Fungal Planet description sheets: 1697-1780

Abstract

<p>Novel species of fungi described in this study include those from various countries as follows: <strong>Antarctica</strong>, <em>Leuconeurospora bharatiensis</em> from accumulated snow sediment sample. <strong>Argentina</strong>, <em>Pseudocercospora quetri</em> on leaf spots of <em>Luma apiculata</em>. <strong>Australia</strong>, <em>Polychaetomyces verrucosus</em> on submerged decaying wood in sea water, <em>Ustilaginoidea cookiorum</em> on <em>Scleria levis</em>, <em>Xylaria guardiae</em> as endophyte from healthy leaves of <em>Macaranga tanarius</em>. <strong>Belgium</strong>, <em>Iodophanus taxi</em> on leaf of <em>Taxus baccata</em>. <strong>Belize</strong>, <em>Hygrocybe mirabilis</em> on soil. <strong>Brazil</strong>, <em>Gongronella irregularis</em> from soil, <em>Linodochium splendidum</em> on decaying sheath of <em>Euterpe oleracea, Nothophysalospora agapanthi</em> (incl. <em>Nothophysalospora gen. nov.</em>) on flower stalks of <em>Agapanthus praecox</em>, <em>Phaeosphaeria tabebuiae</em> on leaf of <em>Tabebuia</em> sp., <em>Verrucohypha endophytica</em> (incl. <em>Verrucohypha gen. nov.</em>) from healthy roots of <em>Acrocomia aculeata.</em> <strong>Estonia</strong>, <em>Inosperma apricum</em> on soil under <em>Quercus robur</em>. <strong>Greece</strong>, <em>Monosporascus solitarius</em> isolated from surface-sterilised, asymptomatic roots of <em>Microthlaspi perfoliatum</em>. <strong>India</strong>, <em>Diaporthe neocapsici</em> on young seedling stems of <em>Capsicum annuum</em>, <em>Fuscoporia naditirana</em> on dead wood, <em>Sebacina spongicarpa</em> on soil, <em>Torula kanvae</em> from the gut of a <em>Copris signatus</em> beetle. <strong>Iran</strong>, <em>Sarcinomyces pruni</em> from twig and petiole tissues of <em>Prunus persica</em> and <em>Prunus armeniaca</em>, <em>Xenodidymella quercicola</em> from leaf spots of <em>Quercus brantii</em>. <strong>Italy</strong>, <em>Agaricus aereiceps</em> on grass, <em>Agaricus bellui</em> in meadows, <em>Agaricus fabrianensis</em> in urban grasslands, <em>Beaucarneamyces muscorum</em> on moss growing in forest, <em>Xenoanthostomella quercus</em> on leaf litter of <em>Quercus ilex</em>. <strong>Netherlands</strong>, <em>Alfaria neerlandica</em> on stem lesions of <em>Cortaderia selloana</em>, <em>Neodictyosporium juncicola</em> on culms of <em>Juncus maritimus</em>, <em>Penicillium geertdesnooi</em> from soil under <em>Papaver rhoeas</em>, <em>Russula abscondita</em> on rich calcareous soil with <em>Quercus</em>, <em>Russula multiseptata</em> on rich clay soil with <em>Quercus</em>, <em>Russula purpureopallescens</em> on soil with <em>Populus</em>, <em>Sarocladium caricicola</em> on leaves of <em>Carex riparia</em>. <strong>Pakistan</strong>, <em>Circinaria shimlaensis</em> on limestone rocks. <strong>Panama</strong>, <em>Acrocalymma philodendri</em> on leaf spots of <em>Philodendron</em> sp., <em>Caligospora panamaensis</em> on leaf litter, <em>Chlamydocillium simulans</em> associated with a <em>Xylaria</em> sp., <em>Corynesporina panamaensis</em> on leaf litter, <em>Cylindromonium panamaense</em> on twig litter of angiosperm, <em>Cyphellophora panamaensis</em> on twig litter of angiosperm, <em>Microcera panamensis</em> on leaf litter of fern, <em>Pseudotricholoma pusillum</em> in tropical montane forest dominated by <em>Quercus</em> spp., <em>Striaticonidium panamaense</em> on leaf litter, <em>Yunnanomyces panamaensis</em> on leaf litter. <strong>Poland</strong>, <em>Albocremella abscondita</em> (incl. <em>Albocremella gen. nov.