Riparian zones of rivers are transitional environments between land and water ecosystems
with distinct hydrological gradients, soils and habitats strongly related to their functioning …

Increased anthropogenic activities, especially within the river corridor, have progressively
disrupted natural flow regimes and segmented channel–floodplain connectivity. Consequent …

Riparian corridor, a vital ecotonian ecosystem is under stress due to flow reduction and
inconsistency of flow in Lower Tangon river basin across the neo tectonically active Barind …

Riparian areas are an integral component of the forest hydrologic system. However,
systematic management and conservation of riparian vegetation remains a challenge when …

Climate change will induce alterations in the hydrological and landscape patterns with
effects on riparian ecotones. In this study we assess the combined effect of an extreme …

Riparian buffers, the interface between terrestrial and freshwater ecosystems, have the
potential to protect water bodies from land‐based pollution, and also for enhancing the …

Broad‐scale mapping of stream channel and floodplain geomorphic metrics is critical to
improve the understanding of geomorphic change, biogeochemical processes, riverine …

Understanding all watershed systems and their interactions is a complex, but critical,
undertaking when developing practices designed to reduce topsoil loss and …

There is a broad consensus that riparian buffers provide environmental benefits and
increase resilience to climate change. In this study, we examined the potential benefits of …

In agriculture-dominant watersheds, riparian ecosystems provide a wide array of benefits
such as reducing soil erosion, filtering chemical compounds, and retaining sediments …