首页> 外文会议>Asian conference on remote sensing;ACRS >APPLICATIONS OF SPACE BASED TECHNOLOGY (SBT) AND INFORMATION AND COMMUNICATION TECHNOLOGY (ICT) TO STRENGTHEN DISASTER RESILIENCE
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APPLICATIONS OF SPACE BASED TECHNOLOGY (SBT) AND INFORMATION AND COMMUNICATION TECHNOLOGY (ICT) TO STRENGTHEN DISASTER RESILIENCE

机译:基于空间的技术(SBT)和信息与通信技术(ICT)增强防灾能力的应用

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Space-Based Technology (SBT) and Information and Communication Technology (ICT) are emerging as important tools for strengthening disaster resilience through collecting and sharing reliable disaster-related data and information. While through SBT, data can be collected from the top over a large area, the ICT can provide house-level data from the ground in real-time. SBT, especially remote sensing is one of the fastest means for acquiring data for analysis of pre-disaster and post-disaster situations. Satellite data with its favourable synoptic view and repetitive coverage offers a possibility for mapping and monitoring in disaster affected areas through emergency observations undertaken by various regional and international initiatives such as Sentinel Asia and International Charter for Space and Major Disasters. Data acquired by SBT are being used for rapid damage assessment. On the other hand. ICT such as latest generation of mobile phones and their state-of-the-art applications have brought revolutions in mapping even in remote locations as well as disseminating early warnings to the "last mile". Mobile phones can determine and provide locations to its users and recent advances in mobile phone applications have made it possible to users to collect, manage, and share geo-spatial data. With geo-spatial data handling capabilities, the latest generation of mobile phones can be used very effectively for Community-Based Disaster Risk Management (CBDRM). including early warnings and possibly emergency evacuations at local level, given the high penetration of mobile phones to most of the developing countries in recent years. This paper examines the possibility of augmenting the capacity of the local governments as well as at the communities in Bangladesh to collect and share reliable data and information related to hazards and exposures at local level to strengthen their disaster resilience and support for disaster preparedness and timely post-disaster response, recovery. and reconstruction for reduction in loss of life and damage to property.
机译:天基技术(SBT)和信息与通信技术(ICT)成为通过收集和共享可靠的与灾难有关的数据和信息来增强防灾能力的重要工具。通过SBT,可以从大范围的顶部收集数据,而ICT可以从地面实时提供房屋级别的数据。 SBT(尤其是遥感技术)是获取数据以分析灾难前和灾难后情况的最快方法之一。卫星数据具有良好的天气概况和重复的覆盖范围,可通过各种区域和国际举措(如《亚洲哨兵》和《国际空间与重大灾害宪章》)进行的紧急观测,对受灾地区进行测绘和监测。 SBT所获取的数据正用于快速损害评估。另一方面。诸如最新一代手机及其最新应用之类的ICT带来了地图绘制方面的革命,甚至是在偏远地区,也向“最后一英里”发布了预警。移动电话可以确定并向其用户提供位置,并且移动电话应用程序的最新进展使用户可以收集,管理和共享地理空间数据。凭借地理空间数据处理功能,最新一代的手机可以非常有效地用于基于社区的灾难风险管理(CBDRM)。鉴于近年来手机对大多数发展中国家的高度普及,包括预警和可能的地方紧急疏散。本文探讨了增强地方政府和孟加拉国社区收集和共享与地方一级危害和暴露相关的可靠数据和信息的能力的可能性,以增强其灾害抵御能力,并支持备灾和及时发灾。 -灾难响应,恢复。进行重建以减少生命损失和财产损失。

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