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Koleksi Tamadun Pahang
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| Abstract : |
| Leucocoprinusbirnbaumii,commonlyknown as the Flowerpot Parasol, is a saprophytic fungus that typically grows in potsand greenhouses. Although this striking yellowspecies is cosmopolitan, itisuncommon toencounterthe speciesin soilor in non-cultivated environments.In Malaysia, the outdoor occurrence of this speciesis recordedfrom unverified citizen science observations. But many of these public observations are based on immature fruiting bodies, which are easily confused with other yellow fungal speciesand carry a possible risk of misidentification. This study provides thefirst verified record of outdoor L. birnbaumiifruiting in the soil, a habitat rarely reported for the species.Although itexpands the knowledge of its ecological range, its absence in the currentsurvey suggests that the species does prefer humus richand composted soil in plant pots rather than open ground. Detailed macro-and micromorphological characteristics of the species are also presented to provide reliablereference material for citizen scientists and emphasizes the importance of specimen-based documentation in fungal biodiversity studies.Species monitoringand conservation strategies are also highlightedto ensure this attractive fungal speciesis protected against extinction risk
Leucocoprinus birnbaumii,commonly known as the Flowerpot Parasol, is a saprophytic fungus that typically grows in potsand greenhouses. Although this striking yellowspecies is cosmopolitan, itisuncommon toencounterthe speciesin soilor in non-cultivated environments.In Malaysia, the outdoor occurrence of this speciesis recordedfrom unverified citizen science observations. But many of these public observations are based on immature fruiting bodies, which are easily confused with other yellow fungal speciesand carry a possible risk of misidentification. This study provides thefirst verified record of outdoor L. birnbaumiifruiting in the soil, a habitat rarely reported for the species.Although itexpands the knowledge of its ecological range, its absence in the currentsurvey suggests that the species does prefer humus richand composted soil in plant pots rather than open ground. Detailed macro-and micromorphological characteristics of the species are also presented to provide reliablereference material for citizen scientists and emphasizes the importance of specimen-based documentation in fungal biodiversity studies.Species monitoringand conservation strategies are also highlightedto ensure this attractive fungal speciesis protected against extinction risk |
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