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THE SAFETY PROJECT: SENTINEL-1 FOR THE MANAGEMENT OF GEOLOGICAL RISK

机译:安全项目:SENTINEL-1,用于地质风险管理

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SAFETY (Sentinel-1 for geohazards regional monitoring and forecasting-safety.cttc.es) is a two-year research project funded under the ECHO (European Civil Protection and Humanitarian Aid Operations) call "Prevention and preparedness projects in Civil Protection and marine pollution", which started on the 1st January 2016. The mission of the project was to improve the efforts in detecting and mapping geohazards (i.e. landslide, volcanic and subsidence), by assessing their activity and evaluating their impact on built-up areas and infrastructure networks through space-borne radar data. This goal has been achieved through the use of Sentinel-1 DInSAR (Differential Synthetic Aperture Radar Interferometry) derived products and the development of software tools. The most challenging part concerned the semiautomatic generation of derived maps to be easily interpreted and exploited in the geohazard management by the Civil Protection Authorities, which are not usually familiar with DInSAR products. This work provides an overview of the project activities, describing the developed procedure, the main outcomes, and the most significant results obtained over the two test sites of the project: the Canary Islands (Spain) and the Volterra municipality (Italy). The main goal of this work is to present the potentialities of Sentinel-1 interferometry as a regular complementary input for the regional scale risk management.
机译:SAFETY(地质灾害区域监测和预报的前哨1 -safety.cttc.es)是一项为期两年的研究项目,由ECHO(欧洲民防和人道主义援助行动)呼吁“民防和海洋工程的预防和防范项目” ”,该项目于2016年1月1日开始。该项目的任务是通过评估地质灾害的活动并评估其对建成区的影响,并加大对地质灾害(例如滑坡,火山和沉陷)的探测和测绘工作。基础设施网络通过星载雷达数据。通过使用Sentinel-1 DInSAR(差分合成孔径雷达干涉测量)衍生产品和软件工具的开发,已经实现了这一目标。最具挑战性的部分涉及民防部门通常不太熟悉DInSAR产品的民防部门在地质灾害管理中易于解释和利用的半自动生成派生地图。这项工作概述了项目活动,描述了已开发的程序,主要结果以及在项目的两个测试地点(加那利群岛(西班牙)和沃尔泰拉市(意大利))上获得的最重要结果。这项工作的主要目的是介绍Sentinel-1干涉测量的潜力,作为区域规模风险管理的常规补充输入。

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