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X. Cai
Ben Chie Yen Professor
,
Civil and Environmental Engineering
Professor
,
Civil and Environmental Engineering
Professor
,
National Center for Supercomputing Applications (NCSA)
Professor, Center for Digital Agriculture
,
National Center for Supercomputing Applications (NCSA)
Email
xmcai
illinois
edu
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Research & Scholarship
(294)
Datasets
(5)
Press/Media
(1)
Honors
(5)
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(6)
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Dive into the research topics where X. Cai is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Keyphrases
Reservoir Operation
88%
River Basin
61%
Water Use
61%
China
53%
Water Management
49%
Irrigation
40%
Drought
39%
Illinois
37%
Water Allocation
36%
Water Supply
35%
Streamflow
35%
Water Quality
33%
Modeling Framework
32%
Optimization Model
32%
Human Interference
29%
Bioenergy Crops
27%
Hedging Rule
27%
Climate Change Impacts
26%
Contiguous United States
26%
Climate Change
26%
Water Availability
24%
Water Demand
24%
Agriculture
24%
Biofuel
23%
Biofuel Production
23%
Water Resources Research
23%
Water Resources
22%
Biofuel Development
22%
Reservoir Release
21%
Hydrologic Modeling
21%
Soil Investigation
20%
Water Policy
20%
Water Scarcity
20%
Food Production
20%
The Yellow River Basin
20%
United States
19%
Low Flow
19%
Water Assessment Tool
18%
Evapotranspiration
18%
Reservoir Optimization
17%
Forecast Horizon
17%
Data Assimilation
16%
Environmental Impact
15%
Miscanthus
15%
Crop Yield
15%
Agent-based Modeling
15%
Agricultural Water
15%
Optimization Methods
14%
Sustainable Water Management
14%
Irrigation Scheduling
14%
Earth and Planetary Sciences
Water Use
100%
Streamflow
59%
China
59%
Water Management
58%
United States
52%
Water Supply
44%
Climate Change
42%
Biofuel
39%
United States of America
38%
Environmental Impact Assessment
38%
Water Demand
37%
Water Resources Development
36%
Illinois
35%
Evapotranspiration
31%
Decision Making
28%
Low Flow
25%
Genetic Algorithm
23%
Yellow River Basin
23%
Soil and Water Assessment Tool
22%
Water Availability
20%
Land Use
19%
Surface Water
19%
Bioenergy
18%
Crop Production
17%
Water Scarcity
17%
River Basin Management
16%
California
16%
Machine Learning
15%
Data Assimilation
15%
Kalman Filter
15%
Farmland
14%
Real Time
14%
Crop Yield
13%
Base Flow
12%
Land Use Change
12%
Parameter Estimation
12%
Climate Modeling
12%
Food Production
12%
Integrated Modeling
12%
Climate Change Impact
11%
Flood Control
11%
Water Use Efficiency
11%
Global Warming
11%
Groundwater Management
11%
Agricultural Production
10%
Time Series
10%
Vegetation
10%
Food Security
10%
Water Consumption
10%
Climate Variation
9%
