Geocultural landscaping: Guidelines and conceptual framework to design future scenarios of exploited lands

Rinalduzzi, Silvia; Farroni, Laura; Billi, Andrea; Filippis, Luigi De; Faccenna, Claudio; Poncia, Pier Paolo; Spadafora, Giovanna

doi:10.1016/j.landusepol.2017.02.033

Cited by 8 publications

(4 citation statements)

References 34 publications

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“…Despite the fact that travertine used for the building construction and also the quarried areas offer the opportunity to observe directly lithofacies and geometries of the depositional units, the exploiting activity performed in more than two thousand years has strongly modified the landscape. For this reason, future exploitation will have to be probably more focused on the environmental impact (Rinalduzzi et al, 2017) in order to find a sustainable use of the ornamental stones not only in Italy but also abroad.…”

Section: Accomodationsmentioning

confidence: 99%

Travertine depositional systems of Central Italy: Rapolano Terme and the Acque Albule Basin. An overview of geometries and lithofacies associations of the depositional setting

Mancini,

Capezzuoli

2024

GFT

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Central western Italy is famous for the occurrence of several Quaternary travertine depositional systems. Travertine deposition in this area is controlled by the degassing of CO 2 -charged groundwater, circulating in deep carbonate-evaporitic reservoirs and associated to recent magmatic and tectonic activity. This guide provides the opportunity to recognise the different geometries and the lithofacies associations of travertine depositional system of central Italy. In order to provide a complete view of travertine depositional environment-lithofacies associations and the dimension of the depositional system, the Rapolano Terme area and the Acque Albule Basin field examples were selected and described in different field stops. The field trip could be performed in two days. The guide is organised into five different parts: an overview of continental carbonate deposits and a general geological setting of the Northern-Central Apennines, followed by the geological setting of the two selected areas. The chapter dedicated to the stop is organised in a brief overview of the depositional systems, followed by the location of the field stops. The conclusion chapter provides, finally, a brief explanation and the position of the stops respect to the travertine depositional system observed.

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Section: Accomodationsmentioning

confidence: 99%

Travertine depositional systems of Central Italy: Rapolano Terme and the Acque Albule Basin. An overview of geometries and lithofacies associations of the depositional setting

Mancini,

Capezzuoli

2024

GFT

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“…The main N-S striking fault beneath the Acque Albule basin has a right-lateral strike-slip kinematics and is partly covered by the travertine plateau. Other associated faults are NEstriking with an oblique to normal kinematics and other inferred or blanketed minor tectonic discontinuities (Gasparini et al 2002;Faccenna et al 2008;Rinalduzzi et al 2017). The used thematic layer for the structural setting of the study area is the spatial distance from faults (in meters) represented as an interpolated continuous surface map (Figure 4).…”

Section: Fault Settingmentioning

confidence: 99%

“…Many relict sinkholes are presently lakes. The Aniene River is the major hydrographic feature in the area, as it drains the majority of surface and subsurface waters (Rinalduzzi et al 2017). The map of the surface hydrographic network of the study area was obtained from Lazio Region authority (Figure 4).…”

Section: Hydrographymentioning

confidence: 99%

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Machine learning for sinkhole risk mapping in Guidonia-Bagni di Tivoli plain (Rome), Italy

Bianchini

Confuorto

Intrieri

et al. 2022

Geocarto International

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This work presents a sinkhole susceptibility and risk assessment mapping in Guidonia-Bagni di Tivoli plain (Italy), a travertine sinkhole-prone area where sudden occurrences of sinkholes have happened in past and recent times. We collected a point-like sinkhole inventory and we considered a series of different sinkholecontrolling and precursory factors over the study area, related to its geo-litho-hydrological setting and to its terrain deformational scenario, i.e. ground motion rates derived from InSAR COSMO-SkyMed imagery. A sinkhole susceptibility map was produced through a machine learning model, namely Maximum Entropy algorithm (MaxEnt). Results highlight that the most determining factors for sinkhole formation are the lithology, the travertine thickness, groundwater and the land use. The sinkhole susceptibility map was then combined with data on vulnerability and elements-at-risk economic exposure in order to provide a sinkhole risk map of the area. The outcomes show that areas at higher risk covers about 2% of the total study area and primarily relies on the zoning of the main urban fabric. In particular, it is worth to highlight that 5% of the whole road-network pavement and 27% of all the residential buildings fall into High and Very High risk classes. Overall, results of this work demonstrate capabilities of machine learning models to assess sinkhole susceptibility for predicting potential sinkhole areas, and provide a sinkhole risk map, along with information on urban environment, as a useful tool for urban planning and geohazard risk management.

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Urban cultural dynamics in planning: a bibliometric analysis

Kattimani,

Devadas

2024

FURP

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This paper comprehends the global research scenario about incorporating cultural components in contemporary urban planning practice. Various urban cultural elements have been analysed under the umbrella of ‘Urban Cultural Dynamics’ (UCD). This study aims to identify hot spots and explore influential sources through a bibliometric investigation of the evolutionary patterns of cultural dynamics in urban planning research. Data was collected from the Web of Science core collection (1965-2021). The data mining tools VOSviewer, Biblioshiny, KNIME, and WordStat were used to analyse hot topics, keywords, influential journals, core papers, top authors, and cooperation networks of countries and institutions. The Analytical Hierarchy Process (AHP) is employed in journal analysis. The analysis showed that publications on UCD increased exponentially between 2016 and 2022. Italy (32), China (26), and Spain (18) are the top countries in total publications. Technical universities of Dresden and Munich have the most significant influence on UCD's research, with 103 and 101 total citations, respectively. Landscape and Urban Planning, Journal of Cultural Heritage, and Tourism Geographies are the top three consistently influential journals. The top ten core papers were identified. The keywords and topic analysis charted out the evolution of multidisciplinary UCD research topics. The hotspot analysis revealed the significance of cultural dynamics in sustainable urban development. The results highlighted the need for intercontinental cooperation between developed countries and the third world. The future scope of research on UCD topics is discussed in the conclusion.

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Geocultural landscaping: Guidelines and conceptual framework to design future scenarios of exploited lands

Cited by 8 publications

References 34 publications

Travertine depositional systems of Central Italy: Rapolano Terme and the Acque Albule Basin. An overview of geometries and lithofacies associations of the depositional setting

Travertine depositional systems of Central Italy: Rapolano Terme and the Acque Albule Basin. An overview of geometries and lithofacies associations of the depositional setting

Machine learning for sinkhole risk mapping in Guidonia-Bagni di Tivoli plain (Rome), Italy

Urban cultural dynamics in planning: a bibliometric analysis

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