Quantifying floodplain flows is critical to multiple river management objectives, yet how
vegetation within floodplains dissipates flow energy lacks comprehensive characterization …

Fluid retention and flow resistance due to natural vegetation remain poorly understood
despite the importance of understanding these for flow routing and floodplain revegetation …

One potential Natural Flood Management (NFM) option is floodplain reforestation or
manage existing riparian forests, with a view to increasing flow resistance and attenuate …

To reduce flood risk along large rivers, measures have to be implemented to increase their
flood conveyance capacity. These measures provide opportunities for ecological restoration …

The development of a hydrologic foundation, essential for advancing our understanding of
flow‐ecology relationships, was developed using the high‐resolution physics‐based …

For detailed hydrodynamic modelling of vegetated floodplains, the ability to quantify
vegetation is advantageous as vegetation significantly influences the flow mechanism …

Interrelationships between hydrology and aquatic ecosystems are better understood in
streams and rivers compared to their surrounding floodplains. Our goal was to characterize …

Understanding floodplain surface water processes is important due to the everincreasing
risk of high flow events and flooding, but has always been challenging because of …

Riparian vegetation covers only about 0.4% of the land surface whereas rivers and streams
cover about 0.3 to 0.56% but riparian vegetation still provides substantial ecosystem …

Connectivity has emerged as a key concept for understanding the hydrological response to
vegetation change in drylands, providing an explanatory link between abiotic and biotic …