1) Middle and lower reaches of the Yalu River
鸭绿江中下游
2) the middle and lower reaches of Hanjiang River
汉江中下游
1.
The water transfer project from Yangtze River to Hanjiang River, as a matching project of the South-to-North Water Transfer will make a great effect on the eco-environment of the middle and lower reaches of Hanjiang River.
引江济汉工程作为南水北调的配套工程,将在改善汉江中下游生态环境方面发挥不可忽视的作用。
3) middle and lower reaches of the Yangtze River
长江中下游
1.
Fluvial process forecasting for the middle and lower reaches of the Yangtze River;
长江中下游的河床纵剖面演变分析及预测
2.
Several issues on sand excavation planning modification in mainstream channels of the middle and lower reaches of the Yangtze River;
长江中下游干流河道采砂规划修编中几个问题的探讨
3.
Spatial and temporal distribution and climatic characteristics of flood in middle and lower reaches of the Yangtze River in 1849;
1849年长江中下游大水灾的时空分布及天气气候特征
4) the middle and lower reaches of the Yangtze River
长江中下游
1.
Study on ecological flow in the middle and lower reaches of the Yangtze River;
长江中下游河道生态流量研究
2.
The working principle of the acoustic doppler profiler and its applications in the middle and lower reaches of the Yangtze River;
声学多普勒流速剖面仪原理及其在长江中下游的应用
3.
Magnetic properties of sediments in the middle and lower reaches of the Yangtze River;
长江中下游河流沉积物磁性特征初探
5) middle and lower reaches of Hanjiang river
汉江中下游
1.
Effect and Countermeasure of the Middle Route Project of South to North Water Transfer on Ecology and Environment in the Middle and Lower Reaches of Hanjiang River;
南水北调中线工程对汉江中下游生态环境的影响与对策
2.
This paper deals with the current and possible problems of environmental geology in the middle and lower reaches of Hanjiang river,which is the source place for the northward water supply project.
在分析南水北调中线工程运行后可能产生环境地质问题的基础上,结合目前业已存在的环境地质问题,将汉江中下游分为鄂北岗地、汉江夹道、引江济汉工程、汉江下游和武汉市(长江以北部分)地质环境综合整治区5个区,在此基础上对各区地质环境合理开发与综合整治提出具体对策建议。
3.
A coupled water quantity-quality model for water resources allocation in the middle and lower reaches of Hanjiang River is presented;in which water quantity and quality are both considered as key factors in water allocation process.
选取汉江中下游为研究区域,建立了汉江中下游水量水质耦合模型。
6) middle and lower Hanjiang River
汉江中下游
1.
Current situation of water quality of the middle and lower Hanjiang River and trend of its pollution;
汉江中下游水质现状及污染趋势分析
2.
Water pollution control model for middle and lower Hanjiang River;
汉江中下游水污染控制规划模型研究
补充资料：鸭绿江风景区
鸭绿江风景区位于鸭绿江中下游丹东市境内，东起浑江口,西至大东港,全长210公里。总面积824.2平方公里(含朝鲜水面)，保护区面积200平方公里。
鸭绿江因为水的颜色而得名，那碧绿的江水，犹如雄鸭脖颈的莹绿，先人们便称其为鸭绿江，沿袭至今，在早以前，鸭绿江的古称为马訾水。鸭绿江古称坝水，汉称为訾水，唐朝始称鸭绿江，因其水色青绿、恰如鸭头而得名。鸭绿江发源于吉林省长白山南麓，流经长白、集安、宽甸、丹东等地，向南注入黄海，全长795公里，是中朝两国的界河。鸭绿江流经丹东市约300公里。此段江面宽阔，两岸风光秀丽，在入海口一带，盛产大银鱼。鸭绿江造桥历史很早，可上溯到辽代，20世纪初，鸭绿江上始建铁桥，先后在丹东和朝鲜新义州之间建了二座。
第一座建于1909年，是座开闭式桥梁。1950年朝鲜战争中被美国飞机炸毁，桥墩至今犹存，现辟有端桥游览区。第二座桥建于1940出年，为铁路、公路两用桥，全长940米，属中朝两国共管。它是中朝两国的交通要道，也是游人观光览胜的景点。
鸭绿江风景名胜区地理位置优越，气候冬暖夏凉，山青水秀，一览中朝两国风光而独具特色。
鸭绿江风景区位于鸭绿江中下游，与朝鲜碧潼、清水、义州、新义州隔江相望，江水蜿蜒舒缓，两岸峭壁嶙峋，林木郁郁葱葱，形成了绚丽多彩的自然景观，古代城堡遗址，明代万里长城遗址、近代战争遗迹，现代桥梁和大型水利工程，组成丰富的人文景观，风景区分为六大景区，即江口、大桥、虎山、太平湾、水丰、绿江景区。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条