Interannual variation of springtime biomass burning in Indochina: Regional differences, associated atmospheric dynamical changes, and downwind impacts

Keyphrases

• Aerosol 12%
• Aerosol Concentration 12%
• Aerosol Impact 12%
• Aerosol Transport 12%
• Air Quality 25%
• Biomass Burning 100%
• Dryer 12%
• Dynamical Change 100%
• East Asia 12%
• El Nio 12%
• Empirical Orthogonal Functions 37%
• Farmland 12%
• High Latitude 12%
• India-Burma Trough 62%
• Indochina 100%
• Interannual Time Scale 12%
• Interannual Variation 100%
• Low-level Westerlies 12%
• Lower Troposphere 12%
• Middle Troposphere 12%
• Mode Function 25%
• Monsoon Onset 12%
• Northwesterly Wind 12%
• Oscillation Phase 12%
• Re-analysis Data 12%
• Reanalysis Datasets 12%
• South Asian 12%
• Southern Oscillation 12%
• Springtime 100%
• Taiwan 25%
• Upward Movement 12%
• Wave Train 12%
• Westerly Jet 12%

Earth and Planetary Sciences

• Air Quality 33%
• Annual Variation 100%
• Atmospherics 100%
• Biomass Burning 100%
• East Asia 16%
• Empirical Orthogonal Function Analysis 50%
• Geographical Region 16%
• India 83%
• Myanmar 83%
• Southern Oscillation 16%
• Taiwan 33%
• Timescale 16%
• Troposphere 16%
• Trough 100%

Agricultural and Biological Sciences

• Air Quality 100%
• Dryers 50%
• Troposphere 50%