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Snowy inkcap

Fungi: Basidiomycota: Agaricomycetes: Agaricales: Psathyrellaceae: Coprinopsis nivea (Pers.) Redhead, Vilgalys & Moncalvo

Coprinopsis nivea – snowy inkcap

Synonyms: Agaricus niveus, Coprinus latisporus, Coprinus niveus.

Common name: snowy inkcap.

AI-generated description

Coprinopsis nivea is a small to medium-sized saprotrophic fungus with a white to cream-colored cap and white gills. It grows in clusters on soil, dung, and decaying organic matter. In East and Central Texas, it typically fruits from spring to fall, particularly after rainfall. The fungus has been found in various habitats, including lawns, pastures, and woodland edges, often associated with rich soil and high levels of organic matter. Its distribution in the region appears to be widespread, with records from multiple counties, including Brazos, Grimes, and Travis.

Photos of this mushroom from East and Central Texas

Snowy inkcap mushrooms (<B>Coprinopsis nivea</B>) growing on horse dung on Deer Run Trail in Lick Creek Park. College Station, Texas, <A HREF="../date-en/2007-10-17.htm">October 17, 2007</A>
LinkSnowy inkcap mushrooms (Coprinopsis nivea) growing on horse dung on Deer Run Trail in Lick Creek Park. College Station, Texas, October 17, 2007

AI-generated summary of observations

Observations of Coprinopsis nivea in East and Central Texas reveal its unique growth habits. On October 17, 2007, snowy inkcap mushrooms were spotted growing on horse dung along Deer Run Trail in Lick Creek Park, College Station, Texas. This sighting indicates the species' affinity for rich, nitrogenous substrates. The fungus was likely drawn to the nutrient-rich environment provided by the decomposing horse dung, allowing it to thrive in this specific location. This observation highlights the importance of substrate specificity in the growth and distribution of Coprinopsis nivea in the region. Further observations may reveal similar patterns of growth in other areas with suitable substrates, providing insight into the ecological preferences of this species in East and Central Texas. The species' ability to colonize and fruit on dung suggests a potential role in nutrient cycling and ecosystem processes.

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