审查采用参与式灾害管理地理信息系统的挑战和解决办法

Q4 Environmental Science
Ramu Penki, Sai Bhargavi Meesala, S. Tanniru
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引用次数: 0

摘要

灾害管理是减轻洪水、旋风、森林火灾、地震、疾病传播等各种自然灾害和其他灾害影响的关键组成部分。在特定区域进行灾害管理的主要目的是使当地社区能够更好地确定其自然危险本能,从而更接近降低这种风险的选择。传统的灾害管理技术主要是由从各种事件中收集的定量信息驱动的。最近的一些技术使用了更先进的数据驱动和非线性方法,如机器学习和空间分析工具,如GIS,以做出更明智的决策。然而,由于缺乏数据、设备、更广泛的方法等多种原因,这些技术通常不能代表人口单位的动态和小区域的事件影响。参与式地理信息系统(PGIS)通过将当地社区作为利益相关者纳入制定各种政策、分发风险信息等方面,克服了传统技术中存在的一些局限性。PGIS已广泛应用于土地覆盖规划、农业信息系统、数据采集系统等领域。除了这些应用之外,若干研究还证明了PGIS在灾害管理方面的有效性,包括处理洪水、旋风、森林火灾和疾病传播等各种自然灾害。然而,在许多地方,由于一些原因,PGIS尚未发展,其实施仍处于起步阶段。尽管有许多优势,但PGIS也存在许多问题,包括基础设施不足、培训设施不足、社区成员对联合决策的参与和教育等,因此提供必要的基础设施可以改善实施PGIS的整体影响。让当地社区参与进来并向他们传授PGIS成功的正确方法是一项复杂的任务。此外,技术人员和当地人之间的意见冲突可能是限制使用的另一个因素。然而,从各种研究的结果来看,PGIS实施的优势可能超过实施的局限性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A review of challenges and solutions in adopting a participatory geographical information system for disaster management
Disaster management is a critical component in mitigating the impacts of various natural, and other disasters such as floods, cyclones, forest fires, earthquakes, disease spreading etc. The primary aim of disaster management in a specific region is to empower the local neighborhood to higher determine its natural danger instincts and therefore migrate closer to options for lowering that risk. Conventional techniques of disaster management are majorly driven by the quantitative information collected from various events. Some of the recent techniques have used more advanced data-driven and non-linear approaches such as machine learning, and spatial analysis tools such as GIS for making more informed decisions. However, these techniques cannotoften represent the dynamics of demographic units, and event impact in small regions due to a multitude of reasons such as lack of data, equipment, more generalized approaches, etc. Participatory Geographic Information System (PGIS) overcomes some of the limitations present in the traditional techniques by incorporating local communities as stakeholders in making various policies, distributing risk information etc. PGIS has been adopted in various fields such as land cover planning, agriculture information systems, data collection systems etc. Other than these applications, the effectiveness of PGIS in disaster management in handling various natural disasters such as floods, cyclones, forest fires, and disease spread has been demonstrated in several studies. However, in manyplaces, PGIS is not yet evolved and its implementation is still at the infancy level due to several reasons. Despite many advantages, PGIS presents many problems comprising insufficient infrastructure, training facilities, engagement and education of the community members towards a combined decision, etc. therefore provision of necessary infrastructure can improve the overall impact of implementing PGIS. Involving the local community and educating them on the right approach for the success of PGIS is a complex task. Further, the conflict of opinions between technical personnel and locals can be another factor that limits the usage. However, from the results of various studies, the advantages of PGIS implementation can outweigh the limitations of implementation.
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来源期刊
Ecocycles
Ecocycles Environmental Science-General Environmental Science
CiteScore
1.00
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0.00%
发文量
13
审稿时长
4 weeks
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