A framework and methods for simplifying complex landscapes to reduce uncertainty in predictions

Earth & Environmental Sciences

• prediction 100%
• method 44%
• ecosystem dynamics 33%
• carbon sink 31%
• soil texture 29%
• shrub 24%
• woody plant 22%
• parameter 22%
• net primary production 21%
• animal 18%
• carbon sequestration 16%
• carbon 15%
• grassland 15%
• disturbance 12%
• nonmethane hydrocarbon 12%
• terpene 12%
• nutrient 11%
• forest dynamics 11%
• cell 11%
• isoprene 10%
• wind erosion 10%
• water erosion 10%
• ecosystem 10%
• cellular automaton 10%
• shrubland 10%
• nutrient cycling 10%
• soil nutrient 9%
• carbon storage 9%
• biome 9%
• conceptual framework 9%
• invasive species 9%
• vegetation type 9%
• mosaic 8%
• soil property 8%
• simulation 7%
• seed 7%
• grass 7%
• replacement 7%
• material 7%
• drought 7%
• biodiversity 6%
• erosion 6%
• water 5%
• climate change 5%
• land 5%
• climate 4%
• analysis 4%
• loss 4%
• cost 4%
• soil 3%
• temperature 3%
• rate 2%
• effect 2%