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Eugenie Euskirchen
University of Alaska FairbanksMeeting roles in:
Rapid assessment of terrestrial CO2 and CH4 fluxes reveals responses to the warmest Arctic-Boreal winter on record
Measurements, Models, and More: Cross-Disciplinary Science to Understand and Predict Rapidly Changing Processes at the Top of the World
Direct and Indirect Effects of Winter Snow Depth on Carbon Emissions in Autumn at Moist Acidic Tundra in Arctic Alaska
Assessing the impact of extreme weather events on carbon fluxes in Arctic and Boreal ecosystems
Modeling the Post-fire Recovery Dynamics of the Anaktuvuk River Fire With DVM-DOS-TEM
An Increase in the Active Layer Soil Carbon Pool is Fueling Long Term Carbon Losses from Three Tundra Ecosystems at Imnavait Creek in Northern Alaska
Indication of ongoing tundra ecosystem change with sustained loss of carbon from the Imnavait Watershed in northern Alaska
Effects of environmental changes on Alaskan soil methane and carbon dioxide fluxes and related soil biogeochemistry: two case studies in boreal forest with permafrost thaw and Arctic tundra with different hydrological regimes
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