Riverbank erosion has significant geomorphological as well as anthropogenic
consequences. The geomorphological impacts include form changes such as lateral …

Rivers are one of the main sources to supply sand and gravel for construction projects.
Depending on river morphology and hydraulic characteristics, its sediment transport …

Sand mining adversely behaves with changing river system, especially in the bedload
transport process. This study aims to find out the relationships between river water flows …

Mining activities can endanger the stability of hydraulic structures. Numerical modeling of
local scouring around hydrodynamic and circular bridge pile groups, due to the action of …

In‐channel sand mining by dredge removes large quantities of bed sediment and alters
channel morphodynamic processes. While the reach‐scale impacts of dredging are well …

Rivers are considered as beneficial sources to provide gravel and sand for projects, but it
creates many negative hydraulic, physical and environmental effects. As the amount of …

Irregular, unauthorized and non-technical mining of sand and gravel from rivers play an
important role in undesirable changes in morphology and environment. The present …

Sediment mining in rivers may have a major impact on river geomorphology and research is
required to quantify these impacts. In this research, experimental studies were conducted to …

Mining pit in a channel bed causes disturbance to the flow characteristics. To interpret the
phenomenon of change in flow characteristics in a mining pit, experimental study was …

Proper placement of dams along a river entails a lot of studies including the impact of the
upstream dam on downstream dams and lands. In case of inaccurate placement of the …