ANALISIS PARAMETER CURAH HUJAN DAN SUHU UDARA DI KOTA MAKASSAR TERKAIT FENOMENA PERUBAHAN IKLIM

Chaterina Restu Malino, Muhammad Arsyad, Pariabti Palloan
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引用次数: 2

Abstract

Climate change is a global phenomenon that can be felt locally. The potential impact of climate change is a change in rainfall patterns and an increase in air temperature. One area that is vulnerable to climate change is urban areas, people and development are the driving factors for increasing greenhouse gas emissions. For climate change conditions in Makassar City, it is necessary to analyze the parameters of rainfall and air temperature. The data used are daily rainfall data and air temperature from 1991 - 2020 obtained from UPT BMKG Kelas I Maros. Data analysis was carried out by calculating the trend of rainfall and maximum air temperature, as well as calculating the frequency of rainfall with very heavy intensity (rainfall > 100 mm/day). The results of the analysis show an increase in the value for the rainfall parameter of 8.2 mm/year and the maximum air temperature of 0.0317 °C/year, but there is a decrease in heavy rainfall. Annual rainfall is increasing but the frequency of heavy rains is increasing from the occurrence of rain in Makassar City but will occur more often only with high intensity. Maximum air temperature can cause increased drought in the dry season, and increased rainfall can cause flooding in the rainy season.Keywords: rainfall, air temperature, trend
分析马卡萨市的降雨和温度参数与气候现象有关
气候变化是一种全球现象,局部地区也能感受到。气候变化的潜在影响是降雨模式的变化和气温的升高。易受气候变化影响的地区之一是城市地区,人和发展是温室气体排放增加的驱动因素。对于望加锡市的气候变化条件,有必要对降雨和气温参数进行分析。使用的数据是1991 - 2020年UPT BMKG Kelas I Maros的日降雨量和气温数据。通过计算降水趋势和最高气温,以及计算强降水(大于100 mm/d)的频率进行数据分析。分析结果表明,降水参数8.2 mm/年增大,最高气温0.0317℃/年,但强降水有所减少。年降雨量正在增加,但暴雨的频率从望加锡市的降雨开始增加,但只有在高强度的情况下才会更频繁地发生。在旱季,最高气温会导致干旱加剧,而在雨季,降雨量增加会导致洪水泛滥。关键词:降雨,气温,趋势
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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