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Version 2

Supplementary table (Table S4) - Literature review dataset for "Modest role of methanotrophy in a high-methane emitting Yedoma thermokarst lake"

Published:5 February 2025|Version 2|DOI:10.17632/5rn4zf274r.2
Contributor:

Description

This dataset compiles methane (CH₄) cycling parameters from peer-reviewed studies of global lake ecosystems, with emphasis on high-latitude thermokarst and yedoma lakes. Key parameters include methane concentrations (CCH₄), actual/potential methanotrophic rates, dissolved organic carbon (DOC), oxygen (O₂), carbon dioxide (CO₂), O₂/CH₄ ratios, and associated metadata (ecosystem type, climate, season, lake depth, etc.). Data spans diverse lake types (thermokarst, glacial, boreal) and latitudes, supporting comparative analyses of methane production, oxidation, and emission drivers. Compiled to contextualize methane dynamics in thawing permafrost lakes (e.g., yedoma systems) under climate change.

Institutions

Institutions

University of Alaska Fairbanks

Categories

Limnology, Methane Cycling, Permafrost

Funders

National Aeronautics and Space Administration

United States

80NM0018D0004

Licence

Creative Commons Attribution 4.0 International

Version 3

Supplementary table (Table S2) - Literature review dataset for "Modest role of methanotrophy in a high-methane emitting Yedoma thermokarst lake"

Published:21 February 2025|Version 3|DOI:10.17632/5rn4zf274r.3
Contributor:

Description

This dataset compiles methane (CH₄) cycling parameters from peer-reviewed studies of global lake ecosystems, with emphasis on high-latitude thermokarst and yedoma lakes. Key parameters include methane concentrations (CCH₄), actual/potential methanotrophic rates, dissolved organic carbon (DOC), oxygen (O₂), carbon dioxide (CO₂), O₂/CH₄ ratios, and associated metadata (ecosystem type, climate, season, lake depth, etc.). Data spans diverse lake types (thermokarst, glacial, boreal) and latitudes, supporting comparative analyses of methane production, oxidation, and emission drivers. Compiled to contextualize methane dynamics in thawing permafrost lakes (e.g., yedoma systems) under climate change.

Institutions

Institutions

University of Alaska Fairbanks

Categories

Limnology, Methane Cycling, Permafrost

Funders

National Aeronautics and Space Administration

United States

80NM0018D0004

Licence

Creative Commons Attribution 4.0 International