Warming of subarctic tundra increases emissions of all three important greenhouse gases – carbon dioxide, methane, and nitrous oxide - Voigt, Carolina; Lamprecht, Richard E.; Marushchak, Maija E.; Lind, Saara E.; Novakovskiy, Alexander; Aurela, Mika; Martikainen, Pertti J.; Biasi, Christina (Global change biology, 2017)
Keywords: adverse effects; air; Air pollution; Arctic; Arctic region; Arctic Regions; Atmosphere; Availability; Bacterial leaching; Biological activity; Carbon Dioxide; Chambers; Climate; Climate Change; Depth; Dissolved organic carbon; DOC leaching; Dynamics; Emissions; Feedback; Fluxes; Gases; Greenhouse effect; greenhouse gas emissions; Greenhouse gases; High temperature; Identification; In situ leaching; Leaching; Linkages; Methane; Microbial activity; Nitrogen; nitrogen cycle; Nitrous Oxide; organic carbon; Organic soils; OTC; Peat; peat plateau; Permafrost; Plant growth; prediction; Russia; Soil; Soil layers; Soil microorganisms; Soil profiles; Soil surfaces; Soils; Surface chemistry; temperature; temperature manipulation; Tundra; tundra soils; Uptake; Arctic region; Russia; peat plateau; permafrost; temperature manipulation; DOC leaching; Arctic; nitrogen cycle; OTC; climate change