Vegetation creates a complicated system of feedbacks and linkages across the fluvial
system that is realized through river planform shape. Interactions occur among flow …

The objectives of the present study were twofold:(1) to identify spatial sedimentation and
erosion patterns develo** within patches of epibenthic structures (ie physical structures …

A three‐dimensional hydrodynamic and sediment transport model was used to study the
relative impact of (1) vegetation,(2) micro‐topography, and (3) water level fluctuations on the …

The spatio‐temporal heterogeneity in process–form–vegetation interactions has enabled the
Brahmaputra river system to dissipate the fluvial energy at hierarchical scales. The present …

Strong feedbacks exist between channel dynamics, floodplain development, and riparian
vegetation. Earlier experimental studies showed how uniformly distributed riparian …

Coastal wetlands play a unique role in extreme hurricane events. The impact of wetlands on
storm surge depends on multiple factors including vegetation, landscape, and storm …

Understanding the interactions between the ecosystem and the morphology of river
floodplains, ie floodplain biogeomorphology, is becoming increasingly important in view of …

The flow-vegetation interactions and management of floodplain vegetation can be helpful for
morphological stability and ecological maintenance of the rivers. Experiments were …

Flow resistance caused by vegetation is a key parameter to properly assess flood
management and river restoration. However, quantifying the friction factor or any of its …

Existing studies on flow through vegetation have focused mainly on understanding the
turbulent structure in vegetated channels of single plant type. However, in natural riverine …