The steppes demonstrate higher productivity but lower diversity in Inner Mongolia than Mongolia: driven by climate or land use? - Ma, Wenhong; Li, Frank Yonghong; Liang, Cunzhu; Zhao, Liqing; Wang, Lixin; Bao, Tiejun; Wen, Lu; Wang, Yonghui; Chao, Luomeng; Tuvshintogtokh, Indree; Chimeddorj, Mungunchimeg; Jargalsaikhan, Purevdelger (Biodiversity and conservation, 2024)
Keywords: Analysis; Aridity; Biodiversity; Biodiversity loss; Biological diversity; Biological diversity conservation; Biomedical and Life Sciences; Central Asia; China; Climate; Climate Change/Climate Change Impacts; Community composition; Composition; Conservation Biology/Ecology; Diversity indices; dry environmental conditions; Ecology; Flowers & plants; Functional groups; Grassland management; Grasslands; humans; Land use; Life Sciences; meadows; Mongolia; Original Research; Overgrazing; Planning; Plant diversity; Plant species; Plants; Plants (botany); Productivity; Recovery; Spatial variations; species; Species composition; Species diversity; Steppes; Surveys; Vegetation; Vegetation patterns; Mongolia; Central Asia; China; Mongolia and Inner Mongolia; Plant diversity; Plant aboveground biomass; Climate aridity, Land use intensity