THE SUB-GENUS CONIOPHORA. 
89 
3. Corticium (Coniophora) Ellisi. (B. & Cite) Hymenochcete Ellisii. 
Berk. & Cke. Berk in North American Fungi, No. 1005. 
Basidia very distinct. Certainly not a species of Hymeno- 
chcete. Spores narrowly elliptical, brown. 
On wood. U. States. 
4. Corticium (Coniophora) leucothrix. B. Sf C. North American 
Fungi, No. 284. 
From an authentic specimen. 
On pine wood. U. States. 
5. Corticium (Coniophora) aridum. Fr. Hym. Eur.,p. 659. 
From an authentic specimen from Fries. 
On pine wood. Europe. 
6. Corticium (Coniophora) fuscum. Fr. Hym. Eur., p. 65 1. 
This is included on the faith of a very uncertain specimen. 
On Salix. Europe. 
7. Corticium (Coniophora) luteo-cinctum. B. Thelephora luteo - 
cincta. Berk. Linn. Journ., xiii., p. 168. 
From specimen in Herb. Berkeley. 
On the ground. Australia. 
8. Corticium (Coniophora) submembranaceum. B.ftBr. Thelephora 
submembranacea, Berk. & Br. Fungi, Ceylon, No. 584. 
From specimen in Herb. Berkeley. 
On bark (?). Ceylon. 
9. Corticium (Coniophora) viride. Berk. Thelephora viridis. Berk. 
Spores nearly globose, smooth, brown. 
Specimen in Berkeley Herbarium. 
On branches. New Zealand. 
10. Corticium (Coniophora) pulverulentum. Lev. Thelephora 
pulverulenta. Lev. Ann. Sci. Nat., 1846, v. 149. 
Specimen in Berkeley Herbarium. 
On trunks. Natal. 
11. Corticium (Coniophora) olivaceum. Fr. Hym, Eur., p. 660. 
On the faith of original specimen from Fries. 
On pine wood. Europe. 
12. Corticium (Coniophora) membranaceum. Pers. Myc. Eur., 1., 
153. DC. FI. Fr., 634. Auricularia pulverulenta. Sow., t. 214. 
From specimen in Herb. Limminghe. 
On walls, paper, &c. Europe, India. 
13. Corticium (Coniophora) fusisporum. Cke. fy Ellis in Grevillea. 
A most distinct species, with elongated fusiform spores. 
Overrunning wood, &c. U. States. 
Subsequently we hope to furnish a revised catalogue of the 
species of Hymenochcete , and also of the resupinate species of 
genuine Thelephora. These have all been very much mixed up, 
and are confused, through inattention to their microscopical 
characters. 
