Large reservoirs can considerably alter the water-sediment dynamics and morphology of
alluvial rivers. Here we review the effects of two mega reservoirs operated with different …

Accurate flood mapping is crucial for enhancing community resilience in the face of flooding.
Among the several factors that affect the flood extent, the effect of fluvial dynamics is not …

Understanding the mechanisms controlling downstream water‐level variations after the
operation of the Three Gorges Dam is important for riverine flood and drought management …

Human regulations are involved in the hydrogeomorphic processes of silt-laden rivers with
unprecedented intensity, and further, affect the structures and functions of the riverine social …

Climate change has led to anomalous fluctuations in extreme streamflow from global river
systems, and the superposition of human activities such as damming has compounded the …

Damming profoundly affects downstream flow‐sediment regimes, altering channel bar
dynamics and thereby affecting floods and riverine biodiversity. Here, we investigate the …

Dunes are important for bedload transport in almost all large river systems and exert an
important control flow resistance. Investigating dunes is fundamental for simulating …

Low-head dams are one of the most common hydraulic facilities, yet they often fragment
rivers, leading to profound changes in aquatic biodiversity and river eutrophication levels …

The operation of the Three Gorges Dam (TGD) modifies downstream flow and sediment
regimes, triggering disproportional fluvial responses at different distances downstream …

The construction of dams has led to concerns about ecological deterioration due to the
weakening of hydrological connectivity. However, existing assessments of hydrological …