Fungal Planet description sheets: 1781‐1866

Abstract

<p>Novel species of fungi described in this study include those from various countries as follows: <strong>Argentina</strong>, <em>Septoria reinamora</em> on leaf spots of <em>Mutisia spinosa</em>. <strong>Australia</strong>, <em>Cortinarius albofolliculus</em> on mossy soil, <em>Cortinarius descensoriformis</em> among leaf litter, <em>Cortinarius kaki</em> among leaf litter, <em>Cortinarius lissosporus</em> in leaf litter, <em>Cortinarius malogranatus</em> in leaf litter, <em>Cortinarius meletlac</em> on soil in mixed forest, <em>Cortinarius sebosioides</em> in long decayed wood litter, <em>Helicogermslita australiensis</em> as an endophyte from healthy leaves of <em>Archontophoenix cunninghamiana</em>, <em>Puccinia clemensiorum</em> on culms of <em>Eleocharis ochrostachys</em>, <em>Puccinia geethae</em> on leaves of <em>Cyperus brevifolius</em>, <em>Puccinia marjaniae</em> on leaves of <em>Nymphoides indica</em>, <em>Puccinia scleriae-rugosae</em> on leaves of <em>Scleria rugosa</em>. <strong>Brazil</strong>, <em>Dactylaria calliandrae</em> on living leaf of <em>Calliandra tweediei</em>, <em>Mucor cerradoensis</em> from soil, <em>Musicillium palmae</em> on living leaves of unidentified palm species, <em>Neodendryphiella agapanthi</em> from stalks of <em>Agapanthus praecox</em>, <em>Parafusicladium riodejaneiroanum</em> on living leaves of native bamboo, <em>Parapenidiella melastomatis</em> on living leaves of unidentified <em>Melastomataceae</em>, <em>Pararamichloridium ouropretoense</em> on living leaves of unidentified <em>Poaceae</em>, <em>Pentagonomyces endophyticus</em> (incl. <em>Pentagonomyces gen</em>. <em>nov</em>.) as endophytic from roots of <em>Musa acuminata</em>, <em>Polyschema endophytica</em> from healthy roots of coffee plant, <em>Purimyces endophyticus</em> as root endophyte of <em>Cattleya locatellii</em>, <em>Ramularia rhododendri</em> on living leaves of <em>Rhododendron</em> sp., <em>Staphylotrichum soli</em> from soil, <em>Trichoderma sexdentis</em> from leaves inside a nest of the leaf-cutting ant <em>Atta sexdens rubropilosa</em>, <em>Wiesneriomyces soli</em> from soil. <strong>France</strong>, <em>Cosmospora nemaniae</em> on dead or effete stromata of <em>Nemania</em> cf. <em>colliculosa</em>, <em>Inocybe alnobetulae</em> in subalpine green alder stands, <em>Stylonectria hygrophila</em> on dead twigs of <em>Betula pubescens</em>. <strong>Germany</strong>, <em>Coniochaeta corticalis</em> from bark humus, <em>Coniochaeta fermentaria</em> from fermentation residues from biogas plants, <em>Coniochaeta fibricola</em> from softwood fibres, <em>Coniochaeta weberae</em> from bark humus, <em>Inocybe canicularis</em> on calcareous to more acidic soil with conifers. <strong>Iceland</strong>, <em>Inocybe islandica</em> associated with <em>Dryas octopetala</em>. <strong>India</strong>, <em>Vishniacozyma indica</em> on dead twigs. <strong>Iran</strong>, <em>Botryotrichum lycii</em> on rotten leaf of <em>Lycium depressum</em>. <strong>Italy</strong>, <em>Cuphophyllus dolomiticus</em> among <em>Salix retusa</em>, <em>Salix reticulata</em> and <em>Dryas octopetala</em>, <em>Inocybe subentolomospora</em> on moss with the presence of <em>Alnus incana</em>, <em>Populus nigra</em> and <em>Salix</em> spp. <strong>Malaysia</strong>, <em>Catenulostroma pellitae</em> on leaf spots of <em>Eucalyptus pellita</em>. <strong>Mexico</strong>, <em>Colletotrichum mexicanus</em> from fruit of <em>Persea americana</em> cv. Hass. <strong>New Caledonia (France)</strong>, <em>Cortinarius caeloculus</em>, <em>Cortinarius luteigemellus</em> and <em>Cortinarius perpensus</em> on soil