淤泥滩

yū ní tān
  • mud flat
淤泥滩淤泥滩
  1. 船搁浅在一片淤泥滩上。

    The boat beached on a mud flat

  2. 基于GIS的淤泥质潮滩侵蚀堆积空间分析

    The Spatial Analysis of Erosion and Deposition of Tidal-Flat by GIS

  3. 温州地区淤泥质潮滩冲淤遥感反演研究

    Deposition and Erosion Remote Sensing Inversion of Tidal Flat in Wenzhou Area

  4. 中国淤泥质潮滩沉积研究的若干问题

    A study on sedimentation of tidal mud flats of China

  5. 苏北南部淤泥质岸滩稳定性分析

    Stability Analysis on the Muddy Coast in the South of Northern Jiangsu

  6. 江苏淤泥质潮滩遥感影像特征与信息提取方法研究

    Automatic Extracting Method of Land Cover in Jiangsu Tidal Flat

  7. 江苏王港地区淤泥质潮滩的沉积作用

    Sedimentation on tidal mud flat in Wanggang area , Jiangsu province , China

  8. 江苏淤长型淤泥质潮滩的剖面发育

    Development of depositional tidal flat in Jiangsu Province

  9. 江苏淤长型淤泥质潮滩上潮沟的发育与演变

    The Growth and Evolution of Tidal Creeks on the Prograding Mud Flat in Jiangsu Province

  10. 江苏淤泥质潮滩对海平面变化的形态响应

    The Morphological Response of Typical Mud Flat to Sea Level Change in Jiangsu Coastal Plain

  11. 江苏淤泥质潮滩地物信息遥感提取方法研究

    Study of the Remote Sensing Extraction Method of Ground Object Information on the Jiangsu Tidal Flat

  12. 而潮沟是淤泥质潮滩的另一典型地貌类型特征,它连接着盐沼带和光滩。

    Tidal channel is a typical geomorphic type of silty tidal flat . It links salt marsh and mudflat .

  13. 江苏中部淤泥质潮滩潮汐层理成因机理和风暴沉积判别标志

    Mechanism of Silt-mud Couplet of Mud Tidal Flat and Discrimination Criteria of Storm Surge Sedimentation in the Middle Jiangsu Province

  14. 海冰对温带淤泥质潮滩发育的影响&以江苏弶港潮滩为例

    Sea Ice Impacts on the Formation of Muddy Tidal Flats in the Temperature Zone & A Case Study of Jiangsu Coast

  15. 海岸带淤泥质潮滩和Ⅱ类水体悬浮泥沙遥感信息提取与定量反演研究

    Remote Sensing Information Extraction and Quantitative Inversion Research of Silt Tidal Flat and Suspended Sediment of Case ⅱ Waters in Coast Zone

  16. 淤泥质潮滩与沙质海滩在组成物质和水动力特征方面具有本质差异,潮流对泥沙的输移起着主导作用。

    There are essential differences of material and hydrodynamic features both in the mudflat and sand beach . The tidal current plays a leading role in sediment transport .

  17. 浙东淤泥质潮滩试挖槽台风骤淤观测分析河道淤塞,水流迟滞。

    Research on typhoon sudden silting in trial excavated channel on silt tidal flat in eastern Zhejiang Province The river is silted up and the water flows sluggishly .

  18. 王港位于江苏北部沿海的中段,这里淤泥质潮滩宽10公里以上,平坦而宽广,沉积分带明显。

    Wang Guang is located along the coast in the middle part of north Jiangsu . The width of mud flat there is over 10 Kilometres and with apparent sedimentary zonation .

  19. 与开敞海岸淤泥质潮滩粒度特征相比,研究区的粒度参数组合特征具有明显差异,这可能是由于水动力条件的差异引起的。

    In contrast to the tidal flat on the open coast , the characteristics of grain size parameters and the relationships among these parameters are obviously different due to different hydrodynamic conditions .

  20. 淤泥质潮滩作为陆海相互作用的敏感地带,滩面泥泞、潮沟密布、变化频繁,常规地形测量难度较大。

    As a sensitive belt of sea and land interaction , silt tidal flat is characterized as muddy surfaces , densely covered and frequently varied tidal creeks . Therefore , the traditional field observation has been restricted by the difficulty of access .

  21. 介绍渤海湾西岸典型的淤泥质岸滩中细砂质滩涂的水动力条件、冲淤变化及沉积特征,并就其成因加以分析。

    The hydrodynamic condition , washing and silting changes and the characteristics of settlement for the typical fine sand beach at the west bank of Bohai Gulf are introduced in the paper and the analysis on the reason of formation is also made in it .

  22. 由于淤泥质潮滩具有一些能被可见光和近红外传感器探测到的特征,所以遥感技术为其地形信息的提取和定量反演提供了广阔的前景。

    In contrast , remote sensing technology provides many prospects for such study , giving an expansive foreground of topography information extraction and quantitative inversion of silt tidal flat , because a number of features of silt tidal flat can be detected by the visible light and near infrared sensors .

  23. 淤泥质海岸保滩促淤计算及预报

    Calculation and forecast of the beach protection and accretion acceleration on the silt beach

  24. 对淤泥质河口边滩围垦淤积效果预报模式及应用进行了探讨。

    The result and the application of the forecast model for calculating the depositional rate after warping the bank in the silty estuary are discussed .

  25. 潮沟底和潮沟边滩等特殊生境的存在,提高了淤泥质河口潮滩的生境异质性,说明了潮沟系统在维持河口生态系统底栖动物物种多样性中的重要作用。

    Specific habitats such as the bottom and bank of creek increased habitat heterogeneity of estuarine tidal flat , and played an important role in maintaining species diversity in estuarine ecosystem .