松花湖流域,Songhua Lake basin
1)Songhua Lake basin松花湖流域
1.The Songhua Lake basin is located at central south of Jilin Province, which crosses 13 city county areas, approximately taking 22.松花湖流域是我省的重要水资源基地和饮用水源地,流域整体环境的好坏,对吉林省乃至东北地区的发展具有重要意义。
英文短句/例句

1.Study on the Soil Losses and Eutrophication in the Songhua Lake Basin松花湖流域水土流失与湖泊富营养化研究
2.The Regional Differentiation Rules of Main Rivers and Lakes Pollution in the Second Songhua River Basin;第二松花江流域主要河湖污染的地域分异
3.Study on the effect of land use change on the ecoenvironment in the 3-lakes of the Songhua River;松花江三湖流域土地利用变化的生态环境效应研究
4.The Research of Water Contamination to Second-songhuajiang River in Songyuan City;第二松花江流域松原市江段水污染控制研究
5.Application of Spatial Interpolation to the Precipitaion Distribution in the Songhua River Basin;基于DEM的松花江流域降水量插值研究
6.Change and Projection of Climate in the Songhua River Basin松花江流域气候变化及ECHAM5模式预估
7.Effect of ENSO Event on the Summer Precipitation in Songhua River BasinENSO事件对松花江流域夏季降水的影响
8.Improvement of geophysical drilling technique in quicksand area of Songhua River drainage.松花江流域流沙区物探钻井技术的改进
9.The Characteristics of Historical Floods Formation in The Valley of Nenjiang River松花江支流嫩江流域历史洪水形成演绎特征
10.Water Quality Assessment in Songhuahu Lake(2001~2005)2001~2005年松花湖水质评价
11.Intelligent decision on optimization of storage-detention flood area alternatives in Songhua River basin松花江流域蓄滞洪区方案优选智能决策研究
12.Analysis of Summer Precipitation and Water Level Variation over Nen River and Songhuajiang River Valley嫩江、松花江流域夏季降水与水位变化分析
13.Application of Water Quantity and Quality Model Based on SOBEK in Songhua River Basin;基于SOBEK的水量水质模型在松花江流域的应用
14.Study on the Layout of the Harbour in the Songhua River Basin of JiLin Provice;松花江流域吉林省境内港口布局规划研究
15.The Analysis of Songhuaiiang River Basin Climatic Changes and Prediction;松花江流域气候年代际变化分析及预测
16.Research of Agriculture Exploiture and Disaster in the North-East Region in Late Qing;清末松花江流域的农业开发与自然灾害研究
17.Water Pollution in the Songhuajiang River and Establishment of Basin Ecological Compensation Program;松花江水污染事件与流域生态补偿的制度构建
18.Kuan Yongtong Treasures and therr Background of being wnearthed in the Songhua River basin;松花江流域出土的宽永通宝及其历史背景
相关短句/例句

the 3-lakes of the Songhua River松花江三湖流域
1.Study on the effect of land use change on the ecoenvironment in the 3-lakes of the Songhua River;松花江三湖流域土地利用变化的生态环境效应研究
3)Songhuajiang River Basin松花江流域
1.Integrated Assessment of Non-point Source Pollution in Songhuajiang River Basin;松花江流域非点源污染负荷估算与评价
2.Discussion on investigation method of surface source pollution in Songhuajiang river basin;松花江流域面源污染调查方法初探
3.Relation between flood and ecological environment in Songhuajiang river basin;松花江流域洪水与生态环境关系
4)Songhua river area松花江流域
1.The Songhua River Geographic Information System which based on SuperMap use GIS technology to manage the whole Songhua River area.松花江流域地理信息系统利用地理信息系统技术,以组件式G IS-SuperM ap为基础,对松花江全流域空间信息进行管理,不仅实现了松花江全流域的污染模拟分析功能,还融合遥感影像、数字高程模型,实现了松花江全流域三维动态模拟功能。
2.In this paper, the values of water ecosystem and its influencing factors are discussed basically on Songhua river area.本文以松花江流域为重点,探讨水生态系统价值的内涵及其影响因素。
5)Songhua River Basin松花江流域
1.Study on Features of Urban Development in Songhua River Basin with the View of Region;区域视野下松花江流域城市发展特征研究
2.The Diagnoses of pH Abnormal Change in Songhua River Basin;松花江流域pH值异常变化的监测分析
3.Game analysis of government intendance and enterprise control of water pollution disaster:a case study on Songhua River Basin水污染灾害的政府监管与企业治污博弈分析——松花江流域案例研究
6)Songhuajiang Watershed松花江流域
1.Based on the Remote Sensing(RS) and Geographical Information System(GIS) technologies,the remote sensing image of Landsat TM in 1989 and 1995,and Landsat ETM+ in 2002 of Songhuajiang watershed were used to retrieval and calculate the NDVI of study region.利用遥感和地理信息系统技术对1989,1995年的Landsat TM数据和2002年Landsat ETM+三期遥感数据进行处理,反演和计算松花江流域的归一化植被指数(NDVI),在此基础上,获取研究区域植被覆盖度。
延伸阅读

松花湖松花湖中国在建设丰满水电站时筑坝形成的人工湖。曾名丰满水库。位于吉林省吉林市东南的松花江上游。湖体沿山区峡谷延伸,湖面曲折,长约200千米,平均宽近3千米,最宽处10多千米。面积480平方千米。直接入湖河流有150多条,年径流总量140亿立方米。平均水深20米,最深处80多米,蓄水量约110亿立方米。具有发电、防洪、灌溉、养鱼、航运等多种效益;又是吉林市城市工业和生活水源地。湖北岸拦河大坝高91米,使坝上下水面形成67米的落差。每年12月中旬湖面结冰,冰层厚约1米,次年4月消融。松花湖风光