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首页> 外文期刊>Ocean Engineering >Mathematical simulation of the suspended solids diffusion during dredging operations on the continental shelf off the coast of Lazio (Central Tyrrhenian Sea, Italy)
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Mathematical simulation of the suspended solids diffusion during dredging operations on the continental shelf off the coast of Lazio (Central Tyrrhenian Sea, Italy)

机译:在拉齐奥(意大利第勒尼安海中部)沿海大陆架疏ging作业期间悬浮固体扩散的数学模拟

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摘要

Artificial nourishment is a preferred strategy to remedy coastal erosion along a sandy coast To conduct a pilot study on the environmental impact of the use of submerged sandy deposits to artificially nourish beaches, oceanographic and sedimentological studies have been performed in potential dredging sites. The aim was to define the concentrations and characteristics of the suspended solids and the physical and dynamic characteristics of the water masses on the continental shelf (20-100 m) off the coast of Lazio (Italy) to evaluate the possibility of the diffusion and the negative impact of the suspended solids during dredging. The water masses characteristics measured enabled us to develop a predictive model for the suspended solids diffusion that was then applied to the potential sites. In evaluating the possibility of dredging, an application model is useful for determining the behaviour of the different granulometric classes in the dredged sediments and predicting the potential impact of resuspended sediments on the coastal habitat.
机译:人工营养是补救沿沙质海岸的海岸侵蚀的首选策略。为了对使用淹没的沙质沉积物人工养护海滩的环境影响进行试点研究,已在潜在的疏sites地点进行了海洋学和沉积学研究。目的是确定悬浮固体的浓度和特征,以及拉齐奥(意大利)沿海大陆架(20-100 m)上水团的物理和动态特征,以评估扩散和扩散的可能性。疏during过程中悬浮固体的负面影响。所测量的水团特征使我们能够为悬浮固体扩散建立预测模型,然后将其应用于潜在位置。在评估疏the的可能性时,应用模型可用于确定疏gran沉积物中不同粒度类别的行为,并预测重悬沉积物对沿海生境的潜在影响。

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