Intensified water storage loss by biomass burning in Kalimantan: Detection by GRACE

Physics & Astronomy

• biomass burning 100%
• climate 65%
• recovery 42%
• gravitation 38%
• water 29%
• ground water 22%
• evapotranspiration 10%
• Southeast Asia 9%
• hydrological cycle 9%
• carbon cycle 9%
• biological diversity 8%
• land use 8%
• marshlands 8%
• air quality 7%
• ecosystems 7%
• clearing 6%
• estimates 6%
• health 5%
• dipoles 3%
• carbon 3%

Earth & Environmental Sciences

• GRACE 61%
• biomass burning 54%
• water storage 53%
• detection 30%
• loss 27%
• groundwater 13%
• land clearing 10%
• swamp forest 10%
• fire management 9%
• ecosystem health 8%
• Southeast Asia 7%
• long-term change 7%
• peatland 7%
• hydrological cycle 7%
• carbon emission 7%
• carbon cycle 7%
• land use change 6%
• evapotranspiration 6%
• air quality 6%
• biodiversity 5%
• rate 2%
• analysis 1%

Chemical Compounds

• Gravity 59%
• Groundwater 33%
• Fire 22%
• Carbon Cycle 15%
• Ecosystem 12%
• Dipole 10%