GENERAL INDEX 



2/7 



Collembola, 20 

 Collybia, desiccation, 105 



„ violent projection of spores, 

 137 

 Collybia dryopliila, and convection cur- 

 rents, 97-98 

 ,, „ desiccation, 107, 108, 



111 

 ,, ,, fall of spores in a 



compressor cell, 

 168 

 „ ,, fall of spores to 



ground, 216 

 „ ,, rate of fall of spores, 



175, 180-181 

 „ ., settling of spores, 



223 

 „ „ size of spores, 161, 



162 

 Collybia velutipes, crowding of fruit- 

 bodies, 77 

 ,, „ origin of cystidia, 18 



Colour of spores, 12-15 

 Com])ressor cell, use of, 167 

 Conidioholas utricidosus, discharge of 



spores, 151 

 Convection currents, and spores, 98- 



100, 256 

 „ „ and sjiore-depo- 



sits, 80-82 

 Cooke, M. C, on cystidia, 17 

 Copper sulphate, causes discharge of 



asci, 238 

 Coprinus, adaptations, 226 



,, adjustments of gills, 67 

 ,, characters of genus, 209 

 ,, colour of spores, 14, 15, 97 

 ,, a coprophilous genus, 224 

 evolution, 214-215 

 geotropism, 53 

 heliotropism, 75, 70 

 hymenium, 7 

 desiccation, 106 

 and gravity, 50 

 not cross-fertilised, 1 1 

 ,, nuclei, 11 



,, occasional sterility, 15-17 

 ,, settling of sjiores, 223 

 ,, spores of a basidium succes- 

 sively projected, 145 

 ,, spore-deposit, 99-100 

 ,, stijie, 41 



„ systematic position, 13 

 ,, type of fruit-body, 196-215 

 ,, violent spore-projection, 142- 

 143, 145 

 Coprinus atramentarius, colour of spore- 

 deposit, 14 

 „ „ cystidia, 18 



If 







)) 

 )) 



Coprinus atramentarius, liberation of 



spores, 208- 

 209 

 Cop-inus comatus, biology, 196-208 

 cystidia, 17 

 development of colour 



in spores, 14 

 equilibrium of pileus, 



43 

 fallof spores toground, 



216 

 gill edges, 7 

 heliotropism absent, 



76 

 lengthening of stipe, 



45 

 number of spores, 82 

 rate of emission of 



spores, 83, 86 

 rate of fall of spox"es, 



175 

 size of spores, 162, 248 

 spore-dispersion, 206 

 spore-fall period, 104 

 stipe, 41 



successive projection 

 of spores from a 

 basidium, 150 

 survival of spores, 87 

 swaying of fruit- 

 bodies, 41 

 tensions in stipe, 42 

 turgidity of basidia, 

 10 



„ „ velxin partiale, A& 



,, „ violent projection of 



spores, 142-143, 145 

 Coprinus fimetarius, spore-deposit, 208 

 „ ,, occasional sterility, 



16 

 Coprinus (jigasporns, large spores of, 161 

 Coprinus micaceus, crowding of fruit- 

 bodies, 77 

 „ „ cystidia, 17 



,, „ effect of dry weather, 



209-210 

 „ ,, liberation of spores, 



208-210 

 spore-deposit, 208 

 successive projection 

 of spores from a 

 basidium, 146 

 „ „ violent spore-projec- 



tion, 142-143 

 Coprimes 7iiveus, adaptations, 226 



„ „ adjustments of fruit- 



bodies, 67-69 

 Coprinus plicatilis, adjustments of fruit- 

 bodies, 65-67 







