Physics & Astronomy
climate change
93%
vegetation
84%
climate
23%
evapotranspiration
14%
winter
14%
hydrological cycle
13%
summer
13%
soil moisture
12%
temperate regions
11%
globes
10%
polar regions
8%
Southeast Asia
7%
heating
7%
hydrology
6%
land use
6%
physiological responses
6%
ecosystems
5%
tropical regions
4%
surface water
4%
simulation
4%
budgets
4%
soils
3%
surface temperature
3%
causes
2%
predictions
2%
Agriculture & Biology
General Circulation Models
100%
climate change
50%
vegetation
44%
vegetation structure
16%
climate
14%
hydrologic cycle
13%
evapotranspiration
9%
winter
9%
summer
9%
radiative forcing
7%
soil water
7%
hydrology
6%
land use change
5%
water budget
5%
surface temperature
5%
surface water
5%
South East Asia
4%
physiological response
4%
uncertainty
4%
soil quality
4%
tropics
4%
ecosystems
3%
prediction
3%
Earth & Environmental Sciences
general circulation model
56%
vegetation
36%
climate change
35%
vegetation structure
16%
warming
10%
climate
9%
hydrological cycle
9%
winter
8%
evapotranspiration
8%
summer
7%
soil moisture
7%
simulation
6%
physiological response
5%
climate forcing
5%
Southeast Asia
4%
soil condition
4%
tropics
4%
South America
4%
water budget
4%
land use change
4%
land surface
3%
hydrology
3%
surface temperature
3%
Africa
3%
surface water
3%
ecosystem
2%
prediction
2%
comparison
1%
effect
1%
Chemical Compounds
Soil
38%
Simulation
28%
Surface Temperature
19%
Surface
19%
Ecosystem
17%
Surface Water
15%