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Tidal Channel Dynamics and Muddy Substrates: A Comparison between a Wave Dominated and a Tidal Dominated System.

机译：潮汐通道动力学和泥质基质：波浪支配系统与潮汐支配系统的比较。

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LONG-TERM GOALS: (1) To link the geotechnical properties of sediment substrates to the spatial and hydrodynamic characteristics of tidal channels; (2) To develop new morphological indicators of tidal flat morphodynamics that can be easily derived from remote sensing images. To link these indicators to mechanical properties of tidal flat substrates.

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作者
Fagherazzi, S.;
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年度 2012
页码 1-15
总页数 15
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Channels(Waterways); Hydrodynamics; Tides; Fines; Mechanical properties; Morphology; Remote detection; Sediment transport; Substrates; Suspended sediments; Waves; Mudflats; Tidal flats; Tidal flux; Wind waves;

机译：通道（水道）;流体动力学;潮汐;细粒;机械性能;形态学;远程探测;沉积物运输;基质;悬浮沉积物;波浪;泥滩;潮滩;潮汐通量;风浪;

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专利

1. Interconnected Accommodation Space Controls Between Sand-Charged Shallow Tidal Channels and Wind-Wave Truncated Tidal Flats During Latest-Holocene Sea Level Rise (~3.0 m) in a Large Mesotidal Wave-Dominated Estuary, Grays Harbor, Washington, USA [J] . Curt Peterson, Sandy Vanderburgh Journal of Geography and Geology . 2018,第3期

机译：在美国华盛顿州格雷斯港的大型中变波主导河口最新近全新世海平面上升（〜3.0 m）期间，带沙的浅滩潮汐通道和风波截断的潮滩之间的互连住宿空间控制
2. Feedback between tidal hydrodynamics and morphological changes induced by natural process and human interventions in a wave-dominated tidal inlet: Xiaohai, Hainan, China [J] . GONG Wenping, SHEN Jian, JIA Jianjun 海洋学报（英文版） . 2009,第003期

机译：海浪主导的潮汐口中自然过程和人为干预引起的潮汐水动力与形态变化之间的反馈：中国海南小海
3. Wave-generated tidal bundles as an indicator of wave-dominated tidal flats [J] . ByongCheon Yang, Murray K. Gingras, S. George Pemberton, Geology . 2008,第1期

机译：波浪产生的潮汐束表明波浪主导的滩涂
4. Predicting Storm-Caused Beach Erosion: A Comparison between Tidal-Dominated and Wave-Dominated Islands [C] . Thomas E. White Solutions to Coastal Disasters Conference; 20050508-11; Charleston,SC(US) . 2005

机译：预测风暴造成的海滩侵蚀：以潮汐为主的岛屿和以波浪为主的岛屿之间的比较
5. Reconstruction of Morphostratigraphy and Dynamics of Former Tidal Inlets Along a Wave-Dominated Barrier Island and Impacts on Island Evolution: Assateague Island, MD-VA. [D] . Seminack, Christopher T. 2016

机译：沿波浪为主的屏障岛的地层形态学重建和前潮汐入口动力学及其对岛屿演化的影响：Assateague岛，MD-VA。
6. Central Role of Dynamic Tidal Biofilms Dominated by Aerobic Hydrocarbonoclastic Bacteria and Diatoms in the Biodegradation of Hydrocarbons in Coastal Mudflats [O] . Frédéric Coulon, Panagiota-Myrsini Chronopoulou, Anne Fahy, 2012

机译：有氧碳氢化合物细菌和硅藻为主的动态潮汐生物膜在沿海泥滩碳氢化合物生物降解中的核心作用。
7. Interconnected Accommodation Space Controls Between Sand-Charged Shallow Tidal Channels and Wind-Wave Truncated Tidal Flats During Latest-Holocene Sea Level Rise (~3.0 m) in a Large Mesotidal Wave-Dominated Estuary, Grays Harbor, Washington, USA [O] . Curt D Peterson, Sandy Vanderburgh 2018

机译：最新海洋海平面上升（〜3.0米）在大型中型波动河口，灰色港，华盛顿，华盛顿州最新海平面上升（〜3.0米）之间的互连住宿空间控制截断潮汐平面

Tidal Channel Dynamics and Muddy Substrates: A Comparison between a Wave Dominated and a Tidal Dominated System.

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