. — Host : Hor-
deum sps. cult., commonly found where barley is raised as a farm
crop.
USTILAGO TRITICI (Pers.) Jens. — Host: Triticum
vulgare, a common parasite on this host in North America.
USTILAGO MUHLENBERGIAE Clint, n. sp.— Sori in
the inflorescence, ovoid to subspherical, about 3-6 mm. in length,
protected by thin, semi-transparent membrane of the infected
enveloping glumes, upon rupture disclosing black-brown dusty
spore mass ; spores rather dark reddish brown, chiefly spherical,
with brittle epispore that breaks up into very small granular
echinulations (especially at opposite sides of the spore thus leav¬
ing a darker less broken central band) 4-6 y- in diameter.
Host: Muhlenbergia texana, Ariz. (type).
The writer is indebted to Professor Farlow for this species
which was collected by Pringle in southern Arizona in 1884. It
is peculiar because of its very small spores and because of the
curious way, as shawn by an immersion, in which the epi¬
spore breaks into granular echinulations. The germination of
the spores has not been observed.
USTILAGO RESIDUA Clint, n. sp. — Ustilago segetum
Auct. p. p. Ustilago segetum f. Danthoniae Ell. and Ev. N. A.
F. 1893a. 1887.
Sori prominent, in the inflorescence, infecting the whole, or
sometimes confined to the individual spikelets, usually enclosed
by leaf sheaths, on exposure showing as olive brown dusty spore
mass ; spores rather light olive brown, ovoid or ovate to spheri¬
cal or occasionally irregular, thin walled, with coarse granules
giving granular reticulate appearance, usually 5-5-8.5a> some¬
times even iifx in length.
Hosts : Danthonia compressa N. Y. ; D. spicata, N. H. ;
Danthonia sp., Colo.
This is near Ustilago tritici but has spores more granular
reticulate, averaging larger and not lighter colored on one side.
It is one of the forms that have been included in the old species
Ustilago segetum, and, so far as the writer can ascertain, has
not, as yet, been given specific distinction. Ustilago danthoniae
Kalchb., if described accurately, differs decidedly in its much
larger spores.
134
Journal of Mycology
[Vol. 8
USTILAGO AFFINIS Ell. & Ev. — Ustilago affinis Ell. &
Ev. Bull. Torr. Bot. Club, 20 1297. 1893. Ustilago hilariae Henn.,
Hedw. 37 1267. 1898. Ustilago stenotaphri Henn., Hedw. 37 1293.
1898. Ustilago americana Speg., Fung., Argent. Nov. Vel. Crit.
no. 375. 1899. Ustilago stenotaphri Mass. Kew Bull. 153-4:184.
1899. Ustilago henningsii Sacc. & Syd., Syll. Fung. 16:368.
1902.
Hosts: Hilaria cenchroides, Mex. (type U. hilariae Henn.) ;
Stenotaphrum americanum, Bermuda, Jamaica (type).
This fungus has been described a number of times during
recent years by different botanists. The first named applied to
it is apparently that used by Ellis and Everhart in 1893. Ustilago
hilariae Henn. on Hilaria sp. does not seem distinct from the
form on Stenotaphrum and so they have been placed together
here. Ustilago stenotaphri of McAlpine is apparently a distinct
species which was described in 1895.
USTILAGO LORENTZIANA Thum.— Ustilago holwayi
Diet., Bot. Gaz. 18:253. 1893.
Hosts: Hordeum jubatum, Mont., N. Dak., S. Dak.; H.
maritimum, Ida.; H. murinum, Calif.; H. pratense, Calif, (type
U. holwayi), Utah; H. pusillum, Calif.; Hordeum sp., Calif.,
Wash.
Dietel’s Ustilago holwayi does not seem to be specifically
different from de Thumen’s species if one takes into considera¬
tion the variations that are met with in specimens from this
country, some of which agree exactly with the South American
type of the species.
USTILAGO BROMIVORA (Tul.) Fisch. d. Waldh.—
Cintractia patagonica Cke. & Mass., Grev. 18:34. 1889.
Hosts : B'romus arvensis, Colo. ; ? B. breviaristatus, Calif.,
Ia. ; B. ciliatus, Colo. ; B. hookerianus, Calif., Wash. ; B. hor-
deaceus var. glabrescens, Wash. ; B. kalmii, Utah ; B. margin-
atus, Colo., Ore., Wy. ; B. mollis, Wash. ; B. racemosus, Wash. ;
B. secalinus, Calif., Ore. ; B. vulgaris, Mont. ; B. vulgaris var.
eximius, Wash.
An examination of the type of Cintractia patagonica shows
it to be only an unusually vigorous form infecting the basal parts
of the outer glumes as well as the inner parts.
USTILAGO BROMIVORA var. MACROSPORA Farl.—
Host: Bromus ciliatus, Colo (type), la.?
This seems entitled only to varietal rank though the spores
are much larger than those ordinarily possessed by the species.
Specimens have been found on the same host that apparently
belong to the species rather than this variety.
USTILAGO CRAMERI Korn. — Host: Setaria italica, Ill.,
Ohio, N. Dak., S. Dak.
Oct. 1902]
North American Ustilagineae
135
USTILAGO PANICI-PROLIFERI Henn.— Host: Pani-
cum proliferum var. acuminatum, Mex. (type).
USTILAGO PANICI-LEUCOPHAEI Bref.— Ustilago in-
sularis Henn. Hedw. 35:51. 1896.
Host: Panicum leucophaeum, Jamaica.
USTILAGO ULEI Henn. — Host: Chloris submutica, Mex.
USTILAGO CHLORIDICOLA Henn.— Host : Chloris sp.,
Calif, (type).
USTILAGO TILLANDSIAE Patters, n. sp.— Sori destroy¬
ing inner flower parts, protected by enclosing bracts and perianth,
forming an irregular dusty black spore mass about 1-3 cm. in
length ; spores olive brown, chiefly ovoid to spherical, thin walled,
more or less collapsed or hemispherically cupped, smooth or with
brittle epispore breaking up into thin polygonal areas, 7-13 11 in
length.
Hosts: Tillandsia leiboldiana, Mex.; Tillandsia sp., Costa
Rica (type).
The writer first learned of this species through Mrs. Flora
W. Patterson of the Department of Agriculture and later on
searching in the Gray Herbarium found it on specimens from
Mexico. It is somewhat questionable whether the species is a
true Ustilago or some Hyphomycete having the appearance of
a smut, though it is more probably the former. A study of the
method of spore production and germination may be necessary
to determine its true position.
USTILAGO OLIVACEA (DC.) Tub— Ustilago caricicola
Tr. & Earle, Bull. Torr. Bot. Club 26:493. 1899.
Hosts: Carex folliculata, Miss, (type U. caricicola); C.
polystachya, Mex. ; C. utriculata, Wash. ; Carex sp., Mex.
USTILAGO SPARSA Underw. — Host: Dactyloctenium
aegyptiacum, Ala. (type), S. Car.
This is issued in Ravenel’s Fungi Amer. No. 790 as Ustilago
destruens Schl.
USTILAGO SPERMOPHORA B. & C.— Hosts: Era-
grostis major, la., Ill., Ind., Kans., Mass., Miss., Neb., N. Car.,
N. Y., S. C. (type), S. Dak., Wise.; E. reptans, D. C., S. Dak.
USTILAGO BOUTELOUAE Kell. & Sw.— Host: Bou-
teloua oligostachya, Kans. (type), Okl.
USTILAGO TRICUSPIDIS Ell. & Gall. n. sp.— Sori in
ovaries, ellipsoidal, about 4 mm. in length, infecting an occasional
spikelet and showing between the spreading glumes ; spores
medium reddish brown, ovoid to chiefly subspherical or spherical,
rather prominently verruculo-echinulate, chiefly 8-1 1 ft in length.
136
Journal of Mycology
[Vol. 8
Host: Triodia cuprea (Tricuspis seslerioides), Mo. (type)*
This species bears the above name in the U. S. Dept. Agr.
Herbarium and is evidently new. The writer is indebted to Mrs.
Flora W. Patterson for the privilege of examining specimens.
The fungus was collected by M. B. Waite at Charleston, Mo.,
in the fall of 1889. It is related to Ustilago spermophora but
has spores that are more regular, more prominently verruculo-
echinulate and darker colored.
USTILAGO MINOR Nort. — Host: Bouteloua hirsuta,
Kans. (type).
Griffiths has listed a number of additional hosts for this
species but they seem to the writer, who has examined the type
of the species, to come more properly under Ustilago hieronymi.
The specimens assigned to these two species show such variation
that it is difficult to determine where the specific lines should
be drawn.
USTILAGO HIERONYMI Schrot.— Ustilago filifera Nort.,.
Trans. Acad. Sci. St. Louis 7:23 7. 1896.
Hosts : Bouteloua aristidoides Ariz., Mex. ; B. bromoides,
Ariz. ; B. eriopoda, Ariz.; B. oligostachya, Ariz., Kans.’ (type
U. filifera), Mont.; B. polystachya, Ariz.; B. racemosa, Kans.
(type U. filifera), Tex.; Pappophorum wrightii, Ariz.
Perhaps some of the larger spored forms (on B. oligostachya
for instance) deserve specific recognition. The writer is also
somewhat in doubt about the specific position of the specimens
issued by Griffiths in his West American Fungi on Pappophorum
wrightii and Bouteloua polystachya as in both of these cases
the sori are in the aborted inflorescence instead of on the leaves.
USTILAGO BUCHLOES Ell. & Tr. — Host: Buchloe
dactyloides, Neb., N. Mex. (type). ,
Further study may possibly show this to be the same as the
last species.
USTILAGO PUSTULATA Tr. & Earle.— Hosts : Panicum
proliferum, la., Ill., Kans., Miss, (type) ; P. virgatum, Tex.
USTILAGO SPHAEROGENA Burr.— Host : Panicum
crus-galli. Conn., Ia., Ill. (type), Neb.
USTILAGO CRUS-GALLI Tr. & Earle.— Ustilago crus-
galli Tr. & Earle, Bull. Torr. Bot. Club 22:175. 1895. Cintrac-
tia seymouriana Magn. Ber. Deut. Bot. Ges. 14:217. 1896. Cin-
tractia crus-galli Magn., Ber. Deut. Bot. Ges. 14:392. 1896.
Host: Panicum crus-galli, Ark., Ill., Mass., Minn., Ore.,
S. Dak., Utah (type), Wash.
Magnus has placed this species under the genus Cintractia
because of the method of spore formation. As considered here
Oct. 1902] North American Ustilagineae 137
Cintractia is limited to species possessing- quite a different type
of spores.
USTILAGO ZEAE (Beckm.) Ung. — Hosts: Euchlaena
luxurians, Ala., Ia., Ill., Kans., Wise. ; Zea mays, common
throughout N. Amer.
USTILAGO PANICI-GLAUCI (Wallr.) Wint.— Ustilago
neglecta Niessl, Rab. Fungi Eur. 1200. 1866.
Host : Setaria glauca, Conn., Ia., Ill., Ind., Kans., Mass.,
Neb., N. H., N. J., N. Y., Ohio, S. Dak., Verm., Wise.
USTILAGO UNIOLAE Ell. & Ev.— Host : Uniola gracilis,
Miss., Tex. (type).
USTILAGO ERIOCAULI (Mass.) Clint.— Cintractia erio-
cauli Mass. Grev. 22:67. 1894. Ustilago eriocauli Clint., Rho-
dora 3 182. 1901.
Host : Eriocaulon septangulare, Mass, (type U. eriocauli
Clint.), N. H., Conn.
This was described by the writer in 1901 as a new species,
as it was considered distinct from Cintractia eriocauli on Erio¬
caulon fenestratum, described by Massee from Madagascar. Since
then specimens of the latter have been received from Massee
and the two prove to be the same. Massee’s original description
is at fault in that it gives the spores as smooth when they are
distinctly verruculose; the fungus, also, seems to come more
propei ly under Ustilago than under Cintractia.
USTILAGO ORNATA Tr. & Earle.— Host : Leptochloa
mucronata, Miss. (type).
USTILAGO SPOROBOLI Tr. & Earle.— Host : Sporob-
olus junoeus, Miss. (type).
USTILAGO VILFAE Wint. — Host: Sporobolus vaginae-
florus, Kans., Penn. (type).
USTILAGO RABENHORSTIANA Kuhn.— Hosts : Pani-
cum filiforme, N. J., Mex. ; P. glabrum, Ill., Kans., Minn., N.
H. ; P. sanguinale, Ala., Conn., D. C., Ia., Ill., Ind., Kans., Mary.,
Mass., Miss., Mo., Neb., N. J., Ohio, N. Car., Tex., Wise.; Pani-
cum sp., N. Y., S. Car.
USTILAGO HOLWAYANA Henn. — Host: Paspalum
velutinum, Mex. (type).
USTILAGO MULFORDIANA Ell. & Ev.— Tilletia mixta
Mass., Kew Bull. 153-4:145. 1899.
Hosts: Festuca tenella, Ariz., Ida., Mont., Ore., Wash.,
Wyo. ; Festuca sp., Calif., Ida. (type).
138
Journal of Mycology
[Vol. 8
USTILAGO HILARIAE Ell. & Tr.— Uredo hilariae Sacc.,
not Ell. & Tr., Syll. Fung. 9:333. 1891.
Host: Hilaria jamesii, Colo., N. Mex. (type).
USTILAGO AEGOPOGONIS Henn. — Host: Aegopogon
cenchroides, Mex. (type).
USTILAGO ELEGANS Griff.— Host: Chloris elegans,
Ariz. (type).
USTILAGO DIETELIANA Henn.— Host : Tripsacum
dactyloides, Mex. (type).
USTILAGO STRIAEFORMIS (West.) Niessl.— Tilletia
striaeformis Oud., Bot. Zeit. 36:440-1. 1878. Ustilago washing-
toniana Ell. & Ev., Bull. Torr. Bot. Club 22 :57. 1895.
Hosts : Agrostis alba var. vulgaris, Conn., Ia., Ill., Mo. ;
Ammophila arundinacea, Mass. ; Elymus canadensis var. glauci-
folius, Wise. ; E. virginicus, Ill. ; Phleum pratense, la., Ill., Ind.,
Mass., Mo., Ohio, N. J., N. Y., Wise., Can. ; ? Poa annua, Mass. ;
P. pratensis, la., Ill. ; Unknown grass, Mass., N. J., N. Y., Tex.,
Wash, (type U. washingtoniana).
USTILAGO CALAMAGROSTIDIS (Fckl.) Clint, n.
nom. — Tilletia calamagrostis Fckl., Symb. Myc. : 40. 1869.
Hosts : Calamagrostis canadensis, Verm. ; C. canadensis var.
acuminatus, Wyo. ; C. pickeringii, N. Y.
USTILAGO MACROSPORA Desm.— Ustilago macros-
pora Desm., PI. Crypt. II, 1727. 1850. Tilletia serpens Karst.,
Fung. Fenn. 599. 1886. Tilletia aculeata Ule, Verh. Bot. Ver.
Prov. Brand. 25: 213. 1884.
Host : Agropyron repens, la., Mass., Wise.
USTILAGO ECHINATA Schrot.— Host : Phalaris arun¬
dinacea, Neb., Wash.
USTILAGO xULIPAE (Heufl.) Wint.— Ustilago erythro-
nii Clint., Bull. Buff. Soc. Nat. Sci. 1 :67. 1873.
Host: Erythronium americanum, Mo., N. J., N. Y. (type
U. erythronii), Penn.
** Spores golden. (Ustilago.)
USTILAGO VAILLANTII Tul.— Host: Scilla praecox.
Mass.
USTILAGO OXALIDIS Ell. & Tr— Host : Oxalis stricta,
Conn., Ill., Miss, (type), Mo., N. Y., Wise.
Oct. 1902]
North American Ustilagineae
139
*** Spores lilac to purple. (Ustilago.)
USTILAGO KOENIGIAE Rostr. — Host: Koenigia is-
landica, Greenland (type).
USTILAGO VINOSA (Berk.) Tul.— Host: Oxyria
digyna, Calif., Greer.I.
USTILAGO VIOLACEA (Pers.) Fckl. — Hosts: Arenaria
groenlandica, Me., N. H., N. Y. ; A. lateiiflora var. glabrescens,
Wash.; Cerastium maximum, Alaska; Lychnis sp., Minn.; Silene
acaulis, N. H. ; S. douglasii var. macounii, Mont. ; S. multicaulis,
Wash. ; S. tetonensis, Wyo. ; S. watsoni, Calif., Wash ; Stellaria
borealis, Greenl.
USTILAGO VIOLACEA var. MAJOR Clint, n. var.— Sori
inconspicuous, filling swollen anthers, soon rupturing and dis¬
closing violet colored dusty mass of spores ; spores pale lilac to
violet, ovoid to spherical, occasionally somewhat irregular, with
rather conspicuous spore wall covered ‘with numerous minute
reticulations (i m or less in diameter), chiefly 7-12 ix in length.
Host: Silene watsoni, Wash. (type).
European botanists seem inclined to keep Schroeter’s species
of Ustilago major on Silene otites distinct from Ustilago violacea.
The spores of the variety described here are much like those of the
former species and if the two are the same it seems doubtful if the
European form on Silene otites deserves specific rank. This vari¬
ety represents the extreme variation from the species as found in
this country. Silene watsoni is also a host for the species.
USTILAGO GAYOPHYTI Hark.— Host: Gayophytum
ramosissimum Calif, (type), Ore.
USTILAGO ANOMALA Kze.— Hosts: Polygonum cili-
node, Me., N. H., N. Y., Verm.; P. convolvulus, Ill.; P. dume-
torum var. scandens, Ind., Mo., Verm., W. Virg.
USTILAKO UTRICULOSA (Nees.) Tul.— Hosts: Polyg¬
onum acre, Ill., Kans., Miss. ; P. amphibium, Ind., Penn. ; P.
aviculare, Calif. ; P. erectum, Miss. ; P. hydropiper, Ala., Conn.,
Ia. ; P. hydropiperoides, Conn., Miss., Verm. ; P. lapathifolium,
Ill. ; P. lapathifolium var. incarnatum, la., Ill. ; P. pennsylvani-
cum, Ala., Ia., Ill., Kans., Mass., Miss., Mo., Neb., N. H., N. J.,
N. Y., Ohio, R. I., Verm., W. Virg.; P. sagittatum, N. Y. ;
Polygonum sp., Ill., Mass., Mich., Mo., N. Car., N. J., R. I., Mex.
On some of these hosts, especially those growing in moist
situations, as Polygonum acre and Polygonum hydropiperoides,
the smut approaches very closely to Ustilago anomala.
USTILAGO KUEHNEANA Wolff. — Host : Rumex
acetosella, S. Car.
140 Jour7ial of Mycology [Vol. 8
USTILAGO PARLATOREI Fisch. d. Waldh. — Hosts :
Rumex britannica, Mo., Neb. ; R. mexicanus, Mex.
USTILAGO BISTORT ARUM (DC.) Korn.— Host:
Polygonum viviparum, Colo., Wyo., Greenl.
SPPIACELOTHECA PAMPARUM (Speg.) Clint, n.
nom. — Ustilago setariae Niessl?, Speg. Fung. Argent, pug. 2 no.
24. 1880. Ustilago pamparum Speg., Fung. Guar. pug. 1 149.
1886. Ustilago kolaczekii Kuhn, Rab-Wint. Fungi Fur. 3401.
r886.
Host: Setaria sp., Mex.
SPHACELOTHECA DIPLOSPORA (Ell. & Ev.) Clint,
n. nom.-A Ustilago diplospora Ell. & Ev., Journ. Mvc. 6:119.
1891.
Hosts: Panicum crus-galli, Ill.; P. sanguinale, Miss. (type).
SPHACELOTHECA SORGHI (Lk.) Clint, n. nom.—
Ustilago sorghi Pass., Pledw. 12:114. 1873. Cintractia sorghi-
vulgaris Clint., Bull. Ill. Agr. Exp. Stat. 47:404. 1897.
Hosts: Sorghum vulgare and vars., Ala., Calif., Conn., D.
C., la., Ill., Kans., Neb., N. J., N. Y, Ohio, S. Dak., Wise.,
Jamaica, Ontario.
SPHACELOTHECA ISCHAEMI (Feld.) Clint, n. nom.—
Ustilago ischaemi Fckl., Enum. Fung. Nass. 22. 1861. Usti¬
lago cylindrica Pk., Bot. Gaz. 7:55. 1882. Cintractia ischaemi
Syd., Oesterr. Bot. Zeit. 51 :i2. 1901
Hosts : Andropogon contortus, Mex. ; A. furcatus, Kans. ;
A. saccharoides Ariz., Mex. ; A. scoparius, Ill. ; Andropogon sp.,
Ariz. (type U. cylindrica).
SPHACELOTHECA PASPALI-NOTATI (Henn.) Clint,
n. sp. — Ustilago paspali-notati Flenn., n. sp. in Herb. Holway.
Sori in the inflorescence, linear, about 4-6 cm in length,
with evident false membrane gradually flaking away from apex
and exposing reddish brown dusty spore mass surrounding evi¬
dent often forked columella ; sterile cells hyaline, with those of
the membrane adhering rather firmly, with inner loose ones in
roundish clusters, usually larger than the spores ; spores light
reddish brown, ovoid to spherical or slightly angled, apparently
smooth but very minutely verruclose, 7-10 in length.
Host: Paspalum notatum, Mex. (type).
This species is very near Sphacelotheca ischaemi, in fact is
scarcely to be distinguished from the verruculose forms of that
species, though it has a more luxuriant sorus and different host.
For this reason there may be some question if it is entitled to the
specific rank given it by Hennings.
Oct. 1902]
North American Ustilagineae
141
SPHACELOTHECA MONILIFERA (Ell. & Ev.) Clint,
n. nom. — Ustilago monilifera E. & Ev., Bull. Torr. Bot. Club
22 1362. 1895. Ustilago andropogonis-contorti Henn., n. sp.,
in Herb. Plolway.
Hosts: Andropogon contortus, Ariz. (type), Mex. (type U.
andropogonis-contorti Sandw. I si.
It is possible that Ustilago nealii Ell. & And. is the same
as this species. It is a true Sphathelotheca but the writer has not
decided definitely if it comes here or is distinct.
SPHACELOTHECA ANDROPOGONIS-HIRTIFOLII
(Henn.) Clint, n. nom. — Ustilago andropogonis-hirtifolii Henn.,
Bot. Gaz. 28:274. 1899. Ustilago andropogonis-saccharoidis
Henn., Syd. Ust. 251. 1901.
Hosts: Andropogon hirtifolius pubiflorus, Mex. (type); A.
saccharoides, Mex. (type U. andropogonis-saccharoidis).
SPHACELOTHECA OCCIDENTALIS (Seym.) Clint, n.
nom. — Sorosporium ellisii var. occidentalis Seym., Ell. & Ev.
N. A. F. 2265. F. 1889. Ustilago andopogonis Kell. & Sw.,
Journ. Mycol. 5:12-13. Mr. 1889.
Hosts: Andropogon furcatus, Kans. (type U. andropo-
gonis), N. Dak. (type), Neb.; A. hallii, Kansas (type U.)
andropogonis, Neb.; A. hallii var. flaveolus, Ill. (cult.) ; A. mac-
rourus, Calif.
SPHACELOTHECA MONTANIENSIS (Ell. & Holw.)
Clint. 11. nom. — Ustilago montaniensis Ell. & Hollw., Ell. & Ev.
N. A. F. 2263. 1899. Described in Journ. Mycol 6:19 1891.
Hosts : Muhlenbergia glomerata, Mont. ; M. glomerata var.
setiformis, Mont,; Muhlenbergia sp., Mont. (type).
SPHACELOTHECA REILIANA (Kuhn) Clint, n. nom.
— Ustilago reiliana Kuhn, Rab. Fung. Eur. 1998. 1875. Cin-
tractia reiliana Clint., Bull. Ill. Agr. Exp. Stat. 57:346. 1900.
Hosts : Sorghum vulgare, la., Ill., Kans., Minn., Miss.,
Neb., N. J., Ohio, Tex. ; Zea mays, Kans., Ohio.
SPHACELOTHECA HYDROPIPERIS (Schum.) DeBy.
— Hosts : Polygonum acre, Ill., Mass. ; P. bistortoides, Wash.,
Wyo. ; P. hydropiper, Neb., R. I. ; ? P. persicaria, N. Y. ; P.
sagittatum, la., Ill., Me., N. Y., Verm., W. Virg. ; P. viviparum,
Wyo., Greenl. ; Polygonum sp., Mo.
MELANOPSICHIUM AUSTRO - AMERICANUM
(Speg.) Beck. — Ustilago austro-americana Speg., Fung. Argent,
pug. 4, n. 45. 1881. Melanopsichium austro-americanum Beck,
Ann. Natur, Hofmus. Wien, 9:22. 1894.
Hosts : Polygonum aviculare, Calif. ; P. hydropiper, D. C.,
Mo. ; P. lapathifolium, Calif., Ill. ; P. lapathifolium var. incar- *
142
Journal of Mycology
[Vol. 8
natum, Ill., Mo. ; P. pennsylvanicum, Ill., Kans., Mo., N. Y. ; ?P.
virginianum, Mo. ; Polygonum sp., D.C., la., Mo., N. J., Tex.
CINTRACTIA TAUBERTIANA (Henn.) Clint, n. nom.—
Ustilago taubertiana Henn., Engl. Bot. Jahrb. 17:525. 1893.
Hosts : Rhynchospora alba, Mass., N. J. ; R. cephalantha,
Miss. ; R. fascicularis, Fla. ; R. inexpansa, S. Car. ; Rhynchos¬
pora, ? Tex.
This smut has smaller and usually lighter colored spores
than Cintractia montagnei.
CINTRACTIA MONTAGNEI (Tul.) Magn.— Ustilago
caricis Auct. p.p. PUstilago juncicola Speg., Fungi Guar. 15.
1891.
Hosts: Rhynchospora alba, Me., Newf., N. Y., Verm.; R.
eximia, Mex. ; R. glomerata, Mass., Miss., N. Y. ; R. tenuis, Mex. ;
Rhynchospora sp., N. Car., S. Car.
CINTRACTIA PSILOCARYAE (Tr. & Earle) Clint, n.
nom. — Ustilago psilocaryae Tr. & Earle, Bull. Torr. Bot. Club
26493. 1899-
Hosts : Psilocarya nitens, Fla., Miss, (type) ; P. scirpoi-
des, Mass., R. I.
CINTRACTIA CARICIS (Pers.) Magn.— Ustilago caricis
Ung., Einfl. Bodens 21 1. 1836. Anthracoidea caricis Bref.,
Unters. Gesammt. Myk. 12:144. 1895. Cintractia caricis
Magn., Abh. Bot. Ver. Prov. Brand. 37:78. 1896. Ustilago
caricis douglasii Shear, Fungi Col. 1485. 1901.
Hosts: Carex sps., distributed over North America; Kob-
resia caricina, N. Amer. ; K. scirpina, Greenl. ; Scripus caespito-
sus, Greenl.
The writer has listed this smut on over forty species of
Carex.
CINTRACTIA EXTERNA (Griff.) Clint, n. nom.— Til-
letia externa Griff., Bull. Torr. Bot. Club 29:290. 1902.
Host: Carex fllifolia, Mont, (collected by F. W. Anderson,
Apr. 1888 at Sand Coulee), Neb. (collected by T. A. Williams.
Tune 23, 1890, at War Bonnet Canon), Wyo. (type T. externa).
This species' was first collected nearly fifteen years ago by
Anderson who distributed it to several herbaria under the name
of Ustilago caricis. Later it was collected by Williams. Recently
it has been described from Wyoming, as a new species, bv Grif¬
fiths. The writer had it described (in manuscript) as a new spe¬
cies when Griffiths description came to hand. It is related to C.
caricis but differs by having more regular, smooth spores with
evident hyaline enveloping membranes. These membranes are
evidently hygroscopic and by means of the absorbed water the
Oct. 1902 ]
North American Ustilagineae
143
spores are shed, becoming glued over the adjacent parts. When
dry the spores are very firmly agglutinated in the sorus.
CINTRACTIA SUBINCLUSA (Korn.) Magn.— Ustilago
subincluse Korn., Hedw. 13:159. 1874. Anthracoidea subin-
clusa Bref., Unters. Gesammt. Myk. 12:146. 1895. Cintractia
subinclusa Magn., Abh. Bot. Ver. Prov. Brand. 37:79. 1896.
Hosts : Carex lanuginosa, Nev. ; C. michauxiana, Brit.
Amer., New Bruns.; C. oligosperma, Newf. ; C. trichocarpa var.
deweyi, N. Dak. ; C. utriculata, Nev., Ore.
CINTRACTIA LUZULAE (Sacc.) Clint, n. nom.— Usti¬
lago luzulae Sacc., Myc. Yen. Spec. 73. 1873.
Host : Luzula campestris, Ind.
CINTRACTIA JUNCI (Schw.) Trek — Hosts: Juncus
acuminatus, Miss. ; J. effusus, N. J. ; J. tenus, Conn., Ia., Ill.,
Mass., Ohio, N. J., N. Y., Penn, (type), Verm., Wise.; Juncus
sp., Mass., N. Car., Mex.
CINTRACTIA AXICOLA (Berk.) Cornu.— Ustilago axi-
cola Berk., Ann. Mag. Nat. Hist. II, 9:200. 1852. Ustilago fim-
bristylis Thm., Bull. Torr. Bot. Club 6:95. 1876. Cintractia
axicola Cornu., Ann. Sci. Nat. Bot. VI, 15:279. 1883.
Hosts: Fimbristylis autumnalis, Ala., Miss., Virg. (type U.
fimbristylis) ; Fimbristylis sp., Costa Rica, Cuba, Mex., San
Domingo (type).
CINTRACTIA AXICOLA var. MINOR Clint, n. var. —
Sori and spores as in the species 'except latter smaller, chiefly 10-
13/i in length.
Host : Cyperus grayii, N. Y.
This variety is based on the specimen issued in Ell. and Ev.
N. A. F. no. 2423 as Ustilago (Cintractia) axicola Berk. Be¬
sides having a different host it differs from this species in having
smaller spores. It sometimes occurs at the base of the spikelets
forming a conspicuous smutty mass. In some respects it agrees
with a species Spegazzini has described from South America as
Cintractia peribebuyensis on Cyperus.
CINTRACTIA UTRICULICOLA (Henn.) Clint, n. sp.—
Cintractia leucoderma f. utriculicola Henn., Hedw. 34:336. 1895.
Cintractia axicola f. spicularum Juel, Bih K. S. Vet. Akad. Handl.
23 (3°) : 7 ■ 189 7-
Sori in ovaries, ovoid to subspherical, chiefly 3-6 mm. in
length, covered by an evident whitish false membrane that rup¬
tures irregularly from the apex disclosing semi-agglutinated black
spore mass ; sterile cells hyaline, chiefly subspherical, often semi-
gelatinized ; spores dark reddish brown, often subopaque, with
irregular lighter areas, somewhat compressed laterally and there-
144 Journal of Mycology [Vol. 8
fore in cross-section appearing oblong to circular according to
view, smooth, 11-16/4 in length.
Host : Rhynchospora sp., Mex.
This form is described from specimens issued in Sydow's
Ustilagineen no. 22 o from Mexico. The synonyms given are
those that have been assigned by others, the writer not having
seen type specimens of these. This Mexican collection, at least,
seems to deserve specific distinction from both Cintractia axicola
and Cintractia leucoderma. From the former it differs not only
in the host and part infected but also in its darker colored spores
and from the latter in the position and size of the sorus and in its
smooth spores.
CINTRACTIA LEUCODERMA (Berk.) Henn.— Cintrac¬
tia krugiana Magn. Engl. Jahrb. 17:490. 1893.
Hosts : Rhynchospora gigantea, Porto Rico (type C. krugi¬
ana), Rynchospora sp., Mex.; PRhynchospora, Cuba, San Do¬
mingo (type).
SCHIZONELLA MELANOGRAMMA (DC.) Schrot.—
Ustilago ambiens Karst., Oefv. Svensk. Kongl. Vet. Akad. Forh.
29:108. 1873. Entyloma ambiens Johans. Oefv. Svensk. KongL
Vet. Akad. Forh. 4i9:i6o. 1884.
Hosts : Carex atrata, Colo. ; C. laxiflora, Ill. ; C. pennsyl-
vanica, Conn., Ia., Ill., Mass., Mich., N. Y. ; Carex sp., Calif.,
Colo., Ind., Mich., Ore., Utah, Wyo.
The writer has received a specimen of the type of Ustilago
ambiens from Karsten and it proves to be this species.
MYKOSYRINX CISSI (DC.) Beck.— Schroeteria cissi De
Toni, Sacc. Syll. Fung. 72:5oi. 1888. Mykosyrinx cissi Beck,
Ann. Natur. Hofmus. Wien, 9:123. 1894.
Hosts : Cissus acida, Porto Rico ; C. erosa, Porto Rico ; C.
sicyoides, Fla., Bahamas, Jamaica, Porto Rico, San Domingo
(type) ; Vitaceae, Haiti, Mexico.
SOROSPORIUM CONSANGUINEUM Ell. & Ev.— Usti¬
lago aristidae Pk., Bull. Torr. Bot. Club 12:35. 1885.
Hosts : Aristida basiramea, S. Dak. ; A. longiseta robusta.
Neb. ; A. purpurea, Neb. ; A. rusbyi, Ariz. (type) ; A. scheideana,
Ariz. ; Aristida sp., Kans., Tex. (type U. aristidae).
With age the spore-balls very easily separate into the indi¬
vidual spores and then the fungus may be taken for an Ustilago.
SOROSPORIUM SYNTHERISMAE (Pk.) Farl.— Usti¬
lago syntherismae Pk. (not Schw.) Ann. Rep. N. Y. St. Mus.
27:103. 1875. Sorosporium syntherismae Farl., Host Index N.
A. F. 152. 1891. Sorosporium cenchri Henn, Hedw. 35:221-2.
1896.
Oct. 1902]
North American Ustilagineae
145-
Hosts : Cenchrus multiflorus, Mex. ; C. tribuloides, Conn.,
Ia., Ill., Ind., Kans., Mich., Minn., Neb., N. Y., S. Dak., Tex.,
Wise. ; Cenchrus sp., Kans., Mex. ; Panicum agrostoides, Mo. ;
P. capillare, la., Ind., Kans., Mass., Neb., S. Dak. ; P. proliferum,
la., Ill., Kans., Mo. ; Panicum sp., Kans., D. C., Mo.
SOROSPORIUM ELLISII Wint.— Sorosporium syntheris-
mae Amer. Auct. p. p.
Hosts : Andropogon scoparius, Conn., Ill., Kans. ; A. vir-
ginicus, N. J. (type) ; Aristida dichotoma, Ohio, Penn. (type).
SOROSPORIUM EVERHARTII Ell. & Gall.— Tolypos-
porium everhartii Diet., Nat. Pflanzenf. i1** '.14. 1897.
Hosts : Andropogon macrourus, Fla. ; ? A. scoparius, Ala. ;
A. virginicus, Ala., Miss., N. J. (type).
SOROSPORIUM PROVINCIALE (Ell. & Gall.) Clint, n..
sp. — Sorosporium ellisii var. provincialis Ell. & Gall., Journ.
Mycol. 6:31-2. 1890.
Sori in the inflorescence, linear, often 6 or more cm. in
length, concealed within the leaf sheath or the upper part pro¬
truding, with false membrane that becomes lacerated as exposed
and with black brown granular spore mass ; spore-balls variable,
apparently gradually wearing away, chiefly 50-100 /* or possibly
even longer ; spores medium light reddish brown though often
darker in places, rather regular, ovoid to chiefly subspherical,
minutely verruculose, with thick (3 t* ) uniform cell wall, 14-19
in length.
Host: Andropogon furcatus, Mo. (type), Neb.
This species is based on specimens No. 2425 in Ell. & Ev.
N. A. F. It seems entitled to specific rather varietal rank as it
is the most sharply marked off of the related species on Andro¬
pogon. It is especially distinguished by the thick uniform walls
of the spores.
SOROSPORIUM RHYNCHOSPORAE Henn.— Host :
Rhynchospora semiplumosa, Miss.
SOROSPORIUM GRANULOSUM Ell. & Tr.— Host:
Stipa viridula. Col. (type).
THECAPHORA PILULAEFORMIS B. & C.— Thecaphora
pilulaeformis B. & C., Grev. 3 :58. 1874. Tolyposporium david-
sonii Diet. Holw., Bot. Gaz. 19:395. 1894. Poikilosporium
davidsohnii Diet., Flora 83 :87. 1897. Poecilosporium david-
sornii Sacc. & Syd., Syll. Fung. 16 :38o. 1902. Sorosporium
bigeloviae Griff., Bull. Torr. Bot. Club 29:295. 1902.
Host: Bigelovia veneta, Calif, (type) ; Bigelovia sp., Ariz.
