1) Heihe River
黑河
1.
Study on the Development and Protection of Biodiversity in Heihe River Wetland;
黑河湿地生物多样性保护与开发利用
2.
The Effect on Water Environment in Middle and Downstream Area of Heihe River after Water Allocation;
黑河分水对中下游水环境的影响
3.
Continuously Modeling Research on the Transfer and Transform Processes of Phosphorus in Heihe River Watershed;
黑河流域磷迁移转化过程连续模拟研究
2) Heihe
黑河
1.
Indicator system for evaluation of geologic environment quality of Heihe;
运用综合指数方法对黑河市地质环境质量的初步评价
2.
The Driving Force of Environmental Change During the Last 40 Years in the Heihe River Basin;
黑河流域40多年来生态环境变化驱动力分析及对策
3.
The Variations Characteristics of Water Resource on Lower Reaches of Heihe River Basin in Fifty Years and the Ecological and Environment Influence Analysis of Ejna Oasis;
黑河下游近50年来水资源变化特征及对额济纳绿洲生态与环境影响分析
3) the Heihe river
黑河
1.
Comparison and Analysis of the Daily Runoff Simulation in SLM and LPM Models——Based on the Heihe river;
SLM和LPM模型日径流模拟对比分析——以陕西黑河为例
2.
Precipitation from different water vapor sources in the Heihe River Basin,China;
黑河流域大气降水水汽来源分析
3.
Study on Groundwater of the Ejin Basin at the Lower Reaches of the Heihe River Using Isotopes;
应用同位素研究黑河下游额济纳盆地地下水
4) Heihe River basin
黑河
1.
Relation between oxygen and hydrogen isotopes in precipitation and temperature in Heihe river basin,China;
黑河流域中上游地区降水中氢氧同位素与温度关系研究
2.
Based on a case study in Heihe River basin,the concept of ecological carrying capacity and the assessment method were approached.
以黑河流域为例，探讨了生态承载力的概念和估测的方法，笔者认为利用自然植被的净第一生产力数据可以反映自然体系的生产能力和受内外干扰后的恢复能力，是自然体系生态完整性维护的指示。
5) Hei River
黑河
1.
Research on the System of Combining Basin Management and Regional Management in Hei River Basin;
黑河流域管理与区域管理的相结合体制研究
2.
Community Characteristics of Ciliates in Gaotai Reach of Hei River;
黑河高台段纤毛虫群落特征
3.
Studies on licensing system of water abstraction in the main stream of the Hei River;
黑河干流取水许可制度研究
6) middle reaches of the Heihe River
黑河中游
1.
Based on characteristics of the eco-environment in the middle reaches of the Heihe River and PSP model,9 evaluation index systems that reflect eco-environmental frangibility while being isolated from each other were selected to form a model for integrated evaluation of eco-environment fragility of the studied area using the matter-elements theory and information entropy.
针对黑河中游生态环境特点,基于PSR模型,选取9项能反映其生态环境脆弱性而彼此之间相互独立的评价指标体系,采用物元可拓理论和熵权法构建生态环境脆弱性的综合评判模型,对黑河中游各地区生态环境脆弱性进行了评价。
2.
A major monitoring area was selected in Jinta of the middle reaches of the Heihe River .
利用 1990年和 2 0 0 0年的TM遥感资料 ,在经过定标、几何校正和图像增强等图像处理的基础上对土地覆盖类型进行解译 ,从而实现黑河中游金塔地区的生态环境遥感动态监测 。
3.
Based on the long-term hydrologic observations in study area,the model of the estimation of groundwater budget at the representative irrigation area in the middle reaches of the Heihe River was established in this paper.
根据对研究区多年的水文地质观测资料的分析和研究,建立了黑河中游典型灌区地下水水资源总均衡模型,选取了黑河干流具有代表性的平川、板桥、鸭暖和蓼泉灌区,对地下水均衡模型中的补给项及排泄项的主要变量分别进行了估算,结果表明:各灌区均衡期内地下水动态资料计算的均衡期始末地下水储存量变化与模型计算的均衡差基本相近,其相对误差为-17。
补充资料：黑河
| 黑河 中国河西走廊三大内陆河流之一。位于甘肃省西北部。上游有东西两源。西源为正源，出雅腰掌，长175千米，名黑河西岔；东源出景阳岭，长100千米，名黑河东岔。两河在黄藏寺附近汇合后向北大拐弯，切穿走廊南山，进入深山峡谷后始称黑河。河道较窄，谷宽50米左右，最窄处仅20米。至鹰落峡处出口后，黑河进入河西走廊，西北流至张掖市、临泽县后，有山丹河、犁园河注入。河面展宽，坡度变缓，河槽左右摇摆不定，大量河水下渗变为潜流。鼎新以下改称弱水或额济纳河，下游到额济纳旗湖西新村以北为两支：东河（纳林河）入苏古诺尔；西河（木林河）入嘎顺诺尔。全长约800千米。 |
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