Geomorphic features, drainage patterns and topography are key indicators of active tectonics. This study examines geomorphological characteristics and geological hazards, specifically earthquakes and landslides, in the Muzaffarabad region. The findings contribute to disaster risk reduction and achievement of sustai...
Abstract. We aim to map fracture networks in the Lobo watershed at Nibéhibé using the interpretation of aeromagnetic data. The methodology involved processing the aeromagnetic dataset with Oasis Montaj software, including preliminary corrections, removal of the International Geomagnetic Reference Field, and interpolati...
This study provides insights on modification of the drainage network within the urban area of Catania (southern Italy) by the recurrent volcanic eruptions of Mount Etna that occurred throughout the Holocene. The oldest lava flows identified within the urban area were emplaced around 5000 BC, culminating in the most rec...
Groundwater occurrence in hard-rock terrains is complex and spatially heterogeneous, controlled by weathered and fractured zones with limited surface expression. This research integrates Vertical Electrical Sounding (VES) with remote sensing, GIS and Analytical Hierarchy Process (AHP) for groundwater potential mapping...
Landslides in volcanic terrains pose significant hazards to downstream communities, infrastructure, and watershed systems, particularly where steep slopes and complex geological conditions coexist. This study presents a GIS-based three-dimensional (3D) deterministic slope stability analysis to evaluate landslide suscep...
The Oued Rheris Watershed in southeastern Morocco is highly vulnerable to water erosion and desertification, exacerbated by an arid Saharan climate with low rainfall and rising temperatures. This study aims to analyze the morphometric characteristics of the Oued Rheris Watershed to assess its hydrological response time...
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