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Operational strategy to monitor coastal erosion in tropical areas

机译:监测热带地区沿海侵蚀的业务战略

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Assessment of coastal erosion is of high significance given the fact that the coastal communities are densely populated areas and have an influence on the food cycle directly and indirectly. Continuous monitoring is essential part of the work for any intervention to be carried out owing to the seasonal and inter-annual variability. The article discusses the measurement criteria and stages in an operational plan for a monitoring exercise, preparation and execution. Erosion can be due to a variety of natural and anthropogenic causes in general. The topic draws attention of both researchers and coastal communities equally. This article explains the need for operational strategies for an optimal monitoring of coastal erosion. Demonstration of such methodology was presented with a case study at a micro-tidal sandy beach located in Tamil Nadu. A generic set up for a plan boundary to measure met-ocean parameters over a time and spatial extent covering the beach and near-shore sediment regime, shore face and surf zone hydrodynamics is discussed. For a detailed understanding, numerical models are set up against the measurements to have a feel of the spatial variability. Validation was taken up extensively and the predictions were used to enhance the measurements in spatial and temporal scales, advantages with such setup.
机译:鉴于沿海社区是人口稠密的地区,并直接或间接地影响食物循环,因此对沿海侵蚀的评估具有重要意义。由于季节和年度间的可变性,连续监测是任何干预措施工作的重要组成部分。本文讨论了用于监视,准备和执行的操作计划中的度量标准和阶段。一般来说,侵蚀可能是由于多种自然和人为原因引起的。该主题同样引起了研究人员和沿海社区的关注。本文说明了对海岸侵蚀进行最佳监测的运营策略的必要性。在泰米尔纳德邦的微潮沙滩上,通过案例研究展示了这种方法。讨论了一种计划边界的通用设置,该边界用于在一定时间和空间范围内测量海滩和近岸沉积物状态,岸面和冲浪区水动力的海洋参数。为了更详细地理解,针对测量设置了数值模型以具有空间可变性的感觉。进行了广泛的验证,并使用预测来增强时空尺度上的测量,这是这种设置的优势。

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