</em>) from rhizoids of liverwort <em>Conocephalum salebrosum</em>. <strong>Portugal</strong>, <em>Agaricus occidualis</em> in meadows. <strong>South Africa</strong>, <em>Alternaria elsarustiae</em> on culms of unidentified <em>Poaceae</em>, <em>Capronia capensis</em> on dead twig of unidentified angiosperm, <em>Codinaeella bulbinicola</em> on dead leaves of <em>Bulbine frutescens</em>, <em>Cytospora carpobroticola</em> on leaf of <em>Carpobrotus quadrifidus</em>, <em>Neophaeomoniella watsoniae</em> on leaf of <em>Watsonia</em> sp., <em>Neoplatysporoides aloigena</em> on leaf of <em>Aloe khamiesensis</em>, <em>Nothodactylaria comitabilis</em> on living leaf of <em>Itea rhamnoides</em>, <em>Nothopenidiella beaucarneae</em> (incl. <em>Nothopenidiella gen. nov</em>.) on dead leaves of <em>Beaucarnea stricta</em>, <em>Orbilia kirstenboschensis</em> on dead flower stalks of <em>Agapanthus praecox</em>, <em>Phragmocephala agapanthi</em> on dead flower stalks of <em>Agapanthus praecox</em>, <em>Podocarpigena hagahagaensis</em> (incl. <em>Podocarpigena gen. nov.</em>) on leaf spots of <em>Podocarpus falcatus</em>, <em>Sporisorium enterogonipteri</em> from the gut of <em>Gonipterus</em> sp., <em>Synnemapestaloides searsiae</em> on leaf of <em>Searsia populifolia</em>, <em>Xenophragmocapnias diospyri</em> (incl. <em>Xenophragmocapnias gen. nov.</em>) on leaf spots of <em>Diospyros</em> sp., <em>Yunnanomyces hagahagaensis</em> on leaf spots of <em>Sideroxylon inerme</em>. <strong>Spain</strong>, <em>Agaricus basicinctus</em> in meadows, <em>Agaricus quercetorum</em> among leaf litter in oak forests, <em>Coprinopsis palaciosii</em> on degraded woody debris, <em>Inocybe complutensis</em> in calcareous loamy soil, <em>Inocybe tanitiae</em> in calcareous sandy soil, <em>Mycena subfragosa</em> on dead leaves of <em>Salix atrocinerea</em>, <em>Pseudobaeospora cortegadensis</em> in laurel forests, <em>Trichoderma sedimenticola</em> from fluvial sediments. <strong>Sweden</strong>, <em>Inocybe badjelanndana</em> on calcareous soil. <strong>Ukraine</strong>, <em>Beaucarneamyces lupini</em> on overwintered stems of <em>Lupinus polyphyllus</em>, <em>Protocreopsis globulosa</em> on thallus and apothecia of <em>Lecania cyrtella</em> on bark of <em>Populus</em> sp., <em>Thyridium tiliae</em> on dead twigs of <em>Tilia</em> sp. <strong>USA</strong>, <em>Cladosporium louisianense</em>, <em>Cyphellophora americana</em> from a bedroom vent, <em>Extremus massachusettsianus</em> from lyse buffer, <em>Myxotrichum tapetae</em> on carpet in basement, <em>Neospissiomyces floridanus</em> (incl. <em>Neospissiomyces gen. nov.</em>) on swab from hospital, <em>Polychaetomyces marinus</em> (incl. <em>Polychaetomyces gen. nov.</em>) on submerged driftwood in sea water, <em>Steccherinum fragrans</em> on hardwood fallen on the beach, <em>Steinbeckomyces carnegieae</em> (incl. <em>Steinbeckomyces gen. nov.</em>) on <em>Carnegiea gigantea</em>, <em>Tolypocladium pennsylvanicum</em> from air sampled in basement. <strong>Vietnam</strong>, <em>Acidomyces ducanhii</em> from <em>Aglaia</em> flowers, <em>Acidomyces paludis</em> from dead bark of <em>Acacia</em> sp., <em>Phakopsora sageretiae</em> on <em>Sageretia theezans</em>, <em>Puccinia stixis</em> on <em>Stixis scandens</em>. Morphological and culture characteristics are supported by DNA barcodes. <br></p><p><strong>Citation:</strong> Crous PW, Wingfield MJ, Jurjević Ž, <em>et al.</em> (2024). Fungal Planet description sheets: 1697-1780. <em>Fungal Systematics and Evolution</em> <strong>14</strong>: 325-577. doi: 10.3114/fuse.2024.14.19.</p>