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Introduction to Fungi, Third Edition

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818 INDEX<br />

amerospore 23<br />

2-aminopyrimidine-type fungicides<br />

410<br />

amixis 176<br />

ammonia, as signal molecule 42<br />

amoebae 40, 41, 42, 49, 55; ‘social<br />

amoebae’ 44, 46<br />

amoeboid plasmodium 55, 60<br />

Ampelomyces quisqualis 412<br />

amphigynous fertilization 109<br />

amphithallism 506, 535, 538<br />

amphotericin B 260, 279, 291,<br />

306–307, 663<br />

amylase 282<br />

amyloid staining 28, 241; of ascus tip<br />

334; of ascus wall 414, 419; of<br />

basidiospore 566<br />

Amylostereum 571<br />

Anaeromyces 151<br />

anamorph 32, 38<br />

anamorph-teleomorph relationships<br />

32, 38, 299; see aero-aquatic fungi,<br />

aquatic hyphomycetes, Cordyceps,<br />

Epichloe, nema<strong>to</strong>phagous fungi<br />

Anaptychia ciliaris 448<br />

anas<strong>to</strong>mosis 3, 227, 377, 625<br />

anas<strong>to</strong>mosis groups 594<br />

andromorph 32<br />

anaerobic fungi 79, 150<br />

angiocarpic hymenophore 520, 521,<br />

522–525<br />

Anguillospora crassa (teleom. Mollisia<br />

uda) 685, 690<br />

Anguillospora furtiva (teleom. Pezoloma)<br />

690<br />

Anguillospora longissima (teleom.<br />

Massarina) 689, 692<br />

anisokont zoospore 24, 55, 64<br />

annellide 233, 234, 368<br />

annulus 520, 533<br />

anther smut 652<br />

antheridiol 88, 89, 90–91<br />

antheridium in Oomycota 29, 77, 85,<br />

89, 101; monoclinous and diclinous<br />

85, 101; in Ascomycota 296, 307, 416<br />

anthracnose 388, 389<br />

antifreeze proteins 537<br />

antioxidants 482, 670<br />

Aphanomyces 94–95<br />

Aphanomyces astaci 79, 94<br />

Aphanomyces euteiches 79, 94<br />

Aphanomyces patersonii 94<br />

aphanoplasmodium 48<br />

apical apparatus; see ascus<br />

apical paraphysis; see paraphysis<br />

Apiocrea chrysosperma; see Sepedonium<br />

chrysospermum<br />

aplanetism 92<br />

Aplanopsis 93<br />

aplanospore 2, 15, 24, 64, 165–214,<br />

216–223, 224, 225<br />

apomixis 85, 160<br />

apophysis 46; of basidiospore 490<br />

apop<strong>to</strong>sis in fungi 534<br />

apothecium 245, 246, Pl. 6, Pl. 7;<br />

cleis<strong>to</strong>hymenial 422;<br />

gymnohymenial 422;<br />

hemiangiocarpic 439<br />

apple, brown rot 306, 432, 433, 537;<br />

canker 343; cedar-apple rust 632;<br />

powdery mildew 390, 405; scab 478,<br />

479; spur canker 432<br />

appressorium, in Blumeria 396;<br />

in Botrytis 438; in Colle<strong>to</strong>trichum 388;<br />

in Magnaporthe 378–381; in<br />

Metarhizium 364; in Pip<strong>to</strong>cephalis 202;<br />

in Pythium, Phy<strong>to</strong>phthora 100; in<br />

Tapesia 440; in Uromyces 615, 616<br />

Aqualinderella fermentans 79<br />

aquatic fungi 577; see aero-aquatic<br />

fungi, aquatic hyphomycetes<br />

aquatic hyphomycetes 685, 686–696;<br />

adaptations <strong>to</strong> aquatic habitat 694;<br />

anamorph-teleomorph connections<br />

686; branched clamped conidia<br />

688–689; ecophysiology 694–696;<br />

foam 685, 694; invertebrate feeding<br />

695–696; sigmoid spores 686,<br />

689–691, 694; spore concentrations<br />

695; tetraradiate conidia 686,<br />

687–688, 693<br />

Arabidopsis thaliana 62, 118, 122<br />

arboriform hypha 518<br />

arbuscule (of VAM) 218, 220, 221<br />

archaeology 479, 610<br />

Archiascomycetes 250–260, Pl. 4<br />

Arcyria denudata 51, Pl. 1<br />

Armillaria 549–550; orchid mycorrhiza<br />

598; rhizomorphs 16, 17, 550<br />

Armillaria bulbosa 511, 550<br />

Armillaria cepistipes 550<br />

Armillaria lutea 550<br />

Armillaria luteobubalina 550<br />

Armillaria mellea 547, 549;<br />

dikaryotization (Buller<br />

phenomenon) 510; orchid<br />

mycorrhiza 550; unusual life cycle<br />

507<br />

Armillaria os<strong>to</strong>yae 550<br />

Armillaria tabescens 550<br />

Arrhenosphaera 286<br />

Arthrobotrys 676; induction of<br />

nema<strong>to</strong>de traps 682<br />

Arthrobotrys eudermata 677, 684;<br />

chlamydospores 684<br />

Arthrobotrys oligospora 676, 678<br />

Arthrobotrys robusta 678<br />

arthroconidium 281, 421, 422, 502,<br />

599, 600<br />

Arthroderma 293<br />

Articulospora tetracladia (teleom.<br />

Hymenoscyphus tetracladius) 685, 687,<br />

688<br />

Ascobolus 419–423; ascus development<br />

238; mating behaviour 420–421<br />

Ascobolus carbonarius 420<br />

Ascobolus crenulatus 420; and hyphal<br />

interference 540<br />

Ascobolus furfuraceus 420, 422, Pl. 6;<br />

apothecium development 422;<br />

hormonal control 421; mating 421<br />

Ascobolus immersus 420, 421; ascospore<br />

wall 237; gene recombination 423;<br />

mating 421; turgor pressure in<br />

ascus 242<br />

Ascobolus scatigenus, mating 420<br />

Ascobolus stic<strong>to</strong>ideus 422<br />

ascocarps (ascomata) 21, 245, 246;<br />

see epigeous, hypogeous<br />

Ascochyta (teleom. Didymella) 464<br />

Ascochyta fabae 464<br />

Ascochyta pisi 464, 465<br />

Ascochyta rabiei 464<br />

Ascocoryne 444<br />

ascogenous hypha 236, 296, 307, 309,<br />

318, 418<br />

ascogonium 296, 307, 309, 318, 416<br />

ascohymenial development 315, 459<br />

ascolocular development 455, 459<br />

ascomycetes, classification 247–249;<br />

phylogeny 248; significance 246–247<br />

ascorbic acid; see vitamin C<br />

Ascosphaera 286–287<br />

Ascosphaera apis 288, 289<br />

Ascosphaerales 286–289<br />

ascospore 25–26; alignment in ascus<br />

323–324; appendages 238, 322;<br />

cleavage 237, 267, 422; discharge<br />

242–245, 318; eclosion 336, 338;<br />

multi-spored projectiles 318, 420;<br />

puffing 243, 415, 427, 442; tendrils<br />

245; wall layers 321, 333

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