Agriculture & Biology
High Plains (United States)
100%
cotton
73%
profits and margins
29%
economics
24%
aquifers
24%
nitrogen fertilizers
22%
irrigation
21%
night temperature
20%
deficit irrigation
20%
arid lands
19%
economic analysis
19%
irrigation management
18%
cropping systems
18%
profitability
18%
lint yield
17%
irrigation water
17%
alfalfa
15%
crops
15%
cultivars
14%
grasslands
14%
climatology
13%
crop acreage
13%
irrigation systems
13%
women in agriculture
12%
conventional tillage
12%
Uzbekistan
11%
cover crops
11%
bolls
11%
climate
11%
Verticillium wilt
11%
crop models
10%
risk management
10%
irrigation scheduling
10%
meta-analysis
9%
reduced tillage
9%
water
8%
conservation tillage
8%
water use efficiency
8%
irrigation rates
8%
Gossypium hirsutum
8%
lint cotton
8%
tillage
8%
growers
7%
crop yield
7%
soil
7%
climate change
7%
planting date
6%
corn
5%
rye
5%
gender
5%
Earth & Environmental Sciences
plain
45%
cotton
40%
aquifer
37%
irrigation
33%
economic analysis
28%
water use
25%
profit
22%
irrigation system
21%
water use efficiency
20%
crop
19%
profitability
18%
meta-analysis
18%
maize
15%
climate
15%
conflict
14%
food
12%
water
11%
Monte Carlo analysis
11%
sorghum
10%
groundwater
10%
price
9%
planting
9%
cost
9%
distribution
8%
crop yield
8%
gender
8%
agricultural production
8%
cropping practice
8%
economics
8%
climatology
8%
risk management
8%
woman
8%
productivity
7%
climate conditions
6%
agriculture
5%
transition
5%
Business & Economics
Cotton
73%
Uzbekistan
44%
Food Security
43%
Irrigation
39%
Climate Change
35%
Ground Water
23%
Crops
23%
Monte Carlo Analysis
23%
Water Use
22%
Allocation Mechanisms
21%
Cap and Trade
21%
Nitrogen
20%
Distributional Effects
20%
Climate
18%
Profit
18%
Wheat
18%
Economic Analysis
15%
Water
12%
Climatology
12%
Opportunity Cost
8%
Food
7%
Risk Management
6%
Pathway
5%
Yield Distributions
5%
Sorghum
5%