叶尔羌河

叶尔羌河灾害性突发洪水系由冰川阻塞湖泄洪所致。

The disastrous flash floods in Yarkand River were caused by the dewatering of glacier-dammed lakes .

根据遥感图象（TM）对叶尔羌河平原绿洲水盐监测区进行了土地类型的判读，区分农区和非农区两大类型。

The water and salt monitoring region of Yerqiang River basin plain oasis are divided into two categories , agriculture area and non-agriculture area , based on the Remote Sensing imagines ( TM ) .

叶尔羌河流域潜水蒸发规律试验分析

Analysis of the phreatic evaporation in Yarkant River basin , Xinjiang

干旱区人工绿洲规模的预测研究&以新疆叶尔羌河平原绿洲为例

A Forecasting Study on the Artificial Oasis Scale in Arid Land

新疆叶尔羌河流域中游渠首水闸基础处理试验研究

Foundation Treatment Experimental Study of Canal Head Sluice in Xinjiang Yarkant River Basin

生态问题将成为叶尔羌河流域社会经济的可持续发展的制约因素。

Eco-environment issues will restrict the socio-economic sustainable development of Yarkant river basin .

新疆叶尔羌河流域水资源分配与绿洲生态

Distribution of Water Resources of Yarkant River Basin and Its Oasis Ecology in Xinjiang

40年来叶尔羌河流域景观变化过程分析

Analysis on the landscape processing changes of Yarkant River Basin in recent 40 years

新疆叶尔羌河流域温度与降水序列的小波分析

Wavelet Analysis of Temperature and Precipitation Variation in the Yarkant River Basin , Xinjiang

新疆叶尔羌河突发性洪水初步研究

A preliminary study of the outburst floods in the Yarkant river , Xinjiang Autonomous Region

近期气温变暖叶尔羌河冰湖溃决洪水增加

An Increasing Glacial Lake Outburst Flood in Yarkant River , Karakorum in Past Ten Years

叶尔羌河、喀什噶尔河流域绿洲环境变化及环境治理

The Change and Administration of the Ecological Environment in the Oasis of Yarkant and Kaxgar River Basin

叶尔羌河下游公益林植物群落分类及其物种多样性特征

Classification and Species Diversity of Plantation Communities of the Commonweal Forestry in Lower Reaches of Yarkant River

叶尔羌河上游有冰原湖，1~2年就会发生一次冰川溃坝洪水。

Yeerqiang River upstream lake ice , 1 ~ 2 years will be an ice dam-break flood occurred .

近期喀喇昆仑山叶尔羌河冰川阻塞湖突发洪水及冰川变化监测分析

Monitoring and Analyzing the Glacier Lake Outburst Floods and Glacier Variation in the Upper Yarkant River , Karakoram

叶尔羌河1987年洪水予报与未来洪水趋势予测

The Prediction of the 1987 Flood and the Estimation of the Tendency of Floods , Yarkand R.Xinjiang The Flood TRENDS

确定了流域水资源最优调配的基本原则，建立了叶尔羌河流域水资源最优调配模型，运用优化模拟技术进行求解，得出了叶河流域水资源最优调配方案。

On base of which the rule and the model of optimal operation are established , and the optimal dispatching schemes are acquired by using optimal-simulation method .

因此，如何协调好水资源、社会经济和生态环境之间的关系，成为叶尔羌河流域亟待解决的问题。

Therefore , how to deal with the relationship among water resource , eco-environment and social economy had become the important issue need to be solved urgently .

摘要叶尔羌河洪水动态规律极为复杂，以其极高的起涨速率、异常的高洪峰值闻名于世。

The Yarkant River flood dynamic rule is extremely complex , extremely high rises the speed by it , the unusual high flood peak value is world famous .

在夏季，绿洲平均气温的增温变化趋势要小于背景变化趋势，有些绿洲地区如吐-善-托盆地和叶尔羌河流域绿洲气温变化趋势还略呈下降趋势。

Specifically , the warm trend in oases is lower than the background change trend in summer . There were slight cool trends in some oasis sites , such as the Turpan-Shanshan-Toksun Basin and the Yarkant River watershed .

第三部分依然采用启发式搜索的方法对叶尔羌河月径流量的原始序列、分月序列以及标准化序列分别建立了类比合成方法的预报模型，并用实测值对预报结果进行了检验分析。

In the third part , the same method is used to develop prediction models for the original monthly runoff , runoff of each month and standardized monthly runoff time series , and the results of forecasting are compared with the measured runoff .