气候灾害对Sindhupalchowk地区的影响

R. Pariyar
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引用次数: 0

摘要

本文利用尼泊尔减灾门户网站1971 - 2022年的数据,分析了气候灾害对Sindhupalchowk地区的人类、私人住房、政府建筑和经济的影响。气候变化引起的灾害可分为水文灾害、气候灾害、气象灾害或两者兼而有之。水文灾害受水文过程控制,如洪水、干旱、雪崩等;气候灾害涉及与极端温度有关的危害,如热浪、寒潮和野火;气象灾害包括各种类型的风暴,如暴风雪、雷暴、飓风和龙卷风。这篇文章是基于文献综述,包括地区备灾和响应计划(DPRP)和不同的文章与灾害和气候引起的灾害。卫生部的DRR门户网站和Disinventar是主要的二级信息来源。Sindhuplchowk地区是尼泊尔的灾害多发地区之一。滑坡、洪水和雷电是Sindhupalchowk地区的主要灾害。气候灾害影响100,903个家庭;4467人丧生,2778人受伤,314人失踪。研究发现,在所有灾害中,53%的死亡人数是由气候引起的灾害造成的,47%的死亡人数是由非气候引起的灾害造成的。灾难造成的损失和损失估计达72,565,001尼泊尔卢比。这项研究的结果可以帮助地方、国家和国际的政策和决策,以减少与这些灾害相关的风险,并培养有复原力的社区。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of Climate Induced Disaster in Sindhupalchowk District
This study attempt to analyze the impact of climate induced disaster on human, private housing, government building, and economy in Sindhupalchowk district based on the information available on Nepal Disaster Risk Reduction Portal from 1971 to 2022. The disaster caused by climate change can be classified as hydrological, climatological, meteorological, or both. Hydrological disasters are controlled by hydrological processes, such as floods, droughts, and avalanches; climatological disasters are concerned with hazards related to extreme temperatures, such as heat waves, cold waves, and wildfires; and meteorological disasters represent storms of all types, such as snowstorms, thunderstorms, hurricanes, and tornadoes. This article is based on literature review that includes district disaster preparedness and response plan (DPRP) and different articles related to disaster and climate induced disaster. DRR portal of MoHA and Disinventar are the major secondary source of information. Sindhuplchowk district is one of the disaster-prone districts of Nepal. Landslide, flood and thunderbolt are the major disasters of Sindhupalchowk district. Climate induced disaster affected 100,903 families; 4,467 persons have lost their lives, 2,778 to have been injured, 314 missing. It has found that among all disaster 53% death toll by climate induced disaster and 47% death happens due to the non-climate induced disaster. Damage and losses due to the disaster were amounted to an estimated 72,565,001 Nepalese rupees. The findings of this study can help local, national, and international policies and decision-making in order to lessen the risks associated with these disasters and foster resilient communities.
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