GENERAL INDEX 



283 



Plowright, C. B., on spore-dispersal in 



Monliella gigas, 234 

 Poisonous fruit-bodies eaten by slugs, 



230 

 Poisonous substances and puffing, 238 

 Polyporefe, fall of spores in hymenial 

 tubes, 216 

 ,, fixed position of hymenial 



tubes, 39 

 „ hymenial surface, 31 



„ position of hymenium, 21, 



27 

 ,, principles in arrangement 



of hymenial tubes, 36-37 

 „ xerophytic species, 109, 111 



Polyporus, effect of inverting fruit- 

 body, 21 

 „ fall of spores to ground, 217 



„ violent projection of spores, 



136 

 PohjiJorus carneus, desiccation, 111 

 Polyporus conchifer, desiccation, 111 

 Polyporus destructor, visible spore-clouds, 



89 

 Polyporus floccopus, mechanical sheath, 



43 

 Polyporus hirsutus, violent projection of 



spores, 136 

 Polyporus lepideus, mechanical sheath, 43 

 Polyporuspisochapani.raQc\va,w\c&\ sheath, 



43 

 Polyporus rigens, growth after desicca- 

 tion, 106 

 „ „ desiccation, 111 



Polyporus rugosus, mechanical sheath, 43 

 Polyporus Schweinitzii, visible spore- 

 clouds, 89 

 Polyporus squamosus, abnormal fruit- 

 bodies, 58, 63, 

 64 

 „ „ adjustments of 



fruit - bodies, 

 56-65 

 „ ,, basidia, 7 



,, „ dispersion of 



spores, 220 

 „ „ distance of spore- 



projection, 142, 

 146-147 

 ,, „ earlier work on, 



4-5 

 „ „ eccentricity, 50, 



60-62 

 „ ,, effect of humidity 



on spore - dis- 

 charge, 122 

 ,. ,, effect of light on 



spore - d i s- 

 charge, 120 



Polyporus squamosus, electric charges 



on spores, 195 



,, „ fall of spores to 



ground, 216 



,, „ fruit - bodies on 



Elm, 8 



., ,, heat developed 



by hymenial 

 tubes, 218, 

 221 



„ ,, humidity and 



rate of fall 

 of spores, 180- 

 183 



,, „ length of spore- 



fall period, 102, 

 103, 104 



,, „ macroscopic ob- 



servations on 

 fall of spores, 

 89-93 



„ „ number of spores, 



83-84 



„ „ openings of hy- 



menial tubes, 

 32 



,, ,, positionof spores 



in falling, 177 



„ „ rate of emission 



of spores, 86 

 ,, rate of fall of 



spores, 175 



„ ,, responses to 



gravity, 77 



„ „ r u d i m e n t a r y 



fruit-bodies, 77 



,, „ separation of 



spores from 

 sterigmata,149 



,, ,, size of spores, 



162, 248 



,, ,, specific increase 



in hymenial 

 surface, 31-32 



„ ,, sporabola of,188- 



189 



,, ,, spore - deposits, 



84,92 



,, „ and slugs, 227- 



228 



„ ., successive dis- 



charge of 

 spores from a 

 basidium, 146 



„ „ survival of spores, 



87 



,, „ unimportance of 



heat developed 

 in pileus, 220 



