Investigating observational constraints on the contemporary methane budget

Keyphrases

• Agriculture 7%
• Anthropogenic Emissions 15%
• Biodegradation 7%
• Carbon Content 7%
• Cattle Farming 7%
• Chemistry Transport Model 7%
• Combustion 7%
• Economic Collapse 7%
• Emission Budget 7%
• Energy Production 7%
• Energy Use 7%
• Error Budget 7%
• Forest Fire 7%
• Former Soviet Union 7%
• Fossil Emissions 7%
• Fossil Fuels 7%
• Future Global Warming 7%
• Global Averaging 7%
• Global Emissions 7%
• Global Growth 7%
• Global Measurement 7%
• GOSAT Satellite 7%
• Greenhouse Effect 7%
• Greenhouse Gas 15%
• Growth Rate 30%
• Human Activities 7%
• Industrialization 7%
• Interannual Variability 7%
• Interannual Variation 7%
• Inverse Modeling Technique 7%
• Isotopic Signature 7%
• Landfill 7%
• Large Uncertainty 7%
• Major Contributor 7%
• Methane 100%
• Methane Budget 100%
• Methane Concentration 7%
• Methane Emission 23%
• Methane Sink 7%
• Mitigation Policies 7%
• Mud Volcano 7%
• Natural Emissions 15%
• Natural Wetlands 7%
• Observational Constraints 100%
• Observed Trends 7%
• Organic Degradation 7%
• Organic Matter 15%
• Peat Fire 7%
• Plant Production 7%
• Predicting the Future 7%
• Processing Chain 7%
• Rice Cultivation 7%
• Satellite Data 7%
• Satellite Mission 7%
• Satellite Observations 15%
• SCIAMACHY 7%
• Sink Strength 7%
• Surface Observations 7%
• Systematic Error 15%
• Transport Model 7%
• Tropics 7%
• Waste Management 7%
• Water Treatment Plant 7%
• Wetland Emissions 7%
• Wetlands 7%

Earth and Planetary Sciences

• Annual Variation 5%
• Data Transmission 5%
• Emissions 55%
• Energy Production 5%
• Energy Use 5%
• Fossil Fuel 5%
• Global Warming 5%
• GOSAT 5%
• Greenhouse Gas 10%
• Methane 100%
• Mud Volcano 5%
• Organic Material 10%
• Plant Production 5%
• Satellite Data 5%
• Satellite Mission 5%
• Satellite Observation 10%
• SCIAMACHY 5%
• Systematic Error 10%
• U.S.S.R. 5%
• Waste Management 5%
• Water Treatment Plant 5%