(type S. bigeloviae).
Dietel and Holway erroneously reported the host as Atriplex.
The writer has examined both the Berkeley and Curtis specimens-
146
Journal of Mycology
[Vol. 8
and those of Dietel and Holway and the two prove to be the same
fungus. Recently Griffiths has described the species under the
name of Sorosporium bigeloviae.
THECAPHORA TRAILII Cke.— Thecaphora trailii Cke.,
Grev. 11:155. 1883. Thecaphora cirsii Boud., Bull. Soc. Myc.
Fr. 3 1149. 1887. Schizonella subtrifida Ell. & Ev., Journ. Mycol.
6:119. 1891. Poikilosporium trailii Vesterg., Micr. Rar. Sel.
452. 1902.
Host: Cnicus ochrocentrus Colo, (type S. subtrifida).
THECAPHORA CALIFORNICA (Hark.) Clint, n. nom.
— Sorosporium californicum Hark., Bull. Calif. Acad. Sci. 1 :i6i-
2. 1885.
Host: Grindelia robusta, Calif, (type).
THECAPHORA CUNEATA (Schof.) Clint, n. nom.—
Sorosporium cuneatum Schof., Contr., Bot. Dep. Uni. Neb. 3:48.
1892. Sorosporium solidaginis Ell. & Ev., Proc. Acad. Nat. Sci.
Phil. 1893:156. 1893.
Hosts: Grindelia squarrosa, Neb. (type), Kans. ; Solidago
missouriensis, Kans. (type S. solidaginis).
THECAPHORA DEFORMANS Dur. & Mont.— The¬
caphora deformans Dur. & Mont., Ann. Sci. Nat. Bot. Ill, 7:110.
1847. Thecaphora lathyri Kuhn, Rab. Fungi Eur. 1797. 1873.
Thecaphora affinis Schneid., Jahrb. Schles. Ges. Vat. Kult.
>1874:90. 1874. Sorosporium desmodii Pk., Bot. Gaz. 3:35.
1878. Sorosporium astragali Pk., Bot. Gaz. 4:218. 1879. The¬
caphora astragali Wor., Abh. Senck. Nat. Ges. 12:579. 1882.
Thecaphora desmodii Wor., Abh. Senck. Nat. Ges. 12:579. 1882.
Hosts : Astragalus bisulcatus, Colo. ; A. drummondii, Colo,
(type S. astragali) ; A. multiflorus, Utah; A. scopulorum, Colo.;
Desmodium acuminatum, N. J. (type S. desmodii) ; D. nudi-
florum, Marv., Penn. ; Hosackia parviflora, Wash. ; Lupinus sp.
‘Colo. ; Trifolium tridentatum, Calif.
THECAPHORA MEXICANA Ell. & Ev. n. sp.— Sori on
stems, prominent, forming clustered subglobose pustules each
about 4 mm. in diameter, firm, upon rupture scattering dusty
umber spore mass and leaving behind the remains of the hollowed
pustules ; spore-balls light reddish yellow, ovoid to spherical,
composed of 15-30 spores separated by prominent hyaline areas
that apparently widen with maturity, 50-QO fx in length ; spores
angular when young but with age becoming more rounded, irregu¬
lar, oblong to polyhedral or subpherical, with distinct inner and
outer coats, the latter thick and provided with prominent irregular
papillae, chiefly 16-22 //, most eloneat-ed rarely 25 fi in length.
Plost : Guardiola platyphylla, Mex. (type).
This interesting species bears the above name in the U. S.
Dept. Agr. Herb. (Div. Veg. Path. & Phys.) and is evidently
Oct. 1902]
North American Ustilagineae
147
new. It was collected by Dr. Palmer in Mexico. The pustules
are l ireer and more clustered than those formed by Thecaphora
pilulaeformis. The hyaline intersporal areas are peculiar and it
is probable that by further gelatinization of these the spores be¬
come separated. In the younger conditions the spore-balls are
imbedded in the prominent semi-gelatinized mycelium. The ger¬
mination of the species is not known.
THECAPHORA ATERRIMA Tul. — Sorosporium atrum
Pk., Bot. Gaz. 5 135. 1880. Tolyposporium aterrimum Diet., Nat.
Pflanzenf. I1**:i4< 1897.
Hosts : Carex adusta, la. ; C. pennsylvanica, Colo, (type S.
•atrum), Kans. ; Carex sp., Ia.
There is some doubt as to the true generic position ol this
species. Dietel places it under Tolyposporium.
TOLYPOSPORELLA BRUNKII (Ell. & Gall.) Clint, n.
nom. — Ustilago (Sorosporium?) brunkii Ell. & Gall., Journ.
Mycol. 6:31. 1890. * Ustilago apiculata Ell. & Gall., Tex. Agr.
Exp. Sta. Bull. 9:29. 1890.
Hosts: Andropogon argenteus, Tex. (type) ; A. perforatus,
Mex. ; A. saccharoides, Tex., Mex.
This species is related through its very thick but much more
regular epispore to Tolyposporella chrysopogonis though it does
not form the definite spore-balls of that species. Its spores have
considerable resemblance to Kuntzeomyces ustilaginoideus but the
outer coat, upon pressure, does not break open and let out the
.unruptured spore as does that species but the fissure extends
clear through the spore.
TOLYPOSPORELLA CHRYSOPOGONIS Atk.— Host:
Chrysopogon nutans, Ala. (type), Tex.
TOLYPOSPORIUM BULLATUM Schrot.— Host : Pani-
cum crus-galli, Conn., Ia., Ill., Mass.
TOLYPOSPORIUM ERIOCAULI Clint.— Host: Erio-
caulon septangulare, Mass, (type), N. H.
TESTICULARIA CYPERI Klotz.— Hosts : Rhynchospora
macrostachya, N. Y. ; Cyperaceae, N. Amer. (type).
TILLETSACE^E.
* Spores smooth. (Tilletia.)
TILLETIA FOETENS (B. & C.) Trek — Host: Triticum
vulgare, Ia., Ind., Ill., Kans., Ky., Md., Mass., Mich., Minn.,
Mont., Neb., N. Car. (type), N. Dak., N. J., Ohio, S. Dak.,
Wise., Wyo., Manitoba, N. W. Ter.
* Listed by Jennings as a new species but not described.
148
Journal of Mycology
fVol. 8
** Spores reticulate. (Tilletia.)
TILLETIA TRITICI (Bjerk.) Wint.— Host: Triticum
vulgare, la., Kans., Mich., Minn., Nev., N. J., Ohio, W. Virg. on
leaves (?).
TILLETIA ANTHOXANTHI Blytt.— Host: Anthoxan-
thum odoratum, Conn.
This species was first described in 1896 from Norway. It
has not been reported very often. The writer found it the past
summer at New Haven, Conn. Apparently this is the only time
it has been collected in this country.
TILLETIA ELYMI Diet. & Holw.— Hosts: Elymus glau~
cus, Mont.; Elymus sp., Wash. (type).
TILLETIA CEREBRINA Ell. & Ev.— Host : Deschampsia
caespitosa, Rocky Mts. (type).
TILLETIA MONTANA Ell. & Ev.— Hosts. Redfieldia
flexuosa, Neb.; Sporobolus gracillimus, Rocky Mts. (type).
TILLETIA FUSCA Ell. & Ev. — Hosts : Festuca micro-
stachya, Rocky Mts. (type), Wash.; F. tenella, Ida., Mont.*
Ore., Wyo.
TILLETIA ASPERIFOLIA Ell. & Ev. — Hosts : Sporob¬
olus asperifolius Colo., Mont., N. Mex., Ore., Rocky Mts. (type).
Wash., Wy. ; ?S. simplex, Mont.
*** Spores verruculose. (Tilletia.)
TILLETIA MACLAGANI (Berk.) Clint, n. nom.— UstL
lago maclagani Berk., Grev. 3 :58~9. 1874. Ustilago rotundata
Arth., Bull. Ia. Agr. Coll. 1884:173. 1884. Tilletia rotundata*
Ell. & Ev., N. A. F. no 1894. 1887. Tilletia rotundata Mass.,
Kew Bull. 153:145. 1899.
Host: Panicum virgatum, Conn., Ia. (type U. rotundata)..
Kans., Neb., Montreal (type).
The writer is indebted to Massee for a specimen of Berk¬
eley’s type of Ustilago maclagani and this proves to be the same
as Arthur’s Ustilago rotundata. The smut is evidently a Tilletia
though its germination has not been reported.
'* Ellis and Everhart called the fungus Ustilago rotundata Arth., but
said it was evidently a Tilletia and therefore American botanists have
since called the fungus Tilletia rotundata (Arth.) Ell. & Ev.
Oct. 1902]
North American Ustilagmeae
149
**** Spores with prominent tubercles, spines or
scales. (Tilletia.)
TILLETIA EARLEI Griff. — Host: Agropyron occidentale,
S. Dak. (type).
This species is peculiar in that the sorus occurs in the modi¬
fied culm of his host.
TILLETIA TEXANA Long n. sp. — Sori in ovaries, ovoid
or oblong, about 3-5 mm. in length, more or less hidden by envel¬
oping glumes, forming a somewhat agglutinated light-reddish
brown spore mass ; sterile cells not very numerous, hyaline, with
very thick often lamellate walls and central contents; spores very
light-colored, orange yellow (appearing as if somewhat imma¬
ture) chiefly subspherical or spherical, with prominent conical
tubercles (blunt or sometimes quite pointed) which extend out
2-3 n to the evident hyaline envelope, chiefly 19-25 n in diameter.
Host: Hordeum pratense, Tex. (type).
In Europe Tilletia hordei occurs as a parasite on a species of
Hordeum but that smut possesses reticulate spores and so is quite
distinct from the species described here. This description is
based on the single collection made by Long and as the spores
have somewhat the appearance of being immature, it may be
that the description will need some changing with further study
of the fungus. It is closely related to Tilletia buchloeana but
apparently differs in the slightly larger lighter colored spores
with more prominent tubercles and in the character of the hyaline
membrane. The spores have not been germinated.
TILLETIA BUCHLOEANA Kell. & Sw.— Host : Buchloe
dactyloides, Kans. (type).
TILLETIA CATHESTECI (Henn.) Clint, n. nom.— Usti-
lago cathesteci Henn., Hedw. 36:212. 1897.
Llost : Cathestecum procumbens, Mex. (type).
TILLETIA CORONA Scrib. — Hosts : Leersia lenticularis,
Miss.; L. oryzoides, D.C. (type), Mo.; L. virginica, D.C. (type),
Ill., Miss., Ohio.
TILLETIA PULCHERRIMA Ell. & Gall.— Tilletia pul-
cherrima Ell. & Gall., Bull. Torr. Bot. Club, 23 :2io. 1896.
This herbarium name was merely mentioned here by Earle.
The writer believes the fungus to be a distinct species from Til¬
letia corona Scrib.
TILLETIA RUGISPORA Ell. & Gall. — Hosts : Paspalum
plicatulum, Tex. (type) ; Paspalum sp., Mex.
TILLETIA HORRID A Tak. — Host: Oryza sativa, S. Car.
150 Journal of Mycology [Vol. 8
NEOVOSSIA IOWENSIS Hume & Hods.— Host: Phrag-
mites communis, la. (type), Conn.
TUBURCINIA CLINTONIAE Korn.— Urocystis colchici
Amer. auct. p. p. Tuburcinia trientalis Amer. auct. pp. Tubur-
cinia clintoniae Kom. Jacq-Koo-Tranz. Fungi Rossiae 260.
1899.
Hosts : Polygonatum giganteum, la. ; Smilacina stellata,
Mont. ; Smilacina, Wise. ; Streptopus roseus, Brit. Col.
TUBURCINIA TRIENTALIS B. & Br.— Host: Trien¬
talis europaea, Alaska.
UROCYSTIS WALDSTEINIAE Pk.— Urocystis wald-
steiniae Pk., Ann. Rep. N. Y. Stat. Mus. 46:32. 1893. Ustilago
waldsteiniae Paz., Rab-Wint-Paz. Fungi Eur. 4011. 1895.
Urocystis gei Ell. & Ev., Bull. Torr. Bot. Club 27 :572. 1900.
Hosts: Geum ciliatum, Wash, (type Urocystis gei) ; Wald-
steinia fragarioides, N. Y. (type), Wise.
This is not a typical Urocystis since it lacks the sterile pe¬
ripheral cells. Pazschke has placed it under Ustilago but it has
characters not in entire agreement with that genus. It seems best
to let it remain under Urocystis until more is known of its de¬
velopment ; especially of the germination of the spores.
UROCYSTIS ANEMONES (Pers.) Wint.— Hosts: Ac-
taea alba, W. Virg. ; Anemone caroliniana, Kans., Tex.; A. nem-
orosa, Conn., Ia., Mass., Me., Mich., N. Y., Wise. ; A. patens
var. nuttalliana, Colo. ; A. pennsylvanica, N. Y., Wise. ; A. vir-
giniana, Tex. ; Anemonella thalictroides, N. Y. ; Hepatica acut-
iloba, la., Ill., Ind., N. Y., Wise. ; H. triloba, Mo. ; Ranunculus
fascicularis, Ill.; Trollius sp., N. Y.
UROCYSTIS CARCINODES (B. & C.) Fisch. d. Waldh.
— Host: Cimicifuga racemosa, N. Car., Ohio, Penn, (type),
Tenn.
UROCYSTIS SOROSPORIOIDES Korn.— Hosts: Aco-
nitum columbianum, Utah ; Aquilegia coerulea, Utah ; Delphin¬
ium sp., Calif. ; Thalictrum alpinum, Greenl. ; Thalictrum sp.,
Mass.
UROCYSTIS VIOLAE (Sow.) Fisch. d. Waldh. — Hosts :
Viola odorata, Canada ; Viola sp., Minn. ?
UROCYSTIS CEPULAE Frost. — Hosts: Allium cepa,
Conn, (type), Ind., Mass., N. J., N. Y., Ohio; A. nevadense,
Nev.
UROCYSTIS OCCULTA (Wallr.) Rab.— Host: Secale
cereale, Conn., Mass., Minn., Ohio, N. J., N. Y., R. I.
Oct. 1902]
North American Ustilagineae
151
UROCYSTIS AGROPYRI (Preuss) Schrot. — Hosts :
Agropyron divergens, Wash.; A. repens, Mass., Verm.; Bromus
ciliatus, la. ; Calamagrostis canadensis, Ore. ; Elymus arenarius,
Greenl. ; E. canadensis, la., Ill., Mo., Neb., Wise.; E. robustus,
la. ; E. virginicus, Ill.
UROCYSTIS JUNCI Lagerh. — Host: Juncus balticus,
Nev.
UROCYSTIS GRANULOSA Clint, n. sp.— Sori in the
spikelets, ovoid to oblong, about 5-10 mm. in length, chiefly
confined to the inner parts but showing through the more or
less infected glumes, forming a granular, black spore mass ;
spore-balls reddish to black brown, ovoid to spherical, not easily
ruptured, chiefly 28-50^ in length; sterile cells reddish yellow,
ovoid to subspherical, completely covering the spores, often some¬
what indefinite in appearance through the collapsing of outer
wall, about 8-13^ in length; spores dark reddish brown, ovoid
to spherical or polyhedral through pressure, smooth, about 13--
19 fi in length.
Host: Stipa comata, Ida. (type).
This species is based on a specimen in S. M. Tracy’s her¬
barium labeled Sorosporium granulosum Ell. & Tr. on Stipa
comata, collected by Dr. F. V. Hayden in Idaho in 1859. It
differs from the type of Sorosporium granulosum in the same
herbarium on Stipa viridula in that the sori are in the spikelets,,
and the spore balls, have fewer spores and possess a definite
covering of sterile cells.
UROCYSTIS HYPOXYIS Thaxt.— Host: Hypoxys erecta.
Conn, (type), Mass. !
* Spores dark colored. (Entyloma.)
ENTYLOMA LINEATA (Cke.) Davis.— Entyloma eras-,
tophilum. Amer. auct. p. p.
Host: Zizania aquatica, Conn., Ga. (type), Ill., Neb., S.
Dak., Wise.
ENTYLOMA CRASTOPHILUM Sacc.— Hosts: Holcus
lanatus, N. Y. ; Phleum pratense, la., Ill.
ENTYLOMA IRREGULARE Johans. — Host : Poa praten-
sis, Ill.
ENTYLOMA SPECIOSUM Schrot. & Henn.— Hosts:
Alopecurus geniculatus, Tex. ; Panicum proliferum, Ill. ; Pani-
cum sp., Ill.
ENTYLOMA CARICINUM Rostr. — Host: Carex rigida,t
Greenland (type).
152
Journal of Mycology
[Vol. 8
** Spores light colored. (Entyloma.)
ENTYLOMA THALICTRI Schrot. — Entyloma ranunculi
forma thalictri Farl., Bot. Gaz. 8:275. 1883.
Hosts : Anemone nemorosa, Wise. ; Thalictrum dioicum,
Wise, (type E. ranunculi forma thalictri Farl.) ; T. purpu-
rascens, Ill.
This is probably the same as Schroters E. thalictri though no
specimen of the European fungus has been available for com¬
parison.
ENTYLOMA MENISPERMI Farl. & Trel.— Host: Men-
ispermum canadense, la., Ill., Kans., Minn., Mo., N. Dak., Wise.
( type ) .
ENTYLOMA COMPOSITARUM Farl. — Hosts: ?Am-
brosia artemisiaefolia, Mass. ; A. psilostachya, Kans., Wise. ; A.
trifida, D.C., Ill., Mo., Wise. ; Ambrosia sp., Ohio ; Aster cor-
difolius, Mass. ; A. novi-belgii, Mass., Me. ; A. paniculatus,
Wise.; A. puniceus, Mass., N. H. (type) ; Aster sp., N. Bruns.;
Bidens chrvsanthemoides, Kans. ; Erigeron elatus, Wash. ; E.
philadelphicus, N. Dak. ; PEupatorium ageratoides, Ill. ; Gnaph-
alium sp., Ala. ; Helenium autumnale, Wise. ; Heterotheca la-
markii, Kans. ; Lactuca. canadensis, Minn. ; Lepachys pinnata, la.,
Ill., Minn., Wise.; Rudbeckia laciniata, Mo., Ohio; Senecio
aureus, Neb., Wise.; S. aureus var. balsamitae, Kans.; Silphium
integrifolium, Wise.
The writer has not examined this species on all of the above
hosts and in such cases has depended upon the reported identity
of the species. It is possible that on some of these hosts the
species may be E. polysporum. In some cases the same host may
have either species attacking it, however.
ENTYLOMA POLYSPORUM ( Pk. ) Farl. — Entyloma
holwayi Syd. Ust. 282. 1901.
Hosts: Ambrosia artemisiaefolia, la., Ill., Ind., Mich., N.
Y., Wise.; A. bidentata, Ill.; A. trifida, Ill., N. Y. (type) : Cos-
mus sulphureus, Mex. (type E. holwayi) ; Gaillardia pulchella,
Kans. ; Helianthus annuus,, Mont.
ENTYLOMA ARNICALIS Ell. & Ev.— Hosts: Arnica
chamissonis, Wash, (type) ; A. cordifolia, Ida. ; A. latifolia, Wash.
ENTYLOMA GUARANITICUM Speg.— Hosts :— ?Bi-
dens frondosa, Mass. ; B. leucantha, Fla.
ENTYLOMA FLOERKEAE Holw. — Host : Floerkea
proserpinacoides, Ill., Ohio, Wise.
ENTYLOMA COLLINSIAE Hark.— Host : Collinsia bart-
siaefolia, Calif, (type).
Oct. 1902]
North Americaji Ustilagineae
153
ENTYLOMA LOBELIAE FarL— Host: Lobelia inflata,
Conn., Ill., Mass., Me,, (type), Mo., N. Car., N. H., Ohio, Wise.,
W. Va.
ENTYLOMA PHYSALIDIS (Kalchb. & Cke.) Wint.
— Entyloma besseyi Farl., Bot. Gaz. 8 1275. 1883.
Hosts : Physalis angulata, Miss. ; P. lanceolata, Ill., Kans.,
Ohio, S. Dak. ; P. lanceolata var. laevigata, Kans. ; P. Philadel¬
phia, Ind. ; P. pubescens, Ill., Ind., Kans., Tex., Wise. ; P. virgin-
iana, la., Ill., Mich., N. J., N. Y., Wise., Can. ; Physalis sp., Conn.,
Ia. (type E. besseyi Farl.), Kans., Ky., Neb., N. Y., Tex., Wise.;
Solanum nigrum, la., Kans. ; S. triflorum, N. Dak.
ENTYLOMA SEROTINUM Schrot.— Host : Mertensia
virginica, la., Mary.
ENTYLOMA SANICULAE Pk.— Hosts : Sanicula mary-
landica, la., Ill., N. Y. (type), Wise.; S. menziesii, Calif.; San¬
icula sp., Ala., Ind.
ENTYLOMA ERYNGII (Cda.) DeBy.— Host: Eryngium
yuccaefolium, Ia.
ENTYLOMA LINARIAE Schrot.— Host : Linaria vul¬
garis, N. J.
ENTYLOMA LINARIAE var. VERONICAE Hals.—
Hosts: Veronica americana, Colo., N. Y. ; V. peregrina, Ia., Ill.,
Mary., Mo., Wise.
ENTYLOMA ELLISII Hals. — Host: Spinacia oleracea,
N. J. (type).
ENTYLOMA ESCHSCHOLTZIAE Hark.— Host : Esch-
scholtzia californica, Calif, (type).
ENTYLOMA FUSCUM Schrot.— Host : Papaver sp. cult.,
Me., N. Brunsw.
ENTYLOMA MICROSPORUM (Ung.) Schrot.— Hosts :
Ranunculus fascicularis, Wise. ; R. septentrionalis, Ill., Wise. ;
Ranunculus sp., Ia.
ENTYLOMA MICROSPORUM var. PYGMAEUM Al-
lesch. — Host: Ranunculus pygmaeus, Greenl. (type).
The writer has not seen a specimen of this variety. Judging
from the description it does not seem to differ very essentially
from the species.
ENTYLOMA NYMPHAEAE (Cunn.) Setch. — Entyloma
castaliae Holw., Trans. Wise. Acad. Sci. Arts. Let. 11:174-6.
1897.
154
Journal of Mycology
[Vol. 8
Hosts: Nuphar advena, Conn., Ill., Mass., Wise.; Nym-
phaea odorata, Conn., Mass., Ohio; N. reniformis, la., Ill., Wise.;
i\ymphaea sp., Ia., N. J., Ohio.
BURRILLIA DECIPIENS (Wint.) Clint, n. nom. — Doas-
sansia decipiens Wint., Journ. Mycol. i :io 2. 1885.
Host: Limnanthemum lacunosum, N. J. (type).
The sporeJballs of this species have no definite cortical layer
and for this reason it has been placed by the writer under
Burrillia.
BURRILLIA ECHINODORI Clint, n. sp. — Doassansia
alismatis of Hark, in Proc. Calif. Acad. Sci. II, 2:231. 1889.
Sori in the leaves, forming irregular to sub-circular areas,
showing spore-balls as closely clustered very minute elevations
on both surfaces of the leaf ; usually a single spore-ball occupying
entire section of leaf between layers of the epidermis, more or
less merged sidewise, often irregular but chiefly oblong to sub-
spherical, without distinct cortex but composed of sterile cells
and spores intermixed ; sterile cells light reddish brown, with
thinner walls than the spores and more irregular in shape and
size; spores light-colored, chiefly ovoid to spherical, occasionally
somewhat flattened, apparently thick-walled, 12-18 n in length.
Llost : Echinodorus rostratus, Calif., Fla. (type).
This species was, apparently, first reported from California
by Plarkness, who called it Doassansia alismatis. Setchell evi¬
dently made an examination of this material as he states that it
is not this species but an Entyloma with a compact sorus. The
writer’s description is based on a specimen in the herbarium of
the U. S. Dept. Agr., Div. Veg. Path, and Phvs., collected by
Simson in Florida in 1892. Sections from this material show
that the sori have no definite cortex and that the spores are
larger and thicker walled than either Doassansia alismatis or D.
sagittariae to which the species has superficial resemblance.
The sori are also much larger ; these larger sori in some cases,
however, appear to be due to a very complete fusion of smaller
sori. The peculiarity of the species is that the sori are not com¬
posed entirely of spores but of sterile cells and spores intermixed.
The sterile cells are not strikingly different from the spores but
have more the appearance of the ordinary cortical cells. Upon
staining with eosin the spores become more evident through their
thicker more regular walls.
BURRILLIA PUSTULATA Setch. — Doassansiopsis pustu-
lata Diet., Nat. Pflanzenf. t1** '.22. 1897.
Host: Sagittaria variabilis, Ill. (type), Wise.
Oct. 1902]
North American Ustilagineae
155
* Eudoassansia.
DOASSANSIA EPILOBII Farl.— Host: Epilobium alp-
num, N. H. (type).
DOASSANSIA RANUNCULINA Davis.— Host: Ranun¬
culus multifidus, Wise. (type).
DOASSANSIA SAGITTARIAE (West.) Fisch.— Hosts .
Sagittaria arifolia, Ill. ; S. graminea, Ill. ; S. heterophylla, Wise. ;
S. variabilis, Kans., Mo., Ohio, N. Y., Wise. ; Sagittaria sp.,
Mo., Verm., Can.
DOASSANSIA ALISMATIS (Nees.) Cornu.— Host:
Alisma plantago, Calif.?, Ia., Kans., Minn., Mo., Neb., Wise.
Alisma plantago, Calif.?, Ia., Kans., Minn., Mo., Neb., N. Y.
Wise.
DOASSANSIA OPACA Setch. — Host : Sagittaria variab¬
ilis, Conn., Ill., Mass, (type), R. I.
** Pseudoassansia.
DOASSANSIA OBSCURA Setch. — Host: Sagittaria var¬
iabilis, Conn, (type), Mass, (type), Wise.
*** Doassansiopsis.
DOASSANSIA OCCULTA (Hoffm.) Cornu. — Doassansi¬
opsis occulta Diet., Nat. Pflanzenf. i1** :2i. 1897.
Hosts : Potamogeton pennsylvanicus, Conn., N. Y. ; Pota-
mogeton sps., Ill. ?, Kans.
DOASSANSIA OCCULTA var. FARLOWII (Cornu.)
Setch. — Hosts : Potamogeton natans, Can. ; P. pennsylvanicus,
Verm.; P. perifoliatus var. lanceolatus, Can.; P. pusillus, Can.;
P. vaseyi, Can. (type).
There is some question whether the variety is distinct. It
has been studied especially only on Potamogeton vaseyi.
DOASSANSIA MARTI ANOFFIANA (Thum.) Schrot.—
Doassansiopsis martianoffiana Diet., Nat. Pflanzenf. i1#*:2i.
1897.
Hosts : Potamogeton natans, Mass. ; Potamogeton sps.,
Conn., Ill., N. Y., Wise., Can.
DOASSANSIA DEFORMANS Setch. — Doassansiopsis de¬
formans Diet., Nat. Pflanzenf. i1#*:2i. 1897.
Hosts: Sagittaria variabilis, Conn, (type), Ill., Mass., Mo.,
R. I., S. Dak., Wise., Can. ; S. variabilis var. angustifolia, Ill. ;
Sagittaria sps., Fla., Tex.
156
Journal of Mycology
[Vol. 8
DOASSANSIA INTERMEDIA Setch. — Doassansia inter¬
media Setch., Bot. Gaz. 19:185-6. 1894. Doassansia affinis Ell.
& Dearn., Bull. Torr. Bot. Club 22:364. 1895.
Host: Sagittaria variabilis, Minn., N. H. (type), Can.
(type D. affinis).
TRACYA LEMNAE (Setch.) Syd. — Cornuella lemnae
Setch., Proc. Amer. Acad. Arts. Sci. 26:19. 1891. Tracya lem¬
nae Syd., Hedw. Beibl. 40:2. 1901.
Host: Spirodela polyrrhiza, Conn., Mass, (type), R. I.,
Wise.
Conn. Agr. Exp. Station, September, 1902.
NOTES ON FUNGI.
JOHN W. HARSH BERGER, PH. D.
The following notes are largely composed of observations
made upon a variety of fungi and are based upon field and labora¬
tory study of the same during the intervals of a busy career of
teaching. They are gathered together, therefore, in the hope
that they may prove useful to other workers in the same field of
inquiry. It is the intention of the writer to add to them from
time to time, as the material collected and the observations upon
the same seem to warrant their publication in serial form.
Box Tortoises and Toadstools. — The common box tortoise
( Cistudo virginica) of our eastern woodlands is extremely fond of
a rather frequent toadstool, Russula vires cens Fr. A number of
caps of this fungus, found in the woods at Primos, Delaware Co.,
Pa., on August 7, 1901, were gnawed in a rather jagged manner.
Later, a tortoise was found immediately in front of a large light
green Russula. It stopped work upon the approach of the ob¬
server, and although it was watched for some time, it remained
perfectly quiet and alert. An inspection of its horny beak, how¬
ever, revealed torn fragments of the toadstool smeared over the
horny surface. I, therefore, succeeded in connecting the tortoise
with the torn aspect of the fungus.
The Culture of Monilia martini S. & E. var. incen-
diarium E. & E. — The fungus in question grows on trees killed
by fire, where it forms a superficial growth of a bright, orange-
yellow color. It was distributed by Ellis in his North American
Fungi (No. 1389), and I am indebted to that botanist for the
identification of the plant discovered by me in great abundance
on burned willow limbs in Woodland Cemetery, Philadelphia.
It was found to be good material to demonstrate to botanical
classes typical conidial formation. The following experiments
Oct. 1902]
Notes on Fungi
157
were tried to ascertain the best media upon which to cultivate it.
A number of substances, viz., potatoes, slices of bananas, banana
skins, slices of orange, Neuchatel cheese, orange peels, slices of
apple, prune broth, stewed prunes, molasses, pine charcoal and
bread were used as culture media. The pine charcoal was tried,
because the fungus was found growing on burned trees. Spores
were sown by means of a sterilized platinum loop wetted in dis¬
tilled water and applied with the spores to the surface of the
several culture media. The following account gives in synopsis
the results obtained.
Potato (raw and cut open). — No perceptible growth.
Banana Slices. — No growth of Monilia, but a rich develop¬
ment of Penicillium glaucum Link, and later of Rhizopus nigri¬
cans Ehbg.
Banana Skin. — Covered by Penicillium glaucum Link,
and a small round patch of Monilia.
Orange Slices. — Invaded by Penicillium and Rhizopus.
Orange Peels. — Not suitable for Monilia.
Apple Slices. — No development of the orange-yellow
fungus.
Prune Broth. — Monilia made a rapid growth upon the sur¬
face of the broth, the conidial chains being formed most plenti¬
fully along the edges of the Petri dishes in contact with the air.
Stewed Prunes. — This culture material was covered by a
luxuriant growth of Rhizopus, later by Penicillium and a scatter¬
ing growth of Monilia between the denser mycelia of the above
named moulds.
Neuchatel Cheese. — No development of Monilia martini
S. & E. var. incendiarium E. & E.
Molasses. — No growth of any sort, although a rdtntiful sup¬
ply of spores was sown.
Pine Charcoal. — Spores of the fungus studied were sown
upon the surface of several charcoal blocks. Monilia, although,
as its varietal name implies, made a growth on this medium.
Bread. — Of all the materials experimented with, bread was
found to be the most suitable substance upon which to grow
Monilia martini S. & E. var. incendiarium E. & E. The fungus
later was kept for several months in a flourishing condition on
bread alone. Upon bread, it forms a white, cottony mycelium,
later, as the conidia are formed, assuming an orange-yellow
color. Three to five days elapse, depending upon the weather,
from the time the spores are sown until a new crop of spores is
obtained. The fungus can be kept alive for about three weeks,
when another sowing upon fresh bread should be made.
158
Journal of Mycology
[Vol. 8
Peziza repanda Wahlenb. in Pennsylvania. — Mcll-
vaine in his book “One Thousand American Fungi” (p.558) gives
the distribution of this fungus, as : New York, Ellis ; Minnesota,
Johnson ; Ohio, Lloyd ; Pennsylvania, Miller. It occurs, accord¬
ing to him, on the ground, or on decaying wood. M. C. Cooke
(Handbook of British Fungi II, p. 669) mentinos it as one of the
British funguses occuring on the ground and on stumps. It
was discovered by the writer at Sherwood, near Angora, Phila¬
delphia on an old rotten log in very considerable abundance.
The specimens collected, some two or three hundred in number,
varied in size from the diameter of a ten cent piece to one or
two, or three inches across. The individuals were clustered, or
disposed singly ; some were saucer-shaped, others deeper and more
bowl-shaped. The color was nearly white on the outer surface
and a light, yellowish-brown color on the concave inner side.
Spore Discharge in Peziza badia Pers. — A considerable
amount of this ascomycete was found at Crum Creek, Penna.,
May 20, 1901. When gathered in the hand and held for a mo¬
ment, a discharge of the spores took place with a puff, like the
curling smoke at the muzzle of a discharged gun. At intervals
of several minutes, the same phenomenon took place until appa¬
rently all of the spores had been set free from the asci.
Clitopilus abortivus B. & C. — The statement is made in an
authoritative work on the fungi of North America, that “the fun¬
gus is so named because of the abortive form of it frequently
found associated with it.” From this sentence, one would infer,
that the normal form is more abundant than the aborted one which
is found with it. Nevertheless in the season of 1901, the aborted
plants were by far the most abundant in the neighborhood of
Philadelphia. A search through several woods was rewarded
by the collection of many specimens of the rounded, egg-shaped,
aborted form and only a few examples of the normal gill-bearing
fungus.
Distribution of the Nuclei in the Feeding Plasmodium
of Fuligo septica Gmel. — I have described elsewhere* the pecu¬
liar feeding habits of the plasmodium of Fuligo septica Gmel.
Sections of the host fungus Pleurotus sapid us and of the plasmo¬
dium which was actively streaming over it were made and
mounted in balsam. The material was killed and hardened in
95 per cent, alcohol, was passed into paraffin, cut, and stained on
the slide. Iron-haematoxylon was found the most satisfactory
stain, the sections being left in the iron stain 4 hours and in
haematoxylon 12 hours. A study of the sections, thus prepared,
showed an interesting character of nuclear distribution, and
served to prove further, that the nucleus serves as the trophic
* Harshberger, Bot. Gaz. 31 : 198. 1901.
Oct. 1902]
Notes on Fungi
159
center of the cell. A fragment of a cell deprived of its nucleus
may live for a considerable time and manifest the power of
coordinated movement without perceptible impairment. Such a
mass of protoplasm is, however, devoid of the powers of assimi¬
lation, growth and repair, and sooner or later dies. In other
words, those functions that involve constructive metabolism cease
with its removal. There is, therefore, strong reason to believe,
that the nucleus plays an essential part in the constructive meta¬
bolism of the cell, and through this is especially concerned with
the formative processes involved in growth and development.
For these and many other reasons, the nucleus is generally re¬
garded as a controlling centre of cell activity.* This activity
of the nucleus is still further confirmed by a study of the plas-
modium in question. Before hardening the material in alcohol,
bit: streaming protoplasm of the myxomycete formed a loose reti¬
culum. The main streams of movement were cord-like and in
places heaped up into considerable masses lying upon the gill
surface of the mushroom. A section across the gills of the oyster-
mushroom with the feeding plasmodium upon it shows the strings
of plasmodial protoplasm in cross section. The protoplasm, when
stained with iron haematoxylon, is found to be spongy in nature
with large, open chambers across which run delicate strands of
plasmic substance. The nuclei vary in such sections of individual
streams of protoplasm, according to the following count : 175, 45,
33, 157, 8, 25, 20, 50, 172, made at random. The nuclei are
dark, and they appear, therefore, as small dark circular grains in
the faintly stained protoplasm. Their distribution in this protop¬
lasm concerns us here. The larger number of nuclei are found in
close proximity to the gill surface of the mushroon upon which the
plasmodium is feeding. In some cases, they are so crowded toge¬
ther as to appear in the form of an irregular deeply staining mass
in close contact with the food substance. The distal surface of the
plasmodium contains few, or no nuclei, and the central body
of protoplasm quite a number. One, however, is struck by the
large number of nuclei that lie near the actively digesting lower
surface. This distribution of the nuclei is of interest in connec¬
tion with the statement above that the nucleus controls the con¬
structive metabolism of the cell. The digestion of the food pre¬
supposes the activity of several ferments. That a process of
digestion is going on is evident from an inspection of the gill
surfaces. Here the spores have been removed from their sterig-
mata, the sterigmata have been digested and the free ends of the
basidia have been planed down by the zymogenic activity of the
plasmodium. Apparently, the distribution of the food supply is
regulated by the large number of nuclei, that seem to be attracted
* Wilson, The Cell in Development and Heredity, 30. 1900.
160 Journal of Mycology [Vol. 8
chemotactically to the incoming supplies of newly prepared food
substances.
