Qingshui River

  • 网络清水河;清水溪
Qingshui RiverQingshui River
  1. Analysis on the Current Condition of Land Use of the Qingshui River Valley

    清水河流域土地利用现状分析

  2. Numerical Simulation of Groundwater Flow in the Qingshui River Plain , in Ningxia Province

    宁夏清水河平原中游地下水数值模拟

  3. On the Historical Change of Wood Market in Qingshui River Valley

    试论清水江木材集市的历史变迁

  4. The Logic of Governing Regional Public Affairs : A Case Study of Governing the Polluted Qingshui River

    区域公共事务的治理逻辑:以清水江治理为例

  5. Study on attached diatoms of Mian mountain Qingshui River

    绵山清水河着生硅藻之研究

  6. A Systematic Analysis of Food Self-suffcient Ability in Qingshui River Watershed of Guyuan Prefecture

    固原地区清水河流域粮食自给能力系统分析

  7. Distributed hydrological model based on DEM in Qingshui River Basin ; Distribution and Correlation between ABO and Rh Blood Groups

    基于DEM的清水河分布式水文模型abo和Rh血型分布及其相关性分析

  8. A study of the soils on the northern slope of the Nanshan mountains in the Qingshui River Watershed

    北京清水河流域南山北坡土壤研究

  9. The Historical and Cultural Value of Civil Genealogy : An Initial Investigation of Tianzhu County Located in Downstream Qingshui River

    民间谱牒的历史价值&对清水江下游天柱县的考察

  10. During the comprehensive regulation of Qingshui River in Wutai Mountain Zone , the water view construction is a very important aspect of regulation .

    在五台山清水河河道综合治理中,水面景观建设是一个重要方面。

  11. Dimen Village sits at the origin of Qingshui River . It mostly rains throughout a year .

    地处清水江源头的地扪村,一年中阴雨天居多。

  12. Qingshui river basins is an area where minorities inhabit and its economies get less developed in the south-east of Guizhou Province .

    清水江流域是贵州省少数民族聚居、经济落后的地区。

  13. Ecological Renovation of Small Watershed in Rural-Urban Fringe of Developing City & A Case From the Ecological Renovation in Qingshui River of Chengdu City

    发展型城市城乡结合部小流域生态整治试点&以成都市清水河整治为例

  14. Ecological Environmental Vicissitudes of Qingshui River Basins and Sustainable Development ; Supervise cleaners and housekeeping contractor to maintain office and public place housekeeping .

    清水江流域的生态环境变迁与可持续发展管理清洁工,保持办公区域和公共区域的卫生整洁。

  15. Sequence polymorphism of mtDNA D-loop in the population of the endangered species Onychostoma rara from the Qingshui River

    濒危鱼类稀有白甲鱼清水江种群mtDNAD-loop序列多态性

  16. The periodic change of the precipitation led to a same change trend with the streamflow abundant or dry up in Qingshui River , but only with time lag slightly .

    降水的阶段性变化特点使清水河也表现出基本相同的丰枯特点,只是时间上略有滞后;

  17. First , it outlines the natural and human environment , on which the forestry economy of Qingshui River Basin was based , including climate , soil , geography , transporation and culture .

    首先概述清水江流域林业经济所依托的自然及社会环境,其中包括气候、土壤、地形、交通以及文化等方面。

  18. The multi-section songs of Dong nationality going with flower-bridges and drum-buildings have been sung from Qingshui River in Guizhou to Seine River in Paris .

    伴随着花桥鼓楼一路走来的侗族大歌从清水江边唱到了巴黎的塞纳河畔;

  19. Based on the historical records and this survey , it was concluded that the fish fauna in the Qingshui River comprised 86 species ( subspecies ), 57 genera , 13 families and 4 orders .

    结合文献记录与调查表明:清水江共有鱼类4目13科57属86种(亚种),其中仅胡子鲇为外来种;

  20. A total of more than 2500 specimen of fish belonging to 71 species ( subspecies ) in the Qingshui River , Guizhou Province were collected in 2002 & 2004 , and their ecological habits were surveyed .

    为了系统研究清水江的鱼类区系和生态类型,在2002&2004年对清水江进行了鱼类标本的采集和生态学调查。共采集鱼类标本2500余号,经鉴定为71种(亚种)。

  21. In the process of clan development , the local original system and culture has conflicted with Chinese culture , they have still shaded into each other at the same time , and finally forming the characteristic clan culture of the Qingshui River valley .

    在宗族发展的过程中,当地原有的制度文化与汉文化不断碰撞融合,形成了清水江流域特有的宗族文化。

  22. After , it compared the natural frequency through the test and the theoretical results of ANSYS . It also analyzed the safety assessment of a suspension bridge Qingshui river . Finally , it proposed a summary of the full text , and put forward the direction of further research .

    进而根据所得到的自振频率和ANSYS的理论结果进行了比较,并对清水河悬索桥进行了安全评价分析。最后,对全文进行了总结,并提出了进一步研究工作的方向。