GENERAL INDEX 



279 



Falck, R., his theory of spore-disper- 

 sion, 218-223 

 „ on abnormal fruit-bodies, 



21 

 ,, on anassthetics and spore- 



discharge, 129 

 „ on Copriniis sterqiiili7uis, 112 



„ on dispersion of spores in 



Basidiomycetes, 4 

 „ on movement of spores by 



convection currents, 222 

 ,, on spore-deposits, 98-100 



„ on spore-dispersal in Gyro- 



iiiitra cAculcnta, 234 

 Ferguson, Miss M. C, on sunlight and 



spores, 25 

 Ferns, pseudapogamous, 12 



„ spores, 88 

 Fish, number of eggs, 87-88 

 Flesh of the pileus, function of, 42-45 

 Flies, and Hymenomycetes, 19-20, 



219 

 Fomes, fall of spores to ground, 217 



„ specialised fruit-bodies, 37-38 

 Fomes igniarius, eftects of frost and 

 desiccation, 38 

 „ „ specific increase of 



liymenial surface, 

 33 

 „ „ violent projection of 



spores, 136 

 „ ,, width of hymenial 



tubes, 38 

 Fomes vegetus, specific increase of hy- 

 menial surface, 32-33 

 „ „ violent projection of 



spores, 136 

 „ ,, width of hymenial tubes, 



38 

 Fraser, Miss H. C. I., on nuclear fusions, 



12 

 Freeman, E. M., on insects and Coprini, 



206 

 Frost, efiect of, 38, 112, 113, 126 

 Fruit-bodies, abnormal, 48, 54, 63, 64 

 „ acridity of some, 230 



„ annual and perennial, 37 



„ coprophilous, 224 - 226, 



250-257 

 „ desiccation, 105-119 



„ development in I'olijporuii 



squamosus, 57-65 

 „ development in Lentinus 



lepideus, 48, 49 

 „ efiect of tilting, 38 



„ evolution, 211 



„ individual variability, 163 



„ poisonous, eaten by slugs, 



230 



Fruit-bodies, rhythm in development, 

 74,75 

 „ rigidity, 39 



,, rudimentary, 77-78 



„ some protected from slugs, 



229-230 

 ,, tests for vitality, 105-106 



Fulton, F. W., on the eggs of fish, 87 

 Fulton, T. W., on dispersion of spores 

 by insects, 206, 257 



Galeha, dispersion of spores, 220 

 „ habitat, 225 



,, stipe, 41, 42 



,, violent discharge of spores, 



137 

 Galera tenera, adaptations, 226 



„ rate of fall of spores, 175 



„ size of spores, 162 



Gases and spore-discharge, 127 

 Geotropic swinging, 65-66, 72-74 

 Geotropism, of Anellaria separata, 76 

 „ of Copirimis niveas, 68-69 



„ of Coprinus plicatilis, 65-66 



,, of Coprinus plicatUoides, 70- 



74 

 „ of Lentinus lepideus, 48-49 



,, of Polyporus squamosus, 59- 



65 

 „ of Psalliota campestris, 50- 



55 

 Germination of spores, 11, 25, 26, 106, 



227-228 

 Gill-chamber, significance of, 45-46 

 Gills, autodigestion in Coprinus comatus 

 200 

 „ not geotropic in Coprinus, 67-68 

 „ reactions to gravity, 49-53 

 ,, separation of, 7, 34-35, 199 

 „ and slugs, 226 

 ,, splitting in Coprinus, 67 

 Glceoporus conchoides, growth after desic- 

 cation, 106 

 ,, desiccation. 111 



Glycerine, effect on asci, 237, 238 

 Gomphidius, colour of spores, 14 



„ systematic position, 13 



Gomphidius viscosus, cystidia, 18 

 Grape sugar, efiect on asci, 238 

 Gravity, and spore-discharge, 122 



„ morphogenic stimulus of, 49- 



50, 62 

 ,, responses in Agaricineaj, 77 

 Grove, W. B., on Pilobolus, 259 



„ on sterility of Stropliaria 



semiglobafa, 26 

 Gyromitra esculenta, dispersal of spores, 



233-235 

 „ size of spores, 248 



