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- The largest mushrooms and conks are the largest known individual fruit bodies. These are known as sporocarps, or, more specifically, basidiocarps and ascocarps for the Basidiomycota and Ascomycota respectively. These fruit bodies have a wide variety of morphologies, ranging from the typical mushroom shape, to brackets (conks), puffballs, cup fungi, stinkhorns, crusts and corals. Many species of fungi, including yeasts, moulds and the fungal component of lichens, do not form fruit bodies in this sense, but can form visible presences such as cankers. Individual fruit bodies need not be individual biological organisms, and extremely large single organisms can be made up of a great many fruit bodies connected by networks of mycelia (including the "humongous fungus", a single specimen of Armillaria solidipes) can cover a very large area. The largest identified fungal fruit body in the world is a specimen of Phellinus ellipsoideus (formerly Fomitiporia ellipsoidea). The species was discovered in 2008 by Bao-Kai Cui and Yu-Cheng Dai in Fujian Province, China. In 2011, the two of them published details of extremely large fruit body of the species that they had found on Hainan Island. The specimen, which was 20 years old, was estimated to weigh between 400 and 500 kilograms (880 and 1,100 lb). This was markedly larger than the previously largest recorded fungal fruit body, a specimen of Rigidoporus ulmarius found in the United Kingdom that had a circumference of 425 cm (167 in). (en)
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| rdfs:comment
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- The largest mushrooms and conks are the largest known individual fruit bodies. These are known as sporocarps, or, more specifically, basidiocarps and ascocarps for the Basidiomycota and Ascomycota respectively. These fruit bodies have a wide variety of morphologies, ranging from the typical mushroom shape, to brackets (conks), puffballs, cup fungi, stinkhorns, crusts and corals. Many species of fungi, including yeasts, moulds and the fungal component of lichens, do not form fruit bodies in this sense, but can form visible presences such as cankers. Individual fruit bodies need not be individual biological organisms, and extremely large single organisms can be made up of a great many fruit bodies connected by networks of mycelia (including the "humongous fungus", a single specimen of Armill (en)
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