Hypoxylon coccineum Bull, and Alcohol. — Hypoxylon
coccineum Bull, is a pyrenomycetous fungus found growing on
the limbs of beech trees. As far as the writer knows, the species
is confined to a single host — the beech. In color, the fruit bodies
are a dark, brick-red color. The stromata are erumpent, subglo-
bose; J-f cm. in diameter, and solitary, or partially confluent.
When placed in alcohol, the brick-red color is removed and the
subglobose stroma became umber-brown in color. The alcohol be¬
comes a sherry wine color through the presence of the dissolved
pigment. The solution of the pigment begins almost immediately
after the fungus is placed in alcohol.
Relationship of a Fungus (Scorias spongiosa Schw.)
and a Scale Insect (Schizoneura imbricator). — Living on
the limbs, twigs and leaves of the beech in the deep shade of the
forest is found a scale insect ( Schizoneura imbricator) , which is
covered by a woolw coat consisting largely of a wTaxy secretion
from the body. This wool-like material is quite abundant, and
where the insects live in masses together the entire limb, or leaf
surface has a downy white appearance. The abdomen of the
insect keeps constantly moving up and down with a jerking mo¬
tion, and the cottony material, therefore, is in constant agitation.
The insects secrete a honey dew, so copiously, that it flows down
the main branches and trunks of the beech trees, spreads out over
the surface of the beech leaves and finally reaches the ground
where it covers the mosses and forest litter. As the insects die,
their bodies covered with the downy wax become mixed up
together with honey dew, so that a rich pabulum is provided
suitable for the growth of fungi.
One fungous species in particular seems to be confined to the
rich food, which as found upon the trees and on the ground is
of an ash-gray color. The pyrenomycetus fungus in question,
Scorias spongiosa Schw., soon appears and completely covers
the ground, limbs and leaves where the ash-gray material col¬
lects. The mycelium of much branched, rigid, septate hyphse is
compacted together by a mucilagenous substance and forms a
blackish, spongy mass, which bleaches to a yellowish brown color
upon weathering. The larger glued together strands of the my¬
celium bristle with branches developed from the larger hyphae.
These rather rigid branches, interlocking together, assist in mak¬
ing a spongy texture, which gives specific name to the plant.
The perithecia of the fungus found by the writer are abund¬
ant, ovate, or pyriform. The spermagonia, however, which are
enlarged at the base and taper into a long neck open at the apex,
are more plentiful in the material from the woods along Crum
Creek, Delaware Co., Penna., than the perithecia. The ascos-
Oct. 1902] Notes from Mycological Literature
161
pores are multicellular of a dark brown color, their cell walls
being more evident and the constrictions between the cells more
distinct than in the example figured by Ellis * in plate X, figure
3, of his North American Pyrenomycetes. The prodigious for¬
mation of sporidia in the spermagonia accounts for the pheno¬
menal spread of the fungus during the early autumn days. The
presence of the mycelium on the surface of the leaves does no
apparent injury to the leaf substance. The fungus is a sapro¬
phyte and feeds superficially on the mixed honey dew and insect
substance. When fully matured, the whole mass can be removed
from the beech without the slightest injury to the upper leaf epi¬
dermis. However, the formation of starch in the leaf cells seems
to be checked, Scorias spongiosa Schw., of a black color, acts as
an almost perfect screen, shutting off the sun’s rays, and thus
influencing in a substantial manner the starch production of the
beech host, so that, if it were not for supplies derived from other
parts of the tree fully exposed to the sunlight considerable dam¬
age might be done to the shaded leaves. We have, therefore, in
the saprophytic association here described another interesting
example of the inter-dependence of organisms.
University of Pennsylvania.
* Ellis & Everhart, N. A. Pyrenomycetes, 55, pi. 10. 1892.
NOTES FROM MYCOLOGICAL LITERATURE. II.
w. a. kellerman:
An interesting study of Cladochytrium alismatis, found
for the first time in America at Glacialis pond, Cambridge, Mass.,
is given by G. P. Clinton in the Botanical Gazette, 33:49-61.
3 pi. Jan. 1902.
Alternaria citri Ellis & Pierce n. sp., the cause of Black
Rot of Oranges, is described in the Botanical Gazette, 33 1234-5,
March 1902. The losses are from 3 to 10 per cent of the crop of
navel oranges in the districts of California. The cells of the
pulp sacks are destroyed, and soon become black in color and
bitter to the taste.
The Ohio Agricultural Experiment Station has issued
(Bulletin 128) a general index to its Reports and Bulletins, vol¬
umes 1 to 20, 1882 to 1901, a 43-page pamphlet. The references
are not to the several Annual Reports and Nos. of the Bulletins
but to the year and pages — a continuous pagination having been
followed for the publications of each year after 1888. Under
the head of “Diseases” of plants, of alfalfa, apple, asparagus,
162
Journal of Mycology
[Vol. 8
barberry, barley, bean, beet (and all other commonly cultivated
plants), the entries cover about 4 pages. After each the disease
or the fungus in question is given, thus : Alfalfa, leaf spot fungus ;
Asparagus, rust ; Tomato, fusarium, etc. There is also a complete
index to technical [botanical] names. These Reports, though con¬
taining no account of extended research along mycological lines,
nevertheless record numerous observations of the occurrence of
parasitic fungi, experiments for checking their ravages, and
voluminous compilations as to the character and life histories as
well as their economic aspects. Amateurs, beginners and even
specialists will therefore find the Ohio publications a useful ency¬
clopedia of plant diseases.
Text Book on Bacteriology. — The Laboratory Guide
in Elementary Bacteriology by William Dodge Frost (pub¬
lished by the author, Madison, Wisconsin) is a book in demand
as shown by the appearance after one year of a second, but slightly
changed edition. The secret of its success is doubtless centered
in the fact that it is essentially the work that the author has been
using in his classes. Part I, General Bacteriology, occupies 133
pages; Part II, Medical Bacteriology, covers pages 134-348.
The actual use of this book will doubtless show its thorough
practicability, satisfactory completeness and excellent character
which are evident to the reviewer; it is therefore most highly
commended to all interested in practical bacteriology.
Apple Scab is the title of an important Bulletin (No. 67,
pp. 109-156, Illinois Agricultural Experiment Station, Decem¬
ber 1901) by George P. Clinton. A general account is given of
the fungus including its parasitic or temporary stage on leaves
and fruit, Fusicladium dendriticum ; and its saprophytic or per¬
manent stage, Venturia, on the dead leaves. The connection of
the former with the latter, — suggested by Goethe in 1887, fig¬
ured by Brefeld in 1891, and fully studied (the scabs of Apple,
Pear, and Cherry) in 1894 by Aderhold who connected them
with species of Venturias, — was corroborated by Mr. Clinton;
the latter’s work however was successful, it should be said, while
he was yet ignorant of the investigations by the other botanists
named. He says, “From the results of these and the writer’s in¬
vestigations there is no doubt that apple scab is merely a para¬
sitic summer stage of a permanent saprophytic fungus occurring
on the fallen leaves. It also appears to be this latter form that
is largely (in its immature condition) responsible for carrying
the fungus through the winter. At least the writer has been
unable to find any satisfactory evidence that the scab stage persists
on the young twigs, as has been stated by some investigators,
and by means of a new crop of scab spores in the spring spreads
the disease to the young fruit and leaves. Neither was there
found any evidence that the old spores lived over the winter on
Oct. Ib02] Notes from Mycological Literature
the fallen leaves, or that the mycelium in these gave rise to a
new crop for spring infection.” Details need not be here tran¬
scribed relative to the Injury, Prevention, Time of appearance,
Artificial cultures, and Microscopic structures. Under the head
of Nomenclature it is pointed out that the earliest name given
the scab stage (fructigenous form) was Spilocaea pomi Fries,
Nov. FI. Suec. 5:79. 1819. Eleven different names were subse¬
quently used by various authors. ‘Tn 1833 Wallroth unques¬
tionably found the leaf form and named it Cladosporium dendri-
ticum.” Cooke in 1866 (Seem. Jour. Bot.) described the apple-
leaf Venturia as a new species, namely Sphaerella inaequalis.
Mr. Clinton therefore follows Aderhold and sanctions the name
Venturia inaequalis (Cke.) Winter. It seems to us on the con¬
trary that the evidence is ample to justify the name Venturia
pomi (Fries.). Half-tones and outline drawings, 18 pages, are
used in illustrating this thorough and commendable Bulletin.
Still another important portion should be mentioned, namely,
the Bibliography; this covers 12 pages and includes about 170
items.
Three New Genera of tpie Higher Fungi, by Professor
Atkinson, are described, each with one species only, in the July
No. of the Botanical Gazette (34:36-43, 1902). Three half-tones
of outline drawings illustrate these three interesting forms.
Eomycenella, a new genus of Hymenomycetes, is based on speci¬
mens found on fallen leaves of Rhododendron, in September 1899.
They are very small, 3-8 mm. high, pileus 0.5-0.75 mm. broad,
stem slender and fleshy, very delicate, entirely white, the hyme-
nium plane or in large forms with a few short, narrow, distant
lamellae, not reaching the stipe. Eoterfezia, the type of a new
genus and family of Elaphomycetes, is based on specimens that
appeared as a parasite on Sordaria grown in the laboratory in
1897 on cow dung. There appeared on the perithecia of Sordaria
white, knot-like protuberances, subglobose or kidney-shaped,
nearly the entire interior of the body being occupied by minute
asci scattered and intermingled with the mycelium. The Dicty-
bole, a new genus of Phalloids, is based upon specimens collected
m sandy soil in Texas in 1901, having a dimorphic gleba, the
upper part traversed by sterile, radiating, imbricate plates, the
lower part latticed something after the fashion of Simblum. The
upper part of the volva remains adherent to the pileus, rupturing
in a circumscissile manner, often leaving the pileus more or less
irregularly lobed and pendent around the upper part of the re¬
ceptacle.
Dr. J. C. Arthur summarizes Eriksson’s paper on the
Rusts of cereals, published in the first two issues of the Annales
des Sciences Naturelles for 1902, in an admirable manner, in
the Tuly No. of the Botanical Gazette under Notes for Students.
164
Journal of Mycology
[Vol. 8
Reference is made to the experiments from 1892 to 1899, grow¬
ing wheat, oats and barley protected from atmospheric contagion
— though rust appeared on the plants. The summary continues :
“Seeds from rusted plants, it is asserted, are capable of giving
rise to rusted plants, with no external source of infection ; and
the author believes that the rust fungus exists in the seed in a
mycoplasmic form, and may so exist as long as the seed is viable.
Seeds sometimes bear sori filled with teleutospores, but it is not
from these spores that the infection is derived. While it is im¬
possible to demonstrate the mycoplasm, the fungus for the time
having lost definite form and become intimately associated with
the protoplasm of the host, yet many observations and experiments
are arrayed by the author in proof of its existence. Moreover,
certain analogous states have been observed in other organisms.
Among the most striking instances are Rozella and Woronina,
belonging to the Chytridineae, and parasitic on Saprolegnia. Ac¬
cording to the studies of Cornu and Fischer, when these plants
penetrate the host they become diffused for a time in the proto¬
plasm of the cell, and are then quite unrecognizable. Afterward
they assume the usual form and produce spores. In accordance
with this theory rust may be checked by treating the seed in a
manner to kill the mycoplasm. A change of climate, conditions
of growth, etc., may also cause the death of the mycoplasm, which
will account for the fact that seed from rust-infested fields when
taken to another locality or a distant country often gives plants
free from that particular kind of rust.”
Apple Rots in Illinois is the title of an instructive Bulletin
(No. 69 Ill. Agr. Exp. Sta., Feb. 1902) by G. P. Clinton, in which
is mentioned briefly the four diseases, Brown Rot (Monilia fruc-
tigena Pers.), Soft Rot (Rhizopus nigricans Ehr.), Fruit Blotch
( Phyllosticta sp.), and Black Rot (Sphaeropsis malorum Berk.) :
but the main portion of the Bulletin is devoted to the Bitter Rot,
whose summer stage [Gloeosporium fructigenum Berk.] and per¬
manent or winter stage [Gnomoniopsis fructigena (Berk.) Clint,
n. n.] were thoroughly investigated and are here fully described
and illustrated. The author states that in practically all of the
cultures that were made, including the Petri dish separation cul¬
tures, there developed in time an ascomycetous fungus that
proved to be the permanent stage of the Bitter Rot. This gen¬
erally appeared, more or less matured, within two weeks after
the cultures were started and usually after the Gloeosporium
spores had chiefly disappeared after germination. So far as is
known this is the first time that the permanent stage has been
found.
The Uredineae occurring upon Phragmites, Spartina, and
Arundinaria in America, by Dr. J. C. Arthur is published in the
July No. of the Botanical Gazette (34:1-20, 1902). The con-
Oct. 1902] Notes from Mycological Literature
165
fusion of the American species is here cleared up. Full descrip¬
tions and many illustrations are given of the seven species, of
which two are new and two others receive new names. The
article concludes with a serviceable key for determining un¬
named material, based upon distinctions of host, position on the
host, and the character of the uredospores, as follows :
ON SPARTINA.
Sori arising from soft tissues (intercostal.)
Uredospores wth wall thin, colored, echinulate . U. acuminatus.
Uredospores with wall thick, pale, echinulate . P. distichlidis.
Uredospores with wall thckened above, colorless, tuberculate
. P. seymouriana.
Sori arising from hard tissues (supercostal.)
Uredospores with wall thickened above, colorless, tuberculate
. P. fraxinata.
ON PHRAGMITES.
Sori artiphigenous, uredosori without paraphyses,
Uredospores with four equatorial pores . P. rubella.
Sori amphigenous, uredosori with paraphyses,
Uredospores with indefinite, scattered pores . P. simillima.
ON ARUNDINARIA.
Sori hypophyllous, uredosori without paraphyses,
Uredospores with rather thick wall, echinulate . P. arundinariae.
The continuation of Rud. Litdi's Beitrage zur Kentniss
der Chytridiaceae in Hedwigia (Beiblatt), March, 1902, enum¬
erates a large number of infection experiments with Synchytrium
taraxaci and Synchytrium anemones. In the summary he states
that Synchytrium taraxaci from Taraxacum officinale Wigg.
could be transferred to T. ceratophorum DC., T. palustre DC.,
T. erythrospermum Andrz. (and also the vars. rubicundum
Dahlst., lacistophyllum Dahlst., laetum Dahlst. and brachyglos-
sum Dahlst.), T. corniculatum DC. and T. crepidiforme DC.;
also that Synchytrium anemones wurde von Anemones nemorosa
iibertragen auf Anemone silvestris.
The Geastrae is the title of a useful pamphlet of 44 pages
concisely written, profusely illustrated and generously distrib¬
uted by C. G. Lloyd, the well known mycologist of Cincinnati. A
general account of the group covers 4 pages, followed (pp. 8-38)
by keys, descriptions and many half-tones of each species. An
appendix of “References” — which are “to plants and not to
authorities for names of plants” — occupies pp. 39-41 ; but the
several paragraphs would perhaps be more convenient for con¬
sultation had they been placed immediately after the names in the
text after the usual method.
The Pear Blight in California has been noticed by Newton
B. Pierce (Science, N. S. 16:193. 1 Aug. 1902) in 1899 as a
normal epidemic form of Spring development and has now spread
to a large percentage of the leading pear-growing districts of
166
Journal of Mycology
[Vol. 8
Southern California and of the San Joaquin and Sacramento
valleys. The Santa Clara valley and other coast regions are
wholly or nearly free from its ravages. The leading characters
distinguishing the Winter blight are given as follows : “First, it
rarely if ever attacks a tree at points higher than a man’s head,
always affecting the trunk or base of the main limbs, hence the
larger and more vital portions of the tree; second, the infection
takes place about the time the crop is gathered or shortly after;
third, it continues in a most active and destructive state during
the months of November, December and January ; and, fourth, it
may prevail in an orchard showing little or no signs of the
Spring form of the disease. ” The article states relative to the
agency of bees : “The contrast between the number of infections
in orchards near large colonies of bees and those more distant
was very striking in both cases noted in the San Joaquin valley.
The field conditions presented convincing evidence that near
proximity of large colonies of bees to pear orchards greatly in¬
creases the danger to, and hastens the time of destruction of the
latter.”
Those who would be students of the Uredinae will read
with interest and profit the article by Dr. Arthur on Clues to
Relationship among Heteroecious Rusts, published in the Botan¬
ical Gazette, 33 162-6, Jan. 1902. All observations affording clues,
he says, must be made in the field. Stress is laid on the juxtapo¬
sition of the two kinds of spore formation, aecidial and teleut-
osporic. “It will be many years before any large proportion of
our numerous heteroecious rusts will be connected with their
respective aecidia, and in the mean time all clues to relationship
will be much prized by students, and their pursuit will give to
the collector an additional source of pleasure.”
Too much importance has been ascribed to a cellulose-dis¬
solving enzyme, says Ralph E. Smith, in the summary of his
article in the Botanical Gazette (33:421-36, June, 1902), on the
Parasitism of Botrytis cinerea. “Two stages in the process should
be clearly distinguished : First, a poisoning and killing of the
cells ; and second, their disintegration and utilization as food by
the cells. The first effect appears to be produced by a substance
which there are strong reasons for supposing to be oxalic acid,
formed by the fungus as a by-product of its metabolism. Follow¬
ing this, a number of different enzymes are secreted which digest
the various constituents of the tissue.”
The Gooseberry Mildew, Sphaerotheca mors-uvae (Schw.),
though claimed by E. S. Salmon to be confined to North America,
has been reported as indigenous in Ireland by S. Salmon, and
as indigenous in Russia by P. Hennings. Dr. P. Magnus in a
recent number of the Gartenflora maintains that the latter are
Oct. 1902]
Ohio Fungi Exsiccati
167
cases of importation. He calls attention to the fact that Sphaer-
otheca tomentosa (Otth.) Jacz. — of which Erysiphe gigantasca
Sorok., reported on Euphorbia virgata from Moskow, is a
synonym — is somewhat different from Sphaerotheca mors-uvae
(Schw.) with which Salmon in his Monograph of the Erysi-
phaceae, unites it. Magnus is therefore of the opinion that the
form on Euphorbia is really a different species, saying more¬
over “bei der verschiedenen geographischen Verbeitung beider
Formen zweifle ich nicht, dass sie zwei verschiedenen Arten ent-
sprechen.”
Professor P. Hennings has published in Hedwigia, March,
1902, under the title, “Fungi blumenavienses II, a cl. Alfr.
Moller lecti,” an article of 33 pages, containing an enumeration
of the Ascomycetes from Blumenau (South Brazil) obtained
in 1891-3. Some of the species had been previously reported,
but are also included in this article. They are all grouped in
proper systematic order under Pyrenomycetes and Discomycetes,
8 families of the former and 12 of the latter. The new genera
proposed are Aschersoniopsis (Hypocreaceae), Moelleroclavus
(Xylariaceae), Stilbohypoxylon (Xylariaceae), Midotiopsis (Der-
mateaceae), Bulgariopsis (Bulgariaceae), and Moellerodiscus
(Cudoniaceae). Seventy-two new species are described, the diag¬
noses in Latin.
OHIO FUNGI EXSICCATI.
The fifth fascicle of the Ohio Fungi is today issued. It
completes a century — the fascicles averaging 20 specimens. The
100 specimens belong to the following genera : Aecidium (8 sp.),
Albugo (1 sp.), Cercospora (2 sp.), Cintractia (2 sp.), Exoascus
(1 sp.), Gymnoconia (1 sp.), Gymnosporangium (2 sp.), Me-
lampsora (2 sp.), Microsphaera (1 sp.), Peronospora (1 sp.),
Piggotia (1 sp.), Phyllachora (2 sp.), Phyllosticta (3 sp.), Plas-
mopara (1 sp.), Polystictus (1 sp.), Puccinia (25 sp.), Rhytisma
(1 sp.), Septoria (6 sp.), Urocystis (2 sp.), Uromyces (8 sp.),
Ustilago (4 sp.), Venturia (1 sp.). Although instituted for the
purpose of exchange with botanists many requests for the pur¬
chase of the specimens suggested at once the enlargement of
the edition ; now all can be accommodated who may wish the fas¬
cicles as they are issued. The price fixed, intended to cover
but part of the actual cost, is $5.00 for each five fascicles (100
specimens). Four or five fascicles will probably appear during
the coming year, the labels as heretofore having a reprint of the
original description of the species.
Journal of Mycology
A Periodical Devoted to North American Mycology. Issued in
February , May , October and December. Price , $1.00 per Year.
To Foreign Subscribers- $l .10. Edited and Published by
IV. A. Kellerman , Ph. D.y Columbus , 0#/o.
NOTES
The editor desires to thank the Botanists for the continued
cordial reception of the renewed Journal, and especially those
who have made contributions of articles ; also those from whose
complimentary letters the following sentences are taken :
“A splendid resurrection, a well gotten up copy of our old
friend, the Journal of Mycology; it will prove to be an excellent
aid to working botanists and amateurs.”
“Long may the Journal of Mycology wave.”
“It will be of great service to workers along this line.”
“Am delighted with it ; may it be a success is my wish and
hope.”
“You are certainly getting out the Journal in good shape in
every way.”
“I am pleased to see that the publication is to be upon broad
lines of interest.”
“Brimful of interesting mycological matter.”
“Je vous prie de me considerer comme souscripteur au Jour¬
nal of Mycology, dont je salue la re-apparition avec beaucoup
de plaisir.”
“Ich freue mich, dass Sie dieses wichtige Journal wieder he-
rausgeben.”
A very annoying and misleading error has just been noticed
in the second line of label 68 (p. 58) where inadvertantly “Vitis
sp.” was used ; it should be “Helianthus annuus L.”
The crowded condition of the pages rendered it impractical
to print an installment of the Index to North American Mycology
in this issue of the Journal. The citations for the year 1902
for the most part can be given in the December Number. It
may be of interest to many to state that the Index for 1901 has
been reprinted on one side of the page only ; price 25 cents.
MS. is in hand for a Systematic Index of the N. A. Smuts.
Hosts for any of the species not reported in print are requested ;
please send same to the editor of the Journal.
Journal of Mycology , vol. 8 , pp. 104-168, Issued October 14, 1902.
.
Journal of Mycology Portraits with Facsimile Autographs
Journal of Mycology
VOLUME S - DECEMBER 1002
TABLE OF CONTENTS
Morgan — A New Genus of Fungi . 169
Sanders — Variations in Podosphaera oxvcanthae . 170
Holway — Notes on Uredineae. 1 . 171
Schaffner — Ohio Stations for Myriostoma . 173
Ellis and Bartholomew — New Species of Fungi . 173
Morgan — Discomycetes of Miami Valley . 179
Kellerman — Notes from Mycological Eiteratnre. Ill . 193
Kellerman — Index to North American Mycology . 204
Notes . 240
A NEW GENUS OF FUNGI.
A. P. MORGAN.
The following unique genus and species I have discovered
in my range the present autumn. It necessitates an additional
section, hyalodictyae in the Tuberculariaceae of Saccardo’s
Sylloge Fungorum.
Sporocystis condita Morgan gen. & sp. nov. — Stroma
large, subglobose, fleshy, white, with a mycelium of slender white
filaments ; the spores a dense superficial layer. The pellucid
hyphae compacted into a soft parenchymatous tissue, rich in fatty
globules ; the spores borne on the more or less distinct extremities.
Spores sub-globose, white, 50-70 mic. in diameter, each composed
of many small spherical cells, 9-11 mic. in diameter.
Growing on old leaves in woods ; Preston, Ohio, October
1902. The stromata usually scattered, 1-2 mm. in diameter, occa¬
sionally two or three confluent. The dry spore shows best the
cells of which it is composed. The stroma, mycelium and spores
all abound in oil-globules as in the Entomophthoraceae ; these are
best exhibited in a drop of water.
170
Journal of Mycology
[Vol. 8
INTERESTING VARIATIONS IN THE APPENDAGES OF
PODOSPHAERA OXYACANTHAE (DC.) De B.
J. G. SANDERS.
While examining some specimens of the Erysiphaceae col¬
lected in October at Newark, O., I found upon leaves of culti¬
vated cherry a Podospliaera oxyacanthae with a large proportion
of the perithecia bearing compound appendages. A few of the
compound appendages were perfectly developed, but in the ma¬
jority of cases one of the branches would be scarcely or not at all
developed at the apex. The appendages varied in length from one
to four times the diameter of the perithecia ; the branching seem¬
ingly not affecting the length, as in two cases of tri-compound ap¬
pendages, they were of maximum length with one branch three
times dichotomously branched at the apex. In only two cases I
found two asci in one perithecium, which precludes the idea of
malformation of the perithecia as a cause of the compound ap¬
pendages.
In one slide preparation of about fifty (50) perithecia, the
following was noted :
Perithecia bearing one compound appendage . 12
Perithecia bearing two compound appendages . 7
Perithecia bearing three compound appendages . 3
Perithecia bearing four compound appendages . 1
Perithecia bearing six compound appendages . 1
Perithecia bearing one tri-compound appendage . 2
The accompanying fig¬
ure, drawn with an Abbe
camera lucida, amplification
no diam, shows a perithe¬
cium bearing one tri-com¬
pound and five bi-compound
appendages. It, however,
contained a single ascus and
the normal number (8) of
ascospores of normal size.
The majority of the append¬
ages were branched near the
perithecia, and only a few
very near the apex, while
many bore nodules or incipi¬
ent branches at various loca¬
tions. An examination of
specimens from several other
localities, resulted in finding,
only rarely, a compound
appendage.
Botanical Department, Ohio State University.
Dec. 1902]
Notes on Uredineae
171
NOTES ON UREDINEAE. !.
E. \V. D. HOLWAY.
Puccinia Columbiensis. — In July 1891, J. Macoun col¬
lected at Banff, Canada, a rust which he sent to J. B. Ellis as on
Oenothera biennis. This was distributed to correspondents as
Puccinia tuberculans E, & E., but published as Puccinia colum¬
biensis E. & E. I collected at Banff in 1901, and found a Puccinia
on Troximon glaucum which proved to be Macoun’s plant, and a
comparison of the specimens sent me by Mr. Ellis showed that his
host plant was also' Troximon. To be certain that the type was
the same thing I asked Prof. Underwood to look it up. There
are two specimens in the Ellis Herbarium. “Puccinia columbiensis
E. & E., I, on Oenothera biennis, Cypress Hills, Assinaboine,
J. Macoun,” and “Puccinia columbiensis E. & E., Ill, on Oeno¬
thera biennis, Banff, J. Macoun.” Mr. Rydberg kindly examined
the hosts and considers the first Solidago mollis, and the second
Troximon glaucum, or Troximon parviflorum.
Puccinia Suffusca. — In the “Catalogue des plantes que
la societe botanique de Copenhague peut distribuer au printemps
1881,” a rust was offered under the name of Puccinia Pulsatillae
Rostr., but without desription. Specimens have since been is¬
sued under this name in Sydow, Uredineen, No. 1529, and in
Yestergren, Micromycetes rariores selecti, No. 316, both collected
in Bohemia on Pulsatilla pratensis. Vestergren, in Bot. Notiser,
1902 : 269, quotes from a letter written by the collector, Fr.
Bubak, as follows : “Durch grossere grobwarzigere Sporen,
deren Zellen nicht kuglig, sondern elliptisch bis langlich sind
(besonders die Bazalzelle), ebenso durch spatere Entwicklungs-
zeit von Puccinia fusca (Relh.) Wint. verschieden.”
This seems to be a good species, but the name has been used
by Kalchbrenner, 1865, Math. s. termiszett. Ivozlemenyek 3:307,
for a different Puccinia. This necessitates a new name for the
plant and Puccinia suffusca is offered for it. Puccinia fusca seems
to occur in the United States on Anemone nemorosa only. I have
examined P. suffusca on Pulsatilla hirsutissima, Decorah, la. Hol-
way; Ute Pass, Col. Trelease; Helena, Mont., Kelsey. On Ane¬
mone parviflora, Col. Crandall; Anemone multifida, Helena,
Mont., Kelsey. In addition to the characters noted by Bubak, the
species has numerous one-celled spores, which are quite variable
in form and size, and the spores are also darker in color. In all
the specimens examined there is a very distinct difference in the
markings of the epispore. Under a high power the tubercles of
P. fusca appear like dots, quite uniform in size and evenly dis¬
tributed over the surface. Those of P. suffusca are longer,
irregular, and often united.
In this connection it may be of interest to republish Mr.
172 Journal of Mycology [Vol. 8
Relhan’s first notice of Puccinia fusca. It is in the Gentleman’s
Magazine, 1793 : 414.
“King's Coll. Cam., May 15.
Mr. Urban :
The conjurer of Chalgrave’s Fern having excited the curiosity of the
public, I shall be glad through your means to inform your botanical
dorrespondents that I have found the plant this spring, in great abun¬
dance, in Madingley Wood, near Cambridge. It appears to me, from
repeated examinations, in all its different stages, to be Aecidium Fuscum.
Lin. Syst. Nat. Gmelin, p. 1473. It is parasitical on the leaves and some¬
times, though rarely, on the petals of Anemone Nemorosa. I shall, in
a few days, publish a description of it in a third supplement to my “Flora
Cantabrigiensis,” and intend, in a short time, in a separate publication,
to give a full history of the plant, illustrated by colored plates. In the
meantime, I shall be happy, upon application being made to me by letter,
to send twenty specimens of the plant, if so many of your correspondents
inform me that they will be acceptable ; having ever esteemed the giving
away of a curious plant the second pleasure to the original discovery.
Yours, &c. ,
R. Relhan.”
The description was published in 1793. Flora Cantab. 3rd.
Supp. : 36. not as a new species, but as Aecidium fuscum 1791.
Lin. Syst. Nat. 1473. where it is given as Aecidium fuscum Pers.
Mr. Relhan does not appear to' have carried out his intention as
to the separate publication, but he did contribute the specimens
for the colored plate in Sowerby, English Fungi, 1797, pi. 53.
This plate shows a leaf with Puccinia fusca, and a plant and leaf
with aecidium. The Puccinia is without doubt the same as
Persoon’s 1791 Aecidium fuscum, otherwise he would have men¬
tioned it in his review of Lycoperdon Anemones Poult. He says :
(1796. Neue Ann. d. Bot. Stuck 13:43.) “Uebrigens habe ich
diese Art schon vor der Erscheinung der Transactions dem Herrn
Hof rath Gmelin zu der neuen Ausgabe des Linneischen Natur-
systems unter dem Namen : Aecidium Anemones, mitgetheilt.
Das von Hrn. Relhan (Sup. FI. cantabrig.) hierhin gerechnete
Aecidium fuscum , ist eine ganz andere Art, und vermuthlich eine
uredo.”
If this view is correct, Persoon should have the credit of it
and the name should be Puccinia fusca (Pers.) especially as
Relhan did not, evidently, separate the aecidium and puccinia,
and Persoon did.
Dr. Winter considered Aecidium Anemones Pers. (Aecidium
leucospermum DC.) to be a state of Puccinia fusca. This is prob¬
ably erroneous. H. T. Soppit made some cultures which led him
to the conclusion that this aecidium was an Endophyllum. His
experiments, as reported, (1893. Jour, of Bot. : 273) are not con¬
clusive, and need repeating.
Dec. 1902]
Ohio Stations for Myriostoma
173
OHIO STATIONS FOR MYRIOSTOMA.
JOHN H. SCHAFFNER.
Myriostoma coliformis is regarded as quite a rare species for
America. So far as the writer is informed, it has been reported
from only four states, widely separated ; in Colorado, Florida,
Ontario, and South Dakota. The past summer, while on a col¬
lecting trip with Professors E. L. Moseley and W. E. Wells, on
Cedar Point, Erie Co., Ohio, the writer discovered a large patch
of this interesting fungus growing in the rich leaf mold on the
bay side of the Point. Most of the specimens were in excellent
condition. Later the writer collected the plant at several other
places on Cedar Point. Miss L. C. Riddle found it on Green
Island, Ottawa Co., where a considerable number of fine speci¬
mens were collected by the writer in a short time.
The plants grow in open places under trees and shrubs where
there is an abundance of moist leaf mold. It is probably quite
common in this region wherever the environment is suitable. The
plants found matured the latter part of July and the early part of
August and this is probably the best time to look for them.
Botanical Department, Ohio State University.
*
- (■ V
/
s X
*****
NEW SPECIES OF FUNGI FROM VARIOUS LOCALITIES.
BY J. B. ELLIS AND E. BARTHOLOMEW.
Aecidium delphinii Barthol. — On leaves of Delphinium
scopulorum. Steamboat Springs, Colo. July 15, 1902. E.
Bethel.
Hypophyllous. Spots on the upper side of the leaf yel¬
lowish brown with lighter margin. Circinate-clustered, 3-5 mm.
diam., deep orange color, irregularly scattered over the leaf. Ae-
cidia medium height, 250-350 diam., lacerate fringed at first but
smooth with even surface when fully expanded. Spermogonia
few and indistinct. Spores irregular, rough in outline, subglobose
or angular, containing one or more bright golden nuclei, 20-25
V ■ diam. Mr. Bethel in his notes says: “Epidemic this year —
there are thousands of acres of it here.”
Diaporthe (Chorostate) celastrina E. & B. — On dead
stems of Celastrus scandens. Clyde, Kansas, May 1901. (No.
2856.)
Perithecia in circinate groups of 5-15, globose, -J mm. diam.,
horn color inside, slightly raising the surface of the wood, and the
short-cylindrical, smooth, subconical-pointed fasciculate ostiola
174
Journal of Mycology
[Vol. 8
piercing and slightly raising the bark and finally rising -J-i mm.
above it; asci clavate-cylindrical, 50-60 x 6-8 sporidia biser-
iate above, oblong-cylindrical, 2-nucleate, 1 -septate, constricted
at the septum, 12-15 x 4-5 [i.
Cucurbit aria juglandina E. & B. — On dead limbs of Jug-
lans nigra. Rooks Co., Kansas, February 1902. (No. 2939.)
Perithecia erumpent in small cespitose clusters of 5-10, less
than mm. diam., with an inconspicuous ostiolum ; asci cylin¬
drical, short-stipitate, paraphysate, 100-120 x 8-10 Sporidia
uniseriate, elongated-obovate, 3- (becoming 5-7) septate, yellow-
brown, mostly constricted in the middle, 15-22 x 8-10 n, with
a more or less continuous longitudinal septum.
Differs from Cucurbitaria juglandis Fuckel in its cylindrical
asci and smaller sporidia.
Solenopeziza fimbriata E. & B. — On decorticated logs of
Populus tremuloides. Steamboat Springs, Colo., July, 1902. E.
Bethel. (No. 940.)
Semierumpent, urceolate, thickly scattered, surrounded by
the bleached, loosened fibers of the weather-beaten wood, -J-J mm.
diam., slate color inside and out, margin deeply fimbriate-toothed.
Asci cylindrical, sessile, 50-55 x 7-8 fi. Paraphyses filiform.
Sporidia biseriate, oblong-elliptical, uniseptate, not constricted,
hyaline, 7-8 x 2J-3 //..
Phyllosticta juliflora E. & B. — On pods of Prosopis
juliflora. Austin, Texas, July 1900. W. H. Long, Jr. (No.
442- )
Spots pallid-white, irregular in shape, with a darker, purplish
shade around the margin, 2-4 mm. diam., subconfluent. Peri¬
thecia pustuliform, about -J mm. diam., black, flattening out and
subhysteriiform when dry, subconfluent. Sporules ovate-oblong,
9-12 x 4-5
Differs from P. prosopidis P. Hen. in its much larger
sporules.
Dothiorella multicocca E. & B. — On bark of Populus
deltoides. Ft. Scott, Kansas, July 1902. A. O. Garrett. (No.
15-)
Perithecia numerous, minute, 200-250 n diam., white inside,
buried in the black, subcontinuous stroma which occupies the
outer layer of the inner bark, their papilliform ostiola raising the
epidermis into numerous pustules which are soon ruptured.
Sporules oblong-fusoid, hyaline, continuous, 15-20 x 6-7 n
This is very distinct from D. decorticata E, & E., D. populnea
Thum., D. populea Sacc., and D. populina Karst., all of which
have much smaller sporules.
Dec. 1902]
New Species of Fungi.
175
Sphaeropsis persicae E. & B. — On dead limbs of Amyg-
dalus persica. Rooks Co., Kans. Oct. 2, 1901. See Fungi Co-
lumbiani No. 1590.
Perithecia thickly scattered, globose-depressed, J-J mm.
diam., jet black throughout, deep seated in the inner bark but not
penetrating to the wood. Epidermis raised into prominent pus¬
tules which are soon ruptured, exposing the ostiola and upper
part of the perithecia. Sporules dark brown, elliptical, 8-12 x
18-24 often profusely discharged, blackening the surface of the
host.
Common and abundant in old peach-tree brush heaps.
Sphaeropsis salicis E. & B. — On dead shoots of Salix
cordata. Rockport, Kans. May 1901. (No. 2947.)
