THAXTER. — MONOGRAPH OF THE LABOULBEMAC I. . 4(>9 
PLATE LXIX. 
Ceratomyces curvatus Thaxter. Fig. 1. The type, X 270. 
Ceratomyces cladophorus Thaxter. Fig. 2. Mature type, X 270. , 
Hydrophilomyces reflexus Thaxter. Fig. 3. The type showing bulbous insertion. 
Ceratomyces ansatus Thaxter. Fig. 4. The type from Brazil, X 270. Fig. 5. Individual from Florida with 
distal branchlets developed from the appendages, X 270. 
Ceratomyces procerus Thaxter. Fig. 6. The Type, from Brazil. 
Autoicomyces ornithocephalus Thaxter. Figs. 7-8. Mature individuals seen from opposite ides, X 290. Fig 
9. Spore, X 500. 
PLATE LXX. 
Rhynchophoromyces denticulatus Thaxter. Fig. 1. Mature individual, X 270. 
Ceratomyces Braziliensis Thaxter. Fig. 2. The Type, X 270. 
Ceratomyces Mexicanus Thaxter. Fig. 3. The Type, X 270. 
Ceratomyces Floridanus Thaxter. Fig. 4. The Type, X 270. 
Ceratomyces spinigerus Thaxter. Fig. 5. The Type, X 270. Fig. 6. Posterior view of the tip of tbr ixrithe- 
eium, X 600. 
Misgomyces Stomonaxi Thaxter. Figs. 7-8. The Types, X 290. Fig. 8. Young individual. 
Misgomyces Dyschirii Thaxter. Figs. 9-10. Mature individuals, X 290. 
PLATE LXXI. 
form, X 290. Fig. 4. Young 
Fig. 5. An antheridial 
the first division in tl 
Distichomyccs Leptochiri Thaxter. Figs. 1-3. Mature individuals of various form, 
individual with primary terminal appendage and single ant heridial branch at left, X 626. 
branch with terminal group of six antheridia, X 1800. Fig. 6. Younger individual shown _ 
subbasal cell X 1090 
Coreomyces curvatus Thaxter. Fig. 7. Mature individual, X 290. Fig. 8. Young individual Portion above 
has begun, X 626. Fig. 9. A later si ige in which 
the 
the branches destined to form the procarp and the endogenous penthecium nave oegun » ^ ' V- , thft 
third cell and are growing into the cavity of the fourth, X 625. Fig. 10 A later stage of the *, nc . «h h tb 
procarpic branch having outstripped the others has grown through the cells above and ,s about o peri „, he , 
. . — ™_ «. * < . .- - u .._•„_ *u„ ..*l_mu1 .„«.nHfl.wa helow and the procarpic branch above, uhi. h I. 
X 625. Fig. U. 
Fig. 12. A similar stage en- 
perforated the terminal cell and has formed a short branched tnehogyne, x o-o. «... ■ » 
larged showing the origin of the procarp and of a sterile branch, wall-cell branch, J^^E^S^ 
1 Jf« «- ,o rw. 3 *w. .^iJIit.1 v.™w ohnwinir the formation of antherozo.ds from uhdifTerenti.it m rci 
lOtVO. tig. 13. One ot the antnenaiai orancneB siiowiuR k^ » w — - — - - . s „ (il - 
of the branch, X 1060. Fig. 14. Rhizoid-like foot spreading or '-£»£>«* $££& bXe '.M* 
Corcomyces Corisas Thaxter. Fig. 16. Mature individual, X 290. Fig. W. xoui g 
t of perithecial or procarpic branch, X 500. Fig. 18. Spore, X 625^ 
Autoicomyces falciferus Thaxter. Fig. 19. Mature individual, X 290 ^dividual with 
Kainomyces Isomali Thaxter. Figs. 20-21. Mature individuals, X HW. «g. ■ 
l>erithecigerous branches beginning to develop at the right, X 500. 
Euzodiomvces Lafhrobii Thaxter. Fig. 23. The Type, X 290. 
