1) salt and low-salt water
咸水微咸水
1.
The purpose of developing the ecological mode aquiculture using the salt and low-salt water is to save the limited fresh water, adjust the structure of agriculture irrigation, and fully utilize the natural resources as salt,low-salt water and saline--alkaline waste land,sunlight and air,etc.
咸水微咸水高效生态模式养殖是为了节约有限的淡水资源，调整传统的灌溉农业结构，充分利用咸水、微咸水、盐碱荒洼地、阳光和空气等自然资源，采用种养结合的科学手段，利用生物链特性，达到最佳经济效益、社会效益和生态效益为目的的一种新型模式。
2) brackish and semi-saline water
微咸水和半咸水
3) saline and slight saline water
咸水和微咸水
1.
High-efficient utilization of saline and slight saline water is an effective way of easing up water resources shortage in drought areas.
开发利用咸水和微咸水是解决水资源短缺的一个重要途径 ,国内外已进行了大量有关微咸水及咸水应用及相关基础研究工作。
4) brackish water
微咸水
1.
Potential analysis of brackish water utilization in Hebei;
河北省微咸水利用潜力分析
2.
Application of brackish water drip irrigation technology to cotton fields in saline area of north Shandong Province;
鲁北盐渍土区棉花微咸水滴灌技术研究
3.
Establishment of brackish water irrigation system with multi-target policy;
多目标决策法制定微咸水灌溉制度
5) saline water
微咸水
1.
Field study on impacts of soil water-salt distribution and winter wheat yield by different saline water combination irrigations;
不同微咸水组合灌溉对土壤水盐分布和冬小麦产量影响的田间试验研究
2.
Effects of saline water on cucumber yields and irrigation water use efficiency under drip irrigation;
微咸水滴灌对黄瓜产量及灌溉水利用效率的影响
3.
Distribution characteristics of different salt ions in soil under drip irrigation with saline water;
微咸水滴灌条件下不同盐分离子在土壤中的分布特征
6) slight saline water
微咸水
1.
As one important source of solving shortage of the water resources problem for irrigation, the slight saline water is widely concerned.
为了寻求合理微咸水农田灌溉方法,进行了不同咸淡轮灌模拟试验,分析了累积入渗量、湿润锋、土壤含水量、土壤含盐量、盐分浓度和钠吸附比的变化特征,结果表明咸淡咸轮灌方式下土壤入渗能力较大,且脱盐区内脱盐率比淡咸咸的高,而淡咸咸轮灌方式下同一土层土壤含水量高。
2.
Duo to shortage of fresh water, the utilization of slight saline water is a major method for solving the problem of water shortage for farmland irrigation.
由于淡水资源短缺,微咸水开发利用成为缓减农业水资源短缺的重要措施。
3.
Development and Utilization of slight saline water for irrigating agriculture is one of major measurements to solve the problem of water shortage for farmland irrigation and saving fresh water resource .
微咸水灌溉是缓解农业供需矛盾、节约淡水资源的重要途径之一。
补充资料：咸兴
| 咸兴 Hamhung 朝鲜东北部化学工业城市，咸镜南道首府。直辖市。位于咸兴平原东部、城川江下游左岸。人口约78万。日本统治时期，在长津江、赴战江上修建水电站，利用当地的黄铁矿、外地的煤和石墨等原料发展起化肥和火柴工业。后来重点发展化学工业。1960年将兴南市、退潮郡、咸州郡并入，组成咸兴-兴南化学工业区，成为东部最大的工业基地。化学工业发达。氮肥和磷肥产量占全国的3／4以上。有著名的二·八”维尼龙厂、兴南化肥厂、宫本化工厂等。为东部沿海地区和联系北部内陆的交通要冲。市内有国立博物馆、科学院咸兴分院、化工学院、医学院等。有风景优美的海滨浴场。 |
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