Substrate, climate, and land use controls over soil N dynamics and N-oxide emissions in Borneo

Earth & Environmental Sciences

• oxide 69%
• substrate 63%
• land use 62%
• climate 50%
• primary forest 47%
• soil 39%
• nitrification 25%
• tropical forest ecosystem 14%
• tropical ecosystem 12%
• Oxisol 12%
• intensive agriculture 12%
• soil classification 11%
• soil map 11%
• rain forest 11%
• secondary forest 11%
• agricultural development 10%
• industrial development 10%
• nutrient cycling 10%
• tropical region 10%
• farming system 10%
• rate 9%
• forest ecosystem 8%
• management practice 8%
• chemical property 8%
• agriculture 6%
• nitrogen 5%
• method 2%

Chemical Compounds

• N-Oxide 100%
• Soil 78%
• Nitrification 35%
• Ecosystem 27%
• Nutrient 8%
• Chemical Transformation 4%
• Nitrogen 4%