塔里木河

基于BP神经网络和D-S理论的塔里木河输水目标预报研究

Study on the Discharge Target Forecast of Tarim River Based on BP Neural Network and D-S Theory

RS和GIS支持下的生态风险评估&以塔里木河下游为例

Ecological risk assessment based on remote sensing and geographic information system & A case study in the lower reaches of Tarim river

3S技术在新疆塔里木河下游生态环境动态研究中的应用

A Dynamic Study on Eco environment Lower Reaches of Tarim River Based on 3S Technique

基于ERDASIMAGING软件的TM影像几何精校正方法初探&以塔里木河流域为例

Discussion of method of TM Imagery geometric precision correction supported by ERDAS imaging software & taking Tarim River Basin as an example

近50a人类活动对西北干旱区水文过程干扰研究&以塔里木河流域为例

Study on the Disturbance of Human Activities on the Hydrological Process in Tarim River Watershed

基于ESV对塔里木河流域生态环境问题成因的重新认识

New Recognition of Ecological and Environmental Problems in Tarim River Area Based upon ESV

塔里木河流域近40a来气候、水文变化及其影响

Change of Climate and Hydrology in the Tarim River Basin during Past 40 Years and Their Impact

近50a来，塔里木河流域产生的土地荒漠化等生态问题的原因是人类活动对水文过程的干扰所造成。

The important factor which has caused the ecological problems such as land desertification in Tarim River Watershed is human activities disturbing the natural hydrological process in recent 50 a.

塔里木河生态环境演变及整治途径地下水非稳定流中erfc（λ）、ierfc（λ）逼近公式的推求及其应用

Reckoning of Erfc (λ) and Ierfc (λ) Approximation Formula in Non-Stable Groundwater Flows and Their Application in Tarim River Watershed

同时，研究结果表明，截止2002年9月，在塔里木河下游中段，生态输水对地下水影响范围为800m，天然植被恢复的范围为700m。

By the end of September 2002 , the result showed that the respond range of the ground water level was 800m from the river , and the respond range of vegetation was not beyond 700m at the middle part of lower reaches of Tarim River .

介绍了使用SWS-3型工程勘探与工程检测仪在塔里木河下游地区探测地下水水位的应用效果，并阐明了塔里木河下游地区潜水位面的变化规律。

This paper reports the results of applying SWS-3 type engineering exploration and exploration detection instrument to detecting the underground water table of lower Tarim River valley , and describes in brief the variation regularity of the phreatic water table in lower Tarim River valley .

针对复杂流域水资源变化模拟这一难点问题，基于单元模型思想，依据水量平衡原理，采用水文系统识别方法，提出了自适应系统识别单元模型（ASIU），并在塔里木河流域进行应用检验。

Based on the idea of unit model , the theory of water balance , and hydro-system identification method , the adaptive system identification unit model ( ASIU ), Which has been applied and checked up in the Tarim River Basin , has been put forward in the paper .

可持续发展能力建设与塔里木河流域水资源管理

Sustainable Development Capability and Water Resources Management in Tarim River Basin

历史时期塔里木河下游河道的一次大变迁

The changes of lower course of Tarim River in historical period

塔里木河下游断流河道应急输水与地表植被响应

Response of Vegetation to Water Input at Lower Dry Tarim River

农田排水对塔里木河水质盐化的影响研究

Effect of Drainage Water Quality in Main Stream of Tarim River

塔里木河流域林业生态工程建设规划

Program of Construction of Forestry Ecological Project in Tarim River Basin

塔里木河流域地表水资源及径流组成

Surface water resources and runoff composition in the Tarim River Basin

塔里木河河床演变和河道整治分析

Analysis of Riverbed Evolvement Process and Channel Regulation of Tarim River

塔里木河流域白杨农田防护林蒸散量计算模式研究

Calculation Model of Aspen Shelter Belt Evapotranspiration in Tarim River Basin

塔里木河的水资源利用与生态保护

Utilization of Water Resources and Ecological Protection in the Tarim River

塔里木河流域水量统一调度模型研究及应用

Research on Water Regulation Model of Tarim River and Its Application

新疆塔里木河流域生态脆弱带的环境质量综合评价

Comprehensive Assessment on Environmental Quality in Vulnerable Ecotone of Tarim River Basin

08m3生态水分5次流向塔里木河下游地区。

08 m3 ecological water flowing into this region for five times ;

塔里木河中游径流变化分析

Run of f Analysis of the Middle Reaches of the Tarim River

塔里木河近期水量调配基本问题探讨

Problems on the Tarim River Water Resources Redistribution in the Near Future

塔里木河流域主要生态问题与对策建议

Ecological Problems and Proposals in Tarim River Basin , Xinjiang

塔里木河流域水面蒸发折算系数分析

Conversion Coefficient of Water Surface Evaporation in Tarim River Basin

塔里木河干流引水灌溉及其对河道冲淤的影响

Study on Irrigation Diversion and Its Influence on Tarim River

塔里木河流域综合治理与节水型社会建设

Comprehensive regulations of Tarim river basin and water-saving society establishment