Simulation of the effects of forest harvesting under changing climate to inform long-term sustainable forest management using a biogeochemical model

Engineering & Materials Science

• Forestry 100%
• Soils 59%
• Watersheds 47%
• Ecosystems 40%
• Climate change 27%
• Biomass 23%
• Hydrology 19%
• Carbon 19%
• Hardwoods 17%
• Biological materials 16%
• Nitrates 15%
• Nutrients 15%
• Leaching 15%
• Debris 13%
• Deterioration 11%
• Productivity 10%
• Water 6%
• Temperature 5%

Earth & Environmental Sciences

• sustainable forest management 95%
• climate 41%
• simulation 33%
• watershed 20%
• climate conditions 19%
• effect 17%
• woody debris 12%
• soil 12%
• ecosystem 11%
• climate change 11%
• carbon 10%
• brook 10%
• ecosystem process 10%
• soil nutrient 10%
• long-term change 10%
• aboveground biomass 10%
• soil fertility 10%
• loss 10%
• heuristics 9%
• water chemistry 9%
• soil organic matter 9%
• hydrology 8%
• leaching 7%
• mineralization 7%
• nitrate 6%
• disturbance 6%
• productivity 6%
• biomass 5%
• temperature 3%
• rate 3%

Chemical Compounds

• Ecosystem 68%
• Soil 64%
• Simulation 48%
• Length 34%
• Soil Fertility 33%
• Brook Silaketone Rearrangement 30%
• Soil Organic Matter 27%
• Nutrient 20%
• Carbon Atom 17%
• Leaching 17%
• Nitrate 14%
• Chemistry 11%
• Reduction 8%