Living and adapting to climate change in coastal areas. A case study on citizens' perception of an infrastructure: the MOSE in Venice

Bruno Maggi
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Abstract

A continuous increase in water levels is being observed in the Mediterranean Sea, as well as globally. Furthermore, the trend is accelerating, and in some coastal areas the phenomenon is more evident in terms of impact on the life of the inhabitants. Between 2013 and 2021, sea level rose by 4.5 millimeters per year. The Venice lagoon, like other coastal areas, is particularly at risk as the sea level could reach 45 centimeters by 2100. The MOSE, (electromechanical experimental module), is a system of mobile dams aimed at defending the city of Venice and its lagoon. The purpose of this study is to detect the perception that coastal and non-coastal inhabitants have of this infrastructure, through a questionnaire with answers on a Likert scale submitted to subjects living in the Po Valley at different distances from Venice. We therefore want to verify the different sensitivities of the inhabitants in relation to their geographical distance from the infrastructure, returning possible correlations.
沿海地区的生活和适应气候变化。关于公民对基础设施看法的案例研究:威尼斯的 MOSE
地中海和全球都出现了水位持续上升的现象。而且,这一趋势正在加速,在一些沿海地区,这一现象对居民生活的影响更为明显。从 2013 年到 2021 年,海平面每年上升 4.5 毫米。威尼斯泻湖和其他沿海地区一样,面临的风险尤其大,因为到 2100 年,海平面可能会达到 45 厘米。MOSE (机电实验模块)是一个移动水坝系统,旨在保护威尼斯城及其泻湖。本研究的目的是通过向居住在离威尼斯不同距离的波河流域的受试者发放李克特量表问卷,了解沿海和非沿海居民对这一基础设施的看法。因此,我们希望核实居民对基础设施地理距离的不同敏感度,并返回可能的相关性。
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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