1) water-cellar farming
水柜农业
1.
Development of water-cellar farming in Fengshan county;
凤山县水柜农业发展探讨
2) agricultural water consumption
农业用水
1.
Based on the conception of rational volume of ecological water consumption,the total water consumption of Beijing City was divided into industrial water consumption,agricultural water consumption,domestic water consumption,tertiary industrial water consumption,and eco-environmental water consumption,and the benefits of water consumption of different parts were calculated.
在“经济合理的生态用水量”概念及计算模型的基础上,以北京市为例,把该市的用水分为工业用水、农业用水、生活用水、第三产业用水、生态环境用水5个部分,分别计算各部分的用水效益,通过模型计算得出了符合北京市水资源实际情况的水资源分配数量。
2.
Based on abundant statistical data,the history of agricultural water consumption,especially irrigation water consumption in China is described and analyzed in this paper.
我国农业用水的大量增加发生在1949~1980年之间,与我国人口和粮食产量的快速增加紧紧相随。
3.
Study on the trend of agricultural water consumption and its influence factors is very important for the future work of saving water in Beijing.
对1986-2007年北京市农业用水情况和影响其变化的相关指标进行主成分分析。
3) water saving agriculture
节水农业
1.
Institution innovation and development of water saving agriculture in Zhejiang Province;
制度创新与浙江省节水农业的发展
2.
Measures for utilization of agricultural water resources and development of water saving agriculture in Tibet;
西藏地区农业水资源利用与节水农业发展对策
3.
Some problems on the development of water saving agriculture in China;
我国发展节水农业需要解决的问题
4) agricultural water saving
农业节水
1.
Evaluation model of comprehensive benefits of agricultural water saving;
农业节水综合效益评价模型研究
2.
Implementing scientific development view by strengthening agricultural water saving and increasing benefits measures;
落实科学发展观 强化农业节水增效措施
3.
On the basis of review of the advanced experiences in agricultural water saving development at home and abroad, and combination with China s actual situation closely, a complete theoretical frame of compensation and motivation mechanism for agricultural water saving is proposed in this paper.
在借鉴国内外发展农业节水先进经验的基础上 ,紧密结合我国的实际情况 ,构建了完整的农业节水补偿激励机制理论框架 ,包括补偿依据、补偿原则、补偿额测算方法、补偿对象、补偿资金渠道和补偿办法等。
5) agricultural water
农业用水
1.
Compensation mechanism of agricultural water transfer;
农业用水转化补偿机制研究
2.
Realization of sustainable management of agricultural water supply in Beijing with ET technique of remote sensing monitoring;
应用遥感监测ET技术实现北京市农业用水的可持续管理
3.
Existing circumstance analysis and countermeasure of agricultural water to the northern Nen River diversion project line;
北部引嫩工程沿线农业用水现状分析及对策
6) Water-saving agriculture
节水农业
1.
The Rules of drought and the development of water-saving agriculture in southwest China;
西南地区干旱规律与节水农业发展问题
2.
Exploratory analysis on the water right system of water-saving agriculture in the irrigation area of continental river basin of the Hexi corridor;
河西内陆河灌区节水农业水权制度探析
3.
Establishment of water-saving agriculture and reform of irrigation water price;
节水农业的形成与灌溉水价改革
补充资料：水柜
中国古代调节运河供水的蓄水工程，即用于航运的水库。在山丘地区筑坝截取溪流或在运河两岸洼地四周筑围堤蓄积地面坡水、泉水,以及从天然河流引水,设闸控制,运河缺水时放水入运,运河水大时放入水柜。特别是发生洪水时泄入水柜蓄存,待运河需水时回注。东汉出现的陈公塘、晋代出现的练湖等,都曾蓄水济运,是这类工程的早期代表。水柜一词始见于北宋元丰二年(1079)。该年修清汴工程，引洛河水为汴水水源，为防备水量不足,在引水渠南，今荥阳、汜水一带建36座小型水库,在平日蓄水，当汴渠水量不足时供给汴渠水量，称为水柜。明初,整修京杭运河，在水源最困难的山东会通河段,利用沿岸的南旺湖、马踏湖、蜀山湖、马场湖、安山湖等作为水柜，成为保障航运的有效措施。明末及清代，独山湖、 南阳湖、 昭阳湖、微山湖成为一宏大的水柜群，联合运用（见图）。杭州的西湖、北京的昆明湖等初建时都有向运河供水的功能，也是水柜。这此水柜的维修管理，启闭蓄放都有严格的制度。水柜的名称虽始于宋代，但就工程性质和利用情况，应用时间还可以上溯至汉代。
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