1) Hanjiang & Danjiang river basin
汉丹江流域
1.
Typical region divisions and distribution of soil erosion in Hanjiang & Danjiang river basin in Southern Shaanxi
汉丹江流域水土流失类型区划分及分布规律
2) Han and Dan river valley in Shanxi section
汉丹江流域陕西段
1.
Study on water environment capacity for Han and Dan river valley in Shanxi section
汉丹江流域陕西段水环境容量研究
3) Danjiang River Basin
丹江流域
1.
Through the research of present situation of water quality for the Hanjiang River,Danjiang River Basin,this paper has more detailed analyzed the cause to form the present water quality,proposed the protective contermeasures for water pollution in these river basins.
通过对汉江、丹江流域水质现状的研究,详细分析了形成丹江、汉江流域水质现状的成因,提出了该流域水质污染的防护的对策。
4) Hanjiang River Basin
汉江流域
1.
Present situation of water quality and protecting countermeasures for the Dan—Hanjiang River Basin in Shaanxi Province;
陕西省丹汉江流域水质现状及防护对策
2.
Hanjiang River Basin Water Resources Allocation Simulation Study;
汉江流域水资源配置模拟模型研究
3.
The community structure and biodiversity of macrozoobenthos in lower grade river-Heizhuchong stream of Hanjiang River Basin was investigated from June,2003 to June,2004.
2003年6月至2004年6月,对汉江流域上游支流——黑竹冲河的大型底栖动物群落结构与生物多样性进行了深入研究,结果表明:河流生物群落结构和生物多样性比较复杂,河流功能状况良好。
5) Hanjiang River Valley
汉江流域
1.
Comprehensive Management of Water Environment in Hanjiang River Valley;
汉江流域水环境综合管理
2.
From the point of view of special environment function zone in mid and upper reaches of Hanjiang River valley, the existing status to develop yellow ginger industry and major environment problem generated was analyzed, the countermeasures were also raised to control pollution by using ecologic principle.
从汉江流域中上游特殊环境功能区位出发,分析了黄姜产业开发现状及由此产生的主要环境问题,并运用生态学原理对污染综合防治提出了对策。
6) Hanjiang River catchment
汉江流域
1.
Transportation and fate of pesticide in surface water environment case study at Hanjiang River catchment;
降雨事件中农药的迁移与归宿——以汉江流域为例
2.
According to the meteorology and soil property at the middle-lower reaches of Hanjiang River catchment, modeling results showed that methamidophos, dimethoate and alachlor could easily leach through soil and constitute risk to the groundwater.
选择应用范围广、用量大、毒性高的7种农药为目标污染物,以汉江流域的中下游地区的气象与土壤特征为条件进行模拟,结果表明,甲胺磷、乐果、甲草胺容易在土壤中淋溶,对地下水造成很大威胁。
3.
Geochemical behavior and fate of pesticides at the middlelower reaches of Hanjiang River catchment are calculated by using EQC model in this paper.
以汉江流域的中下游地区为研究区域,选择应用范围广、用量大、毒性高的农药为目标污染物,采用EQC模拟农药的地球化学行为和归宿,评价农药使用对地表水环境的影响,结果表明,绝大多数农药存在于土壤和水环境中。
补充资料：丹江
| 丹江 中国汉江最长支流。位于豫、鄂、陕三省边境一带。源出陕西省商州市西北的凤凰山东南麓，东南流，经河南省，到湖北省丹江口市入汉江。全长 390千米。河谷呈串珠状，峡谷与盆地相间，从丹江口溯江而上依次为江口峡谷、李家桥盆地、关防滩峡谷、紫荆关盆地等。下游，在沿豫鄂两省边界流行过程中，先后接纳了来自伏牛山南麓的许多河流，主要的有淅川、淇河等。多年平均径流量（西峡站） 9.107亿立方米，汛期（6～9月）占年径流量63.9％。1973年在下游建成丹江口水利枢纽工程。
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参考词条