Perithecia scattered, globose, mm. diam., white inside,
buried in the inner bark and raising the epidermis into pustules and
piercing or rupturing it but not erumpent. Sporules oblong-ellip¬
tical, brown, 15-22 x 7-10 //.
Some of the sporules appear globose, but this is owing to
their being viewed endwise. Very near S. populi E. & B. but the
pustules in that species are flattish and the epidermis is gen¬
erally not ruptured. It differs from S. salicicola Pass, in not be¬
ing erumpent.
Coniothyrium HELiANTHi E. &. B. — On dead stems of
Helianthus annuus. Rooks Co., Kans., November 1901. (No.
293 0-)
Perithecia scattered or cespitose, erumpent-superficial, mem¬
branaceous, 200-300 u diam., collapsing to cup-shaped or discoid
when dry, obscurely perforated above. Sporules elliptical, suboli-
vaceous or cloudy, 4-5 x 2J-3 n.
Haplosporella sambucina E. & B. — On dead stems of
Sambucus canadensis. Louisville, Kans., May 1900. (No.
28 20.)
Stroma buried in the bark, orbicular or elliptical, 1-2 mm.
diam., raising the bark into pustules and rupturing it but not
erumpent; perithecia 5-10 in a stroma, small (J mm.). Sporules
oblong, 12-15 x 6-7 / 1 .
Cannot be referred to H. alpina E. & E. or to H. seriata E.
& E.
Haplosporella wistariae E. & B. — On Wistaria in cult.
Louisville, Kans. May, 1900. (No. 2821.)
Stroma elliptical or orbicular, 1-2 mm. diam., sunk in the
bark which is raised into pustules and ruptured ; perithecia small
(120-150 u) white inside; sporules oblong, 12-16 x 6-7 n
Botryodiplodia gossypii E. &. B. — On dead stems of Goss-
ypium herbaceum. Tuskegee, Ala. July 29,1901. G. W. Carver.
See Fungi Columbiani No. 1510.
176
Journal of Mycology
[Vol. 8
Perithecia included in a semierumpent, tubercular stroma,
1-2 mm. diam., closely embraced by the ruptured epidermis, or
arranged in a single or double series 3-5 mm. long and visible
through longitudinal cracks in the bark, or some of them scattered
singly. The perithecia are at first white inside and solid but be¬
come hollow and dark J-J mm. diam., with a distinct papilliform
ostiolum; sporules oblong-elliptical, or ovate, 15-22 x 12 n,
hyaline and continuous at first, then dark brown and uniseptate
but not constricted.
Diplodla herbarum (Cda.) Lev. has perithecia simply gre¬
garious and must differ from this which has the perithecia mostly
in a distinct stroma.
Stagonospora biformis E. & B. — On small, decorticated
limbs of apple tree. Rooks Co., Kans. March, 1902. (No. 2940.)
Perithecia scattered or gregarious, at first covered by the
fibers of the weather-beaten wood, soon bare and superficial, glo¬
bose and about J mm. diam. or often compressed, hysteriiform
J-J mm. long, ostiolum conical or short-cylindrical, sometimes
compressed as in Lophiostoma. Sporules cylindrical, hyaline,
narrower in the middle but not visibly septate, ends obtusely
rounded, 12-15 x 2i"3 /“•
S. prominula (B. & C.) and S. mali Delacr. are on leaves of
apple tree. Both these have sporules of about the same length as
our species but in the former they are short-clavate and in the
latter fusoid, besides the much smaller (95 a) perithecia.
Camarosporium astericolum E. & B. — On dead stems of
Aster multiflorus, Rooks Co., Kans. June, 1901. (No. 2884.)
See Fungi Columbiani, 1512.
Perithecia subcuticular, ovate-globose, \ mm. diam., only the
apex and papilliform ostiolum projecting, the surface of the stem
around the ostiolum blackened by the abundantly discharged
sporules which are oblong or ovate-elliptical, 3-septate and slight¬
ly constricted, slightly compressed, brown, 12-15 x 4i"7 one
or two of the cells divided by a longitudinal septum.
Septoria munroae E. & B. — On leaves of Munroa squar-
rosa. Rooks Co., Kans. July 22, 1902. (No. 2980.)
Perithecia epiphyllous, punctiform, 100 /z diam., rather
abundant, black, subprominent. Sporules long, slender clavate,
80-110 x 2^-3 ii, hyaline, with 1-3 septa near the broad end, very
much resembling the conidia of Cercospora.
*
Torula brachiata E. & B. — On dead branches of Sym-
phoricarpus occidentalis. Steamboat Springs, Colo. July, 1902.
E. Bethel.
Forming a soft, black, velutinous layer on the dead limbs.
Hyphae slender, 200-300 v long, about 3 fj. thick, at first ob¬
scurely septate, becoming moniliform, the joints subglobose, 3-4
Dec. 1902] New Species of Fungi. 177
a diam. The hyphae send out moniliform branches above, at a
large angle.
Torula sepulta E. & B. — On old pine wood saturated
with pitch, under side of an old pine board lying on the ground
and on a pine post below the surface of the ground. Rockport,
Kans. April and June, 1901. (Nos. 2844 and 2900.)
Conidia cylindrical, 2-5-septate, constricted at the septa, 10-22
x 4-5 fi, 4-5-catenulate, arising directly from prostrate sterile
hypha often at a right angle and forming olive-black, sphaeri-
aeform tufts about \ mm. diam., thickly scattered and subcon¬
fluent.
Allied to Torula binalis C. & E. and T. sparsa B. & C. the
latter of which differs in its conidia 7 u diam.
Stachybotryella n. gen. E. & B. — Differs from Stachy-
botrys in its paler color, creeping habit and absence of any per¬
ceptible basidia, the conidia arising directly from the slightly
swollen, minutely roughened apex of the fertile hyphae.
Stachyeotryella repens E. & B. — On living leaves of
Verbesina virginica. Austin, Texas. Oct. 1900. W. H.
Long, Jr.
Hypophyllous ; the sterile hyphae creeping along the sides
of the hairs that clothe the lower face of the leaf and sending
out at right angles short (20-35x3 u), straight, simple, fertile
branches which are slightly swollen and roughened with project¬
ing points at the tips. Conidia ovate-globose, 4-5 x 3 u, brown,
sessile on the roughened tips of the fertile hyphae and forming
a compact cluster or head 15-20 ft in diameter. The hyphae are
of a yellow-brown, and mostly continuous.
Cercospora crotonicola E. & B. — On leaves of Croton
fruticulosus, Austin, Texas. Oct. 1900. W. H. Long, Jr. (No.
62.)
Hypophyllous, forming small (i-i^mm.) olivaceous patches
scattered over the under side of the leaf without any definite
spots, except that the upper side of the leaf opposite the patches
of hyphae is sometimes a little darker. Fertile hyphae hyaline,
filiform, fasciculate, branched above, 100-150 ju long. Conidia
oblong-cylindrical or clavate-oblong, olivaceous, 1-3 septate, 30-40
x 6-7 / j. .
Differs from C. crotonifolia Cke. and C. crotonis E. & E.
in its hypophyllous growth and the absence of any definite spots.
Cercospora ratibidae E. & B. — On Ratibida columnaris.
Rooks Co., Kans. July 19, 1902. (No. 2976.)
Spots dirty brown with a white center, 2-4 mm. across am-
phigenous. Hyphae in minute, punctiform tufts, scattered over
the spots both on the white and on the brown portions, subundu¬
late and notched or shouldered above, continuous, yellow-brown,
178
Journal of Mycology
[Vol. 8
30-40 x 4-4J p at base, narrower above. Conidia at first cylin¬
drical and slightly curved, then elongated, narrowed above, 30-40
x 3^-4 p, 4-8 septate.
Macrosporium ornatissimum E. & B. — On living leaves of
Sorghum vulgare, Rooks Co., Kans. Oct. 1901.
On bleached (buff color), extensive areas of the leaf, 5-10
cm. or more in length and often occupying the entire width of
the leaf and separated from the green, living portion by a very
distinct, narrow, red line. The parasite appears at first in little
smoky-colored orbicular patches 2-3 mm. diam., soon confluent.
Hyphae in small fascicles, 2-6 together rising from a small cell¬
ular base, simple, continuous or faintly 1-3 septate, soon disappear¬
ing. Conidia clavate, 30-60 x 12-16 p, narrowed below into a
yellowish, transparent stipe 10-25 x 4 p, often slightly swollen
at the lower end. Conidia 4-10 septate with several cells divided
by a longitudinal septum, pale, yellow-brown.
Chaetostroma graminis E. & B. — On dead leaves of some
grass, Austin, Texas, Feb. 1901. W. H. Long, Jr. (No. 757.)
Sporodochia convex or plane, black, round or elliptical, \-
1 mm. diam. Bristles black, straight or slightly curved, opake,
1 75-250 x 6-8 p . Conidia globose or subelliptical, brown, 6-9 p
diam., about the same as in C. aterrimum (Cke.) but that species
is described as lineate-maculate.
Exosporium cespitosum E. & B. — On dead (birch?) limbs.
Mackinac Island, Mich., July 1899. E. T. Harper. (No 452.)
Sporodochia cespitose in erumpent clusters of 10-20, obo-
vate or of irregular shape, -J-i mm. diam., rusty-brown, finally
deciduous, subconnate, much resembling the perithecia of Hy-
poxylon multiforme Fr., of horn-like texture and grayish-white
within. Conidia at first globose 10-12 p diam. becoming ob-
ovate, 50-60 x 18-20 p, brown, the plasma cuboidly divided into
3-4 nuclei, 2-3-pseudoseptate, borne singly on simple, brown,
1-2-septate sporophores 10-20 x 5-6 p which thickly clothe the
surface of the sporodochia.
Differs from the other described species in its cespitose
growth.
Dec. 1902] Disco?nycetes of the Miami Valley
179
V
U<
,5S'
? > t
THE DISCOMYCETES OF THE MIAMI VALLEY, OHIO.
BY A. P. MORGAN.
The collections of several years enable me at this present
time to increase very considerably the list of the species of Dis-
comycetes growing in this region, since the publication of Lea’s
Catalogue in 1849. Many specimens have been sent to Chas. H.
Peck, the State Botanist of New York, and many also to Mr.
J. B. Ellis of New Jersey. Upwards of sixty numbers were sent
to George Massee of the Royal Herbarium, Kew, England ; these
were chiefly small Pezizeae not figured in Cooke’s Mycographia.
Among these Mr. Massee detected several new species which he
described and figured. I have also^ profited much by the papers
published recently by Mr. Massee, in the Journal of the Linnaean
Society and entitled “Redescriptions of Berkeley’s Types of
Fungi.”
The classification of the Discomycetes is as yet tentative ; no
two writers divide the order similarly into families and genera.
Hence in making up only a catalogue, I have been obliged to
survey critically the nomenclature. In doing so I have indicated
my notion in regard to genera and species ; in many places I have
suggested the correct writing of the specific names, on the ac¬
cepted principle of priority ; and I have also been able to describe
the spores and give the spore measurements of some of de
Schweinitz’s little known species.
1. Coccomyces triangularis Saccardo, Sylloge VIII. 1889.
Cenangium triangulare Fries, Syst. Myc. II. 1823.
Peziza triangularis Schweinitz, Syn. Car. 1822.
2. Schizoxylon sepincolum Persoon, Ann. Wetter. 1810.
Limboria sepincola Acharius, Acta. Holm. 1815.
Schizoxylon persoonii Schweinitz, N. A. Fungi. 1834.
3. Schizoxylon occidentale E. & E., Journ. Mycol. I. 1834.
Saccardo, Sylloge VIII. 1889.
4. Schizoxylon cinereum E. & E., (Ined.)
5. Lichenopsis sphaeroboloidea Schweinitz, N. A. Fungi.
1834-
6. Rhytisma punctatum Fries, Syst. Myc. 1823.
Xyloma punctatum Persoon, Obs. Myc. 1798.
7. Stictis radiata Persoon, Obs. Myc. 1798.
Lichen excavatus Hoffman, En. Lich. 1784.
Lycoperdon radiatum Linn, according to Fries, Syst. Myc.
Ill is Diderma stellare. See also Fries’s Index.
180
Journal of Mycology
[Vol. 8
8. Propolis faginea Karsten, Myc. Fenn. 1871.
Stictis versicolor Fries, Syst. Myc. 1823.
Hysterium fagineum Schrader, Journ. Bot. 1799.
9. Melittosporium hysterinum Gillet, Disc. Fr. 1879.
Stictis hysterina Fries, Syst. Myc. 1823.
10. Karschia lignyota Saccardo, Sylloge VIII. 1889.
Patellaria lignyota Fries, S. V. Scand. 1849.
Peziza lignyota Fries, Syst. Myc. 1823.
11. Karschia stygia Massee, Berk. Types. 1901.
Patellaria stygia B. & C., N. A. Fungi. 1875.
Patellea stygia Saccardo, Sylloge VIII. 1889.
12. Patellaria atrata Fries, Syst. Myc. 1823.
Peziza patellaria Persoon, Synopsis. 1801.
Lichen atratus Hedwig, Muse, frond. 1787.
“Typus generis est P. atrata,” Fries, S. O. V. 114. The
name Patellaria was once used extensively for a genus of Lich¬
ens. This species is to be distinguished from P. clavispora by
the thicker asci and larger spores. Asci 100-130x17-19 mic.
Spores 7-10 septate, 36-46x8-10 mic. The asci vary in the
number of their spores.
13. Patellaria clavispora B. & Br., Am. Nat. Hist. 1854.
Durella clavispora Saccardo, Sylloge VIII. 1889.
This species is commonly confused with P. atrata. Asci
90-1 10 x 11-13 mic. Spores 5-8 septate, 28-35x6-8 mic.
14. Patellaria tetraspora Massee & Morgan n. sp. — Asco-
phore applanate, usually elliptical, margin very slightly upraised,
and more or less distinctly vertically striate, entirely black, 0.5-1
mm. long; asci cylindrical, rather abruptly narrowed into a
slender pedicel, apex rounded and slightly thickened, not blue
, with iodine, 140-160x12-14 mic., four spored ; spores hyaline,
smooth, narrowly clavate, apex blunt, base rather acute, 7-9 sep¬
tate at maturity ifseriate, 40-50 x xio-ii mic. ; paraphyses numer¬
ous, slender tips thickened, deep blackish blue, agglutinated to¬
gether.
On dead wood of Juglans cinerea. Preston, Ohio. A. P.
Morgan, n. 25. March 1888. Allied to Patellaria clavispora B.
& Br. but differs in the tetrasporic asci, and the larger spores.
15. Leciographa triseptata Morgan.
Mycolecidea triseptata Karsten, Symb. XXVI.
Patellaria triseptata Saccardo, Sylloge VIII. 1889.
16. Leciographa clavispora Morgan.
Tryblidium clavisporum Peck, 35th N. Y. Rep. 1882.
Patellaria clavispora Saccardo, Sylloge VIII. 1889.
Dec. 1902 ] Discomycetes of the Miavii Valley 181
This species is also referable to Pseudotryblidium Rehm, if
it is desirable to multiply genera, but Saccardo’s P^tellaria is
not tenable.
17. Holwaya gigantea Durand, Bull. Tori*. Bot. Club. 1901.
Stilbum giganteum Peck, 24th N. Y. Rep. 1871.
Holwaya ophiobolus Saccardo, Sylloge VIII. 1889.
Bulgaria ophiobolus Ellis, Am. Nat. 1883.
18. Urnula craterium Fries, S. V. Scand. 1849.
Dermea craterium Schweinitz, N. A. Fungi. 1834.
Cenangium craterium Fries, Elenchus. 1828.
Peziza craterium Schweinitz, Syn. Car. 1822.
19. Midotis plicata Phillips & Harkness, Bulletin of the Cali¬
fornia Academy of Sciences. 1884.
‘‘Resembles M. irregularis (Schw.) but differs in the smaller
bi-nucleate curved sporidia and the longitudinally plicate hymen-
mm.
20. Tympanis fraxini Fries, Syst. Myc. 1823.
Peziza fraxini Schweinitz, Syn. Car. 1822.
21. Tympanis conspersa Fries, Syst. Mycol. 1823.
Peziza sphaerioides Roth, Usteri. Ann. 1791.
22. Cenangella violacea E. & E., Proc. Ac. Nat. Sc. Phila¬
delphia. 1893.
23. Scleroderris rubra Morgan, Journ. Cin. Soc. Nat. Hist.
i895.
It is possible that this species is Rhytidopeziza nigro-cinna-
barina, Spegazzini. Fungi Guaranitici I. 1883. This claims to
be the real Patellaria nigro-cinnabarina, Schweinitz. N. A.
Fungi. 1834. Then again the latter is said to be the Hysterium
rufulum of Sprengel. Schweinitz’s species stands as Blitrydium
nigro-cinnabarinum in Saccardo’s Sylloge VIII. 1889.
24. Orbilia rubella Karsten, Myc. Fenn. 1871.
Peziza rubella Persoon, Synopsis. 1801.
25. Orbilia vinosa Karsten, Myc. Fenn. 1871.
Peziza vinosa Persoon, Synopsis. 1801.
26. Orbilia rubro-coccinea Saccardo', Sylloge. VIII. 1889.
Calloria rubro-coccinea Rehm, Hedwigia. 1883.
27. Orbilia epipora Karsten, Myc. Fenn. 1871.
var. major Spegazzini, F. Arg. 1880.
28. Orbilia leucostigma Fries, S. V. Scand. 1849.
Peziza leucostigma Fries, Obs. Myc. 1815.
29. Orbilia xanthostigma Fries, S. V. Scand. 1849.
Peziza xanthostigma Fries, Obs. Myc. 1815.
182
Journal of Mycology
[Vol. 8
30. Orbilia cruenta Morgan.
Orbilia rufula Massee, Berkeley’s Types. 1901. ,
Peziza regalis C. &. E. Grevillea. 1878.
Peziza fibriseda, Peziza saccharifera B. & C., N. A. Fungi.
'875.
Peziza cruenta, Peziza rufula Schweinitz, N. A. Fungi.
1834.
31. Bulgaria rufa Schweinitz, N. A. Fungi. 1834.
Asci cylindric, with a long slender stalk, the spores obliquely
uniseriate, the sporiferous part of the ascus 125-135 x 11-14 mic.
Spores simple, hyaline, elliptic-oblong, 18-22x9-10 mic.
32. Burcardia turbinata Schmidel, leones, Tab. LXX.
Peziza sessilis infundibuliformis, etc., Haller, Hist. St.
1768.
Tremella agaricoides Retzius, Act. Holm. 1769.
Elvela pulla Schaeffer, Index, 1774.
Peziza polymorpha Lightfoot, FI. Scot. 1777.
Polymorphus tremelloides “Naum. diss. Erf. 1782.”
Peziza brunnea Batsch, El. Fung. 1783.
Octospora elastica Hedwig, Muse, frond. 1787.
Peziza nigra Bulliard, Champ. 1791.
Peziza inquinans Persoon, Disp. 1797.
Bulgaria inquinans Fries, Syst. Myc. 1823.
33. Angelina conglomeratus Fries, S. V. Scand. 1849.
Ascobolus conglomeratus Schweinitz, N. A. Fungi. 1834.
This is said to be the same thing as Hysterium rufescens
Schw. It is strange that neither Schweinitz nor Fries perceived
their identity.
34. Coryne purpurea Fuckel, Symb. Myc. 1869.
Elvela purpurea Schaeffer, Index, 1774.
Spores hyaline, fusiform, 3-5 septate, 20-25 x 5-6 mic.
35. Ascobolus furfuraceus Persoon, Obs. Myc. I. 1796.
Peziza stercoraria Bulliard, Champ. 1791.
Elvella fimetaria Scopoli, Ann. Hist. Nat. 1772.
36. Ascobolus brunneus Cooke, Hedwigia, VI. 1867.
37. Lasiobolus eouinus Karsten, Syn. Arc. 1885.
Peziza equina Muller, Flora Danica.
Peziza papillata Persoon, Synopsis. 1801.
38. Ryparobus pelletieri Saccardo, Mich. 1. 1877.
Ascobolus pelletieri Crouan, Ann. Sc. Nat. 1857.
39. Mollisia atrocinerea Phillips, Brit. Disco. 1887.
Peziza atrocinerea Cooke, Fung. Brit. Ser. I. 382.
Peziza Polygoni. Lasch., in Rab. Herb. Myc. 1127.
Dec. 1902] Discomycetes of the Miami Valley
183
40. Mollisia cinerea Karsten, Myc. Fenn. 1871.
Peziza cinerea Batsch, El. Fung. cont. 1789.
41. Mollisia fusca Massee, Fung. FI. 1895.
Trichopeziza fusca Saccardo, Sylloge. VIII. 1889.
Peziza fusca Schumacher, En. Plant. 1803.
42. Belonidium album Saccardo, Sylloge, VIII. 1889.
Lecanidion album Crouan, FI. Finist. 1867.
This is truly a Peziza; there is little to the ascoma besides
the asci and paraphyses. It grows on old hyphae of Helmintho-
sporium.
43. Stamnaria Americana Massee & Morgan n. sp. —
Erumpent, gregarious or crowded in clusters of three or four,
sessile or with a very short stem-like base, about \ mm. across
and high, thin, translucent, margin scarious, uneven, entirely pale
amber when dry, concave; asci clavate, apex rounded, not blue
with iodine, 8-spored, 170x15-16 mic. ; spores irregularly 2-
seriate, hyaline, smooth, continuous narrowly elliptic-fusiform,
often slightly inaequilateral, 2-guttulate, 26-29 x 7-8 mic. ; para¬
physes slender, tips slightly clavate, often branched ; excipulum
and cortex formed of very slender septate hyphae running from
base to margin.
On dead stems of Equisetum hyemale Preston, O. Entire
fungus delicate, thin, soon collapsing. Readily distinguished
from S. equiseti in the much larger asci and spores.
44. Helotium citrinum Fries, S. V. Scand. 1849.
Octospora citrina Hedwig, Muse, frond. 1787.
Helotium confluens Schweinitz, N. A. Fungi, does not seem
to be different from this species.
45. Helotium virgultorum Fries, S. V. Scand. 1849.
Phialea virgultorum Saccardo, Sylloge. VIII. 1889.
Peziza virgultorum Vahl, Flora Dan. Tab. 1016.
Octospora fungoidaster Hedwig, Muse, frond. 1787.
Peziza flaviscens, petiolata, etc. Haller, Hist. St. 1768. By
Persoon and Fries this species was included as a variety
in P. fructigena.
46. Helotium scutula Karsten, Myc. Fenn. 1871.
Phialea scutula Saccardo, Sylloge, VIII. 1889.
Peziza scutula Persoon, Myc. Eur. 1822.
As defined by later writers there seems little difference be¬
tween this species and P. virgultorum except that it grows on
herbaceous stems.
47. Helotium fructigenum Fuckel, Symb. Myc. 1869.
Peziza fructigena Bulliard, Champ. 1792.
Massee includes this species as a variety in H. virgultorum.
184
Jour?ial of Mycology
[Vol. 8
48. Helotium calyculus Fries, S. V. Scand. 1849.
Phialea calyculus Saccardo, Sylloge VIII. 1889.
Peziza calyculus Sowerby, Eng. Fungi. 1799.
49. Helotium discretum Karsten, Myc. Fenn. 1871.
On old pod of Gleditschia.
50. Helotium galbula Karsten, Myc. Fenn. 1871.
Phialea galbula Saccardo, Sylloge, VIII. 1889.
51. Helotium crocinum B. & C., Cuban Fungi. 1869. Mas-
see, Berk. Types. 1901.
52. Helotium delectabile Massee & Morgan n. sp. —
Ascophore stipitate, at first closed by the incurved margin,
disc finally plane, clear crimson, permanently marginate, up to
1 mm. broad, externally even, glabrous, whitish with a tinge of
pink, narrowing downwards into a short, stout, pale stem ; asci
90 x 10 mic., clavate, apex slightly thickened, pore blue with
iodine, 8-spored ; spores obliquely 1 -seriate, hyaline, continuous
smooth, narrowly elliptic-fusiform, 12-13x4 mic. paraphyses
slender, tips scarcely thickened, tinged red.
On slender twigs. Preston, Ohio, U. S. A. Allied to Hel¬
otium geurnisaci Crouan.
53. Helotium chlora Morgan.
Chlorosplenium chlora Massee, Berk. Types. 1901.
Peziza chlora Schweinitz, Syn. Fung. Car. 1822.
Chlorosplenium schweinitzii Fries, S. V. Scand. 1849.
Peziza crocitincta B. & C., Grevillea, I 1872 and III 1875.
Pezizella crocitincta Saccardo, Sylloge, VIII. 1889.
Specimens examined from Schweinitz, Berkeley and Fries ;
not by any means uncommon in the United States. The colour
ranges from yellowish-green, through clear yellow, to orange or
safifron ; all shades may sometimes be seen in the same group of
specimens.” (George Massee.)
54. Ciboria renispora Saccardo, Sylloge, VIII. 1889.
Ciboria sydowiana Rehm, Hedwigia, 1885.
Helotium renisporum Ellis, Bull. Buff. 1875. Massee,
Fungus Flora. 1895.
The spores are not correctly given in the Sylloge. C. tab-
acina E. & Holw. do-es not appear to be a different species.
55. Chlorosplenium aeruginosum De Notaris, Discom. 1864.
Helotium aeruginosum Fries, S. V. Scand. 1849.
Peziza aeruginosa Vahl, FI. Dan. Tab. 1260.
Helvella aeruginosa Oeder, FI. Dan. Tab. 534.
Peziza viridissima, etc. Haller, Hist. Stirp. 1768.
Peziza aeruginascens Nylander, Obs. Pez. 1868.
Dec. 1902] Discomycetes of the Miami Valley
185
56. Chlorosplenium viride Morgan.
Cantharellus viridis Schweinitz, N. A. Fungi. 1834.
Peziza aeruginascens Nylander, Obs. Pez. 1868.
57. Chlorosplenium versiforme Karsten, Myc. Fenn. 1871.
Helotium versiformis Fries, S. V. Scand. 1849.
Peziza versiformis Persoon, Ic. & Desc. 1800.
The genus Chlorosplenium was established by Fries for the
reception of Peziza chlora, P. chlorascens and P. torta of Schwein¬
itz under the mistaken notion that “the disk is rendered green-
pulverulent by the bursting of the asci and pouring out of the
spores.” In the same connexion Peziza aeruginosa and P. versi¬
formis were placed in Helotium.
It is doubtful whether Peziza chlora, P. chlorascens, P. torta
belong in Chlorosplenium as now understood. The generic type
at present is rather Chlorosplenium aeruginosum, which colors the
wood on which it grows a deep verdigris-green.
58. Pezicula carpinea Tulasne, S. F. Carp. 1865.
Dermatea carpinea Fries, S. V. Scand. 1849.
Patellaria carpinea Berkeley, Lea’s Cat. 1849.
Peziza carpinea Ehrhardt, PI. crypt, ex. 130. See Persoon,
Synopsis. 1801.
59. Tapesia aurelia Phillips, Brit. Disco. 1887.
Belonidium auratum Saccardo, Mich. I. 1877.
Arachnopeziza aurelia Fuckel, Symb. Myc. 1869.
Belonidium aurelia De Notaris, Prop. Disc. 1864.
Peziza aurelia Persoon, Myc. Eur. 1822.
60. Tapesia arachnoidea Saccardo, Sylloge, VIII. 1889.
Peziza candido-fulva Schweinitz, N. A. Fungi.. 1834.
Peziza rhabdosperma B. & Br., Ann. Nat. Hist. 1876.
Arachnopeziza aurata Fuckel, Symb. Myc. 1870.
Peziza arachnoidea Schweinitz, N. A. Fungi. 1834.
Mr. Massee determined the specimen as Tapesia aurata.
61. Tapesia candido-fulva Saccardo, Sylloge, VIII. 1889.
Peziza candido-fulva Schweinitz, N. A. Fungi. 1834.
The ascoma differs from that of T. aurelia in the tawny-
brown fasciculate hairs on the margin. The asci are cylindric-
clavate, 60-70 x 7-8 mic. ; the spores are fusiform-clavate, simple
or 1 -septate, 11-16x3 mic.
62. Tapesia mollisioides Saccardo, Mich. II. 1880.
Peziza mollisiaeoides Schweinitz, N. A. Fungi. 1834.
63. Tapesia sanguinea Fuckel, Symb. Myc. 1869.
Peziza sanguinea Persoon, Disp. 1797.
186
Jour7ial of Mycology
[Vol. 8
64. Tapesia caesia Fuckel, Symb. Myc. 1869.
Peziza caesia Persoon, Synopsis. 1801.
Peziza lichenoides Persoon, Ic. & Descrip. 1800.
65. Tapesia derelicta Morgan sp. nov. — Ascophore sub-
cupulate, more or less irregular, rufescent, externally furfurace-
ous, seated on a thin white subiculum, close or crowded and some¬
times confluent. Asci cylindric, stipitate, 90-100x7-8 mic.,
8-spored, the spores obliquely uniseriate; paraphyses filiform.
Spores cylindric-clavate, hyaline, i-sepate, 12-15x3 mic.
Growing on old wood and mosses ; Preston, Ohio. Asco¬
phore 1-2 mm. in diameter, when fresh closely crowded so as to
almost conceal the thin subiculum, but when dry the fleshy cups
are much contorted disclosing the white threads between. I sus¬
pect this to be the lost Peziza bloxami B. & Br.
66. Tapesia fusca, T. rosae, T. prunicola, Fuckel, Symb. Myc.
1869.
Peziza fusca Persoon, Obs. Myc. 1798.
67. Tapesia discincola Saccardo, Sylloge, VIII. 1889.
Peziza discincola Schweinitz, N. A. Fungi. 1834.
Spores 0-1 -septate, clavate-oblong, 7-9 x 2-3 mic.
68. Tapesia pruinata Saccardo, Sylloge, VIII. 1889.
Peziza pruinata Schweinitz, Syn. Car. 1822.
Peziza conspersa Persoon, Myc. Eur. 1822.
Thelebolus hirsutus De Candolle, FI. Fr. 1805.
This seems to me an imperfect Lichen, a Verrucaria. It
grows commonly on the bark of Grape vines, but I never find
any fruit; the vegetation is not fungoid.
69. Lachnella corticalis Fries, S. V. Scand. 1849.
Peziza corticalis Persoon, Disp. 1797.
70. Lachnella canescens Phillips, Brit. Disco. 1887.
71. Lachnella rufo-olivacea Phillips, Brit. Disco. 1887.
Schweinitzia rufo-olivacea Massee, Fung. Flora. 1895.
Velutaria rufo-olivacea Fuckel, Symb. Myc. 1869.
Peziza fraxinicola B. & Br., Ann. Nat. Hist. 1866.
Peziza rufo-olivacea A. & S., Consp. Fung. 1805.
72. Lachnella penicillata Morgan.
Trichopeziza penicillata Saccardo, Sylloge, VIII. 1889.
Peziza penicillata Schweinitz, Syn, Car. 1822.
73. Lachnella soleniiformis E. & E., Journ. Mycol. 1888.
Dasyscypha soleniiformis Saccardo, Sylloge. VIII. 1889,
74. Lachnella dematiicola Phillips, Brit. Disco. 1887.
Trichopeziza dematiicola Saccardo, Sylloge, VIII. 1889.
Peziza dematiicola B. & Br., Ann. Nat. Hist. 1865.
Peziza escharodes B. & Br., Ann. Nat. Hist. 1872.
Dec. 1902] Discomycetes of the Miami Valley
187
75. Lachnella chlorascens Morgan.
Chlorosplenium repandum Fries, S. V. Scand. 1849.
Peziza chlorascens Schweinitz, N. A. Fungi. 1834.
76. Lachnella atrofuscata Saccardo, Sylloge. VIII. 1889.
Peziza atrofuscata Schweinitz, N. A. Fungi. 1834.
77. Lachnella hyalina Phillips, Brit. Disco. 1887.
Pseudohelotium liyalinum Fuckel, Symb. Myc. 1869.
Peziza hyalina Persoon, Disp. 1797.
78. Lachnum agaricinum Retzius, Act. Holm. 1769. Flora
Scand. 1795.
Lachnella virginica Phillips, Brit. Disco. 1887.
Lachnum virginicum Karsten, Myc. Ferin. 1871.
Dasyscypha virginica Fuckel, Symb. Myc. 1869.
Peziza virginica Batsch, El. Fung. 1783.
Lachnum niveum (Fledw.) Karsten, appears to be practically
indistinguishable from this species. Retzius himself gives it as
a synonym.
79. Laci-inum cerinum Morgan.
Lachnella cerina Phillips, Brit Disco. 1887.
Heliotium cerinum Karsten, Myc. Fenn. 1871.
Dasyscypha cerina Fuckel, Symb. Myc. 1869.
80. Lachnum luteo-album Morgan.
Dasyscypha luteo-alba Saccardo, Sylloge, VIII. 1889.
Peziza luteo-alba Schweinitz, N. A. Fungi. 1834.
81. Lachnum viridulum Masse & Morgan n. sp. —
Gregarious, closed at first then expanding until widely cup¬
shaped, narrowed below into a very short, stout stem-like base,
about .5 mm. across, disc dark green, externally pale green and
downy, marginal hairs 60-80 x 3-4 mic., septate ; cortex minutely
parenchymatous, cells elongated from base to margin; asci cylin¬
drical, apex rounded, 8-spored, 45-50 x 6 mic., spores 2-seriate,
continuous, smooth, hyaline, cylindrical, often slightly curved,
7-9 x 2 mic. ; pharaphyses filiform.
On dead wood of Ouercus alba, Preston, O., readily distin¬
guished by the green colour of every part. Contracted when dry,
and looking like minute yellowish-green specks of fluff.
82. Patella scutellata Morgan.
Lachnea scutellata Gillet, Disco. 1879.
Humaria scutellata Fuckel, Symb. Myc. 1869.
Octospora hirta Hedwig, Muse. Fround. 1789.
Patella ciliata Roth, Flora Germ. 1788. Wiggers FI.
Hols. 1780.
Elvella ciliata Schaeffer, Index. 1774.
Peziza scutellata Linnaeus, Sp. PI. 1753.
188
Journal of Mycology
[Vol. 8
83. Patella lutea Morgan.
Lachnea stercorea Gillet, Disco. 1879.
Peziza stercorea Persoon, Obs. Myc. 1798.
Peziza lutea Reich, in Besch. Berl. 1775 (?).
Elvella lutea Scopoli, FI. Carn. 1772.
84. Patella erinaceus Morgan.
Lachnea erinaceus Saccardo, Sylloge, VIII. 1889.
Peziza erinaceus Schweinitz, Svn. Car. 1822.
85. Sepultaria albida Morgan.
Lachnea hemispherica Gillet. Disco, 1879.
Peziza hemispherica Wiggers, FI. Hols. 1780.
Elvela algida Schaeffer Index 1774.
86. ^epultaria semitosta Morgan.
Macropodia semitosta Saccardo, Sylloge, VII. 1889.
Peziza semitosta B. & C.., N. A. Fungi. 1875.
According to Massee in Journal Linn. Society, 1876, Peziza
pubida, B. & C. is a synonym of this species.
87. Geopyxis coccinea Massee, Fungus Flora. 1896.
Sarcoscypha coccinea Saccardo, Sylloge, VIII. 1889.
Lachnea coccinea Gillet, Disco. 1879.
Peziza coccinea Jacquin, FI. Aust. 1776.
Elvela coccinea Scopoli, FI. Carn. 1772.
88. Geopyxis floccosa Morgan.
Sarcoscypha floccosa Saccardo, Sylloge, VIII. 1889.
Peziza floccosa Schweinitz, N. A. Fungi. 1834.
Sarcocyphi, Martins, was applied to Peziza stenostorna Mart.,
and P. rhizopus A. & S. There is no reason for substituting
Plectania.
89. Geopyxis occidentalis Morgan.
Sarcoscypha occidentalis Saccardo, Sylloge, VIII. 1889.
Peziza occidentalis Schweinitz, N. A. Fungi. 1834.
This species is given in Lea's Catalogue. The form I find
corresponds better to Geopyxis hesperidea C. & P. Grevillea, I.
1872.
90. Geopyxis nebulosa Saccardo, Sylloge, VIII. 1889.
Peziza nebulosa Cooke, Mycographia. 1879.
91. Barlaeina constellatio — Barlea constellatio Saccardo
Sylloge, VIII. 1889.
Aleuria constellatio Gillet, Disco. 1879.
Peziza constellatio B. & Br. Ann. Nat. Hist. 1875.
92. Hu maria omphalodes Massee, Fungus Flora. 1875.
Pyronema omphalodes Fuckel, Symb. Myc. 1869.
Peziza omphalodes B’ulliard, Champ. 1792.
Dec. 1902 ] Discomycetes of the Miavii Valley
189
93. Hu mari a scabra Morgan.
Humaria granulata Saccardo, Sylloge, VIII. 1889.
