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Introduction to Fungi, Third Edition

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824 INDEX<br />

Digita<strong>to</strong>spora marina 693<br />

dikaryotization 498, 613; legitimate<br />

and illegitimate 510; see Buller<br />

phenomenon<br />

dimethyl disulphide 436, 591<br />

dimethyl sulphide 424<br />

dimitic basidiocarp construction 519<br />

dimorphism, sexual 436; yeast-hypha<br />

3, 181, 226; in Candida albicans 227,<br />

277; in Onygenaceae 291; in<br />

phialidic conidiogenesis 301, 302;<br />

in smut fungi 638<br />

Dioszegia 659<br />

diplanetism 81, 85<br />

diploid Eumycota 277, 666–667<br />

Dipodascus 282<br />

Dirina massiliensis f. sorediata 447,<br />

454<br />

Discosphaerina fulvida (anam.<br />

Aureobasidium pullulans) 484<br />

Discula destructiva 373<br />

disease forecasting, Hemileia vastatrix<br />

633; Phy<strong>to</strong>phthora infestans 113;<br />

Uncinula neca<strong>to</strong>r 403; Venturia<br />

inaequalis 479<br />

dispersal; see insects; mites<br />

dissepiments 519<br />

dis<strong>to</strong>septate 472, 473–474, 476, 478<br />

dithiocarbamates 112, 119, 253, 410<br />

dogwood, anthracnose 373<br />

dolipore septum 497, 498, 499, 594,<br />

597, 606; breakdown for nuclear<br />

passage 497, 600<br />

Dora<strong>to</strong>myces; see Cephalotrichum<br />

dormant kine<strong>to</strong>some;<br />

see kine<strong>to</strong>some<br />

Dothideales 480–486; lichens 455<br />

double discharge of asci 405<br />

downy mildews Pl. 2;<br />

see Peronosporales<br />

Drechmeria coniospora 349, 681, 682;<br />

adhesion <strong>to</strong> nema<strong>to</strong>des 683;<br />

infection process 684<br />

Drechslera (teleom. Pyrenophora) 471,<br />

477–478<br />

Drechslera tritici-repentis 476<br />

Drechslerella 677, 680; induction of<br />

nema<strong>to</strong>de traps 683; ring<br />

constriction 678<br />

Drechslerella brochopaga 679<br />

Drechslerella dactyloides 679<br />

drugs (against human pathogens) 279,<br />

280; see allyl amines,<br />

amphotericin B, azoles,<br />

caspofunginterbinafine,<br />

5’-fluorocy<strong>to</strong>sinegriseofulvin,<br />

griseofulvin, terbinafine, triazole<br />

dry rot 558–560; control 560<br />

Dudding<strong>to</strong>nia flagrans; see Arthrobotrys<br />

eudermata<br />

Dumontinia; see Sclerotinia tuberosa<br />

Dutch elm disease 366–368, Pl. 5;<br />

control 368<br />

earth stars 588<br />

Echinobotryum 368, 370<br />

echinocandins 260, 280<br />

Echinosteliales (Myxomycota) 51<br />

Echinostelium 51<br />

eclosion; see ascospore<br />

ec<strong>to</strong>mycorrhiza (sheathing<br />

mycorrhiza) 21, 314, 424, 526, 527,<br />

552, 573, 585–586<br />

ec<strong>to</strong>tunica; see ascus wall<br />

efrapeptins 364<br />

eelgrass (Zostera) wasting 72<br />

Elaphomyces 313–314, Pl. 4<br />

Elaphomyces granulatus 313<br />

Elaphomyces muricatus 313<br />

elater 51, 52<br />

electric field (around hypha) 13, 14<br />

elm, Dutch elm disease 366–368<br />

Emericella (anam. Aspergillus) nidulans<br />

229, 310; Woronin bodies 228;<br />

see Aspergillus nidulans<br />

encystment (of zoospores) 68, 76–77,<br />

83, 84, 87, 100, 106, 131<br />

endocy<strong>to</strong>sis 11, 13, 272<br />

Endogone 221<br />

Endogone flammicorona 221<br />

Endogone lactiflua Pl. 3<br />

endophytic fungi 333–334, 429, 484;<br />

of grasses see Neotyphodium; related<br />

<strong>to</strong> pathogens 347, 359, 375, 389,<br />

441, 462; xylotropic endophyte 336<br />

endoplasmic reticulum (ER) 11<br />

endospore, endosporium (of spore<br />

walls) 26, 417<br />

endospores 205, 206<br />

endotunica; see ascus wall<br />

enteroblastic conidiogenesis 31, 232,<br />

299, 300, 659<br />

en<strong>to</strong>mopathogenic fungi; see insect<br />

pathogens<br />

En<strong>to</strong>mophaga 203<br />

En<strong>to</strong>mophthora 203<br />

En<strong>to</strong>mophthora muscae 215–217, Pl. 3;<br />

infection 216, 218; penetration 216<br />

En<strong>to</strong>mophthora sepulchralis 217, 218<br />

En<strong>to</strong>mophthorales 202–217<br />

enzyme production 303, 339–340,<br />

562<br />

epibasidium 593, 595<br />

Epichloe 355–357; ascospore<br />

germination 356, 358; infection of<br />

grasses 356; spermatization by<br />

insects 356<br />

Epichloe baconii 355, 357<br />

Epichloe clarkii 356<br />

Epichloe festucae 356, 359<br />

Epichloe typhina 355, 358, Pl. 5<br />

Epicoccum 30<br />

Epicoccum nigrum 466; active conidial<br />

discharge 466<br />

Epidermophy<strong>to</strong>n 293<br />

epigeous fruit-bodies 414<br />

epiphragm 583, 584<br />

epispore, episporium (of spore walls)<br />

26, 417<br />

Eremascus 286–287<br />

Eremascus albus 287<br />

Eremascus fertilis 287<br />

Eremothecium 262, 284<br />

Eremothecium ashbyi 284<br />

Eremothecium coryli 284, 304<br />

Eremothecium gossypii 284<br />

ergometrine 353, 354<br />

ergosterol 279; biosynthesis 279, 412<br />

ergot 350, 352<br />

ergotamine 353, 354<br />

ergotism 352–353<br />

ergovaline 360<br />

ericoid mycorrhiza 444, 576<br />

Erynia 203, 211–215; resting bodies<br />

211<br />

Erynia conica 213–215; conidial types<br />

213, 214<br />

Erynia neoaphidis 211, 212, 213;<br />

asexual reproduction 213; infection<br />

of aphids 212–213; penetration 212;<br />

pro<strong>to</strong>plasts 212<br />

Erysiphales 390–413; appendages 391,<br />

392–393; chasmothecium 392;<br />

conidia 390; conidial surface and<br />

taxonomy 394, 395; control<br />

408–413; phylogeny and evolution<br />

392–393<br />

Erysiphe 401, 402, 403–404<br />

Erysiphe betae 402<br />

Erysiphe cruciferarum 401<br />

Erysiphe heraclei 402<br />

Erysiphe pisi 398, 402

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