Drainage basin/watershed analysis based on morphometric parameters is very important for
watershed planning. Morphometric analysis of watershed is the best method to identify the …

Identifying flood risk-prone areas in the regions of extreme aridity conditions is essential for
mitigating flood risk and rainwater harvesting. Accordingly, the present work is addressed to …

The hydrological characteristics of the watershed in the southern Aseer and northern Jazan
regions of Saudi Arabia (SA) were identified by integrated remote sensing (RS) and …

Soil erosion is a multi-dimension problem that attracted the attention of researchers and
planners worldwide. Literature reports, soil conservation strategies should be integrated with …

Remote Sensing techniques with GIS were used to evaluate flash flood hazard in Wadi
Qena. Wadi Qena represents a large, wide, dry and long valley slopes down from the south …

In terms of hydro-geomorphic characteristics, catchments in Peninsular India remained
mostly unexplored except a few regional and local works that deal with tectonic, structural …

Geo-informatics techniques are viable being utilized in recent decades as a critical
apparatus in deciding the quantitative portrayal of morphometry of a watershed. These …

Urban growth when badly planned and poorly sustainable linked with climate change,
brings negative impacts to the cities. In the environment, erosion, landslide, floods, water …

The geomorphology of a basin makes it possible for us to understand its hydrological
pattern. Accordingly, satellite-based remote sensing and geo-information technologies have …

Soil degradation is one of the most important issues all over the world. Characterizing and
describing a watershed is key to develop action plans that prevent soil degradation …