Recent changes in carbon source-sink relationships and greenhouse gas emissions in forest and peatland ecosystems along the Mackenzie Valley region of Canada

• Main Authors: Jagtar Bhatti, Charles Tarnocai, Michael Brady, Michael Whiticar, Mingliang Wang, Natalia Starstev, Rick Hurdle, Ruth Errington, Thierry Varem-Sanders
• Language: unknown
• Published: Borealis
• Subjects: Vegetation; Thawing; Soils; Plants; Permafrost; Peatland; Greenhouse gas; Carbon fluxes; Mackenzie River; Forests; Canada; Inuvik; Mackenzie Valley; IPY; Mackenzie river; Peat; Peat plateau; permafrost
• Online Access: https://hdl.handle.net/10864/10198

Recognizing that permafrost distributions are largely controlled by topography and climate, our IPY study documents local C cycling processes and GHG emissions as associated with vegetation, soil and permafrost environments along a climatic gradient from the Isolated Patches Permafrost Zone, in nort...