Since AR5, new evidence has appeared of alterations in terrestrial and freshwater species, populations and communities in line with climate change across Asia  . In North Asia, temperature increase and droughts have promoted spread northward of the current silk moth outbreak  in Central Siberia dark taiga since 2014 . The climatic range of the Colorado potato beetle  in 1991-2010 expanded east- and northward in Siberia and the Russian Far East compared with the 1951-1970 range . The climatic range of Ixodes ricinus, a vector of dangerous human diseases, expanded into Central Asia and south of the Russian Far East . A butterfly  in the Middle Urals moved northward . Thrush birds in West Siberia penetrated northward up to the limits of the sparse woodlands . The increase in the length of frost-free period observed in the Ilmen Nature Reserve, Middle Urals, during recent decades is supposed to be interlinked with changes in the amplitude and frequency of population waves of bank vole . In Katunskiy Biosphere Reserve, Russian Altai, in the period 2005-2015, alpine plant species have shifted towards higher altitudes by 5.3 m on average . Wild reindeer herds in Taimyr, north of Central Siberia, migrated northward to the Arctic Sea coast in hot summers between 1999-2003 and 2009-2016 because of an earlier massive emergence of bloodsucking insects . In Yakutia, the ranges of red deer, elk and the northern pika are expanding, and the winter survival of the mouse-like rodents has increased . In the Chukchi Sea, in recent decades the average duration polar bears spent onshore increased by 30 d  in line with global warming and the rapid decline of their sea ice habitat .
IPCC
Climate Change 2022: Impacts, Adaptation and Vulnerability
IPCC Report