MethaneNet

Biogeochemistry, sources, fluxes, microbiology and atmospheric aspects of CH4 in the modern and ancient Earth system. Tweets by @MikePeacock86 & @GauciGauci.

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Alpine glacier forefield methane cycling microbes driven by soil development and seasonal variation across soil depths https://t.co/a4XWULpgcg

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Dynamic Hydroclimate Fuels Cryptic Sulfur Cycling and Iron and Carbon Impacts in Wetlands https://t.co/erohE3KOfn

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Valley-bottom wetland agricultural conversion and recovery shape greenhouse gas dynamics and soil organic carbon stocks in an African tropical highland system https://t.co/VtgyQxa2TQ

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Evaluating the Microbubble Hypothesis: Apparent Air−Water CH4 and CO2 Gas Transfer Velocities in Relation to Microbubble Concentrations in a Meso-Oligotrophic Lake https://t.co/jN0vlROkFr

[MethaneNet @MethaneNet]

Chasing Bubbles: Toward a Standardized Approach for Quantifying Methane Ebullition Using Bubble Traps in Streams and Rivers https://t.co/HEzQppg4dt

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Contrasting stages of agricultural abandonment reflected in carbon pools, greenhouse gas fluxes, and soil biogeochemistry at two drained peatlands https://t.co/qeqCIAytF8

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Low methane emissions following experimental bog rewetting https://t.co/KYGYNZ70sS

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Flooding-Driven Greenhouse Gas Emissions From Global Upland Croplands https://t.co/ZCEQnrWeDb

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Representing peatland drainage-ditch hydrology impacts on CO2 and CH4 emissions in the ORCHIDEE-PEAT land surface model (r9703) https://t.co/vKWCafD0Iw

[MethaneNet @MethaneNet]

Global Anthropogenic Methane Emissions: Bottom-Up Simulations of Current Trends and Scope for Future Mitigation https://t.co/iIHhjbv5Ro

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Seasonal wetting and drying dynamics drive greenhouse gas emissions across Australia’s river network https://t.co/JHTrWn4mJi

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Monitoring, reporting and verification of peatland water table and greenhouse gas balance using Sentinel 1 radar https://t.co/wqydrSDap8

[MethaneNet @MethaneNet]

Biodiversity enhances pond ecosystem multifunctionality across Europe https://t.co/4QclRirrKr

[MethaneNet @MethaneNet]

Riverine CH4 emission hotspots are more closely associated with local sediment and DOM properties than with broad land-use categories https://t.co/0G8nifbgaK

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Warming Amplifies the Variability of Methane Emissions From a Coastal Wetland https://t.co/9rTuVxVT86

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Drought memory and vegetation shifts triggered by recurrent extreme drought events in alpine peatlands amplify the sensitivity of carbon sink function to drought https://t.co/tu4jABxRVp

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Woody ‘blankets’ are being deployed on Arctic permafrost to reduce carbon emissions https://t.co/UhO8g360V4

[MethaneNet @MethaneNet]

Physicochemical and microbial regulators of contrasting diffusive greenhouse gas fluxes in Danjiangkou Reservoir https://t.co/7wtr3AO36N

[MethaneNet @MethaneNet]

Climate warming enhances aerobic methane emissions from invasive Raphidiopsis raciborskii blooms https://t.co/gUnnp8v1L5

[MethaneNet @MethaneNet]

Hydrological connectivity regulates CO2 and CH4 emissions from a temperate, natural river-floodplain system https://t.co/zTruqNbGM9