44 
Massee. — Revision of Cordyceps. 
Fig. 14. Cordyceps typhulctefonnis , Berk, and Cooke. Nat. size. 
Fig. 15 Cordyceps falcata, Berk. Nat. size. 
Fig. 16. Cordyceps bicephala. Berk. Nat. size. 
Fig. 17. Cordyceps sinensis , Berk. Nat. size. 
Fig. 18. Cordyceps armeniaca, Berk. Nat. size. 
Fig. 19. Cordyceps Barnesii> Thwaites, Nat. size. 
Fig. 20. Section of a superficial perithecium and portion of stroma of same, 
showing the whole to be composed of densely interwoven hyphae. x 150. 
Fig. 21. Spore. X350. 
Fig. 22. Spore broken up spontaneously into its four component cells, x 350. 
Fig. 23. Conidia bearing condition of Cordyceps Barnesii. Nat. size. 
Fig. 24. Branched conidiophores of same. x8o. 
Fig. 25. Single head of conidia. X350. 
Fig. 26. Fertile hyphae forming the head, each bearing a chain of conidia at 
its apex, x 750. 
Fig. 27. Cordyceps acicularis , Ravenel. Nat. size. 
Fig. 28. Spore of same, x 350. 
Fig. 29. Cordyceps dipterigena , Berk, and Broome. Nat. size. 
Fig. 30. Section of portion of head of same, showing the completely immersed 
perithecia. x 50. 
Fig. 31. Portion of ascus of same, showing the spores broken up into their 
component cells, x 600. 
Fig. 32. Component cells of spore of same, x 600. 
Fig- 33 - Cordyceps Hugelii, var. neglect a, Mass. Nat. size. 
Fig. 34. Cordyceps Barberi , Giard, growing on the larva of Diatraea saccharalis, 
Fabr., lying in its burrow in a piece of sugar-cane. Nat. size. 
Fig. 35. Ascus of same, x 350. 
Fig. 36. Cordyceps isarioides , Curtis. Nat. size. 
Fig. 37. Head of same, x 25. 
Fig. 38. Portion of ascus of same, showing the spores in the act of becoming 
free, x 400. 
Fig. 39. Free spore of same, x 400. 
Fig. 40. Cordyceps stylophora, B. and Br. Nat. size. 
Fig. 41. Head of same, x 5. 
Fig. 42. Spore of same, x 350. 
