Accurate prediction of suspended sediment (SS) concentration is a difficult task for water
resource projects. In recent years, methodologies such as artificial intelligence (AI) …

River flow is a complex dynamic system of hydraulic and sediment transport. Bed load
transport have a dynamic nature in gravel bed rivers and because of the complexity of the …

This work has been a scientific venture to analyse the avulsion potentiality in the course of
the Torsa River flowing across the Himalayan Foreland Basin (HFB) in West Bengal, India. A …

River systems play a crucial role in transporting water, sediment, and organic matter from the
upper catchments to the downstream. Among the various processes sha** river channels …

Hard river engineering or channelization alters channel bathymetry and river morphology
and invites multiple fluvio-hydrological hazards. The linear (72 m), concrete, low height (1.6 …

The investigation of river bed evolution is a principal part of fluvial morphology as it clarifies
the procedure of bed deformation and morphological changes on alluvial river bed. Truth be …

Across the Himalayan foreland area, alluvial fans respond to fluvial depositional landforms
created by active tectonics and are incorporated within hydro-sediment processes. Each …

The study examined land use change and its impact on channel morphology of Ginzo basin.
Multi-decadal (1980, 1990, 2000, 2010, 2020) Landsat imageries were rectified for …

Formation of meander cut-off focuses some distinct migratory nature of the main channel
over time and through the application of quantitative indices as cut-off ratio and diversion …

Identifying conservation strategy is essential regarding prioritization, planning, and
managing biodiversity. The Eastern Himalayan freshwater reaches contain diverse taxa of …