1)Maotiaohe river basin猫跳河流域
1.Assessment on land use/cover change in karst areas based on landscape ecology——A case study at Maotiaohe river basin, Guizhou, China;基于景观生态学的喀斯特生态脆弱区土地利用/覆被变化评价——以贵州猫跳河流域为例
2.Taking Maotiaohe River Basin in middle part of central Guizhou Province,southwest China as study area,the land cover change under different scenarios in the coming 10 years was simulated by CLUE-S model.该文运用CLUE-S模型模拟研究了贵州中部猫跳河流域在不同情景模式下未来十年内土地覆被的空间变化情况。
英文短句/例句
1.Quantitative study on land cover changes and the driving forces in Maotiaohe basin;猫跳河流域土地覆被变化及其驱动力定量研究
2.Simulation of Farmland Spatial Pattern in Maotiao River Basin,Guizhou Province;贵州省猫跳河流域耕地空间分布格局模拟
3.Study on Methane Emission of Cascade Reservoirs on Maotiaohe River Basin in summer猫跳河流域梯级开发水库夏季甲烷排放研究
4.Phytoplankton Composition and Evaluation of Water Quality of Maotiao River in Nomal Water Season猫跳河流域平水期浮游植物与水质评价
5.CHANGE CHARACTERISTICS OF PHOSPHORUS IN CASCADE RESERVOIRS ON MAOTIAO RIVER SYSTEM IN SUMMER猫跳河流域梯级水库磷的夏季变化特征
6.PRODUCING AND RELEASING MECHANISM OF N_2O IN CASCADE RESERVOIRS OF MAOTIAO RIVER IN SUMMER猫跳河流域梯级水库夏季N_2O的产生与释放机理
7.Evaluation on Ecological Security of Land Resources in Towns--A Case Study of Maotiao River,Guizhou Province;小城镇土地生态安全评价研究——以贵州省猫跳河流域为例
8.Spatial Simulation Using GIS and Artificial Neural Network for Regional Poverty--A Case Study of Maotiaohe Watershed,Guizhou Province;基于GIS和人工神经网络的区域贫困化空间模拟分析——以贵州省猫跳河流域为例
9.STUDY ON ECO-ECONOMIC REGIONALIZATION AND DEVELOPMENT IN KARST MOUNTAINOUS AREAS--a case study of the Maotiao River watershed,Guizhou province;喀斯特山区生态经济区划及生态建设研究——以贵州省猫跳河流域为例
10.Assessment on land use/cover change in karst areas based on landscape ecology--A case study at Maotiaohe river basin, Guizhou, China;基于景观生态学的喀斯特生态脆弱区土地利用/覆被变化评价——以贵州猫跳河流域为例
11.Dissolve Inorganic Carbon and Its Carbon Isotope Composition in Cascade Reservoir of the Maotiao River During Summer and Autumn猫跳河流域梯级水库夏-秋季节溶解无机碳(DIC)含量及其同位素组成的分布特征
12.Impacts of spatio-temporal changes in agricultural land on giant panda habitat:A case study in the Baicaohe watershed of the mid-Minshan Mountains农用地时空变化对大熊猫生境的影响:以岷山中部地区的白草河流域为例
13.Study on Riverine Carbon Flux and Erosion of Zhujiang (Pearl) River Drainage Basin;珠江流域河流碳通量与流域侵蚀研究
14.Cooperation of the riparian countries in international river basin--a case of the Red River国际河流流域国的合作——以红河流域为例
15.Study on Hydrologic Drought Characteristics of Main Rivers in Weihe River Basin;渭河流域主要河流水文干旱特性研究
16.Gambia River Basin Development Organization冈比亚河流域开发组织
17.Niger Basin Authority尼日尔河流域管理局
18.Organization for the Ruvuma Basin Development鲁伍马河流域开发组织
相关短句/例句
Maotiaohe Basin猫跳河流域
1.The Development Plan of Maotiaohe Basin;猫跳河流域水电开发规划（回顾）
2.Quantitative study on land cover changes and the driving forces in Maotiaohe basin;猫跳河流域土地覆被变化及其驱动力定量研究
3.The coordinated degree C of sustainable development in the Maotiaohe Basin may be solved by the graphical method of 3-end-mumber diagram.在猫跳河流域 ,用三端元三角形图的图解方法 ,求解流域持续发展的协调度 C。
3)Maotiao River猫跳河
1.Dissolve Inorganic Carbon and Its Carbon Isotope Composition in Cascade Reservoir of the Maotiao River During Summer and Autumn猫跳河流域梯级水库夏-秋季节溶解无机碳(DIC)含量及其同位素组成的分布特征
2.Maotiao River as a tributary of Wujiang River, which had been entirely exploited also the first since 1960s.作为乌江一条重要支流的猫跳河是贵州水利开发最早的一条河流,也是全国第一条完成全流域梯级水电开发的河流,全河流分六级开发。
3.The study investigated the phosphorus retention effects of cascade reservoirs of Maotiao River in summer,which had been entirely exploited by 1960s.调查了我国第一条全流域梯级水电开发的河流——猫跳河中梯级水库对磷的拦截效应。
4)Maotiaohe cascade station猫跳河梯级电站
5)step development of Maotiao River猫跳河梯级开发
6)Cascade N HydroPOwer Station on Maotiaohe River猫跳河四级水电站
延伸阅读
猫跳河 贵州省水电梯级开发的典型河流。乌江右岸支流。位于省境中部。因其下游狭窄，大猫（贵州对老虎的俗称）可跳石越峡，故称猫跳河。发源于安顺长山，流经平坝、清镇、修文等县,在杨桥汇入乌江。全长180公里，流域面积3195平方公里。红枫湖以上为上游，五里桥为中、下游分界。河口年均流量55.9立方米／秒，河流比降3.04‰。4～9月汛期流量占全年径流量的78％。河水暴涨暴落,洪枯流量变幅达938倍。流域碳酸盐岩层出露面积达70％，喀斯特发育。中、上游水系密集，呈树枝状,谷宽水缓,海拔多在1200～1400米，以峰林盆地、峰林谷地地貌为主；中、下游河谷深切成200～300米的峡谷，流急、滩多、支流稀少且常潜入地下，或在入口处形成瀑布,沿河常有大泉(暗河)汇入。一般海拔在700～1200米，相对高度可达300～500米以上。地貌以峰丛洼地、峰丛山地为主，沿岸多深邃竖井，落水洞，地下水深埋。猫跳河天然落差达549米，水能蕴藏量丰富,干流达20.42万千瓦,加之沿河有多处适宜修建中型电站的坝址，自1958～1974年已先后进行了6个梯级开发,共装机23.9万千瓦，是中国强喀斯特发育区进行梯级水电开发的成功典型。(见彩图)
