Considerable changes in plant and animal species distribution under warming stress are expected in Asia until 2100 . In East Asia, Cunninghamia lanceolate, a fast-growing and widely distributed coniferous timber species in China, is projected to increase distribution, to decrease the establishment probability and to reduce total NPP by the 2050s . In the monsoon regions of Asia, by the end of the 21st century, NPP is projected to increase by 9-45% . Under climate change on the Korean Peninsula , the potential habitat for Abies nephrolepis is the northern part of KP, and A. koreana will disappear from Jeju Island and shrink significantly in the KP , while evergreen forests will expand to the northern part of KP . It is expected that under projected warming, fig species in China will expand to higher latitudes and altitudes . In Japan, under the A1B scenario, 89% of the area currently covered by the Fagus crenata-dominant forest type will be replaced by Quercus spp .- dominant forest types . Current trends of climate change will reduce distribution of tall  herb communities in Japan, and will increase suitably for them in the Russian Far East . A range expansion of Lobaria pindarensis, an endemic epiphytic lichen in the HKH region, is projected to move to the northeast and to higher altitudes in response to climate change, although the species' low dispersal abilities and the local availability of trees as a substratum will considerably limit latitudinal and altitudinal shifts .
IPCC
Climate Change 2022: Impacts, Adaptation and Vulnerability
IPCC Report