Ascobolus granulatus Fuckel, Symb. Myco. 1869.
Peziza granulata Bulliard, Champ. 1792.
Peziza scabra Muller, FI. Dan. Tab. ,655.
94. Humaria vitigena Massee & Morgan n. sp. — Gregarious,
sessile on a broad base, fleshy, 2-3 mm. broad ; globose and closed
at first, gradually expanding but the extreme margin persistently
incurved and minutely silky ; externally dingy white, disc glau¬
cous ; asci cylindrical apex rounded, plug brown — not blue with
iodine, 120 x 12 mic. ; spores 8, i-seriate, broadly ellipitical, ends
obtuse, hyaline, smooth, 8-8 x 6-6.5 \ paraphyses filiform,
slightly thickened at the apex.
On dead twigs of Vitis riparia, Preston, O. The present
species is not a typical Humaria, neither can it be considered
as agreeing well with any established genus. The excipulum con¬
sists entirely of irregularly nodulose cells which are scarcely
coloured by iodine but appear refractive as if very thick-walled,
and with scarcely any cell contents. Perfectly globose at first, the
hvmenium gradually developing as in Bulgaria. Substance firm,
but not at all cartilaginous or gelatinous.
95. Humaria fuscocarpa Morgan.
Phaeopeziza fuscocarpa Saccardo, Sylloge, VIII. 1889.
Peziza fuscocarpa Ellis Q Holway, Journ. Mycol. 1885.
96. Phaeopeziza nigrans Morgan.
Detonia nigrans Saccardo, Sylloge, XIV. 1899.
Peziza nigrans Morgan, Journ. Cin. Soc. Nat. Hist. 1895.
97. Peziza vesiculosa Bulliard, Champ. 1792.
Peziza lycoperdoides DeCandolle, FI. Fr. 1805.
Helvella vesculosa Bolton, Hist. Fung. 1788.
Elvella lycoperdoides Scopoli, FI. Carn. 1772.
98. Peziza irrorata B. & C., N. A. Fungi. 1875. Massee,
Berkeley’s Types. 1896.
This was at first referred to Peziza repanda; Massee’s de¬
scription makes the species clear.
99. Peziza palmicola B. & C. Cuban Fungi. 1869. Massee,
Berkeley’s Types. 1896.
This grows in a solitary way with me, always on old Hickory
trunks ; it resembles Peziza repanda.
100. Peziza clypeata Schweinitz, Syn. Car. 1822.
Peziza adnata B. & C. Cuban Fungi. Massee, Berkeley’s
Types. 1896.
I had always taken this for Psilopezia numularia until I got
Massee’s work; I supposed the three names to be synonyms.
190
Journal of Mycology
[Vol. 8
101. Peziza numularia Morgan.
Psilopezia numularia Berkeley, Lond. Journ. 1847. Lea's
Catalogue. 1849. Massee, Berkeley’s Types. 1896.
Although the type of this species was sent from Cincinnati
by Mr. Lea, I do not appear to have collected it, my specimen
examined by Mr. Massee being pronounced Peziza adnata B & C.
Aside from the spores, there should be no confounding the two
species ; The ascophore of one is parenchymatous and of the
other wholly prosenchymatous.
102. Peziza nana Massee & Morgan n. sp. — Gregarious
sessile, thin, concave, entirely pale brown when dry, up to 6 mm.
across, scurfy-pulverulent externally ; asci cylindrical, apex
rounded, deep blue with iodine, 8-spored, 350 x 12 mic.; spores
broadly elliptical, ends obtuse, hyaline, continuous, epispore
densely covered with minute warts, 18 x 10 mic. i-seriate; para-
physes slender, very slightly thickened at the apex ; hypothecium
and excipulum formed of very slender, interwoven hyphae,
passing into a cortex of small parenchymatous cells.
On the ground ; Preston, O. The asci and spores are large
in proportion to the size of the ascophore.
103. Peziza succosa Berkeley, Ann. Nat. Hist. 1841.
Galactinia succosa Saccardo, Sylloge, VIII. 1889.
104. Peziza pustulata Gmelin, Syst. Nat. 1791.
Octospora pustulata Hedwig, Muse, frond. 1787.
105. Peziza morgani Massee n. sp. — Ascophore cup-shaped,
abruptly narrowed into a very short, slightly lacunose, stem-like
base, entirely pale brown (when dry), minutely furfuraceous
externally, substance thin, not brittle ; hypothecium and excipulum
formed of interwoven hyphae, passing into a parenchymatous
cortex, 2-3 cm. across ; asci cylindrical, apex rounded, not blue
with iodine, 8-spored, 280-300 x 16-17 mic. spores obliquely
1 -seriate, elliptic-fusiform, epispore delicately warted, hyaline, 2-
guttulate, 37-40 x 10-12 mic.; paraphyses cylindrical, apex very
slightly thickened.
On the ground in woods, Preston, O. A remarkably fine
species, very distinct in the large, elliptic-fusiform warted spores.
106. Peziza petersii B. & C. N. A. Fungi. 1875. Massee,
Berkeley’s Types. 1896.
107. Peziza griseo-rosea Gerard, Bull. Buff. 1874.
108. Peziza adae Sadler, Trans. Bot. Soc. Edinburg. 1857.
I have referred to this species specimens of a large thin
Peziza growing on the walls and bottom of a cellar.
Dec. 1902] Discomycetes of the Miami Valley
191
109. Otidea lepoeina Fuckel, Symb. Myc. 1869.
Peziza leporina Batsch, El. Fung. 1783.
Fungus auriculae leporis forma. Mentzelius, Pug. Rar.
1682.
no. Otidea onotica Fuckel, Symb. Myc. 1869.
Peziza onotica Persoon, Synopsis. 1801.
Peziza leporina Sowerby, Eng. Fung. 1797.
in. Otidea alutacea Massee, Fungus Flora. 1895.
Peziza alutacea Persoon, Comm. 1800.
Elvela ochracea Schaeffer, Index. 1774.
1 12. Otidea aurantia Massee, Fungus-Flora. 1895.
Peziza aurantia Persoon, Comm. 1800.
Elvella coccinea Schaeffer, Index. 1774.
1 13. Otidea cochleata Fuckel, Symb. Myc. 1869.
Peziza cochleata Linnaeus, Sp. PI. 1753.
The specific name originates with Linnaeus, but the applica¬
tion of it has been various. Recent writers accept the interpre¬
tation of Dr. Cooke in Mycographia ; in this the spores are smooth.
A very large Peziza grows in this region in early spring,
agreeing in form, size, and color with this species, but the spores
are minutely roughened. I have called it Peziza badia, Pers.
(Helvella cochleata, Bolton) ; but this plant is said to grow in
summer and autumn. It may be the plant called Peziza umbrina
by Boudier, but the figure in Mycographia does not look like our
plant.
114. Acetabula vulgarts Fuckel, Symb. Myc. 1869.
Peziza acetabulum Linnaeus, Sp. PI. 1753.
Fungoides fuscum acetabuli forma, etc. Micheli, N. P.
G. 1 749.
1 15. Leotia stipitata Schroeter, Pflanzen. 1894.
Leotia viscosa Fries, Syst. Myc. 1823.
Tremella stipitata Bose., Berl. Mag. 1811.
The pileus in this species is dark green; the spores subfusi-
form, more or less curved, 16-20 x 4-5 mic.
1 16. Helvella crispa Fries, Syst. Myc. 1823.
Phallus crispus Scopoli, FI. Carn. 1772
Fungoides fungiforme crispum, etc. Micheli. N. P. G.
1749.
1 17. Helvella barlae Boudier & Patouillard in fourn de Bot.
1888.
There is a minute pubescence on pileus and stipe.
1 18. Helvella sulcata Afzelius, Vet. Ac. Hand. 1783.
The specimens of this are 2-3 cm. in hight.
192
Jour7ial of Mycology
[Vol. 8
119. Helvella elastica Bulliard, Champ. 1785.
120. Helvella gracilis Peck, 24. N. Y. Rep. 1871.
121. Helvella pezizoides Afzelius, Vet. Ac. Hand. 1783.
Peziza helvelloides Fries, S. V. Scand. 1849.
Helvella helvelloides Massee, Fungus Flora. 1895.
122. Helvella ephippium Leveille, Ann. Sc. Nat. 1841.
123. Helvella craterella Quelet, Enchiridion. 1886.
Peziza craterella Persoon, Synopsis 1801.
Octospora craterella Hedwig, Muse, froud. 1787.
My note on the fresh specimen is as follows; Stipe
5-6xi-i. 5 cm. Ascoma 4-7 cm. Asci 200-250x16-18
mic. Spores smooth, 18-20x12-14 mic. Compare with
Massee’s account of Helvella macropus.
124. Gyromitra esculenta Fries, S. V. Scand. 1849.
Helvella esculenta Persoon, Comm. 1800.
This species is recorded in Lea’s Catalogue. I have never
found it.
125. Gyromitra costata Cooke, Mycographia. 1879.
Helvella costata Schweinitz, Syn. Car. 1822.
I have two or three times found specimens of what appeared
to be this species, but in no instance did they yield spores.
Mature specimens of this species and of G. caroliniana are
greatly desired by mycologists ; they do not seem to be known at
the present time.
126. Gyromitra brunnea Underwood, Proceedings Indiana
Academy of Science. 1893.
In the spring of 1895, this species grew abundantly in our
vicinity. One specimen which we weighed, measured and figured,
had dimensions as follows; Height 18 cm.; diameter of Pileus
14 cm.; thickness of stipe 8.5 cm.; weight 1 lb. 2 oz.
127. Morchella esculenta Persoon, Synopsis. 1801.
Phallus esculentus Linnaeus, Sp. PI. 1753.
Boletus esculentus, rugosus, etc. Tournefort. I. R. H.
1719.
128. Morchella patula Persoon, Synopsis. 1801.
Phallus patulus Schrank, Baier. FI. 1789. Gmelin, Syst.
Nat. 1791.
Dec. 1902] Notes from Mycological Literature
193
NOTES FROM MYCOLOGICAL LITERATURE. III.
W. A. KELLERMAN. p
Annales Mycologici Editi in notitiam Scientiae Myco-
logicae Universalis. Early in January 1903, the first number
of a new periodical headed as above will appear, which proposes
dealing thoroughly with the cultivation and furtherance of Myco¬
logical Science. So states a circular notice just received from H.
Sydow, Berlin, W., Goltz str. 6., Germany. The periodical will
be issued every other month ; the size about 640 pp. per year ;
the price 25 Marks. At present only one North American and
two French Mycological periodicals are published. We welcome
the appearance of the fourth journal devoted to this widening
field of botanical science. Annales Mycologici will contain in
the main original “mycological articles of the first class,” list of
latest literature, critical reviews, etc.
A plea by Professor Underwood for the concentra¬
tion of the energy of Mycological Clubs and of isolated indi¬
viduals on a limited number of genera, say Boletus, Boletinus,
Coprinus, Lactarius, Russula, Hygrophorus, Lentinus, and Mar-
asmius, was made in the January No. of Torreya, pp. 1-2 (1902),
which it is to be hoped was numerously heeded during the year,
and that abundant success may induce a continuation in the same
line the next season.
No end to the new Higher Fungi — Prof. Peck, the
veteran American Agaricologist, describing fourteeen new species
in the Bulletin of the Torrey Botanical Club, 29:69-74, Feb.,
loo:?.
In no group of plants is careful study in the field so
necessary as with Mushroons, says F. S. Earle, in Torreya (2:2-4.
Jan. 1902) ; and besides valuable suggestions for the beginner
and amateur Prof. Earle gives a commendable description blank.
Bacterium truttae, a new species pathogenic to Trout, is
described by M. C. Marsh in Science, 16:706-7, 31 Oct., 1902.
The organism was obtained from diseased brook trout and stands
in specific causal relation to the disease ; found only in domesti¬
cated or aquarium fish, never in wild trout from the natural
waters. It is not pathogenic to warm-blooded animals.
C. A. J. OUDEMANS AND C. J. KONIG HAVE PUBLISHED a
Prodrome d’une Flore Mycologuique obtenue par la culture sur
Geletine preparee de la terre humeuse du S’panderswoud, pres
Bussuns, in Achives Nederlandaises des Sciences exactes et
naturelles. Forty-five species are figured — 8 Mucoraceae, 3
Sphaeropsideae, 34 Mucedineae — on 33 colored plates. Thirty-
one of the species are new with Latin diagnoses by Oudemans.
194
Journal of Mycology
[Vol. 8
The Nidulariaceae of North America are monographed
by V. S. White, Bulletin of the Torrey Botanical Club, 29: 251-
280, 5 pi. May 1902. Cyathia replaces the generic name Cyathus ;
a key to the eleven North American species is given ; one species
and one variety are new. Crucibulum vulgare Tol. (1844) the
only species of this genus is to be called C. crucibuliforme (Scop.)
White. Nidula, a new Genus is proposed ; under it two species
and one variety are given ; the variety and one species are new.
Granularia (Roth, 1791) replaces the generic name Nidularia
(Fr. and Nord., 1817-18) ; a key to the three species is given;
two of the species are new. A table showing the known distri¬
bution of the species is included.
As animal mycoph agists W. A. Murrill lists (Torreya,
2:25-6. Feb. 1902) a large sphingid larva (Virginia) — feeding
on Polyporus flavovirens ; red, or “pine,” squirrel of Alaska in the
region west of the Yukon River — living on [seeds of Picea alba
and] mushrooms (three kinds of Agarics noticed) which they
place in forks of branches, etc., visiting their collections every
day in the winter for a meal.
Quite extended “Supplementary Notes on the Ery-
siphaceae,” by Ernest S. Salmon, are published in the Bull. Torr.
Bot. Club, 29:1-22, 83-109, Jan. and Feb. 1902. A considerable
amount of further material has enabled the author “to continue
the study of critical forms of several species ; to investigate many
cases of the reported occurrence of a species on an unusual
host plant ; and to extend the geographical range and add further
hosts for many species. Several recent important papers are
also critically reviewed, followed by a bibliography of 89 refer¬
ences, a host index, and a species index.
The Ohio Fungi exsiccati, the labels to the specimens of
which contain a reprint of the original descriptions besides the
customary data, is being issued by W. A. Kellerman, Ohio State
University. Five fascicles, average of 20 specimens each, have
been distributed, according to statement in Journal of Mycol¬
ogy, 8:167. Oct. 1902.
A PHYTOPATHOLOGICAL STUDY OF CANKER GROWTH Oil Abies
balsamea in Minnesota by Alexander P. Anderson is reported in
the Bulletin of the Torrey Botanical Club, 29:23-34. 2 pi. Jan.
1902. The cause of the disease was found to be Dasyscypha
resinaria (Cooke & Phil.) Rehm., a species hitherto found in
North Wales and in Hungary.
Notes on the Amanitas of the Southern Appalachians
is the title of an eight-page pamphlet, author H. C. Beardslee,
publisher Lloyd Library, devoted to the subgenus Amanitopsis.
It contains a key to the seven species — vaginata, baccata, farin-
Dec. 1902] Notes from Mycological Literature
195
osa, strangulata, pubescens, nivalis, muscaria var. coccinea ; de¬
scriptions and critical notes, occurrence, etc. ; also three plates
illustrating A. baccata, A. strangulata, and A. muscaria var.
coccinea.
Figures and descriptions of seven new species of Puccinia
are published by W. H. Long Jr. in the Bulletin of the Torrey
Botanical Club, 29:110-16, Feb. 1902.
Hermann von Schrenk notices briefly (Botanical Ga¬
zette, 34:65. July, 1902) a root rot of apple trees caused by
Thelephora galactina Fr., and promises an extended account of
the occurrence and growth of the latter before long.
An excellent account by L. R. Jones, of a Soft Rot of
Carrot and other vegetables, caused by Bacillus carotovorus Jones,
is given in the An. Rep. Vt. Agr. Exp. Sta. 1899. A three-
page summary precedes the extended article, under the subheads :
Occurrence and character of the disease ; Pathogenesis ; Morpho¬
logical characters ; and Physiological characters. A preliminary
report and the publication of Bacillus carotovorus Jones n. sp.
was printed in the Centralblatt fur Bakteriologie, Parasitenkunde
u. Infektions-Krankheiten, Zweite Abt. 7:12-21, 61-68, 5 and 26
January, 1901.
The destructive fungus, Penicillium digitatum, at¬
tacks only citrous fruits, as stated by C. W. Woodworth under
the title of “Orange and Lemon Rot,” California Agr. Exp. Sta.
Bull. 139:1-12,, February, 1902.
A Preliminary List of Maine Fungi, by Percy LeRoy
Ricker (pp. 1-87, April, 1902), contains 1136 species. The ar¬
rangement of the orders and families is that of Saccardo’s Syl-
loge, the genera and species arranged alphabetically. It is pre¬
faced with a historical sketch, list of works treating of the Maine
species, general characters and classification of Fungi ; and sup¬
plemented with an index to genera and an index to hosts.
Eriksson's Work on the Timothy Rust. — An interesting
article by Jakob Eriksson (Oefversigt af Kongl. Vetenskaps-
Akademiens Forhandlingar 1902. N :o. 5) having the title, “1st
der Timotheengrasrost eine selbstandige Rostart oder nicht,” re¬
calls his infection experiments in 1891-3 as a result of which the
species Puccinia phlei-pratensis Er. & Hen. was established
O894), and details numerous additional experiments made in
1895-1000. This species has almost completely lost its power to
infect Barberry. It is found occasionally (in experimentation)
on Festuca elatior, Oats, Rye, and Phleum michelii. Eriksson
includes it in the category of Rust species “nicht scharf fixiert,”
of which he has listed also the following: “Puccinia graminis
1". sp. Tritici auf Triticum vulgare (Hordeum vulgare, Secale
196 Journal of Mycology [Vol. 8
cereale und Avena sativa) ; P. triticina auf Triticum vulgare
(und Secale cereale) ; P. bromina auf Bromus mollis, B. arvensis
etc. (und Secale cereale) ; und P. agropyrina auf Triticum
repens (Secale cereale und Bromus arvensis). Zu derselben
Kategorie ware auch in Folge des oben mitgeteilten P. Phlei-
pratensis auf Phleum pratense, Festuca elatior (Phleum michelii,
Avena sativa und Secale cereale) zu rechnen.” Referring again
to the peculiarities of this species the following conclusion is
recorded, namely, that perhaps “P. phlei — pratensis urspriing-
lich aus P. graminis entstanden sei, und dass sie sich allmahlich
auf dem seit langer Zeit im Grossen gebauten gewohnlichen
Timotheengrase zu einer selbstandigen Art differenziert habe,
selbstandig insofern, dass sie die urspriingliche aecidienerzeu-
gende Fahigkeit verloren, die innere Natur jedoch so beibehalten
habe, dass sie, wenn auch schwierig, auf den Hafer und Roggen
zurukgehen kann. Weniger vorgeschritten aber denke man sich
die Differenzierung an den seltenen, nur zufallig in den botan-
ischen Garten kultivierten Phleum-Arten, welche durch daneben
angebauten Getreide direkt angesteckt worden sind. Der Pilz
hat hier keine Gelegenheit gehabt, sich Generation nach Genera¬
tion zu einer Form mit specifischen Eigenschaften herauszubilden
und zu fixieren.”
Binucleate cells in certain Hymenomycetes is the title
of an important article in the January No. of the Botanical Ga¬
zette (33 '.1-25, pi. 1, January, 1902), by Robert A. Harper, which
from its length can not be here properly summarized. Two sen¬
tences however may be quoted. “It must not be assumed without
further evidence that the Rusts are primitive Basidiomycetes.” . .
“The binucleate condition of the hyphal cells suggests very
strongly that Rusts and Basidiomycetes must have arisen from
some ancestral type characterized, at least in some stage of its
development, by the possession of binucleate instead of uninuc-
leated or multinucleated vegetative cells.”
A very interesting and important preliminary report of
work done during the last two years by John L. Sheldon, at
the University of Nebraska, in co-operation with the U. S. Dept,
of Agr., on the Rusts of Asparagus and Carnation — and inci¬
dentally on Darluca — is given in Science, N. S. 16:235-7. 8
Aug. 1902. The account pertains to inoculation experiments.
The period of incubation in the greenhouse varied from 18 to
8 days. “When the mean daily temperature in the greenhouse
was 69° and the average hours of sunshine were five, it required
fourteen days for the sori to appear after an inoculation was
made ; and when the temperature increased to 76° and the num¬
ber of hours of sunshine increased to 6.3, only eight days were
required ; the period of incubation being in each case inversely
as the temperature and the hours of sunshine.” Only vigorous
Dec. 1902] Notes from Mycological Literature
197
plants were found to be readily susceptible to inoculation. Mr.
Sheldon also demonstrated that the Carnation Rust is local in¬
stead of being distributed throughout the plant, and that cer¬
tain varieties are practically immune. It is interesting also to-
note that observations have led to the opinion that Darluca filum
Cast, is not parasitic on the Rust, its saprophytic tendencies hav¬
ing been demonstrated by growing it on various culture media..
“There are strong indications that it may be parasitic on As¬
paragus.”
European Fungus Flora, Agaricaceae, George Massee,.
F. F. S., is the title of a recent important book of 274 pp., pub¬
lished by Duckworth & Co., London. For each of the five pri¬
mary divisions of the group (based on the color of the spores as
seen in mass), a concise synoptical key to the genera is given,
followed by descriptions of 2750 European species (of which
1 553 are British). “The idea of this work is to give the essential
characters of each species as presented by pileus, gills, stem and
spores respectively.” No figures are given. The author thinks
that “a lengthy and laboured description suggests lack of power
to grip essentials on the part of the compiler, and does not as
a rule facilitate the recognition of the species intended.” An il¬
lustration or two will show the character of this treatise. For
exajmple, p. 7, under the genus Lepiota is given this description : —
“Procera, Scop. P. soon expanded, umbonate, with brownish
scales, 10-25 cm.; g. free, crowded; s. 12-20 cm., base thickened, brown¬
ish, transversely cracked, ring free; sp. 12-15x8-9. Edible.”
On p. 205, under the genus Agaricus occurs the following
paragraph : —
Campestris, L. 6-12 cm. convex then plane, floccosely silky or
fibrillose, whitish, flesh reddish-brown when cut; g. close to stem, subli-
quescent, fleshy then umber; s. stuffed, even, white, ring median, torn;
sp. 7-8x5-6. Edible.
Var. alba, Berk. P. rather silky white; s. short.
Var. hortensis, Cke. P. fibrillose or squamulose, brownish. The
variety commonly cultivated in England. [Eleven other vars. given under
this speces.]
A New Mushroom for the Market is reported by H.
Webster in Rhodora, 4:199, October, 1902. The plant referred
to is Lepiota naucina — and this with several species as Agaricus
campestris, Coprinus atramentarius, Coprinus comatus, Tricho-
loma personatum, have found a ready sale in the Boston market.
Prof. Dr. P. Magnus gives in the Berichte der Deutschen
Botanischen Gesellschaft (20:291-296, 1 pi. 1902) an account of
a species of a root-inhabiting, gall-producing Urophlyctis which
is the cause of a destructive disease of Medicago sativa, or Lu¬
cerne. F[e refers to his previous assertion, dass die Gattung Uro¬
phlyctis Schroet. eine gute Gattung ist and scharf von den Gat-
tungen Physoderma und Cladochytrium zu trennen ist. He also
198
Journal of Mycology
[Vol. 8
shows that the species in question is different from Urophlyctis
coproides (Trab.) P. Magn., on Beta vulgaris, and Urophylctis
pulposa (Wall.) Schroet., on Chenopodium and Atriplex; the
name proposed is Urophlyctis alfalfae (v. Lagerheim olim) P.
Magnus. The galls are rounded protuberances ; when sectioned
large brown irregular figures may be seen; these correspond to
cavities filled with the resting spores.
The Bitter Rot of Apples is the title of Bulletin No. 77
(Ill. Agr. Exp. Sta.), July 1902, by Thomas J. Burrill and Joseph
C. Blair. The authors say it is essentially a hot weather disease.
The second spore-forms were not found in exposed apples but
the fungus ordinarily retains its vitality in a dormant state in
the winter, and in May or later, continues its growth. It was
also found that spores from the cankers on the limbs could be
used successfully in inoculation experiments. This seems to be
the first verified case to show that there is a connection between
cankered places on the limbs and the disease on the fruit. [To
the reviewer it would seem desirable that the scientific names of
the fungi or forms discussed in a Bulletin should be given in
parentheses or as foot notes.]
Hermann von Schrenk and Perley Spaulding give a
brief preliminary account (Science, N. S. 16:669-670, Oct. 31,
1902) of observations and experiments showing “a causal rela¬
tion between apple cankers found in numerous orchards and the
bitter rot disease, and that it is very probable that this fungus is
capable of living both in the bark and in the fruit of the apple/’
In cultures made from the cankers Gloeosporium fructigenum
appeared; the spores inoculated into living apple branches gave
rise to apple cankers with pycnidia and spores of Gloeosporium
fructigenum, and these spores inoculated into apple produced the
bitter rot disease. To the reviewer this would seem a confirma¬
tion of results obtained by Burrill & Blair.
Howard J. Banker gives A historical Review of the pro¬
posed genera of the Hydnaceae, Bull. Torr. Bot. Club, 29: 436-
448, July 1902; he proposes Tylodon based on T. friesii (Radu-
lum pendulum Fr. El. Fung. 149) and Etheirodon based on E.
fimbriatum (Odontia fimbriata Fr) as generic names to replace
respectively Radulum and Odontia. In the summary 71 generic
names are enumerated ; of these 32 are free to be used.
An extended article on the toxic properties of some
copper compounds, by Judson F. Clark, is published in the Jan.
No. of the Botaincal Gazette (33: 26-48 1902). Several hundred
cultures with fifteen species of Fungi were made and fully de¬
scribed. He says that all experiments go to show that the Bor¬
deaux Mixture is effective from the day it is applied. As to
its toxicology: “The solution of that part of the Cu (OH) 2 of
Dec. 1902] Notes from MycologicaL Literature
199
Bordeaux Mixture which under orchard conditions is of fungi¬
cidal value, is chiefly accomplished by the solvent action of the
fungous spores themselves, for they have power to dissolve suf¬
ficient copper to kill themselves. ”
In the Botaniska Notiser for 1902 (pp. 113-128 &
161-179) Tycho Vestergren gives a “Verzeichniss nebst Diagno-
sen und Kritischen Bemerkungen zu meinem Exsiccatenwerke,
Micromycetes rariores selecti,” Fasc. 11-17. A dozen new species
are described.
The article by David Griffiths, concerning some West
American Fungi, Bull. Torr. Bot. Club, 29: 290-301, May 1902,
deals with seventeen parasitic fungi belonging to the genera
Tilletia, Ustilago, Sorosporium, Gymnoconia, Puccinia, Aecid-
ium, and Claviceps ( ?) ; twelve of the species are described and
named as new to science.
In Science, (N. S. 16: 434-5) Sept. 12, 1902, P. J. O’Gara
gives some Notes on Canker and Black-Rot,, the former on
Rhus glabra caused by Sphaeropsis rhoina (Schw.) Starb. In-
completed experiments are reported to determine whether Sphae¬
ropsis rhoina of the Sumac and Sphaeropsis of the apple may not
be the same. The facts already established “go to show that
Sphaeropsis rhoina will cause black-rot in the fruit of the apple
and will also produce the typical ‘canker’ on the branches and
limbs just as readily as Sphaeropsis malorum. Although the
evidence is not complete it is probable that the two species are
identical.”
An Abstract of a paper by Dr. V. C. Vaughan on the
Nature O'f the specific Bacterial Toxins is given in Science, N. S.
16: 312-5, Aug. 22, 1902.
A list of Bar Harbor (Mt. Desert) Fungi, about 255 in
number is given by V. S. White, Bull. Torr. Bot. Club, 29:550-
563, Sept. 1902. Most of the interesting list are the higher fungi
— eight of which are new species, six by Peck and two by
Banker. The starred species, 120 in number, are not found in
Ricker’s List of Maine Fungi (April 1902).
The prevention of Molds on Cigars, by Rodney H. True,
is a short article in Science, N. S. 16: 115-6, July 18, 1902, in
which it is shown that this affection pertains only to cigars whose
wrapper-leaf has been treated with tragacanth paste, and is pre¬
ventable by making the latter with a saturated solution of boracic
acid instead of water.
Investigations on a Bacterial Soft-Rot of certain Cruci¬
ferous Plants and Amorphophallus simlense by H. A. Harding
and F. C. Stewart are reported in Science, N. S. 16: 314-5, Aug.
22, 1902.
200
Journal of Mycology
[Vol. 8
NeOCOSMOSPORA VASINFECTA VAR. TRACHEIPHILA ErW.
Sm., the cause of the Wilt Disease of the Cowpea, its characters,
distribution, extent of loss, preventive measures, and experiments,
are fully discussed by W. A. Orton, in U. S. Dept. Agr. Bureau
PI. Industry, Bull. 17 17-22, pi. 1-4, 22 April, 1902.
Edgar W. Olive has published in the Proc. Boston Soc.
Nat. Hist. 30:415-513, pi. 5-8, August, 1902, a monograph of the
Acrasieae — a small group of saprophytic organisms which have
been associated with the Myxomycetes. There are seven genera
and twenty species, twelve of which occur in the United States.
The Studies in North American Discomycetes by Elias
J. Durand are continued with valuable results ; the first paper was
on the genus Holwaya (Bull. Torr. Bot. Club, 28:349-355, June,
1901), the second on some new or noteworthy species from cen¬
tral and western New York (L. c. 29:458-165, July, 1902).
Three new species are described in the last paper.
A LIST OF FOURTEEN OF THE MORE IMPORTANT MOULDS in¬
jurious to foods is given by Mary Dresbach in the June number
of the Ohio Naturalist (2:288-9), 1902. The orders represented
are Bacteriales, Mucorales, Saccharomycetalis, Aspergillales and
Moniliales.
The 22nd Annual Report of the New Jersey Experi¬
ment Station for 1901 (issued in 1902) contains an extended
account of the work by the botanist, B. D. Halsted. The myco-
logical topics briefly touched on are the Asparagus Rust, Exper¬
iments with Pear Blight, Ergot upon Grass, Notes on Corn Smut,
the Blight of Cumumbers, the Mildew of the Grape, Tulip Mould,
and Fungi as related to weather.
In the note on Boletus betula (182, Lloyd’s Myc. Notes,
10:97, September, 1902) H. C. Beardslee says that three species
of shaggy-striped Boleti have been described by American
Mycologists — B. betula by Schweinitz, B. russelli by Frost, but
these seem to be one and the same thing; and he adds that Mr.
Lloyd regards B. morgani as a state of B. betula — hence this
would reduce these three species to one and unite them “under
the oldest and best name,” viz., B. betula.
•
Mr. C. G. Lloyd lias distributed Mycological Notes No.
10, dated September, 1902. The notes are : 182 — Boletus betula
(by H. C. Beardslee) ; 183 — Hypocrea alutacea; 184 — Looking
backwards; 185 — An inexcusable blunder; 186 — Acknowledge¬
ment of specimens received since last report; 187 — How little
we know; 188 — More about Geasters ; 189 — Gyrographmium
delilei ; and 190 — Gathering Puff-balls. Figures are given of
Boletus betula and Hypocrea altacea.
Dec. 1902] Notes from Mycological Literature
201
Torrendia, a new genus of Hymenogastraceae, and
twelve new species of the higher fungi are described by I. Bres-
adola (Mycetes Lusitanici Novi), Atti I. R. Acad. Agiati, II,
8 1129-133. 1 pi. 1902.
A bulletin of 43 pages, 3 plates, author Margaret C. Fer¬
guson, containing a preliminary Study of the Germinatoin of
Agarious compestris and other Basidiomycetous Fungi, was is¬
sued June 14, 1902, by the Bureau of Plant Industry, U. S. Dept.
Agr. Besides the record and explanation of the tests, there is
given also a Historical Review of the literature, 1842 to 1901,
(6 pages) and a Bibliography (2 pages).
Hermann von Schrenk is the author of Bulletin No.
14, Bureau of Plant Industry, issued March 25, 1902, entitled
the Decay of Timber and Methods of preventing it. It contains
96 pages, 18 plates and numerous text figures. The scope of the
Report is as follows: (1) Structure of Timber and its mechan¬
ical and chemical nature; (2) Factors which cause decay of wood;
(3) Timber preservation; (4) Account of an experiment to test
the value of preservative processes; (5) Report of an inspection
trip to Europe for the purpose of investigating the results of tim¬
ber impregnation; (6) Conclusions and recommendations.
The Office of ti-ie Pathologist and Physiologist,
Bureau of Plant Industry, offers to the State Agricultural Exper¬
iment Stations and other interested workers such specimens of
fungi as they may select from a list which has been prepared
by Flora W. Patterson, Mycologist, and sent out February 3, 1902
(Bulletin No. 8). The general arrangement and the nomen¬
clature correspond mainly with Saccardo’s Sylloge Fungorum.
The list contains 543 species, often several hosts being given.
Generic Nomenclature is discussed by C. L. Shear in
the March number of the Botanical Gazette (33:220-9, 1902),
the remarks relating especially to Fungi. His apology if any
were needed is as follows: “but there is no student of plant life
in any of its multitudinous phases but must have occasion at some
time to use plant names, and hence should be interested to
some degree, at least, in any sincere effort to secure stability
and uniformity in nomenclature/' Mr. Shear points out the
fatal difficulties of the “species majority method,” and the “residue
method.” The type method is urged as desirable and practicable.
Professor Underwood gives a general account of the
Bracket Fungi in the June No. of Torreya (2:87-90, 1902), men¬
tioning about two dozen species and incidentally remarking that
a certain species “has passed as Polyporus lucidus, which is a
wholly different species,” and that P. leucophaeus “has mas¬
queraded in this country under an incorrect name as P.
applanatus.”
202
Journal of Mycology
[Vol. 8
Abigail A. O’Brien confirms Dr. Duggar’s assertion that
in case of some fungi the mycelium may be as resistant to moist
heat as are the spores, by a series of experiments with Aspergillus
flavus, Botrytis vulgaris, Rhizopus nigricans, Sterigmatocystis
nigra and Pencillium, reported in the Bulletin of the Torrey
Botanical Club (29:170-2), March 1902) under the title: Notes
on the Comparative Resistance to High Temperature of the
Spores and Mycelium of Certain Fungi.
Elsie M. Kupfer reports a critical study of Urnula and
Geopyxis in the Bulletin of the Torrey Botanical Club, 29:137-
144. 1 pi. March 1902. The conclusion of the whole matter
is : Urnula craterium Fr. represents a distinct genus from
Geopyxis; Urnula terrestris (Niessl) Sacc. is not allied to U.
craterium and is to be called Podophacidium xanthomelan ;
Urnula geaster Peck forms a new genus, Chorioactis, and is
designated as C. geaster (Peck) Kupfer.
The apothecia representing the ascigerous stage of
Sclerotinia fructigena (Pers.) Schroet. (of which Monilia fruct-
igena Pers. is the conidial form) were unknown till discovered
on April 10th this year by J. B. S. Norton, who has given a note
in Science (N. S. 16:34 4 July 1902) relative to the same, and
an extended account of the observations and cultures with illus¬
trations in Trans. Acad. Sci. St. Louis, 12:91-7. 4 pi. 25 Aug.
1902.
The keys to the North American species of various
genera of Fungi, on the dichotomal plan, which F. S. Earle is
publishing in Torreya (1902) are to be highly commended to
beginners in the study of those groups. The following have
been issued : Lactarius, Hypholoma, Coprinus, Bolbitius, Gom-
phidium, Nyctalis, Limacium, Hygrophorus, Russula.
The occurrence of the larger form of Boletus felleus on
stumps , at Alstead, N. H. is noted by H. Webster, Rhodora,
4:187-8, Sept. 1902.
F. S. Earle gives a note in Torreya (2:159-160, Oct. 1902)
concerning a “much-named fungus,” pointing out that Cooke and
Ellis’s Fusicladium fasciculatum published in Grevillea in 1878
(6:88) had been renamed Scolecotrichum euphorbiae by Tracy
and Earle, Piricularia euphorbiae by Atkinson, Cercosporidium
euphorbiae by Earle, Scolecotrichum fasciculatum by Shear ;
and now it is Passalora fasciculata in the judgement of the same.
Prof. Earle also transfers his Cercosporidium helleri to Passalora.
VOLVARIA VOLVACEA FOUND IN EXTRAORDINARY abundance
at Lawrence, Masachusetts, in a bed formed by dumping soiled
cop, roving waste, bits of rag and paper, and night soil affords
Francis H. Silsbee an opportunity of giving an amplified de-
Dec. 1902] Notes from Mycological Literature
203
scription of this interesting species, Rhodora, 4: 3-5, January
1902. In the same number (pp. 5-7) Hollis Webster also com¬
ments on the same and adds some notes as to Volvaria bomby-
cina, “as beautiful and striking agaric as the woods produce,”
and V. speciosa, grayish and viscid, said to be edible, reported
poisonous by Bresadola.
