Floodplains may be transformed when environmental changes or human activity causes alluvial systems to cross channel pattern thresholds. Thresholds between pattern states based on occurrence fields are only available for some pattern distinctions, and these may not encompass the alluvial contexts and range of dynamic factors involved. Pattern changes now known from the UK Holocene are reviewed as a basis for appreciating the potential for future transformations in a changing environment. These involved episodic boulder and gravel spreads in upland environments, and braiding meandering, anastomosing → meandering and active inactive transformations in more lowland contexts. Concern for possible impacts of climatic change need to be grounded i...
Upland river systems in the UK are predicted to be prone to the effects of increased flood magnitude...
In the last 400 years floodplains in England and Wales have changed drastically. This has been steer...
Upland river systems in the UK are predicted to be prone to the effects of increased flood magnitude...
Floodplains may be transformed when environmental changes or human activity causes alluvial systems ...
Floodplains may be transformed when environmental changes or human activity causes alluvial systems ...
Floodplains may be transformed when environmental changes or human activity causes alluvial systems ...
Since the late 1980s our understanding of the relationship between climate, land-use and Holocene ri...
Geomorphological analyses of the morphology, lithostratigraphy and chronology of Holocene alluvial f...
River basins in Great Britain and Ireland have been characterized by periods of hillslope and valley...
Flood sediments characterise the alluvial record, though the series of floods these deposits record ...
Flood sediments characterise the alluvial record, though the series of floods these deposits record ...
This paper examines the timing, nature and magnitude of river response in upland, piedmont and lowla...
This paper presents the first probability-based record of flooding in Europe that spans the entire H...
This paper presents the first probability-based record of flooding in Europe that spans the entire H...
In the last 400 years floodplains in England and Wales have changed drastically. This has been steer...
Upland river systems in the UK are predicted to be prone to the effects of increased flood magnitude...
In the last 400 years floodplains in England and Wales have changed drastically. This has been steer...
Upland river systems in the UK are predicted to be prone to the effects of increased flood magnitude...
Floodplains may be transformed when environmental changes or human activity causes alluvial systems ...
Floodplains may be transformed when environmental changes or human activity causes alluvial systems ...
Floodplains may be transformed when environmental changes or human activity causes alluvial systems ...
Since the late 1980s our understanding of the relationship between climate, land-use and Holocene ri...
Geomorphological analyses of the morphology, lithostratigraphy and chronology of Holocene alluvial f...
River basins in Great Britain and Ireland have been characterized by periods of hillslope and valley...
Flood sediments characterise the alluvial record, though the series of floods these deposits record ...
Flood sediments characterise the alluvial record, though the series of floods these deposits record ...
This paper examines the timing, nature and magnitude of river response in upland, piedmont and lowla...
This paper presents the first probability-based record of flooding in Europe that spans the entire H...
This paper presents the first probability-based record of flooding in Europe that spans the entire H...
In the last 400 years floodplains in England and Wales have changed drastically. This has been steer...
Upland river systems in the UK are predicted to be prone to the effects of increased flood magnitude...
In the last 400 years floodplains in England and Wales have changed drastically. This has been steer...
Upland river systems in the UK are predicted to be prone to the effects of increased flood magnitude...