潮河

  • 网络tidal river;Chaohe River
潮河潮河
  1. 感潮河流水环境容量计算&以太湖流域太浦河为例

    Calculation of tidal river environmental capacity using Taipu River in Taihu Basin as an example

  2. 以占密云水库以上集水流域面积31%的潮河流域作为研究区域。

    The Chaohe River basin , which accounts for31 % of the area of upper Miyun Reservoir catchment , was selected as the study area .

  3. 削减畜禽养殖排放污染物和减少化肥的使用,能有效地降低潮河流域TN、TP入库负荷,并能一定程度上削减白河流域TP入库负荷,但对TN入库负荷削减较少。

    Cutting livestock discharges and reducing fertilizer applications can efficiently reduce total nitrogen and total phosphorous loadings in the Chao River sub-watershed and can partially reduce total phosphorous loadings in the Bai River sub-watershed , but will have little effect in the total nitrogen loadings .

  4. 潮河土坝抗震加固设计

    Seismic rehabilitation design of an earth dam Mystic River

  5. 利用降水-径流经验统计模型,定量评估了潮河流域降水变化与人类活动对流域年径流量的影响程度。

    Based on the SIMHYD rainfall runoff model , the performance of the model is tested in seven sub-catchments of Wudinghe River basin .

  6. 南水北调中线潮河隧洞方案上第三系粘土岩、砂岩的工程性质

    Engineering Properties of Clay Rock and Sandstone in Upper Tertiary System for Chao River Tunnel Scheme in the Middle Line of South-to-North Water Diversion

  7. 依据水质自动监测系统数据,对密云水库重要入库支流-潮河古北口省界断面水质变化趋势、水质特性等进行了详细讨论与分析。

    The changing trend on water quality of Chaohe Gubeikou provincial section , which is an important Miyun Reservoir 's tributary , was discussed and analyzed .

  8. 潮河流域气候变化的贡献率为24%,而人类活动的贡献率高达74%,是导致径流减少的主要原因。

    In the Chao River Basin , such contribution rates are 24 % and 74 % , i. e. , human activities are the main reason for runoff decrease .

  9. 非点源污染主要发生在汛期,潮河流域的非点源污染流失状况比白河流域严重。(3)计算了密云水库1986~1991年间营养物污染的贡献率。

    NPS pollution mainly takes place in flood season , and it is more serious in the Cao River watershed than that in Bai River watershed . ( 3 ) The nutrition contributing ratio in the Miyun Reservoir was estimated .

  10. 顺潮驶向哈得逊河上游有些人宁可顺应潮流。

    Tiding up the Hudson . Some people prefer to go with the stream .

  11. 该国家公园代表了一个复杂的生态系统,其中的潮滩、河漫滩、低地和高原为当地大量的珍稀动植物提供了优越的生存条件。

    It is a unique example of a complex of ecosystems , including tidal flats , floodplains , lowlands and plateaux , and provides a habitat for a wide range of rare or endemic species of plants and animals .