Intertidal Beach(潮间带海滩)研究综述
Intertidal Beach 潮间带海滩 - Micro debris sampling was conducted in the northern part of intertidal beach, three replicate samples were gathered within a radius of 5 m. [1] A new species of free-living marine nematode of the genus Paramonohystera was described from the intertidal beach, Weihai. [2] A new dune profile model, Duna, is developed and coupled with the existing XBeach model, in which some key improvements allow a much better behaviour of the intertidal beach and the inclusion of structural erosion or accretion through a longshore transport gradient. [3] Modern (Holocene) sediment is contained largely in the shoreface depositional platform (SDP), the constructional, seaward sloping portion of the upper shoreface extending from the intertidal beach, offshore. [4] We find that on the lower 30% of the intertidal beach the water table remains within 0. [5]在潮间带北部进行微碎屑采样，在半径5 m范围内采集了3个重复样品。 [1] 在威海的潮间带海滩发现了一种新的自由生活的海洋线虫属 Paramonohystera。 [2] 开发了一种新的沙丘剖面模型 Duna，并将其与现有的 XBeach 模型相结合，其中一些关键的改进使潮间带海滩的行为更好，并包括通过沿岸运输梯度的结构侵蚀或吸积。 [3] 现代（全新世）沉积物主要包含在岸面沉积平台（SDP）中，即上岸面的构造性向海倾斜部分，从近海潮间带海滩延伸。 [4] 我们发现，在潮间带海滩的下部 30% 处，地下水位保持在 0 以内。 [5]
intertidal beach volume 潮间带滩量
Analysis of beach transects show yearly net accretion (erosion) in subaerial and intertidal beach volume updrift (downdrift) of the port in the order of 76. [1] 145) and intertidal beach volume (r = 0. [2] The magnitude of intertidal beach volume recovered (in the order of 1-100m3m-1) was well correlated with the storm erosion volume (R = -0. [3]海滩样带分析显示，港口的陆下和潮间带海滩体积上升（下降）的年净增积（侵蚀）约为 76。 [1] 145）和潮间带海滩体积（r = 0。 [2] 潮间带滩体恢复量（1-100m3m-1）与风暴侵蚀量（R=-0. [3]
intertidal beach sand 潮间带沙滩
Watershed sediments, intertidal beach sands, and nearshore sediments were devoid of HF183 and dog-associated DNA markers. [1] Our results provide baseline data for radioactivity in intertidal sediment samples of Oman and show that intertidal beach sand does not pose significant radiological risk to human health. [2]流域沉积物、潮间带沙滩和近岸沉积物没有 HF183 和与狗相关的 DNA 标记。 [1] 我们的研究结果提供了阿曼潮间带沉积物样品中放射性的基线数据，并表明潮间带海滩沙子不会对人类健康构成重大放射性风险。 [2]