Dr. L. O. Howard reports in the Yearbook of the U. S.
Department of Agriculture for 1901 (pp. 459-470) some experi¬
mental work with Fungous Diseases of Grasshoppers, but he
says it is “nothing more than a report of progress” and that “the
results obtained so far do not justify very sanguine hopes.” The
fungi more or less successfully used were : a species of Mucor
(work in South Africa), perhaps also Empusa grylli, and Sporo-
trichum globuliferum (S. A. and U. S.).
Albert Schneider reports (Botanical Gazette, 34:109-113,
July 1902) success in obtaining Rhizobium mutabile in artificial
culture media, and illustrates the forms seen on a full-page plate.
Tubercles were used from young seed-grown plants of Melilotus
alba. The organism develops slowly, is essentially aerobic, de¬
void of all active motion, undergoes great change in form and
size, apparently does not develop true spores.
Clathrus columnatus, a tropical species of Phalloid,
was found in November last by Mr. F. Silsbee at Lawrence,
Massachusetts, as reported by H. Webster in Rhodora, 4:134-5,
June 1902.
Monographia Uredinearum by P. & H. Sydow, Vol. I,
Fasc. I, has just been issued from the Leipzig firm of Fratres
Borntrager. The work contemplated by these uredinists, and of
which the first Fasciculus is a part, shall “in erster Linie der Sys¬
tematic dienen, also vor allem das Auffinden und Bestimmen einer
Art so viel als moglich erleichten soil ;” accordingly the division
into subgenera or sections (Eupuccinia. Heteropuccinia, etc.) have
not been regarded, but all of the species are arranged according
to the host plants. The 192 pages issued includes the Puccinia
on Compositae, the genera of hosts arranged in alphabetical order.
The descriptions are Latin, the additional notes in German. Many
figures drawn by the authors, illustrate the rarer species. They
are outline figures, not shaded or colored, and all drawn to the
same amplification, namely, about 480. Fast samtliche Diagnosen
sind nach Untersuchung von original-exemplaren entworfen. As
to the synonomy, the authors say: Auf die oft so verworrene
Synonymik haben wir das grosste Gewicht gelegt and dieselbe
so ausfuhrlich wie nur moglich gegeben. It is expected that 3
volumes will complete the work, and all the parts issued in the
course of three or four years. The first volume is to contain
only the genus Puccinia.
204
Journal of Mycology
[Vol. 8
INDEX TO NORTH AMERICAN MYCOLOGY.
Alphabetical List of Articles, Authors, Subjects, New Species
and Hosts, New Names and Synonyms.
(Continued from page 103.)
W. A. KELLERMAN.
Previous installments of this Index (mainly for the litera¬
ture of 1901) were given in the May and June Nos., current
year. That given below is for the most part an index to the
literature for 1902. It will be continued in the next number of
the Journal.
A separate — printed on one side of the page only — of the
previous installments combined^ was issued under the heading
“First Reprint/' In a similar manner the present installment
will be issued as the “Second Reprint." The price for each Re¬
print is fixed at 25 cts. These will be sent as issued to those who
request their names to be placed on a permanent mailing list for
the same.
It has seemed desirable to extend the scope of the Index to
include the North American literature of Lichenology. Synonyms
— at least the more important ones — will also be listed.
Botanists and Librarians will be able soon to' determine the
utility of this Index — especially if they clip the items from the
Reprints and paste them on regular library cards — only a trifling
amount of labor and time being required for this purpose. If
orders are numerous not only will the mycological literature of
the present be promptly listed, but an effort will eventually be
made to include as well all that pertains to the time previous to
Jan. 1st, 1901.
Acacia grayii, host to Cucurbitaria arizonica E. & E. n. sp.
Jour. Mycol. 8:16. May 1902.
Acallomyces Thaxter nov. gen. [Laboulbeniaceae.] Proc. Am.
Acad. Arts & Sci. 38-23. June 1902.
Acallomyces homalotae Thaxter n. sp., on the superior surface
of the abdomen of Hemalota sp. Proc. Am. Acad. Arts &
Sci. 38:24. June 1902.
Acer, old bark, host to Acontium album Morgan n. sp. Jour.
Mycol. 8:5. May 1902.
Acompsomyces atomariae Thaxter n. sp., on elytra of Atomaria
ephippiata Zimm. Proc. Am. Acad. Arts & Sci. 38-22.
June 1902.
Acompsomyces pauperculus Thaxter n. sp., on elytra, prothorax,
and legs of Atomaria sp. Proc. Am. Acad. Arts & Sci.
38-33. June 1902.
Dec. 1902] Index to North American Mycology
205
Acontium Morgan gen. nov. Jour. Mycol. 8:4. May 1902.
Acontium album Morgan n. sp., on the inner side of old bark of
Acer. Jour. Mycol. 8:4. May 1902.
Acontium minus Morgan n. sp., on old pod of Gleditsia. Jour.
Mycol. 8:5. May 1902.
Acontium velatum Morgan n. sp., on the cut surface of a black
walnut stump. Jour. Mycol. 8:5. May 1902.
Acrasieae, Monograph of the. Edgar W. Olive. Proc. Boston
Soc. Nat. Hist. 30:451-513. pi. 5-8. Aug. 1902.
Adenostegia pilosa (A. Gray) Greene ( Cordylanthus pilosus
Gray), host to Puccinia adenostegiae Arthur n. sp. Bull.
Torr. Bot. Club, 29:231. April 1902.
Aecidial stage (of Puccinia phragmitis) on Rumex britannica,
R. altissima, R. crispus, and on rhubarb in gardens (John
M. Bates). Science, N. S. 16:138. 25 July 1902.
Aecidium albiperidium Arthur n. sp., on Ribes cynosbati L.
Jour. Mycol. 8 :53. June 1902.
Aecidium atriplicis Shear n. sp., on leaves of Atriplex nuttallii.
Bull. Torr. Bot. Club, 29:453. July 1902.
Aecidium dakotensis Griffiths n. sp., on Aquilegia canadensis L.
Bull. Torr. Bot. Club, 29:300. May 1902.
Aecidium fraxini Schw., syn of Puccinia fraxinata , q. v.
Aecidium grindeliae Griffiths n. sp., on Grindelia squarrosa Dunal.
Bull. Torr. Bot. Club, 29 :299. May 1902.
Aecidium helianthellae Arthur n. sp., on leaves of some species
of Helianthella. Bull. N. Y. Bot. Garden, 2: (348). 25
April 1902.
Aecidium jacquemontiae E. & E. n. sp., on leaves of Jacquemon-
tia pentantha. Jour. Mycol. 8:11. May 1902.
Aecidium rubellum Pers., syn. of Puccinia rubella , q. v.
Aecidium rumicis Hoff., syn. of Puccinia rubella, q. v.
Aecidium zephyranthis Shear n. sp., on leaves of Zephyranthes.
sp. Bull Torr. Bot. Club, 29:454. July 1902.
Agaricus campestris, a preliminary study of the Germination of
the Spores of, and other Basidiomycetous Fungi. Margaret
C. Ferguson. U. S. Dept. Agr. Bureau of Plant Industry,
Bull. No. 16:143. 3 pi. 14 June 1902.
206 Journal of Mycology [Vol. 8
Agaricus campestris, germination of spores of, see Ferguson ,
Margaret , A Preliminary Study, etc.
Agaricus cretacellus Atkinson n. sp., growing in leaf mold in
woods. Jour. Mycol. 8:110. October 1902.
Agaricus sterlingii Peck n. sp. Bull. Torr. Bot. Club, 29:73.
Feb. 1902.
Agropyron occidental Scribn., host to Tilletia earlei Griffiths n.
sp. Bull. Torr. Bot. Club, 29:291. May 1902.
Ailanthus glandulosa, dead shoots, host to Didymella ricini E.
& E. Jour. Mycol. 8:67. June 1902.
Alectoria, see Lie hens- Ale ctoria, Evernia .
Alisma plantago, host to Pleospora alismatis E. & E. n. sp. Jour.
Mycol. 8:16. May 1902.
Alnus sp., host to Diatrypella rimosa Shear n. sp. Bull. Torr.
Bot. Club, 29:454. July 1902.
Alternaria, Prevalence of, in Nebraska and Colorado during
the Drouth of 1901. [Abstract.] George Grant Hedgcock.
Science, N. S. 16:136. 25 July 1902.
Amanita (Amanitopsis) agglutinata Berk., to be referred to A.
baccata sec. H. C, Beardslee in Notes on the Amanitas of
the Southern Appalachians. Part 1. p. 4.
Amanita flavoconia Atkinson n. sp., ground under Spruce Hem¬
lock. Jour. Mycol. 8:110. Oct. 1902.
Amanita flavorubescens Atkinson n. sp., ground. Jour. Mycol.
8:1 1 1. October 1902.
Amanita muscaria var. coccinea Beardslee n. var. Notes on the
Amanitas of the Southern Appalachians. Part 1, sub-genus
Amanitopsis. 8 September 1902. H. C. Beardslee.
Amanitopsis albocreata Atkinson n. sp., ground in woods. Jour.
Mycol, 8:1 1 1. Oct. 1902.
Amanitopsis, key to the sub-genus (and 7 species described), in
Notes pn the Amanitas of the Southern Appalachians. Part 1.
September 1902.
Amanitopsis vauinata crassivalvata Peck n. var., in damp soil.
Bull. Torr. Bot. Club, 29:562. Sept. 1902.
Amaranthus, host to Cercospora canescens E. & M. Jour. My¬
col. 8:73. June 1902.
Amaranthus spinosus, host to Gloeosporium amaranthi E. & E.
n. sp. Jour. Mycol. 8:65. June 1902.
Dec. 1902] Index to North American Mycology
207
Amorpha fruticosa, host to Rosellinia bigeloviae E. & E. Jour.
Mycol. 8:16. May 1902.
Amorphophallus sinense, A Bacterial Soft Rot of certain Cruci¬
ferous Plants and: A preliminary Report. [Subject only.]
Science, N. S. 16:137. 25 July 1902.
Anderson, Alexander P. Dasyscypha resinaria causing Canker
Growth on Abies balsamea in Minnesota. Bull. Torr. Bot.
Club, 29:23-34. 2 pi. Jan. 1902.
Anderson, Alexander P. Tilletia horrida Tak. on Rice in South
Carolina. Bull. Torr. Bot. Club, 29:35-6. Jan. 1902.
Andropogon, dead stems, host to Periconia langloisii Earle n. sp.
Bull. N. Y. Bot. Garden, 2: (335). 25 April 1902.
Andropogon furcatus, host to Sorosporium provincial (Ell. &
Gall.) Clint, n. sp. Jour. Mycol. 8:145. Oct. 1902.
Anemone caroliniana, host to Puccinia cohaesa Long n. sp. Bull.
Torr. Bot. Club, 29:112. Feb. 1902.
Angelina, description and synonomy [Durand], Jour. Mycol.
8:109. Oct. 1902.
Angelina, the Genus. [Description and Synonomy]. Jour.
Mycol. 8 : 108-9. Oct. 1902.
Annularia mammillata Longyear n. sp., on decaying logs in
woods. Rep. Mich. Acad. Sci. 1901, 3:59. 1902.
Aposphaeria turmalis E. & E. n. sp., on weather-beaten wood of
Diospvros virginiana. Jour. Mycol. 8:63. June 1902.
Apple Scab, see Clinton , G. P ., Apple Scab .
Apple tree, host to Pestalozzia mali E. & E. n. sp. Jour. Mycol.
8:13. May 1902.
Aquilegia canadensis L., host to Aecidium dakotensis Griffiths
n. sp. Bull. Torr. Bot. Club, 29 :300. May 1902.
Arachniotos trachyspermus, A new Species of the Gymnoasca-
ceae. [Abstract.] C. L. Shear. Science, N. S. 16:138.
25 July 1902.
Arthur, J. C. Clues to Relationship among Heteroecious Rusts.
Bot. Gaz. 33:62-6. Jan. 1902.
Arthur, J. C. Cultures of Uredineae in 1900 and 1901. Jour.
Mycol. 8:51-6. June 1902.
Arthur, J. C. New Species of Uredineae — II. Bull. Torr. Bot.
Club, 29:227-231. April 1902.
Journal of Mycology
208
[Vol. 8
Arthur, J. C. To rid Chrysanthemums of Rust. Gardening,
11:72. 15 Nov. 1902.
Arthur, J. C. The Uredineae occuring upon Phragmites, Spar-
tina, and Arundinaria in America. Bot. Gaz. 34:1-20. July
1902.
Arum arifolium, host to Laestadia ari E. & E. n. sp. Jour. My-
col. 8:67. June 1902.
Aschersonia pittieri P. Henn. n. sp., auf lebenden Blattern von
Citrus aurantium. Beiblatt zur Hedwigia, 41: (104). Mai-
Juni 1902.
Ascochyta smilacis E. & E. n. sp., on living leaves of Smilax
hispida. Journ. Mycol. 8:12. May 1902.
Ascocortium albidum Bref., syn. of A. anomalum, q. v.
Ascocortium anomalum (Ell. & Hark.) Earle n. n. (Ascomyces
anomalus Ell. & Hark., Exoascus anomalus Sacc., Ascocor¬
tium albidum Bref.) Bull. N. Y. Bot. Garden, 2: (331).
25 April 1902.
Ascocortium in North America. F. S. Earle. Bull. N. Y. Bot.
Garden, 2: (331). 25 April 1902.
Ascomyces anomalus Ell. & Hark., syn. of Ascocortium anoma¬
lum, q. v.
Asparagus Rust. [Observations in the field.] Byron D. Hal-
sted. An. Rep. N. J. Exp. Sta. Rep. 1901, 22:426-430.
1902.
Asparagus Rust, see Sheldon , John L. Preliminary Studies. . . .
Aster cordifolius L., host to aecidia of Puccinia caricis-asteris
Arthur n. sp. Jour. Mycol. 8:54. June 1902.
Aster multiflorus, host to Leptosphaeria astericola E. & E. n.
sp. Jour. Mycol. 8:17. May 1902.
Aster paniculatus Lam., host to aecidia of Puccinia caricis-asteris
Arthur n. sp. Jour. Mycol. 8:54. June 1902.
Atkinson, Geo. F. Preliminary Note on two New Genera of
Basidiomycetes. Jour. Mycol. 8:106-7. Oct. 1902.
Atkinson, Geo. F. Studies of Some Tree-destroying Fungi.
Trans. Mass. Hort. Soc. 1901 :i09-i30. 1902.
Atkinson, Geo. F. Three New Genera of the Higher Fungi.
Bot. Gaz. 34 :36~43. July 1902.
Dec. 1902] I?idex to North American Mycology 209
Atomaria ephippiata Zimm., host to Acompsomyces atomariae
Thaxter n. sp. Proc. Am. Acad. Arts & Sci. 38:23. June
1902.
Atomaria sp., host to Acompsomyces pauperculus Thaxter n. sp.
Proc. Am. Acad. Arts & Sci. 38:23. June 1902.
Atriplex nuttallii, host to Aecidium atriplicis Shear n. sp. Bull.
Torr. Bot. Club, 29:453. July 1902.
Baccharis glomeruliflora, host to Dimerosporium vestitum Earle
n. sp. Bull. N. Y. Bot. Garden, 2: (338). 25 April 1902.
Bacillus c.arotovorus Jones, see Rot , A Soft .
Bacillus carotovorus Jones n. sp., in Mohren [Daucus carota].
Centralblatt f. Bakt., Parasitenk. u. Infektionskr. zweite Abt.
7:12. 5 Jan. 1901.
Bacillus carotorovus 11. sp., die Ursache einer weichen Faulniss
der Mohre. L. R. Jones. Centralbl. f. Bakt., Parasitenk.
u. Infektionskr. zweite Abt. 7:12-21, 61-68. 5 u. 26 Jan.
1901.
Bacillus oleraceae Harrison n. sp., on Cauliflower and allied
plants. Science, N. S. 16:152. 25 July 1902.
Bacteria in the Soil. [Laboratory work at Cornell University].
B. H. Buxton. Jour. Appl. Micr. and Lab. Meth. 5:1975-
1980. Sept. 1902.
Bacterial Colonies, Fungus Mycelium, etc., fixing, see Fungus
mycelium.
Bacterial Soft Rot of certain Cruciferous Plants and Amor-
phophallus sinense: A preliminary Report [Subject only].
Science, N. S. 16:137. 25 July 1902.
Bacterial Soft Rot of certain Cruciferous Plants and Amor-
phophallus simlense. H. A. Harding and F. C. Stewart.
Science, N. S. 16:314-5. 22 Aug. 1902.
Bacterial Toxins, Specific nature of the. V. C. Vaughan. Sci¬
ence, N. S, 16:312-4. 22 Aug. 1902.
Bacteriological Laboratory, A Modern. B. R. Hoobler. Jour.
Appl. Micr. and Lab. Meth. 5:1909-1916. Aug. 1902.
Bacteriologists, American Society of [Abstract of papers pre¬
sented at Third Annual Meeting, Chicago, Dec. 31, 1901 and
Jan. 1, 1902. H. W. Conn]. Science, N. S. 15:361-379.
7 March 1902.
210
Journal of Mycology
[Vol. 8
Bacterium truttae, a new species of Bacterium pathogenic to
Trout. M. C. Marsh. Science, N. S. 16:706-7. 31 Oct.
1902.
Bain, Samuel M. The Action of Fungicides. Bot. Gaz. 33 :
244-5. March 1902.
Banker, Howard J. Historical Review of the proposed Genera
of the Hydnaceae. Bull. Torr. Bot. Club, 29:436-448. July
1902.
Basidiomycetes, two new Genera, see New Genera .
Basidiomycetous Spores, Germination of, [Abstr. of paper be¬
fore Soc. FI. Morph. & Phys.] Margaret E. Ferguson.
Science, N. S. 15:407. 14 March 1902.
Batatas edulis, host to Pestalozzia batatae E. & E. n. sp. Jour.
Mycol. 8:65. June 1902.
Bates, John M. The finding of Puccinia phragmitis (Schum.)
Korn, in Nebraska, [Abstract]. Science, N. S. 16:138.
25 July 1902.
Beardslee, H. C. Notes on the Amanitas of the Southern Ap¬
palachians. Part I. Subgenus Amanitopsis. 3 pi. 8 p.
Published by Lloyd Library. Sept. 1902.
Beet, host to Lasiodiplodia tubericola E. & E. Jour. Mycol.
8:65. June 1902.
Begonia, cultivated, host to Sphaeropsis begoniicola E. & E. n.
sp. Jour. Mycol. 8:63. June 1902.
Belonium consanguineum E. & E. n. sp., on decorticated, decay¬
ing wood of Ilex. Jour. Mycol. 8:70. June 1902.
Belonium bicolor E. & E. n. sp., on dead stems of Eupatorium.
Jour. Mycol. 8:69. June 1902.
Berberis trifoliata, host to Puccinia texana Holway & Long
n. sp. Bull. Torr. Bot. Club, 29:113. Feb. 1902.
Bigelovia sp., host to Sorosporium bigeloviae Griffiths n. sp.
Bull. Torr. Bot. Club, 29:295. May 1902.
Bignonia capreolata, host to Cercospora capreolata E. & E. n.
sp. Jour. Mycol. 8:70. June 1902.
Binucleate cells in certain Hymenomycetes. Robert A. Har¬
per. Bot. Gaz. 33:1-25. 2 pi. Jan. 1902.
Bitter Rot of Apples. Thomas J. Burrill and Joseph C. Blair.
Ill. Agr. Exp. Sta. Bull. 77:351-366. 6 pi. July 1902.
Dec. 1902] Index to North American Mycology
211
Bitter Rot of Apples. [Note as to priority.] T. J. Burrill.
Science, N. S. 16:909. 5 Dec. 1902.
Bitter Rot Disease of Apples. Herman von Schrenk and Perley
Spalding. Science. N. S. 16:669-670. 21 Oct. 1902.
Blabera sp., host to Herpomyces tricuspidatus Thaxter n. sp.
Proc. Am. Acad. Arts & Sci, 38:19. June 1902.
Black Knot. Charles O. Townsend. Md. State Hort. Dept.
Md. Agr. Coll. Circ. 30:1-4. 22 April 1901.
Black Rot. Canker and Notes on, see Canker and Black-Rot.
Blair, Joseph C., see Burrill , Thomas J. and Blair .
Bledius basalis Lee., host to Laboulbenia bledii Thaxter n. sp.
Proc. Am. Acad. Arts & Sci. 38:28. June 1902.
Bledius jacobinus Lee., host to Laboulbenia bledii Thaxter n.
sp. Proc. Am. Acad. Arts & Sci. 38:28. June 1902.
Blight, Cantaloupe. [Macrosporium curcumerium] . Charles
O. Townsend, Md. State Hort. Dept. Md. Agr. Coll. Circ.
32:1-2. 1 June 1901.
Blight of Cucumbers. [Plasmopora cubensis B. & C.] Byron
D. Halsted. An. Rep. N. J. Exp. Sta. 1901, 22 :477~8.
1902.
Bolbitius, Key to Species, see Coprineae, Keys .
Boletus, A Form of the Bitter. H. Webster. Rhodora, 4:187-
8. Sept. 1902.
Boletus betula Schw. includes B. russelli Frost and B. morgani,
sec. H. C. Beardslee. Mycological Notes (C. G. Lloyd) No.
10 (PP- 97-8). Sept. 1902.
Boletus chamaeleontinus Atkinson n. sp., ground woods. Jour.
Mycol. 8:112. October 1902.
Boletus morgani included in B. betula, see Boletus betula Schzv.
includes , etc.
Boletus purpureus fumosus Peck n. var., woods. Bull Torr.
Bot. Club, 29 :554. September 1902.
Boletus russelli Frost included in B. betula, see Boletus betula
Schw. includes, etc.
y *
Boletus scabripes Peck n. sp., rich soil in woods. Bull. Torr.
Bot. Club, 29:555. September 1902.
Boletus umbrosus Atkinson n. sp. Jour. Mycol. 8:112. Octo¬
ber 1902.
212
Journal of Mycology
[Vol. 8
Botryodiplodia meliae E. & E. n. n. [Diplodia meliae E. & E.,
Diplodia langloisii Sacc.], on Melia azedarach, dead limbs.
Jour. Mycol. 8 164. June 1902.
Botryosphaeria hysterioides E. & E. n. sp., on leaves of Hes-
peraloe dayi. Jour. Mycol. 8:18. May 1902.
Botryosphaeria muriculata E. & E. n. sp., on dead stems of a
white berried Smilax. Jour. Mycol., 8 :68. June 1902.
Botrytis cinerea, Parasitism of, see Parasitism .
Botrytis parasitica Cav., Tulip mould, see Tulip Mould .
Botryodiplodia pallida E. & E. n. sp., on dead stems of Glycine
hispida. Jour. Mycol. 8:64. June 1902.
Bouvardia triphylla Salisb., host to Puccinia bouvardiae Griffiths
n. sp. Bull. Torr. Bot. Club, 29 1297. May 1902.
Brachinus lateralis Dej., host to Laboulbenia texana pendula
Thaxter nov. var. Proc. Am. Acad. Arts & Sci. 38 155.
June 1902.
Brown, Chas E. and Fernekes, Valentine. Contribution To¬
wards a List of Milwaukee County Fungi. [100 higher
fungi]. Bull. Wise. Nat. Hist. Soc. N. S. 2:45-55. January
1902.
Burrill, T. J. Bitter Rot of Apples. [Note as to priority.]
Science, N. S. 16:909. 5 Dec. 1902.
Burrill, Thomas J. & Blair, Joseph C. Bitter Rot of Apples.
Ill. Agr. Exp. Sta. Bull. 77:351-366. 6 pi. July 1902.
Burrillia decipiens (Wint.) Clint, n.n. (Doassansia decipiens
Wint.) Jour. Mycol. 8:154. October 1902
Burrillia echinodora Clint, n. sp., Doassansia alismatis of Hark,
in Proc. Calif. Acad. Sci. II, 2 :23i. 1889; host, Echinodorus
rostratus. Jour. Mycol. 8:154. October 1902.
Buxton, B. O. Bacteria in the Soil [Laboratory work at Cor¬
nell University] . Jour. Appl. Micr. and Lab. Meth. 9:1975-
1980. September 1902.
Cacao Disease: correspondence, reports and notes. [Diplodia
cacaoicola P. Henn., Nectria theobromae Massee, and Cal-
onectria flavida Massee]. Trinidad Bot. Dept. Bull. 30:365-
383. August 1901.
Cacao fungus, another, [Fomes lucidus Fr.] Trinidad Bot. Dept.
Bull. 31 403. October 1901.
213
Dec. 1902] Index to North American Mycology
Caeoma fraxinatum Link, syn. of Puccinia fraxinata, q. v.
Caeoma (Roestelia) fraxinites Schw., syn. of Puccinia fraxinata ,
q. v.
Calodera sp., host to Monoicomyces nigrescens Thaxter n. sp.
Proc. Am. Acad. Arts & Sci. 38:11. June 1902.
Camarosporium magnolae Shear n. sp., on dead Magnolia obo-
vata. Bull. Torr. Bot. Club, 29:455. July 1902.
Canker of Apples. [Nummularia discreta Tub] Heinrich
Hasselbring. Ill. Agr. Exp. Sta. Bull. 70:225-239. 4 pi.
April 1902.
Canker and Black-rot, Notes on. [Sphaeropsis rhoina (Schw.)
Starb. and S. malorum.] P. J. O’Gara. Science, N. S.
16:434-5. 12 September 1902.
Canker Growth on Abies balsamea, see Dasyscypha resinaria
causing .
Canker, Plum tree. F. A. Waugh. An. Rept. Vt. Agr. Exp.
Sta. 1899-1900, 13:390-3. 1901.
Cantharellus pulchrifolius Peck n. sp., decayed wood. Bull.
Torr. Bot. Club, 29:71. February 1902.
Carex festucacea Willd., host to Puccinia caricis-erigerontis Ar¬
thur n. sp. Jour. Mycol. 8:54. June 1902.
Carex filifolia Nutt., host to Tilletia externa Griffiths n. sp. Bull.
Torr. Bot. Club, 29 :290. May 1902.
Carex foenea Willd., host to Puccinia caricis-asteris Arthur n. sp.
Jour. Mycol. 8 :54. June 1902.
Carex nebraskensis Dewey, host to Claviceps? caricina Griffiths
11. sp. Bull. Torr. Bot. Club, 29 :3O0. May 1902.
Carex pubescens Muhl., host to Puccinia albiperidia Arthur n. sp.
Jour. Mycol. 8:53. June 1902.
Carex trichocarpa, host to Puccinia pieckii (DeToni) Kellerm.
n. n. Jour. Mycol. 8:26. May 1902.
Carica papaya, host to Pucciniopsis caricae Earle n. sp. Bull. N.
Y. Bot. Garden, 2:(34o). 25 April 1902.
Carnation Rust, see Sheldon, John L., Preliminary Studies, etc.
Cassia reticulata W., host to Pleosphaerulina cassiae P. Henn. n.
sp. Beiblatt zur Hedwigia, 4i:(io3). Mai- Juni 1902.
Cassia tora, host to Macrophoma subconica E. & E. Jour.
Mycol. 8:63. June 1902.
214 Journal of Mycology [Vol. 8'
Cassia tora, host to Metasphaeria carveri E. & E. n. sp. Jour.
Mycol. 8:68. June 1902.
Castanea vesca, decaying involucres, host to Ciboria americana
Durand n. sp. Bull. Torr. But. Club, 29:462. July 1902.
Cauliflower and allied plants, host to Bacillus oleraceae Har-
ison n. sp. Science, N. S, 16:152. 25 July 1902.
Celtis occidentalis, host to Cucurbitaria celtidis Shear n. sp.
Bull. Torr. Bot. Club, 29:452. July 1902.
Cephalanthus occidentalis L., host to Uredo cephalanthi Arthur
n. sp. Bull. Torr. Bot. Club, 29:231. April 1902.
Cercospora brachypus E. & E. n. sp., on leaves of Vitis rotund-
ifolia. Jour. Mycol. 8:71. June 1902.
Cercospora cydoniae E. & E. n. sp., on leaves of Cydonia jap-
onica. Jour. Mycol, 8:72. June 1902.
4%
Cercospora capreolata E. & E. n. sp., on leaves of Bignonia
capreolata. Jour. Mycol. 8:70. June 1902.
Cercospora diervillae E. & E. n. sp., on leaves of Diervilla trifida.
The Univ. of Maine Studies, No. 3, A Preliminary List of
Maine Fungi, 22. April 1902.
Cercospora gratiolae E. & E. n. sp., on Gratiola pilosa. Jour.
Mycol. 8:71. June 1902.
Cercospora hieracii E. & E. n. sp., on leaves of Hieracium ven-
osum. Jour. Mycol. 8:70. June 1902.
Cercospora hydrangeae E. & E. n. sp. on leaves of Hydrangea
cult. Jour. Mycol. 8:71. June 1902.
Cercospora maclurae E. & E. n. sp., on living leaves of Maclura
aurantiaca. Jour. Mycol. 8:72. June 1902.
Cercospora oxydendri E. & E. n. sp., on leaves of Oxydendrum
arboreum. Jour. Mycol. 8:71. June 1902.
Cercospora richardsoniae E. & E. n. sp. on leaves of Richard-
sonia scabra. Jour. Mycol, 8:72. June 1902.
Cercospora sedi E. & E. n. sp., on living leaves of Sedum sp.
Jour. Mycol. 8:72. June 1902.
Cercospora sessilis E. & E. n. sp., on (dead) ? leaves of Populis
monolifera. Beloit, Ala. Sept. 1901. Jour. Mycol. 8:71.
June 1902.
Cercospora simulans Ell. & Kellerm. n. sp., on leaves of Falcata
comosa. Jour. Mycol. 8:14. May 1902.
Dec. 1902] Index to North A??ierican Mycology
215
Cercospora tageticola E. & E. n. sp., on leaves of Tagetes patula
which it soon blackens and kills. Jour. Mycol. 8:72. June
1902.
Cercospora thermopsidis Earle n. sp., on Thermopsis arenaria.
Bull. N. Y. Bot. Garden, 2: (348). 25 April 1902.
Cercosporidium euphorbiae Earle, syn. of Passalora fasciculata ,
hirsutum. Jour. Mycol. 8:73. June 1902.
Cercosporidum euphorbiae Earle, syn. of Passalora fasciculata,
q. v.
Cercosporidium helleri Earle, syn. of Passalora fasciculata, q. v.
Cereus sp., host to Trematosphaeria cactorum Earle 11. sp. Bull.
N. Y. Bot. Garden, 21(347). 25 April 1902.
Cereus triangularis, host to Colletotrichum cerei Earle n. sp.
Bull. N. Y. Bot. Garden, 2: (339). 25 April 1902.
Chester, Frederick D. Sundry Notes on Plant Diseases. Del.
Agr. Exp. Sta. Bull. 57:1-16. June 1902.
Chestnut logs, decorticated, host to Polyporus castanophilus
Atkinson n. sp. Jour. Mycol, 8:118. Oct. 1902.
Chestnut, some diseases of. J. B. S. Norton. Rep. 4th An.
Session Md. State Hort. Soc. 1901, 104-5.
Chloris elegans H. B. K., host to Ustilago elegans Griffiths n.
sp. Bull. Torr. Bot. Club, 29:142. Mar. 1902.
Chorioactis Kupfer n. g. [Pezizaceae.] Bull. Torr. Bot. Club,
29:142. Mar. 1902.
Chorioactis geaster (Peck) Kupfer n. n. (Urnula geaster
Peck). Bull. Torr. Bot. Club, 29:142. Mar. 1902.
Ciboria americana Durand n. sp., on the inside of decaying in¬
volucres of Castanea vesca. Bull. Torr. Bot. Club, 29:461.
July 1902.
Ciboria sulfurella (E. & E.) Rehm. in litt. (Helotium sulfurellum
E. & E.), on partly buried petioles of Fraxinus. Bull.
Torr. Bot. Club, 29:461. July 1902.
Cintractia axicola f. spicularum Juel, syn. of Cintractia utricu-
licola , q. v.
Cintractia axicola var. minor Clint, n. var. ; host, Cyperus
grayii. Jour. Mycol. 8:143. Oct. 1902.
Cintractia eriocauli Mass., syn. of Ustilago eriocauli, q. v.
216 Journal of Mycology [Vol. 8
Cintractia externa (Griff.) Clint, n. n. (Tilletia externa Grif¬
fiths). Jour. Mycol. 8:142. Oct. 1902.
Cintractia ischaemi Syd., syn. of Sphacelotheca ischaemi, q. v.
Cintractia leucoderma f. utriculicola Henn., syn. of Cintractia
utriculicola, q. v.
Cintractia luzulae (Sacc.) Clint, n. n. (Ustilago luzulae Sacc.).
Jour. Mycol. 8:143. Oct. 1902.
Cintractia psilocaryae (Tr. & Earle) Clint, n. n. (Ustilago
psilocaryae Tr. & Earle). Jour. Mycol, 8:142. Oct. 1902.
Cintractia reiliana Clint., syn. of Sphacelotheca reiliana , q. v.
Cintractia sorghi-vulgaris Clint., syn. of Sphacelotheca sorghi,
q. v.
Cintractia taubertiana (Henn.) Clint, n. n. (Ustilago tauber-
tiana Henn.) Jour. Mycol. 8:142. Oct. 1902.
Cintractia utriculicola (Henn.) Clint, n. sp. (C. leucoderma
f. utriculicola Henn., C. axicola f. spicularum Juel) ; host,
Rhynchospora sp. Jour. Mycol. 8:143. Oct. 1902.
Citrus aurantium, host to Aschersonia pittieri P. Henn. n. sp.
Beiblatt zur Hedwigia, 41: (104). Mai-Juni 1902.
Citrus aurantium, host to Hainesia aurantii P. Henn. n. sp.
Beiblatt zur Hedwigia, 41: (104). Mai-Juni 1902.
Citrus aurantium, host to Triposporium aurantii P. Henn. n. sp.
Beiblatt zur Hedwigia, 4i:(io5). Mai-Juni 1902.
Cladochytrium alismatis. G. P. Clinton. Bot. Gaz. 33:49-61.
3 pi. Jan. 1902.
Clark, Judson F. Toxic properties of some copper compounds
with special reference to Bordeaux Mixture. [Fifteen fungi
used in the cultures.] Bot. Gaz. 33 :26-48. Jan. 1902.
Clathrus columnatus in Lawrence, Massachussetts. H. Web¬
ster, Rhodora, 4:134-5. June 1902.
Clavaria grandis Peck n. sp., thin woods under Smilax bushes.
Bull. Torr. Bot. Club, 29:73. Feb. 1902.
Claviceps? caricina Griffitlhs :n. sp., on Carex nebraskensis
Dewey. Bull. Torr. Bot. Club, 29:300. May 1902.
Clinton, G. P. Apple Rots in Illinois. [Monilia fructigena
Pers., Rhizopus nigricans Ehr., Phyllosticta sp., Sphaeropsis
malorum Berk, and Gnomoniopsis fructigena Clint, n. n.].
Ill. Agr. Exp. Sta. Bull. 69:189-224. PI. A-J. Feb. 1902.
Dec. 1002] Index to North American Mycology
217
Clinton, G. P. Apple Scab. [General account, researches,
nomenclature, and bibliography.] Ill. Agr. Exp. Sta. Bull.
67:109-156. Many plates. Dec. 1901.
Clinton, G. P. Cladochvtrium Alismatis. Bot. Gaz. 33:49-61.
3 pi. Jan. 1902.
Clinton, G. P. North American Ustilagineae. [Synopsis, dis¬
tribution, synonomy, 13 new species and 20 new names.]
Jour. Mycol. 8:128-156. Oct. 1902.
Clivina dilutipennis Putz., host to Laboulbenia pallida Thaxter
n. sp. Proc. Am. Acad. x\rts & Sci. 38:49. June 1902.
Clivina fasciata Putz., host to Laboulbenia pallida Thaxter n.
sp. Proc. Am. Acad. Arts & Sci, 38:49. June 1902.
Clitocybe marginata Peck n. sp., growing around decaying
stumps. Bull. Torr. Bot. Club, 29:558. Sept. 1902.
Clues to Relationship, see Rusts , Heteroe clous, clues .
Coccoloba uvifera, host to Verticicladiuin effusum Earle n. sp.
Bull. N. Y. Bot. Garden, 2: (339). 25 April 1902.
Colletotrichum carveri E. & E. n. sp., on leaves of tea plant,
cult. Jour. Mycol. 8:65. June 1902.
Colletotrichum cerei Earle n. sp., on dying Cereus triangu¬
laris. Bull. N. Y. Bot. Garden, 2:(339). 25 April 1902.
Colletotrichum phyllocacti E. & E. n. sp., on Phyllocactus
latifrons. Jour. Mycol. 8:65. June 1902.
