A programme of field experiments at the Pontbren catchment in Wales has, since autumn 2004, been examining the effects of land use change on flooding. The Pontbren catchment possesses a long history of artificial drainage of its clay soils and intensification of sheep farming. Increased flood runoff has been noted within the last decades, as has the mitigating effect of trees at field scale. To examine the local and catchment-scale effects of land management within the catchment, including the potential advantages of planting additional trees, a multidimensional physically based model has been developed and conditioned on data from an intensely instrumented hillslope. The model is used to examine the effects of planting a small strip of tre...
Land use has significant impact on the hydrologic and hydraulic processes in a catchment. This work ...
Upland agricultural land management activities such as grazing, vegetation burning, and bare ground ...
Rural land management signals in catchment-scale runoff have proven difficult to identify in general...
In response to growing concern about impacts of upland agricultural land management on flood risk, a...
There is growing concern that the adoption of intensive agricultural land management practices in up...
There is a requirement for predictive tools to assist in land management and flood risk planning, an...
In the UK, perceived increases ih high impact flood events over the last decade and broad scale reco...
There is growing concern that the adoption of intensive agricultural land management practices in up...
Recent floods in the UK have focused attention on the effects of rural land use and land management...
There is substantial evidence that land use/management changes (LUMCs) can impact runoff generation ...
Sustainable flood management is increasingly looking to the role of catchment land use in alleviatin...
Natural Flood Management (NFM) represents a sustainable alternative to traditional ‘hard- engineered...
Despite the attention currently given to the potential environmental benefits of large-scale forest ...
Land use has significant impact on the hydrologic and hydraulic processes in a catchment. This work ...
Over the past 15 years there has been a proliferation of projects aiming to restore the structure an...
Land use has significant impact on the hydrologic and hydraulic processes in a catchment. This work ...
Upland agricultural land management activities such as grazing, vegetation burning, and bare ground ...
Rural land management signals in catchment-scale runoff have proven difficult to identify in general...
In response to growing concern about impacts of upland agricultural land management on flood risk, a...
There is growing concern that the adoption of intensive agricultural land management practices in up...
There is a requirement for predictive tools to assist in land management and flood risk planning, an...
In the UK, perceived increases ih high impact flood events over the last decade and broad scale reco...
There is growing concern that the adoption of intensive agricultural land management practices in up...
Recent floods in the UK have focused attention on the effects of rural land use and land management...
There is substantial evidence that land use/management changes (LUMCs) can impact runoff generation ...
Sustainable flood management is increasingly looking to the role of catchment land use in alleviatin...
Natural Flood Management (NFM) represents a sustainable alternative to traditional ‘hard- engineered...
Despite the attention currently given to the potential environmental benefits of large-scale forest ...
Land use has significant impact on the hydrologic and hydraulic processes in a catchment. This work ...
Over the past 15 years there has been a proliferation of projects aiming to restore the structure an...
Land use has significant impact on the hydrologic and hydraulic processes in a catchment. This work ...
Upland agricultural land management activities such as grazing, vegetation burning, and bare ground ...
Rural land management signals in catchment-scale runoff have proven difficult to identify in general...