Agricultural water - Globe Thesis

Keyword [Agricultural water] Result: 1 - 20 \| Page: 1 of 10
1.	Study On Fuzzy Set Analysis Of Regional Agricultural Water Resources Optimal Allocation And Its Application
2.	Assessment Of Agricultural Water Resources Security In Hetao Irrigation District Of Yellow River Basin
3.	Impacts Of Environment Change On Agricultural Water Consumption In Shiyang River Basin In Arid Region Of Northwest China
4.	Study On Evaluation And Optimal Allocation Of Agricultural Water Resources In Liaoning Province
5.	Research On Agricultural Water Resources Optimization Use In Longkou City
6.	Study On Assessment Of Utility Of Agricultural Water Resources
7.	Irrigation District Water Resources Assessment And Water Conservation And Efficient Irrigation Expert System
8.	Integrated Evaluation Of Agricultural Water-saving Technologies For Adapting Climate Change
9.	Research On Ningxia's Agricultural Water Saving System
10.	Application Of Frequency Changer Agricultural Water Saving
11.	Temporal And Spatial Change Of Agricultural Water Efficiency In Zhangye Oasis Since 1970
12.	Research On The System Of Digital Agricultural Water-saving In Yangling
13.	Study On Allocation Of Irrigation Canal System And Agricultural Water Management System
14.	Study On Appraisal Index Set And Evaluation Methods Of Comprehensive Profits In Agricultural Water-saving
15.	The Research Of Agricultural Water Demand Estimation Of Irrigating In Dry Inland River Valley
16.	Research On Optimization Model For Cropping Structure And Agricultural Water Resources In Well Irrigation Area In North China Plain
17.	Study On The Method And Its Application Of Agricultural Water Saving Potential In Hebei Province
18.	Study On Rational Allocation Of Agricultural Water Resources In Panzhuang Irrigation District Of Texas Based On System Dynamics Simulation
19.	Study On Evaluation Index System And Evaluation Methods In Agricultural Water-saving In Northeast Semi-arid And Anti-drought Irrigation Area Of China
20.	Studies On The Evaluation Of Cropping Systems With High Water Use Efficiency Based On Water Resource Security
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