Collybia rugosoceps Atkinson n. sp., ground. Jour. Mycol.
8:112. Oct. 1902.
Coniothyrium junci E. & E. n. sp., on Juncus balticus (dead
scapes). Jour. Mycol. 8:12. May 1902.
Conn, H. W. American Society of Bacteriologists. [Ab¬
stracts of papers, 3d An. Meeting, Chicago.] Science, N.
S. 15:361-379. 7 March 1902.
Conosoma pubescens Payk, host to Rhachomyces anomalus Thax¬
ter n. sp. Proc. Am. Acad. Arts & Sci. 38:25. June 1902.
Cooperia drummondii, host to Puccinia cooperiae Long n. sp.
Bull. Torr. Bot. Club, 29:111. Feb. 1902.
Coprineae, Keys to the North American Species of. F. S.
Earle. Torreya, 2:37-40. March 1902.
Coprinus atramentarius, host to Stropharia coprinophila Atkin¬
son n. sp. Jour. Mycol. 8:118. Oct. 1902.
218
Jour?ial of Mycology
[Vob 8
Coprinus, Key to Species of, see Coprineae, Keys .
Cordylanthus pilosus Gray, see Adenostegia pilosus .
Coreomyces Thaxter nov. gen. [Laboulbeniaceae.] Proc. Am.
Acad. Acts & Sci. 38:56. June 1902.
Coreomyces corisae Thaxter n. sp., on inferior surface of abdo¬
men of Qorisa kennicottii Uhler ; on Corisa sp. Proc. Am.
Acad. Arts & Sci. 38:56. June 1902.
Corethromyces longicaulis Thaxter n. sp., on Stilicus angu-
laris Lee. at the base of the head on the upper side. Proc.
Am. Acad. Arts & Sci. 38:21. June 1902.
Corisa kennicottii Uhler, host to Coreomyces corisae Thaxter
n. sp. Proc. Am. Acad. Arts & Sci. 38:57. June 1902.
Corisa sp., host to Coreomyces corisae Thaxter n. sp. Proc.
Am. Acad. Arts & Sci. 38:57. June 1902.
Cornpiusks, host to Lasiodiplodia tubericola E. & E. Jour.
Mycol. 8:65. June 1902.
Corticium dendriticum P. Henn. n. sp., auf Stammen von Oran-
gen. Beiblatt zur Hedwigia, 4i:(io2). Mai-Juni 1902.
Cortinarius nudipes Earle n. sp. Bull. N. Y. Bot. Garden,
2: (343)- 25 April 1902.
Cortinarius radians Earle n. sp. Bull. N. Y. Bot. Garden,
2:(343)- 25 APril 1902.
Cortinarius whiteae Peck n. sp., woods. Bull. Torr. Bot. Club,
29:560. Sept. 1902.
Corydalis glauca, host to Septoria corydalis Ell. & Davis n. sp.
Jour. Mycol. 8:13. May 1902.
Cow dung, host to Hypocopra kansensis E. & E. n. sp. Jour.
Mycol. 8:15. May 1902.
Craig, W. N. Mushroom Culture. Gardening, 10:364-5. 15
Aug. 1902.
Cristivomer namaycush, see Trout .
Crookneck-squash, host to Lasiodiplodia tubericola E. & E.
Jour. Mycol. 8:65. June 1902.
Crucibulum crucibuliforme (Scop.) White n. n. [Crucibulum
vulgare Tub, C. juglandicolum De Toni.] Bull. Torr. Bot.
Club, 29:269. May 1902.
Crucibulum vulgare Tub, syn. of Crucibulum crucibuliforme ,
q. v.
Dec. 1902] Index to North American Mycology
219
Cryptoporus Shear nov. gen. [Cryptoporus Peck as a section
of Placodermei of the genus Polyporus.] Bull. Torr. Bot.
Club, 29:450. July 1902.
Cryptoporus volvatus (Peck) Shear n. n. (Polyporus volvatus
Peck.) Bull. Torr. Bot. Club, 29:450. July 1902.
Cryptoporus volvatus torreyi (Ger.) Shear n. n. (Polyporus
volvatus torreyi Gerard.) Bull. Torr. Bot. Club, 29:450.
July 1902.
Cucurbit aria arizonica E. & E. n. sp., on dead branches of
Acacia grayii. Jour. Mycol. 8:16. May 1902.
Cucurbitaria celtidis Shear 11. sp., on dead branches of Celtis
occidentalis. Bull. Torr. Bot. Club, 29:452. July 1902.
Cultures of Uredineae in 1900 and 1901. J. C. Arthur. Jour.
Mycol. 8:51-6. June 1902.
Cummings, Clara E. Notes on New Species of Lichens collected
by the Harriman Expedition. [Abstract paper before Soc.
PI. Morph, and Phys.] Science, N. S. 15:408. 14 March
1902.
Cyathia berkleyana (Tul.) White n. n. (Cyathus microsporus
berkleyanus Tub) Bulb Torr. Bot. Club, 29:258. May
1902.
Cyathia, distribution of the known species. Bulb Torr. Bot.
Club, 29 :257. May 1902.
Cyathia dura White n. sp. Bulb Torr. Bot. Club, 29 :26i. May
1902.
Cyathia hirsuta (Schaeff.) White n. n. (Cyathus hirsutus in-
tusstriatus Hall., Cyathus striatus Willd.) Bulb Torr. Bot.
Club, 29:261. May 1902.
Cyathia hirsuta infundibuliformis White n. var., growing singly
on leaves and moss. Bulb Torr. Bot. Club, 29:261. May
1902.
Cyathia intermedia (Mont.) White n. n. (Nidularia intermedia
Mont. Cyathus intermedius (Mont.) Tub) Bulb Torr.
Bot. Club, 29 :258. May 1902.
Cyathia (Cyathus), Key to the species [V. S. White]. Bull
Torr. Bot. Club, 29:257. May 1902.
Cyathia lentifera (L.) White n. n. (Cyathus vernicosus DC.).
Bulb Torr. Bot. Club, 29:264. May 1902.
220
Journal of Mycology
[Vol. 8
Cyathia melanosperma (Schw.) White n. n. (Nidularia melan-
osperma Schw., Cyathus melanospermus (Schw.) De
Toni.) Bull. Torr. Bot. Club, 29:262. May 1902.
Cyathia montagnei (Tul.) White n. n. (Cyathus montagnei
Tul.) Bull. Torr. Bot. Club, 29:262. May 1902.
Cyathia pallida (B. & C.) White n. n. (Cyathus pallidus B. &
C.) Bull. Torr. Bot. Club, 29:263. May 1902.
Cyathia poeppigii (Tul.) White n. n. (Cyathus poeppiggii Tul.)
Bui. Torr. Bot. Club, 29:258. May 1902.
Cyathia rugisperma (Schw.) White n. n. (Nidularia rugis-
perma Schw., Cyathus rugispermus (Schw.) DeToni.)
Bull. Torr. Bot. Club, 29:263. May 1902.
Cyathia rufipes (E. & E.) White n. n. (Cyathus rufipes E. &
E.) Bull. Torr. Bot. Club, 29:265. May 1902.
Cyathia stercoreus (Schw.) White n. n. (Nidularia stercorea
Schw., Cyathus stercoreus (Schw.) DeToni). Bull. Torr.
Bot. Club, 29:266. May 1902.
1
Cyathia wrightii (Berk.) White n. n. (Cyathus wrightii Berk.)
Bull. Torr. Bot. Club, 29:265. May 1902.
Cyathus striatus Willd., syn. of Cyathia hirsuta, q. v.
Cyathus, syn. of Cyatha, q. v.
Cyathus vernicosus DC., syn. of Cyathia lentifera, q. v.
Cydonia japonica, host to Cercospora cydoniae E. & E. n. sp.
Jour. Mycol. 8:72. June 1902.
Cylindrosporium infuscans E. & E. n. sp., on leaves of Elymus
condensatus. Jour. Mycol. 8:13. May 1902.
Cyperus grayii, host to Cintractia axicola var. minor Clint, n.
var. Jour. Mycol. 8:143. Oct. 1902.
Cyperus sp., host to Septoria cyperi E. & E. n. sp. Jour. Mycol.
8:65. June 1902.
Cytispora pallida E. & E. n. sp. (Neocytispora pallida E. & E.
in Herb.), on dead fallen limbs of Quercus tinctoria. Jour.
Mycol. 8:12. May 1902.
Danthonia compressa, host to Ustilago residua Clint, n. sp.
Jour. Mycol. 8:133. Oct. 1902.
Danthonia spicata, host to Ustilago residua Clint, n. sp. Jour.
Mycol. 8:133. Oct. 1902.
Dec. 1902] bidex to North American Mycology
221
Danthonia sp., host to Ustilago residua Clint, n. sp. Journ.
Mycol. 8:133. Oct. 1902.
Darluca, Parasitism of, see Sheldon , John L. Preliminary
Studies, etc.
Datura stramonium, host to Diplodia atrocoerulea E. & E. n. sp.
Jour. Mycol. 8 164. June 1902.
Dasyscypha resinaria causing Canker Growth on Abies balsamea
in Minnesota. Alexander P. Anderson. Bull. Torr. Bot.
Club, 29:23-34. 2 pi. Jan. 1902.
Daucus carota, host to Bacillus carotovorus Jones n. sp. Cen-
tralbl. f. Bakt., Parasitenk. u. Infektionskr. Zweite Abt.
7 :i2. 5 Jan. 1901.
Decay of Timber and Methods of preventing it. Hermann von
Schrenk. U. S. Dept. Agr., Bureau of Plant Industry Bull.
14:1-96. 18 pi. 25 March 1902.
Dermatella hamamelidis E. & E. syn. of Dermatella hamamel-
idis {Peck) Durand, q. v.
Dermatella hamamelidis (Peck) Durand n. n. (Patellaria ham¬
amelidis Peck, Dermatella hamamelidis E. & E.) Bull.
Torr. Bot. Club, 29:464. July 1902.
Diatrypella rimosa Shear n. sp., on Alnus sp. Bull. Torr. Bot.
Club, 29:454. July 1902.
Dicaeoma phragmitis Kuntze, syn. of Puccinia rubella, q. v.
Dictybole Atkinson n. gen. [Clathraceae.] Bot. Gaz. 34:42.
July 1902.
Dictybole texensis Atkinson & Long n. sp., in sandy soil. Bot.
Gaz. 34:43- July I902-
Diervilla trifida, host to Cercospora diervillae E. & E. n. sp.
Univ. of Maine Studies, No. 3, Preliminary List of Maine
Fungi, 22. April 1902.
Dimeromyces forficulae Thaxter n. sp., on all parts of Forficula
taeniata Dohrn. Proc. Am. Acad. Arts & Sci. 38:9. June
1902.
Dimerosporium vestitum Earle n. sp., on living leaves of Bac-
charis glomeruliflora. Bull. N. Y. Bot. Garden, 2:(338).
25 April 1902.
Diospyros virginiana, host to Aposphaeria turmalis E. & E. n.
sp. Jour. Mycol. 8:63. June 1902.
222 lournal of Mycology [Vol. 8
Diplodia atrocoerulea E. & E. n. sp., on dead stems of Datura
stramonium. Jour. Mycol. 8:64. June 1902.
Diplodia ivaicola E. & E. n. sp., on dead stems of Iva xanthifolia.
Jour. Mycol. 8:12. May 1902.
Disciseda hollosiana P. Henn. n. sp., on ground. Beiblatt zur
Hedwigia, 41 : (62). Marz- April 1902.
Discomycetes Studies in North American. II. Some New or
Noteworthy Species from central and western New York.
Elias J. Durand. Bull. Torr. Bot. Club, 29:458-465. July
1902.
Disease, A, of the American Ash. [Polyporus fraxineus. Abstr.
of paper presented before Soc. for PI. Morph, and Phys.]
Herman von Schrenk. Science, N. S. 15:406. 14 March
1902.
Disease, Bitter Rot, of Apples, see Bitter Rot Disease .
Disease, Cacao, see Cacao Disease .
Diseases, some, of the Chestnut. J. B. S. Norton. Rep. 4th
An. Session Md. State Hort. Soc. 1901 : 104-5.
Disease of Potato Stems in Ohio, due to Rhizoctonia. [Ab¬
stract.] A. D. Selby. Science, N. S. 16:138. 25 July
1902.
Disease, A Sclerotium, (Huckleberry), see Sclerotium Disease.
Disease, Wilt, of the Cow Pea and its control. [Neocosmospora
vasinfecta var. tracheiphila Erw. Sm.] W. A. Orton. U.
S. Dept. Agr. Bureau PI. Industry Bull. 17:1-22. pi. 1-4.
22 April 1902.
Diseases, some of the Cow Pea. [Neocosmospora vasinfecta var.
tracheiphila Erw. Sm., and a nematode.] W. A. Orton and
Herbert J. Webber. U. S. Dept. Agr., Bureau PI. Industry
Bull., 17:1-36. pi. 1-6. 22 April 1902.
Diseases of Grasshoppers, Fungous, see Fungous Diseases of. . . .
Diseases, Fungous, two [White Cedar], see Fungous Diseases ,
two .
Diseases, Plant, Sundry, Notes on. Frederick D. Chester. Del.
Agr. Exp. Sta. Bull. 57:1-16. June 1902.
Diseases, Plant, of 1901. Wendell Paddock. Colo. Agr. Exp.
Sta. Bull. 69:1-20. 9 pi. March 1902.
Diseases, Potato, and their Remedies. L. R. Jones. An. Rep.
Vt. Agr. Exp. Sta. 1899-1900, 13:268-281. 1901.
Dec. 1902] Index to North Aynerican Mycology
223
Diseases, Potato, and their Remedies. L. R. Jones and A. W.
Edson. An. Rep. Vt. Agr. Exp. Sta. 1900-1901, 14:227-233.
1901.
Diseases, Notes on, of Western Coniferae. [Abstract]. Her¬
mann von Schrenk. Science, N. S. 16:138. 25 July 1902.
Diseases, Some, of the Sugar Beet. C. O. Townsend. U. S.
Dept. Agr. Rep. No. 72, 1901:90-101. 1902.
Doassansia alismatis Hark., syn. of Burrillia cchinodora, q. v.
Doassansia decipiens Wint., syn. of Burrillia decipiens , q. v.
Dolichos sinensis, host to Macrophoma subconica E. & E. Jour. .
Mycol. 8:63. June 1902.
Dothidea yuccae (E. & E.) Earle n. n. [Phyllachora yuccae Ell.
& Ev.], on dead leaves of Yucca. Bull. N. Y. Bot. Garden,
2: (346). 25 April 1902.
Dothidea yuccae E. & E. (Phyllachora yuccae E. & E.) on leaves
of Yucca angustifolia. Jour. Mycol. 8:19. May 1902.
Dothiorella major E. & E. n. sp., on dead stems of Gossypium
herbaceum. Jour. Mycol. 8:63. June 1902.
Dothirella radicans E. & E. n. sp., on dead stems of Rhus
toxicodendron (the climbing var. radicans). Jour. Mycol.
8:11. May 1902.
Dresbach, Mary. Moulds Injurious to Foods. [List.] Ohio
Naturalist, 2:228-9. June 1902.
Durand, Elias J. The Genus Angelina Fr. [Description and
Synonomy.] Jour. Mycol. 8:108-9. Oct. 1902.
Durand, Elias J. Studies in North American Discomycetes.
II. Some New or Noteworthy Species from central and
western New York. Bull. Torr. Bot. Club, 29:458-465.
July 1902.
Earle, F. S. Ascocortium in North America. Bull. N. Y. Bot.
Garden, 2: (331). 25 April 1902.
Earle, F. S. Botanical Contributions. Mycological Studies I.
[Ascocortium in N. A.; Synopsis of N. A. Species of Peri-
conia ; and descriptions of New Fungi]. Bull. N. Y. Bot.
Garden, 2: (331-350). 25 April 1902.
Earle, F. S. The Field Study of Mushrooms. Torreya, 2 :2-4.
Jan. 1902.
Earle, F. S. Keys to the North American Species of Coprineae.
Torreya, 2 :37-40. March 1902.
Journal of Mycology
224
[Vol. 8
Earle, F. S. A Key to the North American Species of Hvpho-
loma. Torreya, 2 122-23. Feb. 1902
Earle, F. S. A Key to the North American Genera and Species
of the Hygrophoreae. — I. Torreya, 2:53-4. April 1902.
Earle, F. S. A Key to the North American Genera and Species
of the Hygrophoreae. — II. Torreya, 2 173-4. May 1902.
Earle, F. S. Key to the North American Species of Lactarius
— I. Torreya, 2 1139-141. Oct. 1902.
Earle, F. S. Key to the North American Species of Lactarius
— II. Torreya, 2:152-4. Oct 1902.
Earle, F. S. A Synopsis of the North American Species of
Periconia. Bull. N. Y. Bot. Garden, 2: (331). 25 April
1902.
Earle, F. S. A Key to the North American Species of Russula.
— I. Torreya, 2:101-3. July 1902.
Earle, F. S. A Key to the North American Species of Russula.
— II. Torreya, 2:117-29. August 1902.
Earle, F S. A Much-named Fungus. [Scolecotrichum eu-
phorbiae, etc.] Torreya, 2:159-60. October 1902.
Earle, F. S. New California Fungi. [Description of 17 species
and Hypodermopsis gen. nov.] Bull. N. Y. Bot. Garden,
2:(34o)-(348). 25 April 1902.
Earle, F. S. New Florida Fungi [Six new species.] Bull. N.
Y. Bot. Garden, 2 : (338) -(340). 25 April 1902.
Earle, F. S. New Fungi from Various Localities. Bull. N. Y.
Bot. Garden, 2: (348). 25 April 1902.
Earliest Fungi [Incolaria securiformis Herz.], see Fungi ,
Earliest .
Eccilia mordax Atkinson n. sp., ground. Jour. Mycol. 8:113.
October 1902.
Eccilia pentagonospora Atkinson n. sp., ground, lawn. Jour.
Mycol. 8:113. Oct. 1902.
Eccilia rhodocylicioides Atkinson n. sp., woods. Jour. Mycol.
8:113. Oct. 1902.
Echinodorus rostratus, host to Burrillia echinodora Clint, n. sp.
Jour. Mycol. 8:154. Oct. 1902.
Ecologic Distribution an incentive to the study of Lichens.
Bruce Fink. Bryologist, 5 :39~4Q. May 1902.
Dec. 1902 ] Index to North American Mycology 225
Ecteinomyces Thaxter nov. gen. [Laboulbeniaceae.] Proc.
Am. Acad. Arts & Sci. 38:26. June 1902.
Ecteinomyces trichopterophilus Thaxter n. sp., on the elytra and
abdomen of Trichopteryx haldemani Lee. Proc. Am. Acad.
Arts & Sci. 38:26. June 1902.
Ectobia germanica Scudd., host to Herpomyces ectobiae Thaxter
n.'sp. Proc. Am. Acad. Arts & Sci. 38:20. June 1902.
Ectobia sp., host to Herpomyces ectobiae Thaxter n. sp. Proc.
Am. Acad. Arts & Sci. 38:20. June 1902.
Edson, A. W. and Jones, L. R., see Jones , L. R. and Edson, A. W.
Egg-plant, host to Lasiodiplodia tubericola E. & E. Jour. My¬
col. 8:65. June 1902.
Ellis, J. B. and Everhart, B. M., New Species of Fungi from
Various Localities. Jour. Mycol. 8:11-19. May 1902.
Ellis, J. B. and Kellerman, W. A. A New Species of Phyllos-
ticta [Ph. alcides]. Ohio Naturalist, 2:223. March 1902.
Ellis, J. B. and Everhart, B. M. New Alabama Fungi. Jour..
Mycol. 8:62. June 1902.
Elymus condensatus, host to Cylindrosporium infuscans E. & E.
n. sp. Jour. Mycol. 8:13. May 1902.
Entoloma nigricans Peck n. sp., woods in low ground. Bull.
Torr. Bot. Club, 29 72. Feb. 1902.
Eocronartium Atkinson n. g. [Auriculariaceae.] Jour. Mycol.,
8:107. Oct. 1902.
Eocronartium typhuloides Atkinson n. sp., parasitic on Mosses..
Jour. Mycol. 8:107. Oct. 1902.
Eomycenella Atkinson n. gen. [Hymenomycetes.] Bot. Gaz.
34:37- Ju,y i9°2-
Eomycenella echinocephala Atkinson n. sp., on decaying leaves
of Rhododendron maximum. Bot. Gaz. 34:37. July 1902.
Eoterfezia Atkinson n. gen. [Eoterfeziaceae.] Bot. Gaz. 34:
40. July 1902.
Eoterfeziaceae Atkinson n. fam. [Elaphomycetes.] Bot. Gaz.
34:40. July 1902.
Eoterfezia parasitica Atkinson n. sp., on perithecia of Sordaria
sp. Bot. Gaz. 34:41. July 1902.
226 Journal of Mycology [Vol. 8
Epilampra sp., host to Herpomyces tricuspidatus Thaxter n. sp.
Proc. Am. Acad. Arts & Sci. 38:19. June 1902.
Eragrostis sp., host to Venturia nebulosa E. & E. n. sp. Jour.
Mycol. 8:66. June 1902.
Ergot upon Grass. [On Phalaris arundinacea L.] Byron D.
Halstead. An. Rep. N. J. Exp. Sta. 1901, 22:436. 1902.
«
Erigeron annuus (L.) Pers., host to aecidia of Puccinia caricis-
erigerontis Arthur n. sp. Jour. Mycol. 8:54. June 1902.
Erysiphaceae, see Supplementary Notes on the .
Etheirodon Banker nov. gen. [Hydnaceae.] Bull. Torr. Bot.
Club, 29:441. July 1902.
Eucalyptus sp., host to Sphaeropsis stictoides Earle n. sp. Bull.
N. Y. Bot. Garden, 2: (348). 25 April 1902.
Euonymus, host to Septoria spiculispora E. & E. n. sp. Jour.
Mycol. 8:12. May 1902.
Eupatorium, host to Belonium bicolor E. & E. n. sp. Jour.
Mycol. 8 :69. June 1902.
Everhart, B. M. and Ellis, J. B., see Ellis , /. B. and Everhart,
B. M.
Evernia, see Lichens- Alectoria, Evernia .
Exoascus anomalus Sacc., syn. of Ascocortium anomalum, q. v.
Falcata comosa, host to Cercospora simulans Ell. & Kellerm. n.
sp. Jour. Mycol. 8:14. May 1902.
Ferguson, Margaret C. Germination of B’asidiomycetous Spores.
[Abstract paper before Soc. PI. Morph, and Phys.] Science,
N. S. 15 407. 14 March 1902.
Ferguson, Margaret C. A preliminary study of the Germina¬
tion of the spores of Agaricus campestris and other Basidio-
mycetous Fungi. U. S. Dept. Agr. Bureau of Plant Industry,
Bulletin No. 16:1-43. 3 pi. 14 June 1902.
Festuca tenella, host to Ustilago festuca-tenellae P. Henn. n. sp.
B'eiblatt zur Hedwigia, 41 :(6i). Marz- April 1902.
Fink, Bruce. Contributions to a Knowledge of the Lichens of
Minnesota. — IV. Lichens of Northwestern Minnesota.
[Distribution and habitat.] Minn. Bot. Studies, 2 :6^y-yog.
20 July 1901.
Fink, Bruce. Ecologic Distribution an incentive to the study of
Lichens. Bryologist, 5 :39~40. May 1902.
Dec. 1902] Index to North American Mycology
227
Flammula californica Earle n. sp. Bull. N. Y. Bot. Garden,
2 .*(342). 25 April 1902.
Flammula granulosa Peck n. sp., decaying wood. Bull. Torr.
Bot. Club, 29:561. September 1902.
Fomes lucidus Fr., another Cocoa Fungus. Trinidad Bot. Dept.
Bull. 31 1403. October 1901.
Forficula taeniata Dohrn., host to Dimeromyces forficulae Thax-
ter n. sp. Proc. Am. Acad. Arts & Sci. 38:10. June 1902.
Formica neogagates M., host to Laboulbenia formicarum Thax-
ter n. sp. Proc. Am. Acad. Arts & Sci. 38 :39. June 1902.
Frasera speciosa, host to Uromyces fraserae Arth. & Ricker n.
sp. Jour. Mycol. 8:128. October 1902.
Fraxinus, petioles, host to Ciboria sulfurella (E. & E.) Rehm. in
litt. Bull. Torr. Bot. Club, 29: July 1902.
Fungi, The Bracket. L. M. Underwood. Torreya, 2 :87-90.
June 1902.
Fungi, A Collection of Economic and other, prepared for dis¬
tribution. Flora W. Patterson. U. S. Dept. Agr. Bureau of
PI. Industry Bull. 8:1-31. 3 February 1902.
Fungi costaricenses I, a cl. Dr. H. Pittier mis. (List and 11 new
species). Beiblatt zur Hedwigia, 41 :( 101). Mai- Juni 1902.
Fungi, Earliest. [Incolaria securiformis Herz. ; Fossil.] H.
Herzer. An. Rep. Ohio Acad. Sci. 1901, 10:44-5, 1902-
Fungi, List of Milwaukee County. [100 higher fungi]. Chas.
E. Brown and Valentine Fernekes. Bull. Wise. Nat. Hist.
Soc. N. S. 2 :45~55- January 1902.
Fungi, Michigan, new species, see New Species of Michigan. . . .
Fungi, Michigan, Saprophytic, Notes on, see Notes on .
Fungi, some Mt. Desert. [List, mostly higher fungi; 8 new
species and varieties.] V. S. White. Bull. Torr. Bot. Club,
29:550-563. September 1902.
Fungi, New Alabama. J. B. Ellis and B. M. Everhart. Jour.
Mycol. 8:62. June 1902.
Fungi, A New Genus of, [Acontium.] A. P. Morgan. Jour.
Mycol. 8 : 4 . May 1902.
Fungi, New California, see Earle , F. S ., New , etc .
Fungi, New Florida, see Earle, F. S., New Florida Fungi .
228 Journal of Mycology [Vol. 8
Fungi, new, from various Localities. F. S. Earle. Bull. N. Y.
Bot. Garden, 2: (348). 25 April 1902.
Fungi, new species. [Atkinson, 23 diagnoses, the higher fungi.]
Jour. Mycol. 8:110-119. October 1902.
Fungi, New Species of, from various Localities. J. B. Ellis and
B. M. Everhart. Jour. Mycol. 8:11-19. May 1902.
Fungi, New Species of, see New Species of Fungi .
Fungi, North American, Notes on. A. P. Morgan. Jour.
Mycol. 8:105-6. October 1902.
Fungi, Notes on, see Notes on Fungi .
Fungi, Ohio, see Ohio Fungi .
Fungi, A Preliminary List of Maine. Percy LeRoy Ricker. The
University of Maine Studies. No. 3. pp. 1-87. April 1902.
Fungi as related to Weather. [In 1901.] Byron D. Halsted.
An. Rep. N. J. Exp. Sta. 1901, 22:440-2. 1902.
Fungi, Texas, New Species of Puccinia, see Texas FungL
1 .
Fungi, Some Tree-destroying, Studies of. Geo. F. Atkinson.
Trans. Mass. Hort. Soc. 1901 :i09~i30. 1902.
Fungi, West American, Notes on some, see Notes on some. . . .
Fungi, West American, concerning some. David Griffiths. Bull.
Torr. Bot. Club, 29:290-301. May 1902.
Fungicides, The Action of. Samuel M. Bain. Bot. Gaz.
33 ^44-5 . March 1902.
Fungicides. Experiments with, and How to fight Potato enemies
on Potatoes in 1900. Chas. D. Woods An. Rep. Me. Agr.
Exp. Sta. 1901, 17:49-64. 1902.
Fungous Diseases of Grasshoppers. Experimental work with.
L. O. Howard. Yearbook U. S. Dept. Agr. 1901 :459~470.
1902.
Fungous Diseases, two, of the White Cedar. John W. Harsh-
berger. Proc. Acad. Nat. Sci. Philadelphia, 54:461-504.
2 pi. May 1902.
Fungus, an Insect-destroying. (Sphaerostilbe coccophila Rolfs.,
Trinidad.) Trinidad Bot. Dept. Bulk 32:405.
Fungus, a much-named. ( Scolecotrichum euphorbiae, etc.) F.
S. Earle. Torreya, 2:159-160. Oct. 1902.
Dec. 1902] Index to North American Mycology
229
Fungus, Mycelium, Bacterial colonies, A New Method for
Fixing and Sectioning. Karl Kellerman. Jour. Appl. Micr.
and Lab. Meth. 5:1980. Sept. 1902.
Fusarium spartinae E. & E. n. sp., on leaves of Spartina stricta.
Jour. Mycol. 8:14. May 1902.
Fusicladium fasciculatum C. & E., syn. of Passalora fasciculata,
q. v.
Fusicladium fasciculatum C. & E., syn. of Scolecotrichum fas¬
ciculatum, q. v.
Fusicladium robiniae Shear n. sp., on living leaves of Robinia
pseudacacia. Bull. Torr. Bot. Club, 29:452. July 1902.
Galerita lecontei Dej., host to Laboulbenia media Thaxter n.
sp. Proc. Am. Acad. Arts & Sci. 38:46. June 1902.
Galerita sp., host to Laboulbenia media Thaxter n. sp. Proc.
Am. Acad. Arts & Sci. 38:46. June 1902.
Ganoderma (Monograph), see Polyporaceae of N. A. I. The
Genus .
Ganoderma oerstedii (Fries.) Murrill n. n. (Polyporus
oerstedii Fries). Bull. Torr. Bot. Club, 29:606. Oct. 1902.
Ganoderma parvula Murrill n. sp. Bull. Torr. Bot. Club,*
29 :6o5. Oct. 1902.
Ganoderma pseudoboletus (Jacq.) Murrill n. n. (Polyporus
lucidus Fr., laccatus Pers. and curtisii Berk.) Bull. Torr.
Bot. Club, 29:602. Oct. 1902.
Ganoderma sessile Murrill n. sp., on deciduous trees. Bull.
Torr. Bot. Club, 29:604. Oct. 1902.
Ganoderma sulcatum Murrill n. sp., on soft palmetto logs. Bull.
Torr. Bot. Club, 29:607. Oct. 1902.
Ganoderma, synopsis of the North American Species (Murrill).
Bull. Torr. Bot. Club, 29:601. Oct. 1902.
Ganoderma tsugae Murrill n. sp., only on Tsuga canadensis,
upon the decaying trunks and roots. Bull. Torr. Bot. Club,
29:601. Oct. 1902.
Ganoderma zonatum Murrill n. sp. Bull. Torr. Bot. Club,
29:606. Oct. 1902.
Geaster arenarius Lloyd n. sp., in the sand. The Geastrae : 28
C. G. Lloyd. June 1902.
230 Journal of Mycology [Vol. 8
Geaster hygrometricus giganteus Lloyd n. var. The Geastrae:
io C. G. Lloyd. June 1902.
Geaster morgani Lloyd n. sp. Mycological Notes, 80. Nov.
1901.
Geaster radicans Lloyd n. sp. Mycological Notes, 77. Nov.
1901.
Geaster smithii Lloyd n. sp. The Geastrae: 21 C. G. Lloyd.
June 1902.
Geaster velutinus caespitorus Lloyd n. var. The Geastrae: 21
C. G. Lloyd. June 1902.
Geasters, Notes on Some Florida Myriostomas and. A. P.
Morgan. Jour. Mycol. 8:3-4. May 1902.
Geastrae, The. Illustrated with 80 figures. C. G. Lloyd, Cin¬
cinnati, Ohio, U. S. A. June 1902. 44 pp. (General Char¬
acters, also descriptions, illustrations, and distribution of
species, and references.)
Genera, New, see New Genera.
Generic Nomenclature. C. L. Shear. Bot. Gaz. 33 \220-22g.
March 1902.
Gentiana sp., host to Pseudopeziza holwayi P. Henn. n. sp.
Beiblatt zur Hedwigia, 4i:(65). Marz-April 1902.
Germination of the Spores of Agaricus campestris and other
Basidiomycetous Fungi, A Preliminary Study of the. Mar¬
garet C. Ferguson. U. S. Dept. Agr. Bureau of PI. Industry
Bull. 16:1-43. 14 June 1902.
Gleditsia, old pod, host to Acontium minus Morgan n. sp. Jour.
Mycol. 8:5. May 1902.
Gloeosporium amaranthi E. & E. n. sp., on dead stems of Ama-
ranthus spinosus. Jour. Mycol. 8:65. June 1902.
Gloniella penstemonis Earle n. sp., on dead stems of some cul¬
tivated Pentstemon. Bull. N. Y. Bot. Garden, 2:(346).
25 April 1902.
Glycine hispida, host to Metasphaeria carveri E. & E. n. sp.
Jour. Mycol. 8:68. June 1902.
Glycine hispida, host to Botryodiplodia pallida E. & E. 11. sp.
Jour. Mycol. 8:64. June 1902.
Gnomoniopsis fructigena (Berk.) Clint n. n. Ill. Agr. Exp.
Sta. Bull. 69:211. Feb. 1902.
Dec. 1902] hiiex to North American Mycology
231
Gnomoniopsis Stonem. emend, by G. P. Clinton. Ill. Agr. Exp.
Sta. Bull. 69:211. Feb. 1902.
Godronia rugosa E. & E. n. sp., on dead limbs of Oxydendrum
arboreum. Jour. Mycol. 8:70. June 1902.
Gomphidius, Key to Species, see Hygrophoreae, Key. . . .
Gossand, H. A. Sphaerostilbe coccophila or Disease of San Jose
Scale. Fla. Agr. Exp. Sta. Bull. 61 :487~49i. July 1902.
Gossypium herbaceum, host to Dothiorella major E. & E. n. sp.
Jour. Mycol. 8:63. June 1902.
Granularia castanea (Ell. & Ev.) White n. n. and n. sp.
(Nidularia castanea Ell. & Ev. in herb.), gregarious on
wood. Bull. Torr. Bot. Club, 29:276. May 1902.
Granularia, Key to the Species of. Bull. Torr. Bot. Club,
29:275. May 1902.
Granularia rudii Peck n. sp., on decaying wood. Bull. Torr.
Bot. Club, 29:277. May 1902.
Gratiola pilosa, host to Cercospora gratiolae E. & E. n. sp.
Jour. Mycol. 8:71. June 1902.
Griffiths, David. Concerning some West American Fungi.
Bull. Torr. Bot. Club, 29:290-301. May 1902.
Grindelia squarrosa Dunal., host to Aecidium grindeliae Griffiths
n. sp. Bull. Torr. Bot. Club, 29 :30c. May 1902.
Ground, matrix for Amanita flavorubescens Atkinson n. sp.
Jour. Mycol. 8:111. Oct. 1902.
Ground, matrix for Amanita flavorubescens Atkinson n. sp.
Mycol. 8:113. Oct. 1902.
Ground, matrix for Disciseda hollosiana P. Henn. n. sp. Bei-
blatt zur Hedwigia, 41 :(62). Marz-April 1902.
Ground, matrix for Eccilia mordax Atkinson n. sp. Jour.
Mycol. 8:113. Oct. 1902.
Ground, matrix for Lepiota ecitodora Atkinson n. sp. Jour.
Mycol. 8:115. Oct. 1902.
Ground, matrix for Lepiota purpureoconia Atkinson n. sp.
Jour. Mycol. 8:116. Oct. 1902.
Ground, under conifer trees, matrix for Polyporus holocyaneus
Atkinson n. sp. Jour. Mycol. 8:119. Oct. 1902.
232 Journal of Mycology [Vol. 8
Ground in dense woods, matrix for Hygrophorus pusillus Peck
n. sp. Bull. Torr. Bot. Club, 29:69. Feb. 1902.
Ground, lawn, matrix for Eccilia pentagonospora Atkinson n.
sp. Jour. Mycol. 8:113. Oct. 1902.
Ground, moist, shady, rarely rotten logs, matrix for Lentinus
americanus Peck n. sp. Bull. Torr. Bot. Club, 29:72. Feb.
1902.
Ground in woods, matrix for Amanitopsis albocreata Atkinson
n. sp. Jour. Mycol. 8:112. Oct. 1902.
Ground, woods, matrix for Boletus chamaeleontinus Atkinson
n. sp. Jour. Mycol. 8:112. Oct. 1902.
Ground, low, in woods, matrix to Entoloma nigricans Peck n. sp.
Bull. Torr. Bot. Club, 29:72. Feb. 1902.
Ground in Mixed Woods, matrix for Hydnum cristatum Bresa-
dola n. sp. Jour. Mycol. 8:119. Oct. 1902.
Ground, woods, matrix to Hygrophorus peckii Atkinson n. sp.
Jour. Mycol. 8:114. Oct. 1902.
Ground, woods, matrix to Nolanea nodospora Atkinson n. sp.
Jour. Mycol. 8:114. Oct. 1902.
