Add to ORKGThroughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considered a nuisance or a hazard to be avoided because of the hydraulic effects and consequential associated risks that it could produce. LW was systematically removed from channels for a perceived benefit to human activities. Over the last four decades, LW has received an increasing interest among scientists who recognise it as a significant structural and functional component of aquatic ecosystems. Research in geomorphology has addressed LW characters and its effects on flow hydraulics, on channel and valley forms and their evolution, on the storage and transfer of sediment and organic matter, as well as on associated habitats for aquatic communiti...
Trees fall naturally into rivers generating flow heterogeneity, inducing geomorphological features, ...
In‐channel wood is a key component in fluvial ecosystems; however, transport of in‐channel wood duri...
Wood is an important element in many river systems, interacting with channel and floodplain geomorph...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Dynamics and functions of large wood have become integral considerations in the science and manageme...
Dynamics and functions of large wood have become integral considerations in the science and manageme...
Large wood in streams and rivers has become a functional component of lotic ecosystems since the 197...
Large wood is an important physical component of woodland rivers and significantly influences river ...
Large wood is an important physical component of woodland rivers and significantly influences river ...
Large wood and its accumulations are poorly understood despite being an important feature in the fun...
Trees fall naturally into rivers generating flow heterogeneity, inducing geomorphological features, ...
Trees fall naturally into rivers generating flow heterogeneity, inducing geomorphological features, ...
In‐channel wood is a key component in fluvial ecosystems; however, transport of in‐channel wood duri...
Wood is an important element in many river systems, interacting with channel and floodplain geomorph...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Throughout the world before the 1970s, in-channel large wood (hereafter LW), was generally considere...
Dynamics and functions of large wood have become integral considerations in the science and manageme...
Dynamics and functions of large wood have become integral considerations in the science and manageme...
Large wood in streams and rivers has become a functional component of lotic ecosystems since the 197...
Large wood is an important physical component of woodland rivers and significantly influences river ...
Large wood is an important physical component of woodland rivers and significantly influences river ...
Large wood and its accumulations are poorly understood despite being an important feature in the fun...
Trees fall naturally into rivers generating flow heterogeneity, inducing geomorphological features, ...
Trees fall naturally into rivers generating flow heterogeneity, inducing geomorphological features, ...
In‐channel wood is a key component in fluvial ecosystems; however, transport of in‐channel wood duri...
Wood is an important element in many river systems, interacting with channel and floodplain geomorph...