岷江流域,Minjiang River Basin
1)Minjiang River Basin岷江流域
1.Surface Water Quality Assessment inMinjiang River Basin by Fuzzy Synthetic Evaluation Method;岷江流域地表水水质的模糊综合评价
2.Study on method for extraction of river network in Dujiangyan area withinMinjiang River Basin based on GIS and DEM基于GIS和DEM岷江流域都江堰区域河网水系的提取方法研究
3.This article discusses the reasons for the Minjiang river basin s flood in the Qing Dynasty.清代岷江流域洪灾发生的原因主要有自然因素和人为因素。
英文短句/例句
1.THREE NEW SPECIES OF LASIOHELEA FROM MINJIANG RIVER BASIN, SICHUAN (DIPTERA: CERATOPOGONIDAE)岷江流域蠛蠓三新种(双翅目:蠓科)
2.Surface Water Quality Assessment in Minjiang River Basin by Fuzzy Synthetic Evaluation Method;岷江流域地表水水质的模糊综合评价
3.Study on Soil Erosion Changes and the Controlling Strategies in the Minjiang River Valley;岷江流域土壤侵蚀演变与治理对策研究
4.Study of Minjiang Watershed Datasharing System Based on Smart Client基于智能客户端的岷江流域数据共享系统研究
5.Study on method for extraction of river network in Dujiangyan area within Minjiang River Basin based on GIS and DEM基于GIS和DEM岷江流域都江堰区域河网水系的提取方法研究
6.The Danba Qiang people migrated from the Minjiang River basin into the Dadu River valley in the rein of the Qing Dynasty .分布在大渡河流域的丹巴羌族,于清乾隆年间由岷江流域迁入。
7.Application of wavelet transform to monthly runoff time serial analysis in Zagunao watershed,the upper Minjiang River.小波变换在岷江上游杂古脑流域径流时间序列分析中的应用
8.The Relation between Landscape Variation and Soil Erosion Dynamics in the Minjiang River Headwater Region in Sichuan, China;岷江源头区植被景观与流域土壤侵蚀的动态相关性
9.Study on Biomass Compositions of Principal Vegetations and Their Relationships in the Dagou Valley of the upper Minjiang River;岷江上游大沟流域主要植被生物量组成及影响因子研究
10.Water Holding Capacity of Litters in Different Vegetation Restoration Stages in Dagou Area,the Upper Reaches of Minjiang River岷江上游大沟流域不同恢复阶段植被枯落物的水源涵养效应
11.Remote Sensing Model and Inversion of Canopy Rainfall Interception in the Upstream of Minjiang Valley岷江上游典型流域林冠截持降雨遥感模型与反演
12.The Research on Mountain Disasters" Impact on Water Quality in Drought Valley Areas of Minjiang River"s Upper Stream--A Case Study of Longdong Gou Valley in Mao County;岷江上游干旱河谷带山地灾害对水质影响研究——以茂县龙洞沟流域为例
13.Dong Xiangqin"s Ditty in Pine Woods and the Regional Culture of Min River Valley董湘琴的《松游小唱》与岷江河谷地域文化
14.Study on the Prevention and Control Countermeasures for Water Pollution of the Main Channel of Minjang River (Chengdu Reach)岷江干流(成都段)水体污染防治对策研究
15.The upper Reach of the Minjiang River Runoff Analysis and Its Forecast;岷江上游径流变化特性分析及其预测研究
16.The current situation of taeniasis/cysticercosis in Yajiang Area of Sichuan Province and Ming Area of Gansu Province四川雅江县和甘肃岷县绦/囊虫病流行现状调查
17.Impact of Mountain Hazards Induced by Wenchuan Earthquake on the Hydropower Projects Along Dujiangyan-Wenchuan Highway地震次生山地灾害对岷江干流都江堰-汶川段水电工程的影响
18.Distribution and depth of edge influence on surface soil moisture in field-forest boundary in arid valley of upper reaches of Minjiang River岷江上游花椒地/林地边界土壤水分分布及影响域
相关短句/例句
the Minjiang River valley岷江流域
1.Based on remote sensing data of 1995 and 2000 ofthe Minjiang River valley(MRV)and field investigation in ,changes of soil erosion and their driving factors in the MRV has been studied.依据1995年、2000年土壤侵蚀遥感数据并结合实地调查资料,研究岷江流域土壤侵蚀演变规律及其驱动力。
2.The ecological safety ofthe Minjiang River valley is vitally important in ensuring economic development of Sichuan and in guarantying ecological safety in the Yangtze River valley.岷江流域是长江流域重要的一级支流,也是长江流域的主要产沙源之一,作为长江上游生态屏障建设的重点区和四川重要的经济发展区,流域的生态安全对确保四川经济健康发展和维护长江流域的生态安全具有重要意义。
3)the Minjiang River Basin岷江流域
1.Analysis of flow and sediment variation features ofthe Minjiang River Basin in the upstream Yangtze River;长江上游岷江流域水沙变化特征分析
2.Based on a Pressure-Status-Response model, fifteen selected indexes were formulated to study the status, dynamic changes and their driving factors of ecological security inthe Minjiang River Basin on a time span from 1995 to by an integrated application of Analytic Hierarchy Process, Fuzzy Compositive Assessment, Time Series Forecasting Method and Principal Component Analysis.本文从岷江流域生态安全变化入手,基于PSR模型构建生态安全评价指标体系,采用层次分析、模糊综合评判、时间序列预测、主成分分析等综合分析方法,评价岷江流域1995～生态安全状况、动态变化过程及其驱动力因素;同时,从流域尺度预测～生态安全发展状况,通过主要预警因子的分析与提取,建立生态安全预警模型,对岷江流域中长期生态安全进行预警。
4)the upper reaches of Minjiang river岷江上游流域
1.A floristic study on seed plants inthe upper reaches of Minjiang river;岷江上游流域种子植物区系研究
5)Minjiang upriver and Qingyijiang river basin岷江中上游及青衣江流域
6)Minjiang River岷江
1.Edge effects of forest landscape in upper reaches ofMinjiang River;岷江上游森林景观边界效应
2.Acquiring Scientific Outlook for Properly Developing Water Resources ofMinjiang River;树立科学发展观 合理开发岷江水资源
3.Analysis on flood encounter of Jinsha riverand Minjiang river;金沙江、岷江洪水遭遇分析
延伸阅读
岷江岷江长江上游支流。位于中国四川省中部。源出松潘县岷山南麓。岷江东源出弓杠岭，西源出郎架岭。两源于红桥关汇流后，自北向南流，经汶川县、乐山市、犍为县，于宜宾注入长江。干流长735千米，流域面积13.5万平方千米。支流多位于西岸，主要有黑水河、杂谷脑河、渔子溪、白沙河、大渡河、青衣江、马边河和越溪河等。岷江在都江堰市以上，河道穿行于崇山峻岭之间。由都江堰市进入都江堰灌区，河流分内、外两大水系，主流外江又称正南江。各河系到彭山江口复合，下至乐山市。乐山至宜宾为下游，两岸为低山起伏的丘陵区，水流平缓，河口附近有冲积阶地。流域降水丰富，多年平均径流深676毫米，年均径流量916亿立方米。5～10月为丰水期，6～9月为汛期，暴雨频繁，往往出现大洪水。11月～翌年4月为枯水期。河水含沙量较少，平均为0.2～1.0千克/立方米。多年平均输沙量4950万吨。都江堰市有著名的都江堰水利工程，灌溉成都平原。都江堰市以下可通航。
