Sand dunes are one of the most abundant aeolian landforms and play an important role in
understanding how aeolian environments evolve. Since the 1970s, remote sensing has …

Sand dune migration poses a potential threat to desert infrastructure, vegetation, and
atmospheric conditions. Capturing the patterns of long-term dune migration is useful for …

Understanding the relationship between climatic conditions and dune ecosystems requires
the large-scale monitoring of spatiotemporal patterns of dune velocities. Due to their large …

Based on Landsat images and ERA5 climate data, here we analyzed geomorphic dune
patterns and the spatial characteristics of dune migration in the central Sahara Desert region …

This research aims at determining and analysing the causes and consequences of
desertification in the middle zone of Wadi Fatimah using satellite images, climatic data, and …

Spatial variability of grain sizes and mapping of aeolian dunes is important to study the sand
erosion, transport, and dune movement and to understand the dune encroachment and land …

This study aims to monitor the magnitudes, rates, and directions of spatial urban expansions
east of Cairo and their interactions with the initial morphologic landscapes. The approach …

There are several hotspots of dust production in the central Sahara, the Bodélé Depression
(BD) in northern Chad is considered the largest source of aerosol dust worldwide, with the …

Aim To advance our understanding of the mechanisms that mediate the relationships
between global climatic and anthropogenic processes and pathogen occurrence, it is crucial …

Sand dunes move in different magnitudes and directions. The measurement of dune
movements has followed two approaches: field and remote sensing techniques. Field …