Ground, and Spruce Hemlock, matrix for Amanita flavoconia
Atkinson n. sp. Jour. Mycol. 8:111. Oct. 1902.
Ground, swampy or mossy, matrix for Hygrophorus pallidus
Peck n. sp. Bull. Torr. Bot. Club, 29:69. Feb. 1902.
Guardiola platyphylla, host to Thecaphora mexicana Ell. & Ev.
n. sp. Jour. Mycol. 8:146. Oct. 1902.
Gymnoconia riddelliae Griffiths n. sp., on leaves and stems of
Riddellia cooperi Gray. Bull. Torr. Bot. Club, 29:296.
May 1902.
Gymnosporangium, tabular comparison of 9 species [Harsh-
berger.] Proc. Acad. Nat. Sci. Philadelphia, 54:498-501.
May 1902.
Hainesia aurantii P. Henn. n. sp., auf lebenden Blattern von
Citrus aurantium. Beiblatt zur Hedwigia, 41 :( 104). Mai-
Juni 1902.
Halsted, Byron D. The Asparagus Rust. [Observations in
the field.] An. Rep. N. J. Exp. Sta. 1901, 22:426-30. 1902.
Halsted, Byron D. Blight of Cucumbers (Plasmopara cubensis
B. & C). An. Rep. N. J. Exp. Sta. 1901, 22:477-8. 1902.
Dec. 1902] Index to North American Mycology
233
Halsted, Byron D. Ergot upon grass. [On Phalaris arundi-
nacea L.] An. Rep. N. J. Exp. Sta. 1901, 22:436. 1902.
Halsted, Byron D. Fungi as Related to Weather. [In 1901.]
An. Rep. N. J. Exp. Sta. 1901, 22:440-2. 1902.
Halsted, Byron D. The Mildew of the Grape. [Appeared first
in September.] An. Rep. N. J. Exp. Sta. 1901, 22:438.
1902.
Halsted, Byron D. Notes upon Corn Smut. [More than usu¬
ally abundant, 1901.] An. Rep. N. J. Exp. Sta. 1901, 22 142,7 •
1902.
Halsted, Byron D. Tulip Mould. [Botrytis parasitica Cav.]
An. Rep. N. J. Exp. Sta. 1901, 22:438-440. 1902.
Haplosporella grandinea E. & E. n. sp., on dead limbs of Mag¬
nolia glauca. Jour. Mycol. 8:63. June 1902.
Haplosporella jasmini E. & E. n. sp., on dead limbs of Jas-
minum fruticans. Jour. Mycol. 8:64. June 1902.
Haplosporella rhizophila Shear n. sp., on dead exposed roots
of Ulmus sp. Bull. Torr. Bot. Club, 29:455. July 1902.
Harper, Robert A. Binucleate cells in certain Hymenomycetes.
Bot. Gaz. 33:1-25. 2 pi. Jan. 1902.
Harding, H. A. and Stewart, F. C. A Bacterial Soft Rot of cer¬
tain cruciferous Plants and Amorphophallus sinense ; A Pre¬
liminary Report. [Subject only.] Science, N. S. 16:137.
25 July 1902.
Harding, H. A. and Stewart, F. C. A Bacterial Soft Rot of
certain Grudferous Plants and Amorphophallus sinense.
Science, N. S. 16:314-15. 22 Aug. 1902.
Harrison, F. C. Preliminary Note on a New Organism pro¬
ducing Rot in Cauliflower and allied Plants. [Bacillus olera-
cea n. sp.] Science, N. S. 16:152. 25 July 1902.
Harris, Carolyn W. Lichens — Alectoria, Evernia and Ramu-
lina, Illustrated. Bryologist, 4:36-9. 1 pi. Apr. 1901.
Harris, Carolyn W. The Lichens — Parmelia, Illustrated. Bry¬
ologist, 4:57-61. 1 pi. Oct. 1901.
Harris, Carolyn W. Lichens — Physcia [Eleven species ; illus¬
trated.] Bryologist, 5:21-4. 1 pi. March 1902.
Harris, Carolyn W. Lichens — Theloschistes — Pyxine, Illus¬
trated. Bryologist, 5:59-62. July 1902.
234 Journal of Mycology [Vol. 8
Harris, Carolyn W. Lichens — Umbilicaria, Illustrated. Brv-
ologist, 5 189-92. 1 pi. Nov. 1902.
Harshberger, John W. Notes on Fungi. Jour Mycol. 8:156-
161. Oct. 1902.
Harshberger, John W. Two Fungous Diseases of the White
Cedar. [Gymnosporangium biseptatum Ellis and G. ellisii
(Berk.) Farl.] Proc. Acad. Nat. Sci. Philadelphia, 54:461-
504. 2 pi. May 1902.
Hasselbring, Heinrich. Canker of Apples, [Nummularia dis-
creta Tul.] Ill. Agr. Exp. Sta. Bull. 70:225-239. 4 pi.
April 1902.
Hebeloma bakeri Earle n. sp. Bull. N. Y. Bot. Garden, 2: (342).
25 April 1902.
Hebeloma sericipes Earle n. sp. Bull. N. Y. Bot. Garden,
2: (342). 25 April 1902.
Hedgcock, George Grant. The Prevalence of Alternaria in Ne¬
braska and Colorado during the Drouth of 1901. [Abstract.]
Science, N. S. 16:136. 25 July 1902.
Helenium tenuifolium, host to Metasphaeria sanguinea E. & E.
n. sp. Jour Mycol. 8:68. June 1902.
Helianthella sp., host to Aecidium helianthellae Arthur n. sp.
Bull. N. Y. Bot. Garden, 2:(348). 25 April 1902.
Helotium sulfurellum E. & E., syn. of Ciboria sulfurella, q. v.
Helvella macropus brevis Peck. var. nov. Bull. Torr. Bot.
Club, 29:74. Feb. 1902.
Hendersonia opuntiae E. & E. n. sp., on Opuntia ficus indica.
Jour. Mycol. 8:65. June 1902.
Hennings, P. Fungi costaricenses I. a. cl. Dr. H. Pittier mis.
(List and 11 new species). Beiblatt zur Hedwigia, 41:
(101). Mai-Juni 1902.
Hennings, P. Fungi nonnulli novi ex regionibus variis. [Four
of the species from North America.] Beiblatt zur Hedwigia,
41 :(6i)-(66). Marz-April 1902.
Hensel, Samuel T. Lichens on Rocks (Porphyry). Science,
N. S. 16:593-4. 10 Oct. 1902.
Herpomyces Thaxter nov. gen. [Laboulbeniaceae.] Proc. Am.
Acad. Arts & Sci. 38:11. June 1902.
Dec. 1902] Index to North American Mycology
235
Herpomyces arietinus Thaxter n. sp., on the antennae of a small
brown wingless roach. Proc. Am. Acad. Arts & Sci. 38:14.
June 1902.
Herpomyces ectobiae Thaxter n. sp., on Ectobia germanica
Scudd. Proc. Am. Acad. Arts & Sci. 38:20. June 1902.
Herpomyces periplanetae Thaxter n. sp., on Periplaneta ameri-
cana Lauss. (type form), on Periplaneta australasiae Lauss,
on Periplaneta spp. Proc. Am. Acad. Arts & Sci. 38:14.
June 1902.
Herpomyces tricuspidatus Thaxter n. sp., on the antennae of
Blabera sp. Proc. Am. Acad. Arts & Sci. 38 :iy. June 1902.
Herzer, H. Earliest Fungi. [Incolaria securiformis Herz.]
An. Rep. Ohio Acad. Sci. 1901, 10:44-5. 1902.
Hesperaloe dayi host to Botryosphaeria hysteriodes E. &. E. n.
sp. Jour. Mycol. 8:18. May 1902.
Heteroecious Rusts, clues to Relationships, see Rusts , Heteroe-
cious . . .
Hibiscus esculentus, host to Didymella ricini E. & E. Jour.
Mycol. 8:67. June 1902.
Hickory-nuts, host to Hysterographium nucicola (Schw.) E.
& E., PI. hians E. & E. in herb. Jour. Mycol. 8:19. May
1902.
Hieracium venosum, host to Cercospora hieracii E. & E. n. sp.
Jour. Mycol. 8:70. June 1902.
Historical Review of the proposed Genera of the Hydnaceae.
Howard J. Banker. Bull. Torr. Bot. Club, 29:436-448. July
1902.
Holwaya Sacc., The Genus. Durand, Elias J. Studies in North
American Discomycetes I. Bull. Torr. Bot. Club, 28:349-355.
June 1901.
Homalota sp., host to Acallomyces homalotae Thaxter 11. sp.
Proc. Am. Acad. Arts & Sci. 38:24. June 1902.
Hoobler, B. R. A Modern Bacteriological Laboratory. Jour
Appl. Micr. & Lab. Meth. 5:1909-1916. Aug. 1902.
Hordeum pratense, host to Tilletia texana Long n. sp. Jour.
Mycol. 8:149. October 1902.
Howard, A. Report of the Fungoid Diseases in Grenada.
Grenada Official Gaz. May 1901.
236
Journal of Mycology
[Vol. 8
Howard, Albert. The Field Treatment of Cane Cuttings in Ref¬
erence to Fungoid Diseases. [Thielaviopsis ethaceticus ; also
bibliography.] W. I. Bull. 3:73-86. 1902.
FIoward, L. O. Experimental work with Fungus Diseases of
Grasshoppers. Yearbook U. S. Dept. Agr. 1901 1459-470.
1902.
Hunnewell, Miss M. P. and Winslow, C. E. A., see Winslow,
C. E. A. and ....
Hydnaceae, Historical Review of the proposed Genera, see His¬
torical Review .
Hydnum boreale Banker n. sp., in damp rich soil and leaf mould.
Bull. Torr. Bot. Club, 29 :553- September 1902.
Hydnum cristatum Bresadola n. sp., ground in mixed woods.
Jour. Mycol. 8:119. Oct. 1902.
Hydnum humidum Banker n. sp., in hard-packed wooded path.
Bull. Torr. Bot. Club, 29:553. Sept. 1902.
Hydrangea, cult., host to Cercospora hydrangeae E. & E. n. sp.
Jour. Mycol. 8:71. June 1902.
Hydrophyllum capitatum, host to Ramularia hydrophylli E.
& E. n. sp. Jour. Mycol. 8:14. May 1902.
Hygrophoreae, Key to the North American Genera and Species,
I. F. S. Earle. Torreya, 2:53-4. April 1902.
Hygrophoreae, Key to the North American Genera and Species,
II. F. S. Earle. Torreya, 2 :73~4- May 1902.
Hygrophorus, Key to Species, see Hygrophoreae , Key .
Hygroppiorus pallidus Peck n. sp., damp, mossy or swampy
ground. Bull. Torr. Bot. Club, 29:69. Feb. 1902.
Hygrophorus paludosus Peck n. sp., growing among peat mosses.
Bull. Torr. Bot. Club, 29 :yo. Feb. 1902.
Hygrophorus peckii Atkinson n. sp., ground, woods. Jour.
Mycol. 8:114. Oct. 1902.
Hygrophorus pusillus Peck n. sp., on the ground in dense woods.
Bull. Torr. Bot. Club, 29:69. Feb. 1902.
Hymenomycetes, Binucleate cells in Certain. Robert A. Har¬
per. Bot. Gaz. 33:1-25. 2 pi. Jan. 1902.
Dec. 1902] Index to North American Mycology
237
Hymenoscypha nigromaculata Earle n. sp., on languishing leaves
of Iris sp. Bull. N. Y. Bot. Garden, 21(338). 25 April
1902.
Hypholoma, A Key to the North American Species of. F. S.
Earle. Torreya, 2:22-25. Feb. 1902.
Hypholoma californicum Earle n. sp. Bull. N. Y. Bot. Garden,
2: (344). 25 April 1902.
Hypocopra kansensis E. & E. n. sp., on cow dung. Jour. Mycol.
8:15. May 1902.
Hypocrea lloydii, same as H. alutacea sec. Prof. Atkinson, Myco-
logical Notes (C. G. Lloyd) No. 10 (p. 99). Sept. 1902.
Hypodermopsis Earle gen. nov. Bull. N. Y. Bot. Garden,
2: (345)- 25 April 1902.
Hypodermopsis sequoiae Earle n. sp., on dead twigs and needles
of Sequoia sempervirens. Bull. N. Y. Bot. Garden, 2: (345).
25 April 1902.
Hysterium compressum E. & E. n. sp., on decaying wood of
Pinus palustris. Jour. Mycol. 8:69. June 1902.
Hysterographium nucicola (Schw.) E. & E. H. hians E. & E.
in herb., on old Hickory-nuts. Jour. Mycol. 8:15. May
1902.
Ilex, host to Belonium consanguineum E. & E. n. sp. Jour.
Mycol. 8:70. June 1902.
Ilex sp., host to Sporoschisma tracyi Earle n. sp. Bull. N. Y.
Bot. Garden, 21(339). 25 April 1902.
Ilex verticillata, host to Rhytisma concavum Ell. & Kellerm. n.
sp. Jour. Mycol. 8:51. June 1902.
Illosporium concolorum E. & E. n. sp., on scales of pine cones
(Pinus virginiana.) Bull. Torr. Bot. Club, 29-452. July
1902.
Index to North American Mycology. W. A. Kellerman. Jour.
Mycol. 8:22-47. May 1902.
Index to North American Mycology, continued. W. A. Keller¬
man. Jour. Mycol. 8:74-103. June 1902.
Infection Experiments, Smuts, see Smut Infection Experiments.
Ipomoea, host to Metapshaeria ipomoeae E. & E. n. sp. Jour.
Mycol. 8:68. June 1902.
238 Journal of Mycology [Vol. 8
Iris sp., host to Hymenoscypha nigromaculata Earle n. sp.
Bull. N. Y. Bot. Garden, 21(338). 25 April 1902.
Irpex tulipiferae Schw. Synonomy of. Jour. Mycol. 8:105-6.
Oct. 1902.
Iva xanthifolia, host to Diplodia ivaicola E. & E. n. sp. Jour.
Mycol. 8:12. May 1902.
Jacouemontia pentantha, host to Aecidium jacquemontiae E. &
E. n. sp. Jour. Mycol. 8:11. May 1902.
Jasminum fructicans, host to Haplosporella jasmini E. & E. n.
sp. Jour. Mycol. 8:64. June 1902.
Jennings, O. E. and Kellerman, W. A., see Kellerman , W. A.
and Jennings. . .
Jones, L. R. Bacillus carotovorus n. sp. die Ursache einer
weichen Faulniss der Mohre. Centralbl. f. Bakt., Parasitenk.
u. Infektionskr. Zweite Abt. 7:12-21, 61-68. 5 u. 26 Jan.
1901.
Jones, L. R. A Soft Rot of Carrot and other Vegetables.
[Caused by Bacillus carotovorus Jones.] An. Rep. Vt. Agr.
Exp. Sta. 1899-1900, 13:299-332. 1 pi. 1901.
Jones, L. R. and Edson, A. W. Potato Diseases and Their
Remedies. An. Rep. Vt. Agr. Exp. Sta. 1900-1901, 12:151-6.
1901.
Jones, L. R. Potato Diseases and their Remedies. An. Rep.
Vt. Agr. Exp. Sta. 1899-1900, 13:268-281. 1901.
Juncus balticus, host to Coniothyrium junci E. & E. n. sp. Jour.
Mycol. 8:12. May 1902.
%
Juniperus virginiana, host to Periconia palmeri Earle n. sp.
Bull. N. Y. Bot. Garden, 2: (335). 25 April 1902.
Kellerman, Karl, A Method for Fixing and Sectioning Bacterial
Colonies, Fungus Mycelium, etc. Jour. Appl. Micr. and Lab.
Meth. 5:1980. Sept. 1902.
Kellerman, W. A. Continuation of the Journal of Mycology.
Jour. Mycol. 8:1-3. May 1902.
Kellerman, W. A. Index to North American Mycology. [Al¬
phabetical List of Articles, Authors, Subjects, New Species
and Hosts.] Jour. Mycol. 8:22-48. May 1902.
Kellerman, W. A. Index to North American Mycology, con¬
tinued. Jour. Mycol. 8:74:103. June 1902.
Dec. 1902] Index to North American Mycology
239
Kellerman, W. A. A New Species of Rhytisma. [R. con-
cavum Ell. & Kellerman.] Jour. Mycol. 8:50. June 1902.
Kellerman, W. A. Notes on the North American Mycologi-
cal Literature for 1901. Jour. Mycol. 8:20-2. May 1902.
Kellerman, W. A. Notes from Mycological Literature, II.
Jour. Mycol. 8:161-7. Oct. 1902.
Kellerman, W. A. Ohio Fungi, Fascicle II. [Reprint of
original descriptions of 26 species.] Ohio Naturalist, 2:205-
213. Feb. 1902.
Kellerman, W. A. Ohio Fungi. Fascicle III. [The original
descriptions of 18 species.] Jour. Mycol. 8:5-11. May
1902.
Kellerman, W. A. Ohio Fungi. Fascicle IV. [The original
descriptions of 20 species.] Jour. Mycol. 8:56-62. June
1902.
Kellerman, W. A. Ohio Fungi. Fascicle V. [Labels and the
original descriptions of 20 species.] Jour. Mycol. 8:119-
125. Oct. 1902.
Kellerman, W. A. Puccinia peckii (DeToni) Kellerman n. n.
(Infection experiments and correction of labels, Ohio Fungi).
Jour. Mycol. 8:20. May 1902.
Kellerman, W. A. and Ellis, J. B., see Ellis , /. B. and Keller¬
man , W. A.
Kellerman, W. A. and Jennings, O. E. Smut Infection Experi¬
ments. [Cintractia sorghi, C. reiliana and Ustilago zeae.]
Ohio Naturalist, 2:258-261. April 1902.
Key to the subgenus Amanitopsis, see Amanitopsis , Key , etc.
Key to N. A. species of Bolbitius, see Bolbitius, Key .
Key to N. A. species of Coprineae, see Corprineae, Keys. . . .
Key to N. A. species of Corprinus, see Corprinus, Key, . . .
Key to the North American Species of Ganoderma (Murrill).
Bull. Torr. Bot. Club, 29:601. Oct. 1902.
Key to N. A. species of Gomphidius, see Gomphidius , Key. . .
Key to the species of Granularia, Bull. Torr. Club, 29:275.
May 1902.
Key to N. A. Species of Hygrophoreae, see Hygrophoreae , Key.
Journal of Mycology
A Periodical Devoted to North American Mycology. Issued in
February , May , October and December. Price , $1.00 per Year.
To Foreign Subscribers $1.10. Edited and Published by
tV. A. Kellerman , Ph. D ., Columbus, Ohio.
NOTES.
The very cordial reception of the Journal of Mycology, re¬
vived after a long suspension, has been exceedingly gratifying
to the editor. The kindly support by contributors and subscribers
to Volume 8 is gratefully acknowledged. I must say to inquiring
friends too, that “it does pay ” and I am well satisfied since the
income pays a goodly fraction (nearly half) the cash cost of
publication.
The first No. of the current Volume contained 48 pages ; it
was necessary to enlarge the second No. to 56 pages; the third
No. was 64 pages, and the present No. contains 80 pages. But
I hasten to say that the editor is not an unlimited and uncondi¬
tional expansionist — so that further Nos. will doubtless keep
within proper bounds.
It is to be regretted that Vols. 1-7 are wholly exhausted.
It may be well to reprint a Summary Volume, reproducing in
full all the original descriptions contained in Vols. 1-7, and the
titles and abstracts of all the articles. This could probably be
furnished for $2.00.
Mycologists are invited to use the pages of the Journal of
Mycology freely and should any question arise as to the scope
and purpose of this periodical it will be settled by a sympa¬
thetic perusal of pages 1-3.
Contributors are kindly asked to note the months for the
quarterly issue of the Journal, and send copy by the 15th or latest
20th of the preceding month.
Journal of Mycology, Vol. 8, pp. 169-246, Issued December 20, 1902.
Dec. 1902]
General Index to Volume 8.
241
GENERAL INDEX TO VOLUME 8.
Acontium — A New Genus of Fungi, A. P. Morgan, 4.
Angelina, the Genus, Elias J. Durand, 108.
Arthur, J. C. Cultures of Uredineae in 1900 and 1901, 51.
Atkinson, Geo. F. Preliminary Note on two Genera of Basidi-
omycetes, 106.
Bartholomew, E. and Ellis, J. B., see Ellis, J. B. and Bartholo¬
mew, E.
Clinton, G. P. North American Ustilagineae, 128.
Continuation of the Journal of Mycology. W. A. Kellerman, 1.
Cultures of Uredineae in 1900 and 1901. J. C. Arthur, 51.
Discomycetes of the Miami Valley, Ohio. A. P. Morgan, 179.
Durand, Elias J. The Genus Angelina, 108.
Ellis, J. B. and Bartholomew, E. New Species of Fungi from
various Localities, 173.
Ellis, J. B. and Everhart, B. M. New Alabama Fungi, 62.
Ellis, J. B. and Everhart, B. M. New Species of Fungi from
various Localities, 11.
Everhart, B. M. and Ellis, J. B., see Ellis, J. B. and Everhart,
B. M.
Florida Myriostomas and Geasters, Notes. A. P. Morgan, 3.
Harshberger, John W. Notes on Fungi, 156.
Holway, E. W. D. Notes on Uredineae, 1, 171.
Index to North American Mycology. W. A. Kellerman, 22, 74,
204.
Kellerman, W. A. Continuation of the Journal of Mycology, 1.
Kellerman, W. A. Index to North American Mycology, 22, 74,
204.
Kellerman, W. A. Notes from Mycological Literature, II, and
III, 161, 193.
Kellerman, W. A. Notes on N. A. Mycological Literature of
1901, 20.
Kellerman, W. A. Ohio Fungi, Fascicles III, IV, V, 5, 56, 119.
Kellerman, W. A. Puccinia peckii (DeToni) Kellerm. n. n. ;
Experiments and correction, 20.
Kellerman, W. A. A New Species of Rhytisma, 50.
Morchellae — The Morels. A. P. Morgan, 49.
Morgan, A. P. Morchellae — The Morels, 50.
Morgan, A. P. Notes on North American Fungi, 105.
Morgan, A. P. Notes on some Florida Myriostomas and Geas¬
ters, 3.
Morgan, A. P. A New Genus of Fungi, 4, 169.
Myriostoma, Ohio Stations for, John H. Schaffner, 173.
242
Journal of Mycology
Vol. 8]
New Alabama Fungi. J. B. Ellis and B. M. Everhart, 62.
New Genera, Preliminary Note on two, of Basidiomycetes. Geo.
F. Atkinson, 106.
New Genera of Fungi (Acontium, Sporocystis), A. P. Morgan,
4, 169.
New Species — see Cultures of Uredineae, J. C. Arthur, 51.
New Species of Fungi from Various Localities, J. B. Ellis and
E. Bartholomew, 173.
New Species of Fungi from various Localities. J. B. Ellis and
B. M. Everhart, 11.
New Species of Fungi, Preliminary Notes on, Geo. F. Atkin¬
son, no.
New Species, A, of Rhytisma. W. A. Kellerman, 50
New Genus of Fungi. A. P. Morgan, 4, 169.
North American Ustilagineae. G. P. Clinton, 128.
Notes on Fungi, John W. Harshberger, 156.
Notes on some Florida Myriostomas and Geasters, 3.
Notes from Mycological Literature, W. A. Kellerman, II, and
III, 161, 193.
Notes (pertaining to Journal of Mycology), 47, 104, 167, 240.
Notes on North American Fungi. A. P. Morgan, 105.
Notes on N. A. Mycological Literature of 1901. W. A. Keller¬
man, 20.
Notes on some West American Fungi, P. L. Ricker, 125.
Notes on Uredineae, I. E. W. D. Holway, 171.
Ohio Fungi, Fascicles III, IV, V, W. A. Kellerman, 5, 56, 119.
Ohio Stations for Myriostoma, John H. Schaffner, 173.
Podosphaera oxycanthae (DC.) DeB., Interesting Variations in
the Appendages of. J. G. Sanders, 170.
Puccinia Peckii (DeToni) Kellerman n. n. ; Experiments and
Correction, 20.
Ricker, P. L. Notes on some West American Fungi, 125.
Sanders, J. G. Interesting Variations in the Appendages of Po¬
dosphaera oxycanthae (DC.) DeBary, 170.
Schaffner, John H. Ohio Stations for Myriostoma, 173.
Sporocystis, A new Genus. H. P. Morgan, 169.
Uredineae, Culture of, in 1900 and 1901. J. C. Arthur, 51.
Uredineae, Notes on. I. E. W. D. Holway, 171.
Ustilagineae, North American. G. P. Clinton, 128.
Dec. 1902] bidex to New Species and Host Plants
243
INDEX TO NEW SPECIES AND HOST PLANTS.
NEW SPECIES.
Acontium, n. g. 4
Acontium album, 4
Acontium minus, 5
Acontium velatum, 5
Aecidium albiperidium, 53
Aecidium delphinii, 173
Aecidium jacquemontiae, 11
Agaricus cretacellus, 110
Amanita flavoconia, 110
Amanita flavorubescens, 111
Amanitopsis albocreata, 111
Aposphaeria turmalis, 63
Ascochyta smilacis, 12
Belonium bicolor, 69
Belonium consanguineum, 70
Boletus chamaeleontinus, 112
Boletus uinbrosus, 112
Botryodiplodia gossypii, 175
Botryodiplodia meliae, 64
Botryodiplodia pallida, 64
Botryosphaeria hysterioides, 18
Botryosphaeria muriculata, 68
Burrillia decipiens, 154
Burrillia echinodori, 154
Camarosporium astericolum, 176
Cercospora brachypus, 71
Cercospora canescens, 73
Cercospora capreolata, 70
Cercospora crotonicola, 177
Cercospora cydoniae, 72
Cercospora gratiolae, 71
Cercospora hieracii, 70
Cercospora hydrangeae, 71
Cercospora maclurae, 72
Cercospora oxydendri, 71
Cercospora ratibidae, 177
Cercospora richardsoniae, 72
Cercospora sedi, 72
Cercospora sessilis, 71
Cercospora simulans, 14
Cercospora tageticola, 72
Cercospora vincetoxici, 73
Chaetostroma graminis, 178
Cintractia axicola, var. minor, 143
Cintractia eriocauli, 137
Cintractia externa, 142
Cintractia luzulae, 143
Cintractia psilocaryae, 142
Cintractia taubertiana, 142
Cintractia utriculicola, 143
Colletotrichum carveri, 65
Colletotrichum phyllocacti, 65
HOST PLANTS.
Acacia grayii, 16
Acer, bark, 5
Ailanthus glandulosa, 67
Alisma plantago, 16
Amaranthus, dead stems, 73
Amaranthus spinosus, 65
Amorpha fruticosa, 16
Amygdalus persica, 175
Andropogon furcatus, 145
Apple, leaves, 13
Apple tree, limbs, 176
Arum arifolium, 67
Aster cordifolius, 54
Aster multiflorus, 17, 176
Aster paniculatus, 54
Batatas edulis, 65
Begonia, cult., 63
Bignonia capreolata, 70
Birch (?), dead limbs, 178
Carex festucacea, 54
Carex foenea, 54
Carex pubescens, 53
Carex trichocarpa, 20.
Cassia tora, 63, 68
Celastrus scandens, 173
Chestnut logs, 118
Coprinus atramentarius, 118
Corydalis glauca, 13
Cotton-balls, 65
Cow dung, 15
Croton fruticulosus, 177
Cydonia japonica, 72
Cyperus sp., 65
Cyperus grayii, 143
244
Journal of Mycology
[ Vol. 8
NEW SPECIES.
Coliybia rugosoceps, 112
Coniothyrium helianthi, 175
Coniothyrium junci, 12
Cucurbitaria arizonica, 16
Cucurbitaria juglandina, 174
Cyllindrosporium infuscans, 13
Cytispora pallida, 12
Diaporthe celastrina, 173
Diatrype megastoma, 14
Didymella ricini, 67
Diplodia atrocoerulea, 64 .
Diplodia ivaicola, 12
Dothidea yuccae, 19
Dothiorella major, 63
Dothiorella multicocca, 174
Dothiorella radicans, 11
Eccilia mordax, 113
Eccilia pentagonospora, 113
Eccilia rhodocylicioides, 113
Eocronartium, n. g. 107
Eocronartium typhuloides, 107
Exosporium cespitosum, 178
Fusarium spartinae, 14
Gloeosporium amaranthi, 65
Godronia rugosa, 70
Haplosporella grandinea, 63
Haplosporella jasmini, 64
Haplosporella sambucina, 175
Haplosporella wistariae, 175
Helotium delectabile, 184
Hendersonia opuntiae, 65
Humaria vitigena, 189
Hydnum cristatum, 119
Hygrophorus peckii, 114
Hypocopra kansensis, 15
Hysterium compressum, 69
Hysterographium nucicola, 19
Lachnocladium atkinsonii, 119
Lachnum viridulum, 187
Laestadia ari, 67
Laestadia prenanthis, 66
HOST PLANTS.
Danthonia sp., 133
Danthonia compressa, 133
Datura stramonium, 64
Delphinium scopulorum, 173
Diospyros, leaves, 66
Diospyros virginiana, 63
Dolichos sinensis, 63
Echinodorus rostratus, 154
Elymus condensatus, 13
Equisetum hyemale, 183
Eragrostis sp., leaves, 66
Erigeron annuus, 54
Euonymus, leaves, 12
Eupatorium, dead stems, 69
Falcata comosa, 14
Frasera speciosa, 128
Gleditsia, pod, 5
Glycine hispida, 64, 68
Gossypium herbaceum, 63, 175
Grass, dead leaves, 178
Gratiola pilosa, 71
Ground, 111, 112, 113, 114, 115,
116, 119, 190
Guardiola platyphylla, 146
Helenium tenuifolium, 68
Helianthus annuus, 175
Hesperaloe dayi, 18
Hibiscus esculentus, 67
Hickory-nuts, 19
Hieracium venosum, 70
Hordeum pratense, 149
Flydrangea cult., 71
Hydrophyllum capitatum, 14
Ilex, decaying wood, 70
Ilex verticillata, 51
Ipomoea, dead stems, 68
Iva xanthifolia 12
Jaquemontia pentantha, 11
Jasminum fruticans, 64
Juglans cinerea, 180
Juglans nigra, 174
Juncus balticus, 12
Leaf mold, 110
Leaves old, 169
Lepachys columnaris, 16
Liatris scariosa, 13
Dec. 1902 ] Index to New Species and Host Plants
245
NEW SPECIES.
Lasiodiplodia tubericola, 65
Lepiota caloceps, 115
Lepiota ecitodora, 115
Lepiota purpureoconia, 116
Leptonia seticeps, 116
Leptosphaeria aster icola, 17
Lophiotrema oenotherae, 15
Macrophoma subconica, 63
Macrosporium ornatissimum, 178
Melanconiella nyssaegena, 18
Melanconis nyssaegena, 18
Metasphaeria carveri, 68
Metasphaeria ipomoeae, 68
Metasphaeria sanguinea, 68
Metasphaeria snbseriata, 17
Mollisia alabamaensis, 69
Nectria secalina, 66
Nectriella cacti, 66
Nolanea nodospora, 114
Patellaria tetraspora, 180
Pestalozzia batatae, 65
Pestalozzia mali, 13
Peziza morgani, 190
Peziza nana, 190
Phoma apocrypta, 62
Phoma zeicola, 62
Phomatospora wistariae, 68
Phyllachora serialis, 18
Phyllachora yuccae, 19
Phyllosticta clypeata, 15
Phyllosticta juliflora, 174
Phyllosticta richardsoniae, 62
Phyllosticta virginica, 15
Physalospora lepachydis, 16
Physalospora minima, 17
Physalospara vagans, 67
Plasmopara vincetoxici, 70
Pleospora alismatis, 16
Pleospora kansensis, 17
Pleurotus stratosus, 116
Pluteus flavofuligineus, 117
Polyporus castanonhilus, 118
Polyporus holocyaneus, 117
Puccinia albiperidia, 53
Puccinia caricis-asteris, 54
Puccinia caricis-erigerontis, 53
Puccinia chasmatis, 15
Puccinia circinans, 15
Puccinia peckii, 20
Puccinia suffusca, 171
Ramularia hvdrophylli, 14
Rosellinia bigeloviae, 16
HOST PLANTS.
Liatris spicata, 13
Liriodendron, leaves, 66
Luffa acutangula, 63
Lycopersicum esculentum, 73
Maclura aurantiaca, 72
Magnolia glauca, 63
Magnolia grandiflora, 63
Mclia azederach. 63, 64
Melilotus alba, 17
Mosses, 107, 186
Mucuna utilis, 63, 67, 68
Muhlenbergia texana, 133
Munroa squarrosa, 176
Negundo aceroides, 16
Nyssa multiflora, 18
Oenothera biennis, 20
Onagra biennis, 20
Opuntia ficus indica, 65, 66
Oxydendrum arboreum, 70, 71
Panicum virgatum, 17
Paspalum notatum, 140
Pelargonium zonale, 63
Pentstemon gracilis, 13
Petunia parviflora, 73
Phyllocactus latifrons, 65
Phytolacca decandra, 62
Pine wood, 177
Pinus palustris, 69
Pirus malus, 15
Populus deltoides, 174
Populus monilifera, 71
Populus tremuloides, 174
Portulaca oleracea, 73
Prenanthus crepidinea, 66
Prosopis juliflora, 174
Quercus alba, 187
Quercus tinctoria, 12
Ratibida columnaris, 177
Rhus copallina, 73
246
Journal oj Mycology
[Vol. 8
NEW SPECIES.
Rhytisma concavum, 51
Septoria corydalis, 13
Septoria cyperi, 65
Septoria liatridis, 13
Septoria munroae, 176
Septoria pentstemonicola, 13
Septoria spiculispora, 12
Solenopeziza fimbriata, 174
Sorosporium provinciale, 145
Sphacelotheca andropogonis- hir-
tifolii, 141
Sphacelotheca monilifera, 141
Sphacelotheca montaniensis, 141
Sphacelotheca occidentalis, 141
Sphacelotheca pamparum, 140
Sphacelotheca paspali-notati, 140
Sphacelotheca reiliana, 141
Sphacelotheca sorehi. 140
Sphaerella yuccae, 67
Sphaeropsis begoniicola, 63
Sphaeropsis grandiflora, 63
Sphaeropsis persicae, 175
Sphaeropsis sabalicola, 63
- •'diaeropsis salicis, 175
Sporocystis, n. g. 169
Sporocystis condita, 169
Stachybotryella, n. g. 177
Stachybotryella repens, 177
Stagonospora biformis, 176
Stamnaria americana, 183
Stemphylium copallinum, 73
Stropharia coorinophila, 118
Tapesia derelicta, 186
Thecaphora californica, 146
Thecaphora cuneata, 146
Thecaphora mexicana, 146
Tilletia maclagani, 148
Tilletia texana, 149
Tolyposporella brunkii, 147
Torula brachiata, 176
Torula sepnlta, 177
Tremellodendron, n. g. 106
Urocystis grantdosa, 151
Uromyces fraserae, 128
Ustilago calamagrostidis, 138
Ustilago eriocauli, 137
Ustilago muhlenbergiae, 133
Ustilago residua, 133
Ustilago tillandsiae, 135
Ustilago tricusnidis, 135
Ustilago violacea var, major, 139
Venturia nebulosa, 66
Venturia rubicola, 15
Vermicularia oblongispora, 73
Vermicularia rugulosa, 73
Zignoella sabalina, 66
Zythia rhoina, 13
HOST PLANTS.
Rhus radicans, 13
Rhus toxicodendron, 11
Rhynchospora sp., 144
Ribes cynosbati, 53
Richardsonia scabra, 62, 72
Ricinus communis, 73
Rosa, leaves, 66
Rubus occidentalis, 15
Rubus strigosus, 17, 67
Rubus villosus, 69
Rumex crispus, 73
Sabal adansonii, 63, 66
Salix cordata, 175
Sambucus canadensis, 175
Sassafras, leaves, 66
Secale cereale, 66
Sedum sp., leaves, 72
Sesamum orientale, 68
Silene watsoni, 139
Smilax, dead stems, 68
Smilax hispida, 12
Sorghum vulgare, 178
Spartina stricta, 14, 18
Stipa comata, 151
Symphoricarpus occidentalis, 176
Tagetus patula, 72
Tea plant, cult., 65
Tillandsia sp., 135
Tillandsia leiboldiana, 135
Triodia cuprea, 136
Twigs, slender, 184
Ulmus, leaves, 66
Verbesina virginica, 177
Vincetoxicum, leaves, 70
Vincetoxicum hirsutum, 73
Vitis, leaves, 66
Vitis riparia, 189
Vitis rotundifolia, 71
Walnut stump, 5
Wistaria cult., 175
Wistaria frutescens, 68
Wood, old, 186
Wood, rotten, 117
Yucca angustifolia, 19
Yucca filamentosa, 67
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