Author

K. D. Hyde

5 papers indexed here

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Review Oct 2026

Morphological and Phylogenetic Evidence for Rhytidhysteron phayaoense sp. nov. (Hysteriaceae) From Northern Thailand

During a survey of saprobic fungi in Phayao Province, northern Thailand, a hysteriaceous ascomycete was collected from decaying twigs of Shorea obtusa . Multigene phylogenetic analyses based on LSU, ITS, SSU and tef1‐α sequence data resolved the new isolate within Rhytidhysteron . Morphologically, our specimen...

N. P. Madhushani, Veenavee S. Hittanadurage Silva, R. Jayawardena et al. · New Zealand Journal of Botan... · 0 citations

Sep 2026

Gibellula tengchongensis sp. nov., a New Spider‐Parasitic Fungus From China

Spider‐pathogenic fungi play important ecological roles and serve as valuable bioresources for the discovery of novel secondary metabolites. Gibellula (Cordycipitaceae, Hypocreales) comprises highly specialized araneopathogens, yet its species diversity remains underestimated, largely because host masking of sporul...

Xian Zhang, Xing-Can Peng, K. D. Hyde et al. · New Zealand Journal of Botan... · 0 citations

Review Sep 2026

Ophiocordyceps integrispora sp. nov., a Coleopteran‐Associated Fungus From Jilin, China

A new species discovered parasitizing coleopteran larvae in Jilin Province, China is described andylogenetic analysis based on a three‐locus dataset reveals that O. integrispora forms a distinct lineage closely related to O. albostroma, yet phylogenetically isolated from other members of the genus.

Xing-Can Peng, Xian Zhang, De-Ping Wei et al. · New Zealand Journal of Botan... · 0 citations

Review Sep 2026

The Expanding Roles of Mycoviruses in Regulating Fungal and Ecological Systems

Current evidence on mycovirus diversity, taxonomy, evolutionary origins, and interactions with their hosts are presented, showing that mycoviruses, though latent, are major players in controlling fungal hosts and among the most promising biotechnological tools for future agricultural applications.

S. Chaharmiri-Dokhaharani, Parastoo Pouraziz, Faezeh Ajorloo et al. · New Zealand Journal of Botan... · 0 citations

Open access Jul 2026

The FAP transcription factor affects the fruiting body development and toughness of Flammulina filiformis by regulating the ROS signaling.

FAP controls intracellular ROS levels by regulating ROS metabolic enzymes, thereby indirectly suppressing chitin synthesis and ultimately reducing mechanical strength in F. filiformis, providing a novel scheme for texture improvement in edible fungi.

Fa-Qing Li, Hao Fan, Siyi Wang et al. · Journal of Advanced Research · 0 citations