Origin of volatile organic compound emissions from subarctic tundra under global warming - Ghirardo, Andrea; Lindstein, Frida; Koch, Kerstin; Buegger, Franz; Schloter, Michael; Albert, Andreas; Michelsen, Anders; Winkler, J. Barbro; Schnitzler, Jörg‐Peter; Rinnan, Riikka (Global change biology, 2020)
Keywords: 13CO2; Arctic; Arctic region; Arctic Regions; Atmosphere; Atmospheric chemistry; Atmospheric models; Betula; biochemical mechanisms; Biosynthesis; carbon; Carbon dioxide; carbon sequestration; Chemical composition; Climate; Climate change; Computer simulation; Current data; de novo biosynthesis; Ecosystem; Ecosystems; Emissions; Environment models; Global climate; Global Warming; Heat exchange; Hydrocarbons; Isomers; monoterpenoids; net ecosystem exchange; Organic compounds; plant communities; Plant species; prediction; Primary; Primary s; Salix; sesquiterpenoids; Shrubs; Soil; Soils; Species composition; species diversity; stable isotopes; subarctic heath; summer; Taiga & tundra; Temperature; Temperature dependence; terpene; Terpenes; Terrestrial ecosystems; Tundra; Vegetation; VOCs; Volatile compounds; volatile organic compound; Volatile Organic Compounds; Volatiles; Willow; Arctic Regions; Arctic region; tundra; de novo biosynthesis; global warming; net ecosystem exchange; terpene; subarctic heath; Arctic; volatile organic compound; 13CO2; climate change