Fungal Planet description sheets: 1436 –1477

Abstract

<p>Novel species of fungi described in this study include those from various countries as follows:<strong> Argentina</strong>, <em>Colletotrichum araujiae</em> on leaves, stems and fruits of<em> Araujia hortorum</em>. <strong>Australia</strong>, <em>Agaricus pateritonsus</em> on soil, <em>Curvularia fraserae</em> on dying leaf of <em>Bothriochloa insculpta</em>,<em> Curvularia millisiae </em>from yellowing leaf tips of <em>Cyperus aromaticus</em>, <em>Marasmius brunneolorobustus</em> on well-rotted wood, <em>Nigrospora cooperae</em> from necrotic leaf of<em> Heteropogon contortus</em>,<em> Penicillium tealii </em>from the body of a dead spider,<em> Pseudocercospora robertsiorum </em>from leaf spots of<em> Senna tora</em>,<em> Talaromyces atkinsoniae </em>from gills of<em> Marasmius crinis-equi </em>and<em> Zasmidium pearceae </em>from leaf spots of<em> Smilax glyciphylla</em>. <strong>Brazil</strong>,<em> Preussia bezerrensis</em> fromair.<strong> Chile</strong>,<em> Paraconiothyrium kelleni </em>from the rhizosphere of<em> Fragaria chiloensis</em> subsp.<em> chiloensis </em>f.<em> chiloensis</em>.<strong> Finland</strong>,<em> Inocybe udicola</em> onsoilinmixedforest with<em> Betula pendula</em>,<em> Populus tremula</em>,<em> Picea abies </em>and<em> Alnus incana</em>. <strong>France</strong>,<em> Myrmecridium normannianum </em>on dead culm of unidentified<em> Poaceae</em>. <strong>Germany</strong>,<em> Vexillomyces fraxinicola </em>from symptomless stem wood of<em> Fraxinus excelsior</em>. <strong>India</strong>,<em> Diaporthe limoniae</em> on infected fruit of<em> Limonia acidissima</em>,<em> Didymella naikii </em>on leaves of<em> Cajanus cajan</em>, and<em> Fulvifomes mangroviensis </em>on basal trunk of<em> Aegiceras corniculatum</em>. <strong>Indonesia</strong>,<em> Penicillium ezekielii</em> from<em> Zea mays</em> kernels.<strong> Namibia</strong>, <em>Neocamarosporium calicoremae </em>and<em> Neocladosporium calicoremae </em>on stems of<em> Calicorema capitata</em>, and<em> Pleiochaeta adenolobi </em>on symptomatic leaves of<em> Adenolobus pechuelii</em>. <strong>Netherlands</strong>,<em> Chalara pteridii </em>on stems of<em> Pteridium aquilinum</em>,<em> Neomackenziella juncicola</em> (incl.<em> Neomackenziella</em> gen. nov.)and<em> Sporidesmiella junci </em>from dead culms of<em> Juncus effusus</em>.<strong> Pakistan</strong>,<em> Inocybe longistipitata</em> on soil in a<em> Quercus</em> forest.<strong> Poland</strong>,<em> Phytophthora viadrina </em>from rhizosphere soil of<em> Quercus robur</em>, and<em> Septoria krystynae </em>on leaf spots of<em> Viscum album</em>. <strong>Portugal (Azores)</strong>,<em> Acrogenospora stellata</em> on dead wood or bark.<strong> South Africa</strong>, <em>Phyllactinia greyiae </em>on leaves of<em> Greyia sutherlandii</em> and<em> Punctelia anae </em>on bark of<em> Vachellia karroo</em>. <strong>Spain</strong>, <em>Anteaglonium lusitanicum </em>on decaying wood of<em> Prunus lusitanica </em>subsp<em>. lusitanica</em>,<em> Hawksworthiomyces riparius </em>from fluvial sediments,<em> Lophiostoma carabassense </em>endophytic in roots of<em> Limbarda crithmoides</em>, and<em> Tuber mohedanoi </em>from calcareussoils.<strong> Spain (Canary Islands)</strong>,<em> Mycena laurisilvae </em>on stumps and woody debris.<strong> Sweden</strong>, <em>Elaphomyces geminus</em> from soil under<em> Quercus robur</em>. <strong>Thailand</strong>, <em>Lactifluus chiangraiensis </em>on soil under<em> Pinus merkusii</em>,<em> Lactifluus nakhonphanomensis </em>and<em> Xerocomus sisongkhramensis </em>on soil under<em> Dipterocarpus</em> trees.<strong> Ukraine</strong>,<em> Valsonectria robiniae </em>on dead twigs of<em> Robinia hispida</em>. <strong>USA</strong>,<em> Spiralomyces americanus </em>(incl.<em> Spiralomyces</em> gen. nov.) from office air. Morphological and culture characteristics are supported by DNA barcodes.</p>