Keyphrases
Available Water Capacity
80%
Calibrated Model
20%
Carbon Dynamics
20%
Change in Precipitation
20%
Clay Loam
20%
CO2 Effect
40%
Drought Period
20%
Ecosystem Respiration
20%
Ecosystem Response
100%
Elevated CO2
20%
Evaporation-transpiration
20%
Evapotranspiration
20%
Extreme Drought
20%
Field Capacity
20%
Global Change
100%
Global Environmental Change
20%
Grassland Ecosystem
100%
Great Plains
20%
High Available
20%
Increased Precipitation
20%
Increased Temperature
20%
Loam
20%
Modeling Analysis
100%
Net Ecosystem Production
100%
Net Primary Production
100%
Precipitation Amount
40%
Precipitation Intensity
20%
Precipitation Scenario
20%
Process-based
20%
Production Ecosystems
100%
Rainfall Events
20%
Regulatory Patterns
20%
Sand
20%
Sandy Loam
20%
Silt Loam
20%
Silt-clay
20%
Soil Available Water Capacity
100%
Soil Hydrological Properties
100%
Soil Moisture
20%
Soil Moisture Evaporation
20%
Soil Runoff
20%
Soil Texture
40%
Soil Texture Class
20%
Terrestrial Ecosystem Model
20%
Texture Gradient
20%
Transpiration
40%
Variable Response
20%
Warming Effect
20%
Water Dynamics
20%
Water Stress
20%
Wilting Point
20%
Earth and Planetary Sciences
Atmospherics
11%
Available Water Capacity
100%
Clay Loam
11%
Ecosystem Response
100%
Evapotranspiration
11%
Field Capacity
11%
Global Change
100%
Global Environmental Change
11%
Grassland Ecosystem
100%
Loam
22%
Net Ecosystem Production
55%
Net Primary Production
55%
Sandy Loam
11%
Sediment
11%
Soil Moisture
22%
Soil Texture
33%
Terrestrial Ecosystem
11%
Water Stress
11%
Agricultural and Biological Sciences
Available Water Capacity
100%
Ecosystem Model
11%
Ecosystem Respiration
11%
Evapotranspiration
11%
Field Capacity
11%
Global Change
100%
Grassland
100%
Loam
33%
Net Ecosystem Production
55%
Permanent Wilting Point
11%
Primary Production
55%
Sandy Loam
11%
Silt
11%
Soil Moisture
22%
Soil Texture
33%
Sweating
33%
Terrestrial Ecosystem
11%
Water Stress
11%