398 



GENERAL INDEX 



Light, and fungus guns, 362, 364 

 „ and promycelia, 273-274 

 „ and Sphaerobolus, 320-321, 346- 



349, 355, 383 

 „ and streaming, 79, 80-81, 83 

 „ from clouds, for illumination, 144 

 Lipase, and Sphaerobolus fat, 292 

 Lipochrome, in various fungi, 320-321 

 Liquid, in Sphaerobolus cup, 324-325 

 Liverworts, plasmodesmae, 87 

 Lloyd, C. G., on Sphaerobolus, 325, 351 

 Lohwag, H., on Sporobolomyces, 172, 



197, 202 

 Longitudinal fusions, 67-68 

 Lubricating agent, in Sphaerobolus cup, 



297, 325 

 Lupinus digitatus, expulsive fruit, 337 

 Lycoperdaceae, septal pores, 92 

 Lycoperdales, and Sphaerobolus, 283 



McCubbin, W. A., on Helvella elastica, 



128 

 Macrae, R., assistance given by, 176, 

 202, 204, and Preface 

 „ „ illustrations partly by, 177- 

 196, 289, 291, 295, 304- 

 314, 318 

 Macroconidia, of Microsporon felineum, 



100 

 Macrocystis pyrifera, sieve-tubes, 88-89 

 Magnet, experiment with, 71-72 

 Maire, R., on ascogenous hooks, 40 

 Mammals, rate of flow of blood, 101 

 Marasmius oreades, hyphal fusions in 



fruit-body, 2 

 „ „ illustration, 90 



„ ,, septal pores, 90, 91, 



92 

 Marasmius rotula, septal pores, 91 

 Marasmius scorodonius, septal pores, 92 

 Martens, P., on oidia of Pholiota auri- 



vella, 242 

 Martin, G. W., on Conidiobolus villosus, 



258 

 Massee, G., on Sphaerobolus stellatus, 325 

 Mating of hyphae, 74 

 Matruchot, on intraprotoplasmic move- 

 ments, 81-82 

 Matsumoto, T., on Rhizoctonia, 20-21, 



24 

 Maximum height, for discharge of Sphae- 

 robolus projectile, 331 

 Mechanical shock, effect on secondary 

 conidia of Tilletia, 225, 227 



Mechanical stability, of fruit-bodies, 2 

 Mechanical wounds, of mycelium, 159- 



161 

 Media, exhausted, and hyphal fusions, 28 

 Merulius lacrymans, illustration, 96 

 „ „ septal pores, 92, 96, 



167 

 „ „ vascular hyphae, 



67,68 

 Meyen, on streaming, 75 

 Meyer, A., on hyphal fusions, 10 

 „ „ on iodine technique, 91 

 „ „ on protoplasmic continuity, 



86-87, 97 

 „ „ on Volvox, 88 

 Mica, and hyphal repulsions, 72 

 Micheli, P. A., on Sphaerobolus, 280, 281 

 Microconidia, of Hymenomycetes, 200 

 Microscissors, for cutting hyphae, 74 

 Microsporon audouini, hyphal fusions, 



21, 22, 64-65 

 „ „ illustrations, 21, 



65 

 Microsporon felineum, illustration, 100 

 „ „ septal pojes, 99, 



100 

 „ „ septum formation, 



99, 100 

 Microsporon furfur, septal pores, 93 

 Microsporon lanosum, hyphal fusions, 21, 



22 

 „ „ illustration, 21 



Mimosa pudica, plasmodesmae, in pul- 



vinus, 87 

 Mimosaceae, seed expulsion, 321 

 Mirror-picture-formation, 172, 175 

 Model, to illustrate Sphaerobolus gun, 



319 

 Moist air, and spore -fall in Tilletia tritici, 

 253 

 „ „ and streaming, 80, 82 

 Moisture, and chlamydospore germina- 

 tion, 230 

 „ excess, effect of, in Tilletia, 

 222-224 

 Monilia fructigena, hyphal fusions, 16, 



17 

 Monoporous and polyporous septa, 125 

 Monosterigmatic basidia, 203 

 Morchella esculenta, intrahyphal hyphae, 



136 

 Moreau, M. and Mme, on ascogenous 



hooks, 42, 43 

 Morphogenic action of light, 349 

 Morse, E. E., on Podaxis, 37 



