Downstream variations of benthic macroinvertebrate communities on the River Rede below Catcleugh Reservoir, impounded in 1905, are related to a simple index of regulation magnitude, related to hydrological, water quality and trophic changes, and variations of channel morphology. The river is divided into five sectors on the basis of network morphometry and channel form. Channel change to flow regulation is confined to a short (1.6 km) reach immediately below the dam within which channel width and conveyance have been reduced by 53 and 75%, respectively. Downstream, siltation has occurred, but it is patchy and average levels of sediment finer than 2 mm are less than 10%. The main faunal responses — increased abundance and number of taxa — ar...
Supplementary Information files for: Patchiness in flow refugia use by macroinvertebrates following ...
1. River–floodplain interactions (i.e. lateral connectivity) are a major driver of the structure and...
Macroinvertebrates\u2019 response to hydromorphological alterations and regulated flows along lowlan...
Downstream variations of benthic macroinvertebrate communities on the River Rede below Catcleugh Res...
River regulation initiates a succession of changes within lotic ecosystems driven by the adjustment ...
River regulation for the purposes of public water supply causes the flow regime downstream of a dam ...
River regulation following the construction of dams has affected the hydrology, water quality, and b...
Most rivers and streams in England and Wales have been channelised for reasons of flood control, dra...
Supplementary information files for article: 'Macroinvertebrate community responses to river impound...
Supplementary Information files for: Patchiness in flow refugia use by macroinvertebrates following ...
Supplementary information files for article: 'Macroinvertebrate community responses to river impound...
Supplementary Information files for: Patchiness in flow refugia use by macroinvertebrates following ...
Supplementary information files for article: 'Macroinvertebrate community responses to river impound...
Cow Green dam is situated in Northern England on the River Tees in a region with high average wind s...
Most rivers and streams in England and Wales have been channelised for reasons of flood control, dra...
Supplementary Information files for: Patchiness in flow refugia use by macroinvertebrates following ...
1. River–floodplain interactions (i.e. lateral connectivity) are a major driver of the structure and...
Macroinvertebrates\u2019 response to hydromorphological alterations and regulated flows along lowlan...
Downstream variations of benthic macroinvertebrate communities on the River Rede below Catcleugh Res...
River regulation initiates a succession of changes within lotic ecosystems driven by the adjustment ...
River regulation for the purposes of public water supply causes the flow regime downstream of a dam ...
River regulation following the construction of dams has affected the hydrology, water quality, and b...
Most rivers and streams in England and Wales have been channelised for reasons of flood control, dra...
Supplementary information files for article: 'Macroinvertebrate community responses to river impound...
Supplementary Information files for: Patchiness in flow refugia use by macroinvertebrates following ...
Supplementary information files for article: 'Macroinvertebrate community responses to river impound...
Supplementary Information files for: Patchiness in flow refugia use by macroinvertebrates following ...
Supplementary information files for article: 'Macroinvertebrate community responses to river impound...
Cow Green dam is situated in Northern England on the River Tees in a region with high average wind s...
Most rivers and streams in England and Wales have been channelised for reasons of flood control, dra...
Supplementary Information files for: Patchiness in flow refugia use by macroinvertebrates following ...
1. River–floodplain interactions (i.e. lateral connectivity) are a major driver of the structure and...
Macroinvertebrates\u2019 response to hydromorphological alterations and regulated flows along lowlan...