What is a possible response of forest biomass to changes in Eurasian air temperature and precipitation? A special case for the genus Betula spp

Forest ecosystems, as sinks of atmospheric carbon, play an important role in reducing greenhouse gas release and preventing air temperatures from rising. Simultaneously, climate change entails changes in forest cover. We describe the change of Betula spp. stand biomass (tha-1) along the trans-Eurasi...

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Published in:IOP conference series. Earth and environmental science 2020-10, Vol.574 (1), p.12084
Main Authors: Usoltsev, V, Kovyazin, V, Tsepordey, I, Chasovskikh, V
Format: Article
Language:English
Subjects:
Air temperature
Biomass
Climate change
Climatic data
Coniferous forests
Forest biomass
Forest ecosystems
Forests
Greenhouse gases
Rainfall
Temperature
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Kovyazin, V
Tsepordey, I
Chasovskikh, V
description Forest ecosystems, as sinks of atmospheric carbon, play an important role in reducing greenhouse gas release and preventing air temperatures from rising. Simultaneously, climate change entails changes in forest cover. We describe the change of Betula spp. stand biomass (tha-1) along the trans-Eurasian gradients of rainfall and temperature using the harvest data from 650 forest stands and climate data. Birch stand biomass increased with growing rainfall within the evaluated range from 200 to 800 mm per year, as well as with increasing the mean winter temperature from -40°C to + 10°C regardless of the rainfall level. The comparison of our results for birches with analogous results for coniferous species shows that forest responses to changes in climate indices are species-specific.
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subjects Air temperature
Biomass
Climate change
Climatic data
Coniferous forests
Forest biomass
Forest ecosystems
Forests
Greenhouse gases
Rainfall
Temperature
title What is a possible response of forest biomass to changes in Eurasian air temperature and precipitation? A special case for the genus Betula spp
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