应对Cisarua距离水文气象灾害的气候变化调节剂-茂物容量

Mira Azizah, Adi Subiyanto, Sugeng Triutomo, D. Wahyuni
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引用次数: 6

摘要

气候变化对波哥大Cisarua区水文气象灾害的影响]。2010年至2020年,水文气象事件在印度尼西亚的灾害中占主导地位,如洪水、飓风和山体滑坡。水文气象灾难离不开气候变化的后果。Cisarua区是茂物县的一个地区,面临着水文气象灾害的风险。另一方面,旅游业和定居点的发展正在增加。本研究的目的是研究气候变化对茂物县Cisarua区水文气象灾害的影响。本研究采用了定性方法。所使用的数据是来自线人访谈的主要数据,以及来自相关机构和文献研究的数据/信息的次要数据。这项研究表明,在过去十年中,波哥大Cisarua区的温度变化,即0.61摄氏度。与《联合国气候变化框架公约》发布的国际标准(即地球温度的最大升高1.5摄氏度)相比,温度仍在正常范围内。那里的降雨量被归类为中等。然而,那里的水文气象灾害有增加的趋势。这项研究得出的结论是,Cisarua区过去十年的气候变化影响了水文气象灾害的数量,尤其是山体滑坡、洪水、山洪和龙卷风。还开展了减少水文气象灾害危险的活动,包括提高社区能力和优化抗灾村庄。
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Pengaruh Perubahan Iklim Terhadap Bencana Hidrometeorologi di Kecamatan Cisarua - Kabupaten Bogor
The Effect of Climate Change on Hydrometeorological Disasters in Cisarua District Bogor Regency]. Hydrometeorological events dominated disasters in Indonesia from 2010 to 2020, such as floods, cyclones, and landslides. The hydrometeorological catastrophe cannot be separated from the consequences of climate change. Cisarua District, one of the areas in Bogor Regency, is at risk for hydrometeorological disasters. On the other hand, tourism and settlement development are increasing. The purpose of this study was to look into the effect of climate change on hydrometeorological disasters in Cisarua District, Bogor Regency. This study employs a qualitative methodology. The data used were primary data from informant interviews and secondary data from data/information from relevant agencies and literature studies. This study indicates changes in temperature in Cisarua District Bogor Regency during the last ten years, namely 0.61oC. It is still within normal limits compared to international standards issued by the Framework Convention on Climate Change of the United Nations, namely the maximum increase in earth temperature 1.5oC. Rainfall there is classified as moderate. However, the trend of hydrometeorological disasters there tends to increase. This study concludes that climate change during the last ten years in the Cisarua District affects the number of hydrometeorological disasters, especially landslides, floods, flash floods, and tornadoes. Activities are being made to lessen the danger of hydrometeorological disasters have also been carried out, including increasing community capacity and optimizing disaster-resilient villages.
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