1) water supply and consumption in agriculture
农业供需水量
1.
Based on the water supply and consumption in agriculture in Hebei Province, the paper analyses the sown area of grain and industrial and forage crops in agriculture in Hebei Province.
河北省粮经饲种植结构与水资源承载力、人民生活水平不相适应,由过去的粮经二元结构向粮经饲三元结构转化已成为必然,本文在对河北省不同水平年农业供需水量预测分析的基础上,对其不同水平年粮、经、饲播种面积进行了预测分析。
2) agricultural water demand
农业需水
1.
Brief discussion on "agricultural water demand" in Heilongjiang Province;
黑龙江省“农业需水”初探
3) agricultural water supply
农业供水
1.
Analysis of problems concerning the reform of agricultural water supply and researches on its ways;
农业供水改革的问题分析与途径研究
2.
On comprehensive coordinative reforms for price of agricultural water supply of water conservancy projects
水利工程农业供水价格综合配套改革的思考
4) Enterprises of Agricultural Water Supply
农业供水企业
1.
The Research on Assessment the Performance of Management of Enterprises of Agricultural Water Supply;
农业供水企业经营绩效评价研究
5) industrial water demand
工业需水量
1.
With the development of industrialization and urbanization,the shortage of water resources becomes more and more obvious,the reasonable prediction of the industrial water demand has become an extremely important part of the urban water supply and water resource planning.
随着城市化与工业化水平的不断提高,水资源短缺问题日益突出,工业需水量的合理预测已成为城市供水和水资源规划极其重要的部分,以西安市为研究对象,对其主要工业需水量采用灰色预测理论进行了预测研究。
2.
Along with the rapid industrial development,the industrial water demand grows day by day,the reasonable prediction of the industrial water demand has become an extremely important part of the urban water supply and water resource planning.
随着工业的快速发展,工业需水量与日俱增,工业需水量的合理预测已成为城市供水和水资源规划极其重要的部分。
3.
The industrial water demand in realizing the third-step target of economic development strategy was forecasted.
对我国在实现第三步战略目标这一过程中的工业需水量进行了预测,结果表明我国工业需水量将在2040年左右达到顶峰,约为1 600×108 m3。
6) water supply and demand balance
供需水量平衡
1.
With the difference between water resources supply and demand being taken as the evaluation foundation for drought situation, two comprehensive evaluation methods are proposed for drought situation are in this paper, namely supply and demand origin analysis evaluation method and water supply and demand balance evaluation method.
以水资源的供需差值为旱情综合评价的基础,提出了两种旱情综合评价方法,即供需成因分析评价方法和供需水量平衡评价方法,应用山东省的实际资料对评价方法进行了检验,评价结果与实际相符。
补充资料：中国农业科学院农业自然资源和农业区划所
中国农业科学院农业自然资源和农业区划所
中国农业科学院农业自然资源和农业区划所见中国农业经济科学研究机构。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条