Data analysis reveals that extreme events have increased the flood inundations in the Taquari River´s Valley, southern Brazil

F. M. Tognoli, Sabrina Deconti Bruski, T. P. Araújo
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引用次数: 1

Abstract

Flood inundations represent more than 62% of the deaths caused by natural disasters in Brazil. The dataset comprises the records of the Encantado´s pluviometric station, a municipality located beside the margin of the Taquari River in southern Brazil, which comprises the rainfall time series (n = 36,466) over 78 years, from April 1943 to December 2020. Complementary datasets also include the annual volume of precipitation per year and the level reached by the Taquari River during 44 flood inundations since 1941. The number of events is subsampled because only 32 years have the complete record of the river level. Three of the five major flood inundations at Encantado occurred after 2001, and the more severe flood recorded the maximum level of the Taquari River (20,27 meters) on July 8th, 2020. Thirty-four percent of all flood inundations in the city were recorded between 2011 and 2020. The months of July to October record 70% of all the events, but there is no record of floods in February and December throughout the data series. The human occupation of the floodplain has been fast in the last decades, and most of the urban area has a potential risk of being affected by flood inundations. Moreover, extreme rainfall events and flood events have been more frequent in the last 30 years. This database can contribute as a starting point for developing predictive models and verifying a possible correlation of floods with extreme events and global climatic changes.
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数据分析显示,极端事件增加了巴西南部塔夸里河谷的洪水泛滥
洪水淹没占巴西自然灾害造成的死亡人数的62%以上。该数据集包括Encantado的降雨测量站的记录,该站点位于巴西南部Taquari河边缘的一个自治市,其中包括1943年4月至2020年12月78年的降雨时间序列(n = 36,466)。补充数据集还包括每年的年降水量和塔夸里河自1941年以来44次洪水淹没期间达到的水位。事件的数量是次采样的,因为只有32年有完整的河流水位记录。Encantado的5次大洪水中有3次发生在2001年以后,更严重的一次洪水在2020年7月8日达到了Taquari河的最高水位(20,27米)。2011年至2020年期间,该市有34%的洪水被淹没。7月至10月记录了所有事件的70%,但在整个数据系列中没有2月和12月的洪水记录。在过去的几十年里,人类对洪泛区的占领速度很快,大部分城市地区都有受到洪水淹没影响的潜在风险。此外,极端降雨事件和洪水事件在过去30年中更加频繁。该数据库可以作为开发预测模型和验证洪水与极端事件和全球气候变化之间可能的相关性的起点。
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