1.
A simulation study of the response of groundwater dynamic on agriculture water use
地下水位对农业用水量变化响应的模拟研究
2.
Forecast of the Water Consumption in Agriculture Based on Grey Markov Model;
基于灰色马尔可夫模型的农业用水量预测
3.
Prediction of Agricultural Water Consumption Based on GM(1,1) Model with the Improved Background Value
基于改进背景值的GM(1,1)模型的农业用水量预测
4.
Agricultural Economic Rational Water Consumption and Strategy Analysis for Water Saving Potential in China;
农业经济用水量与我国农业战略节水潜力
5.
The quantitative measuring and calculating method of compensation amount for agricultural water saving and its application;
农业节水补偿额定量测算方法及应用
6.
Discussion on the Measuring Methods of Agricultural Irrigation Water in Erfeng Irrigation Area
二峰灌区农业灌溉用水计量方法浅谈
7.
Establishment of chaotic forecasting model and its application in forecasting water consumption of agricultural irrigation
农业灌溉用水量混沌预报模型建立与应用
8.
Excessive quantities of water are being used nowadays with the rapid development of industry and agriculture.
今天过量的水被用于工农业的迅速发展。
9.
Design for decision-making levels and support system of economical agricultural water consumption
农业经济用水量的决策层次与支持系统设计
10.
Today the demand for water is extremely high, as it is needed for domestic, agricultural and industrial purposes.
如今对水的需求量很高，因为日常生活、农业、工业都要用水。
11.
Is Possible to Save Large Irrigation Water?--The Situation and Prospect of Water-saving Agriculture in China;
能否实现大量节约灌溉用水?——我国节水农业现状与展望
12.
SPAC INTERFACE WATER FLUX CONTROL AND ITS APPLICATION TO WATER-SAVING IN AGRICULTURE
SPAC界面水分通量调控理论及其在农业节水中的应用
13.
The result shows that the water saving potential of consumption is much less than that of water withdrawal.
在宁夏平原区，随着水利用系数的提高，农业取用水量和耗水量不断减少，且减少幅度越来越小。
14.
Huangshui River basin is the region of industrial and agricultural production base with the densest population in Qinghai Province, and its water consumption is 42% of the total water consumption of Qinghai Province.
湟水流域是青海省的工农业生产基地和人口最集中的地区，用水量占青海全省用水量的42%。
15.
relating to or used in or promoting agriculture or farming.
关于农业，在农业中使用，或提高农业产量。
16.
The underground water exploitation plan will be improved, focusing on reducing the amount of underground water for industrial and agricultural purposes, in an effort to gradually elevate the underground water level.
完善开采地下水计划，重点控制工农业取用地下水的数量，逐步提高地下水水位；
17.
Program for rational exploitation of groundwater will be developed to gradually raise the groundwater level. Emphasis would be laid on control over exploitation of groundwater for industrial and agricultural use.
制订合理开采地下水计划，逐步恢复潜水水位，重点控制工农业取用地下水的数量。
18.
Measurement of the level of China s agricultural TFP and its changing trend by using non-parameter methods;
利用非参数方法度量中国农业TFP水平及变动趋势