Earth and Planetary Sciences
Vegetation
100%
Soil Moisture
78%
United States
66%
Land Surface
65%
Timescale
48%
Illinois
47%
Planetary Atmosphere
40%
Climate Change
40%
North America
37%
United States of America
33%
Wavelet
31%
River Basin
31%
Evapotranspiration
29%
Soil Water
28%
Time Series
28%
Earth Science
24%
Surface Water
23%
Mississippi
22%
Atmospherics
21%
Streamflow
21%
Farmland
20%
General Circulation Model
19%
Soil Organic Carbon
19%
Soil Layer
18%
Remote Sensing
18%
Soil Property
18%
Borehole
17%
Canopy (Vegetation)
17%
Moisture Flux
17%
Agricultural Practice
16%
Air Temperature
16%
Bioenergy
16%
Subsurface Flow
15%
Recycling
15%
Hydrologic Cycle
15%
Acclimatization
15%
Growing Season
15%
Landscape Evolution
15%
Understory
14%
Climate Modeling
14%
Recycling Ratio
14%
Hillslope
14%
Machine Learning
13%
Boundary Condition
13%
Water Balance
13%
Power Law
13%
Land Use
13%
Hydraulic Conductivity
13%
Environmental Impact
12%
Environmental Change
12%
Keyphrases
Intensively Managed Landscapes
73%
Critical Zone Observatory
56%
Soil Moisture
50%
Critical Zone
49%
Illinois
41%
Climate Change
39%
Hydraulic Redistribution
39%
North America
38%
Land Surface Model
35%
Evapotranspiration
29%
Hydrology
27%
Moisture Transport
24%
Information Flow
24%
River Network
23%
River Basin
23%
Land Surface
23%
United States
22%
Moisture
21%
Surface Temperature
21%
Streamflow
20%
Midwestern United States
19%
Precipitation Recycling Ratio
19%
Wavelet Transform
19%
Process Networks
19%
High-resolution
19%
Rainfall Field
18%
Spatial Rainfall
18%
Drought
18%
Elevated CO2
18%
Soil Organic Carbon
17%
Stream Network
17%
Aquifer
17%
Soil Properties
17%
Fiber-optic Distributed Temperature Sensing
17%
Information Theory
17%
Geoscience
17%
Hydrological Cycle
16%
Rainfall
16%
Causal Interactions
16%
Moisture Flux
16%
Curation
16%
Temporal Variability
16%
Groundwater
16%
Biosphere
16%
Mississippi River
16%
Regional Climate Model
15%
Borehole
15%
Air Temperature
15%
Nitrate
14%
Vegetation Canopy
14%