Future fire emissions associated with projected land use change in Sumatra

Agriculture & Biology

• land use change 100%
• Indonesia 76%
• land use 50%
• public health 19%
• moderate resolution imaging spectroradiometer 16%
• land management 13%
• air quality 12%
• Elaeis guineensis 11%
• conservation status 11%
• ozone 10%
• particulates 10%
• plantations 8%
• climate 8%
• carbon dioxide 8%
• degradation 6%
• methodology 2%

Earth & Environmental Sciences

• land use change 75%
• land use 34%
• public health 18%
• conservation status 12%
• atmospheric carbon dioxide 12%
• atmospheric transport 12%
• health impact 11%
• land management 10%
• timber 10%
• plantation 9%
• MODIS 9%
• particulate matter 8%
• air quality 8%
• Asia 8%
• land cover 8%
• ozone 8%
• degradation 6%
• oil 6%
• land 5%
• method 2%

Chemical Compounds

• Fire 90%
• Palm Oil 12%
• Carbon Dioxide 8%