under <em>Nothofagus aequilateralis</em>. <strong>New Zealand</strong>, <em>Cytospora braithwaitei</em> on branch of <em>Malus domestica</em>. <strong>Pakistan</strong>, <em>Callistosporium khalidii</em> on humus soil, <em>Entoloma lilacinum</em> on litter in conifer forest, <em>Laccaria decolorans</em> on litter in broad-leaved subtropical forest. <strong>Poland</strong>, <em>Pseudoneoconiothyrium modrzynanum</em> from resin of <em>Larix decidua</em> ssp. <em>polonica</em>, <em>Tuberculiforma enigmatica</em> isolated from sooty mould community on <em>Quercus robur</em> leaves. <strong>Portugal</strong>, <em>Clavulus hemisphaericus</em> (incl. <em>Clavulus gen</em>. <em>nov</em>.) on mossy slopes and under Laurus leaf litter, <em>Entoloma daegae</em> on sandy, granitic soil, <em>Hygrocybe aurantiocitrina</em> under laurel forest, <em>Hygrocybe sanguineolutea</em> gregarious in laurel forest, <em>Hygrocybe vulcanica</em> on mossy areas of laurel forest areas, <em>Pachyphlodes algarvensis</em> on sandy soil under <em>Cistus salvifolius</em>, <em>Quercus suber</em> and <em>Pinus pinea</em>. <strong>South Africa</strong>, <em>Amycosphaerella podalyriae</em> on leaf of <em>Podalyria calyptrata</em>, <em>Erythrobasidium eucalypti</em> from the gut of <em>Gonipterus</em> sp., <em>Letendraea goniomae</em> on leaves of Gonioma kamassi, Pezicula brabeji and Sphaerulina brabeji on twigs of Brabejum stellatifolium, Stachybotrys conicosiae on dead flower head of <em>Conicosia elongata</em>, <em>Talaromyces ignescens</em> from soil. <strong>Spain</strong>, <em>Cortinarius phaeobrunneus</em> on soil under Quercus ilex and Q. <em>faginea</em>, <em>Inocybe pini-halepensis</em> among grass and fallen leaves of <em>Pinus halepensis</em>, <em>Inocybe subporcorum</em> in sandy soils under <em>Quercus ilex</em> subsp. <em>ballota</em> and <em>Pinus pinaster</em>, <em>Mycena morenoi</em> on dead leaves of <em>Betula pubescens</em> and <em>Salix atrocinerea</em>, <em>Pachyphlodes iberica</em> on clayey and loamy soil under <em>Quercus ilex</em> and <em>Quercus rotundifolia</em>, <em>Ramariopsis coronata</em> in laurel forest. <strong>Switzerland</strong>, <em>Inocybe minata</em> in a bog on very wet acidic soil with <em>Salix</em> spp. and <em>Betula</em> spp. <strong>Thailand</strong>, <em>Hypocrella khonsanitii</em> on scale insects (<em>Coccidae</em>), <em>Petchiella hymenopterorum</em> on hymenopteran pupae in the nest (<em>Hymenoptera</em>). <strong>Trinidad and Tobago</strong>, <em>Neodevriesia maravalensis</em> from office swab. <strong>Türkiye</strong>, <em>Russula anatolica</em> under <em>Quercus vulcanica</em>. <strong>UK</strong>, <em>Paracylindrosporium dactylorhizae</em> (incl. <em>Paracylindrosporium gen</em>. <em>nov</em>.) on leaf spots of <em>Dactylorhiza</em> sp., <em>Niesslia hepworthiae</em> and <em>Niesslia libertiae</em> on living leaves of <em>Libertia grandiflora</em>. <strong>Ukraine</strong>, <em>Lichenohendersonia cetrariae</em> on thallus of terricolous <em>Cetraria aculeata</em>. <strong>USA</strong>, <em>Atromagnispora indianensis</em> (incl. <em>Atromagnispora gen</em>. <em>nov</em>.) on submerged wood in a freshwater stream, <em>Cytospora michiganensis</em> from utility room (settle plate), <em>Exophiala aeris</em> from air (settle plate), <em>Hongoboletus americanus</em> from mixed pine-hardwood forest, <em>Lorrainsmithia pennsylvanica</em> from bedroom, air, <em>Superstratomyces massachusettsanus</em> from lyse buffer. <strong>Vietnam</strong>, <em>Aspergillus halopiscium</em> on dry marine anchovy <em>Stolephorus commersonnii</em>. Morphological and culture characteristics are supported by DNA barcodes.<br></p>