Abstract:Sarajevo, the capital of Bosnia and Herzegovina, is located in a karst geomorphological environment. The topographical setting strongly influences the urban geographical distribution and urban development, as well as the sustainability policies implemented in the city. The incorporation of an environmental agenda and the focus on sustainable development have characterised urban planning in cities in Central and Eastern Europe that are transitioning from socialist to capitalist economic systems. Environmental p… Show more
“…Thus, urban geomorphology investigates the human impact on landscape during the Anthropocene in many various geographical settings (Brandolini et al, 2019;Brown et al, 2017;Cooke et al, 1982;Douglas, 2005;Espinosa et al, 2018;Jeong et al, 2018;Knight, 2018;Martín-Díaz et al, 2015;Thornbush, 2015;Waters et al, 2016;Zwoliński et al, 2018).…”
The integration of field surveys, bibliographic research and multitemporal analysis of historical maps, aerial photographs and satellite images in a GIS environment, allowed the current and past geomorphological features of the old city of Alessandria and its surrounding areas, NW Italy, to be identified and mapped. Their analysis provided an overview of the geomorphological evolution of the city that is strictly related to the historical vicissitudes occurred since the Middle Ages. Nowadays, the most representative landforms and deposits characterizing the urban landscape result from human interventions and are associated with ancient military facilities and infrastructures, a historical man-made channel network no longer recognizable, the Tanaro riverbed channelization, and the urban sprawl occurred from the second half of the nineteenth century onwards. This study represents a useful tool for urban planning and management and for raising the citizens' awareness of the urbanlandscape geomorphological features and evolution, and therefore the geo-hydrological risk.
“…Thus, urban geomorphology investigates the human impact on landscape during the Anthropocene in many various geographical settings (Brandolini et al, 2019;Brown et al, 2017;Cooke et al, 1982;Douglas, 2005;Espinosa et al, 2018;Jeong et al, 2018;Knight, 2018;Martín-Díaz et al, 2015;Thornbush, 2015;Waters et al, 2016;Zwoliński et al, 2018).…”
The integration of field surveys, bibliographic research and multitemporal analysis of historical maps, aerial photographs and satellite images in a GIS environment, allowed the current and past geomorphological features of the old city of Alessandria and its surrounding areas, NW Italy, to be identified and mapped. Their analysis provided an overview of the geomorphological evolution of the city that is strictly related to the historical vicissitudes occurred since the Middle Ages. Nowadays, the most representative landforms and deposits characterizing the urban landscape result from human interventions and are associated with ancient military facilities and infrastructures, a historical man-made channel network no longer recognizable, the Tanaro riverbed channelization, and the urban sprawl occurred from the second half of the nineteenth century onwards. This study represents a useful tool for urban planning and management and for raising the citizens' awareness of the urbanlandscape geomorphological features and evolution, and therefore the geo-hydrological risk.
“…A number of these papers specifically address problems associated with urban expansion and development (Martín‐Díaz et al . ; Randall and Baetz ). In the first paper, Thornbush () revisits the effects of a traffic abatement strategy within central Oxford, UK, 16 years after its implementation.…”
Section: Introductionmentioning
confidence: 99%
“…Urban geomorphology is relevant to a wide range of geographical topics across a range of landscapes, including natural features that have been affected by urbanisation that appear as studies in this special section, including karst landscapes (Martín‐Díaz et al . ) and urban rivers (e.g. Shuker et al .…”
Section: Introductionmentioning
confidence: 99%
“…The third paper (Martín‐Díaz et al . ) highlights how rapid post‐war urban development in Sarajevo (Bosnia and Herzegovina) is unsustainable. The paper focuses on the geomorphological risks associated with construction as a post‐Socialist urban process.…”
provides an overview of the key landscapes and common themes in urban geomorphology (centred upon urban rivers, karst landscapes and the weathering of buildings) within the six papers comprising the special section. First, urban geomorphology is defined geographically confined to areas of concentrated urbanisation, where the natural environment is anthropogenically modified and where natural processes modify anthropogenic structures. A novel approach to sustainable urban geomorphology is developed through the case studies comprising the special section. These clearly illustrate key contemporary issues within the field and a long-term perspective, considering future as well as historic human-environment associations and modifications.
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