REPORT OF THE STATE BOTANIST I 



ous, solid, squamulose, colored like the pileus; spores ellipsoid, evei;, 

 8-12 X 5-6 !>-. 



Pileus 2-2.5 cm broad ; stem 2.5-3 cm long, 2-4 mm thick. 



Clay soil. Albany co. Jnly. Rare. 



This species approaches Inocybe siibochracea ( Pk.) 

 Mass. in color, but it differs in having the stem squamulose and 

 colored like the pileus and in its larger spores. 



Inocybe stellatospora (Pk.) ]\Iass. 



STELLATE SPORE INOCYBE 



A g. (H e b e 1 o m a) s t e 1 1 a t s p o r u s Pk. N. Y. State Mus. Rep't 



26, p.57 



Pileus thin, convex or nearly plane, dry, covered with erect or 

 curved scales, dark brown ; lamellae close, adnate, pallid becoming 

 brown or slightly rusty brown; stem equal, firm, solid, squamose. 

 colored like the pileus ; spores subglobose, nodulose, 7-8 m in di- 

 ameter, cystidia 70-So x 14-20 ,". 



Pileus about 2.5 cm broad; stem 4-5 cm long, about 2 mm thick. 



In woods. Lewis co. September. 



In size and color this species resembles Inocybe mutata 

 (Pk.) Mass. but it is easily distinguished by its persistent scales on 

 the pileus and by its nodulose spores. 



Inocybe lanuginosa (Bull.) Karst. 



WOOLLY INOCYBE 



A g. (Inocybe) 11 o d u 1 o s p o r u s Pk. N. Y. State Mus. Rep't 32, 



p.28 



Pileus thin, hemispheric or convex, obtuse, floccosely squamose, 

 cervine brown or umber color, the scales of the disk usually erect; 

 lamellae close, broad, ventricose, rounded at the stem, pallid becom- 

 ing ferruginous cinnamon, white and crenulate on the edge ; stem 

 slender, equal, solid, flexuous, tomentosely squamulose, colored like 

 the pileus ; spores globose or subellipsoid, nodulose, 6-8 ,"■ in di- 

 ameter OT 8-10 X 8 /', cystidia ellipsoid, 30-40 x 16-20 ij . 



Pileus 1-2 cm broad ; stem 2-2.5 cm long, 2 mm thick. 



Decaying wood in woods. Saratoga co. August. 



European authors do not all agree concerning the character of 

 the spores of this species, describing them as even, angular and 

 acutely warty. In our specimens, which were at first supposed to 

 be distinct, thev are as here described. In other characters the 



