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彰雲地區供水與抗旱策略研究及成效評估-子計畫:彰雲地區田間精密灌溉用水模式及調控機制建立研究(II)
Wu, Ray-Shyan
(PI)
土木工程學系
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研究成果
(1)
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Keyphrases
Field Water
100%
Irrigation Water
100%
Water Consumption
75%
Smart Irrigation System
66%
Agricultural Water
66%
Crop Fields
66%
Water Demand
66%
Mixed Crops
66%
Water Management Models
50%
Taiwan
50%
Drought
50%
Agricultural Fields
33%
Management Control
33%
Control Method
33%
Irrigation
33%
Climate Change
33%
Rainfall
33%
Agriculture
25%
Water Supply
25%
Water Shortage
25%
Irrigation Management
16%
Reduced Irrigation
16%
Modern Irrigation Systems
16%
Watergate
16%
Water Scenarios
16%
Manually Operated
16%
Conveyance Losses
16%
Seasonal Rainfall
16%
Operation Accuracy
16%
Rainwater
16%
Accurate Calculation
16%
Total Water
16%
Typhoon
16%
Heavy Rainfall
16%
Irrigation Water Management
16%
Central Taiwan
16%
Wilting Point
16%
System Dynamics Model
16%
Annual Rainfall
16%
Drought Events
16%
Irrigation Planning
16%
Water Allocation
16%
Rainfall Pattern
16%
Industrial Development
8%
Water for Agriculture
8%
Environmental Quality
8%
Drought Years
8%
Water Saving
8%
Excess Water
8%
Demand Side
8%
Water Use
8%
Water pipeline System
8%
Water Requirement
8%
Saving Water
8%
Ecological Benefits
8%
Monetary Term
8%
General Public
8%
Experimental Field
8%
Water Accounting
8%
Stratagem
8%
Total Water Consumption
8%
Supply Water
8%
Agricultural Sector
8%
Industrial Water Consumption
8%
Extreme Drought
8%
Precision Irrigation
8%
Municipal Water Supply
8%
Industrial Sector
8%
Irrigation Efficiency
8%
Continuous Improvement
8%
Paddy Irrigation
8%
Agricultural Irrigation
8%
Irrigation Model
8%
Management Measures
8%
Irrigation Associations
8%
Commercial Development
8%
Agricultural and Biological Sciences
Irrigation Water
100%
Irrigation
75%
Field Crops
66%
Irrigation System
66%
Water Management
33%
Water Supply
33%
Irrigation Management
33%
Climate Change
33%
Water Shortages
25%
Body Water
25%
Water Distribution
16%
Gates
16%
Resource Allocation
16%
Permanent Wilting Point
16%
Annuals
16%
Dynamic Models
16%
Water Resource
16%
Water Consumption
8%
Irrigation Efficiency
8%
Paddies
8%
Ecological Environment
8%
Water Requirement
8%