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Four species of moss genus Schistidium are reported for the first time from China. All of them have been found in the Xinjiang Uyghur Autonomous Region. Ecological and distributional details of the newly recorded species are provided and their local distribution is mapped. Photographs of the species are attached. Checklist of Schistidium species and identifying key are added. Considering the present records, Schistidium consists of 15 species in China. [ABSTRACT FROM AUTHOR]

Four species of moss genus Schistidium are reported for the first time from China. All of them have been found in the Xinjiang Uyghur Autonomous Region. Ecological and distributional details of the newly recorded species are provided and their local distribution is mapped. Photographs of the species are attached. Checklist of Schistidium species and identifying key are added. Considering the present records, Schistidium consists of 15 species in China.

Ten species in the lichen family Pannariaceae were identified based on the examination of Taiwanese collections housed in the National Museum of Nature and Science, Japan. Among them, seven species are new records to Taiwan: Fuscopannaria ahlneri, F. dispersa, F. sorediata, Kroswia gemmascens, Pannaria asahinae, P. rubiginosa and Parmeliella pannosa. Their morphology, ecology, and phytogeography are discussed. Vahliella leucophae was deleted from the Taiwan list of Pannariaceae lichens. [ABSTRACT FROM AUTHOR]

Beech has long been the subject of ecological research in many fields. Recent studies using new methods are now being conducted. This special feature focuses on local beech forests and offers a collection of articles to readers of Ecological Research. [ABSTRACT FROM AUTHOR]

Extant Bauhinia (Leguminosae) is a genus of 300 species of trees, shrubs, and lianas, widely distributed in pantropical areas, but its diversification history in southeastern Asia, one of its centers of highest diversity, remains unclear. We report new fossils of three Bauhinia species with cuticular preservation from the Paleogene of Puyang Basin, southwestern China. Our finding likely extends the emergence of Bauhinia in Asia to the late Eocene. Together with previously reported fossil records, we show that the diversification of Bauhina in Asia and the phenomenon of a small region harboring multiple Bauhinia species in southwestern China could be traced back to the Paleogene. [ABSTRACT FROM AUTHOR]