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Ten-years sediment dynamics in Northern Adriatic sea investigated through optical remote sensing observations

机译:通过光学遥感观测研究北亚得里亚海十年沉积动力学

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Understanding the factors influencing sediment fluxes is a key issue to interpret the evolution of coastal sedimentation under natural and human impact and relevant for the natural resources management. Despite river plumes represent one of the major gain in sedimentary budget of littoral cells, complex behavior of coastal plumes, like river discharge characteristics, wind stress and hydro-climatic variables, has not been yet fully investigated. Use of Earth Observation data allows the identification of spatial and temporal variations of suspended sediments related to river runoff, seafloor erosion, sediment transport and deposition processes. The objective of this study is to investigate superficial processes in sedimentary depositional marine environment integrating in-situ data and remote sensing data. The developed innovative approach allow quantitative evaluation of sediment dynamics using Earth Observation data, by relating spatial and temporal patterns of sediment dispersal with climatic forcings.
机译:了解影响沉积物势态的因素是解释自然和人类影响下的沿海沉淀和对自然资源管理相关的关键问题。尽管河流李,但沿海细胞沉积预算的主要增益之一,沿海羽毛的复杂行为,如河流放电特征,风力应力和水力气候变量,还没有得到全面调查。地球观测数据的使用允许识别与河流径流,海底侵蚀,沉积物运输和沉积过程相关的悬浮沉积物的空间和时间变化。本研究的目的是调查整合原位数据和遥感数据的沉积沉积海洋环境中的肤浅过程。开发的创新方法允许使用地球观测数据进行定量评估沉积物动态,通过与气候强调的沉积物分散的空间和时间模式相关。

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