Toward more robust projections of forest landscape dynamics under novel environmental conditions: Embedding PnET within LANDIS-II

Agriculture & Biology

• environmental factors 81%
• tree physiology 67%
• forest succession 62%
• forest growth 61%
• ecological models 60%
• soil water balance 60%
• experimental forests 60%
• state forests 57%
• biomass 52%
• carbon sinks 51%
• global change 50%
• photosynthetically active radiation 49%
• runoff 48%
• beers 47%
• evapotranspiration 45%
• solar radiation 36%
• climate change 35%
• water stress 35%
• water 35%
• canopy 34%
• photosynthesis 32%
• nitrogen 24%
• temperature 17%
• cells 13%

Earth & Environmental Sciences

• environmental conditions 100%
• state forest 20%
• biomass 19%
• photosynthetically active radiation 18%
• water stress 18%
• carbon stock 17%
• global change 15%
• photosynthesis 15%
• water 14%
• water budget 14%
• evapotranspiration 14%
• solar radiation 14%
• canopy 13%
• soil water 12%
• radiation 11%
• runoff 11%
• consumption 11%
• nitrogen 9%
• temperature 6%