A process-based model of forest ecosystems driven by meteorology

Agriculture & Biology

• meteorology 100%
• forest ecosystems 74%
• tree growth 17%
• climate change 13%
• Great Lakes region 12%
• hydrologic cycle 11%
• forest inventory 11%
• carbon cycle 11%
• empirical models 10%
• biogeochemical cycles 9%
• tree and stand measurements 8%
• global warming 8%
• trajectories 8%
• water use efficiency 7%
• assimilation (physiology) 7%
• weather 7%
• climate 6%
• plant growth 5%
• biomass 5%

Earth & Environmental Sciences

• meteorology 64%
• forest ecosystem 62%
• nutrient cycle 9%
• water use efficiency 8%
• interception 8%
• forest inventory 8%
• basal area 8%
• hydrological cycle 7%
• carbon cycle 7%
• assimilation 6%
• sensitivity analysis 6%
• global warming 6%
• boundary condition 5%
• North America 5%
• trajectory 5%
• weather 5%
• biomass 4%
• lake 4%
• project 3%
• comparison 3%
• parameter 2%