Inhabiting war craters examining geostatistical modeling within landscape heritage recovery in Aleppo

Abstract

PurposeAleppo city in Syria has witnessed severe bombardment since the 2011 war affecting its landscape heritage, causing explicit geomorphological changes with anthropogenic qualities. The research aims to log observations on the patterns of bombardment craters. It investigates their key role in guiding post-war recovery plans. Currently, the interpretation of war scars is not considered in the reconstruction plans proposed by local administrations and here lies the importance of the research.Design/methodology/approachThe study investigates the geomorphological transformations along the southern citadel perimeter in old Aleppo. Currently, digital tools facilitated data prediction in conflict areas. The research employs an empirical method for inhabiting war craters based on both qualitative and quantitative approaches. The former utilizes satellite images to define the geographical changes of landscape heritage. The latter applies geostatistical data analysis, validation, interpolation and simulation for multi-temporal Google Earth maps. The study exploits Surfer 13 software to localize and measure the preserved craters.FindingsThe research employs the generated models in a landscape design proposal examining the method's applicability. Finally, it offers a methodological toolkit guiding post-war landscape recovery toward the interpretation of conflict geography.Practical implicationsThe paper enables a practical understanding of the contemporaneity of landscape heritage recovery as an action between sustainable development and conservation.Social implicationsThe paper integrates the conflict geographies to the people's commemoration of places and events.Originality/valueThe article offers an insight into the rehabilitation of war landscapes focusing on land craters, exploiting geostatistical data prediction methods.

Towards Computational analysis methods and graphical displays in urban design education: case study site analysis course in Kafrelsheikh university

“…Although Gil in 2010 stated that it is not widely adopted within creative design process [8]. Both Kempf [7] and Elsayed [9] in 2019 and 2021 respectively, affirmed that satellite imagery (SIM) is one of the basic data sources used by GIS for data extraction and prediction [7] and [9], which is an available and easy tool to be used for educational demands. The use of Satellite imagery in GIS facilitates further operations like Geo-referencing enabling users to obtain real measurements from images of non-spatial references.…”