Identification, computation, and mapping of anthropogenic landforms in urban areas: Case studies in the historical centre of Genoa, Italy (UNESCO World Heritage)

IF 3 3区 地球科学 Q2 GEOGRAPHY, PHYSICAL
Martino Terrone, Andrea Mandarino, Pietro Piana, Francesco Faccini
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Abstract

Urban geomorphology is a recent discipline that has gained a great deal of interest amongst the scientific community also for its clear connection with the concept of Anthropocene. The identification of anthropogenic landforms in an urban area requires a multidisciplinary approach, mostly using multi-temporal map comparisons, direct and indirect geognostic surveys, and detailed study of the urban landscape. Mediterranean cities have a particularly complex history: their original settlement usually dates back to the medieval period, but often to more ancient, occasionally even prehistoric, times. The result is an urban landscape characterised by modified natural landforms, but above all by anthropogenic landforms linked to the stratification of various urban phases. Reconstructing the landforms before major anthropogenic impacts of the last centuries is a particularly complex operation, and scientific research appears in its early stages. In this research, we introduce examples of the reconstruction of natural landforms in the historic centre of Genoa, a port city that experienced a peak of expansion in the Middle Ages and the Modern Age. The results obtained on four pilot areas highlight significant and previously unknown anthropic modifications and the associated landforms in the urban landscape. Large excavations, fills supported by ramparts, and sea embankments have been identified and quantitatively evaluated using a mixed approach between different disciplines: historical geography, geomatics, physical geography and geomorphology, and engineering geology. This methodology may be applied to other Mediterranean and extra-European urban contexts and may contribute, on the one hand, to the identification of potential geomorphological risks in urban areas and, on the other hand, to the use of urban landscape forms for geological heritage and geodiversity development activities.
城市地区人为地貌的识别、计算和绘图:意大利热那亚历史中心案例研究(联合国教科文组织世界遗产)
城市地貌学是一门新兴学科,因其与 "人类世 "概念的明确联系而备受科学界关注。要识别城市地区的人为地貌,需要采用多学科方法,主要是通过多时地图对比、直接和间接地貌调查以及对城市景观的详细研究。地中海城市的历史尤为复杂:其最初的定居点通常可以追溯到中世纪时期,但往往也可以追溯到更古老的时期,有时甚至是史前时期。因此,城市景观的特点是经过改造的自然地貌,但最重要的是与不同城市阶段的分层有关的人为地貌。重建上个世纪重大人为影响之前的地貌是一项特别复杂的工作,科学研究目前仍处于早期阶段。在这项研究中,我们介绍了热那亚历史中心自然地貌重建的实例,热那亚是一座港口城市,在中世纪和现代经历了扩张的高峰期。在四个试点地区取得的成果凸显了以前未知的重大人为改造和城市景观中的相关地貌。采用不同学科(历史地理学、地理信息学、自然地理学和地貌学以及工程地质学)的混合方法,对大型挖掘、由城墙支撑的填土和海堤进行了识别和定量评估。这种方法可应用于其他地中海和欧洲以外的城市环境,一方面有助于识别城市地区潜在的地貌风险,另一方面有助于利用城市景观形式开展地质遗产和地质多样性开发活动。
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来源期刊
CiteScore
7.20
自引率
5.10%
发文量
53
审稿时长
>12 weeks
期刊介绍: Progress in Physical Geography is a peer-reviewed, international journal, encompassing an interdisciplinary approach incorporating the latest developments and debates within Physical Geography and interrelated fields across the Earth, Biological and Ecological System Sciences.
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