The study investigates the physical impact of sediment deposition associated with aggregate dredging at a site off Dieppe, and the consequences for benthic fauna. Sampling stations were sited across potential zones of impact classified as high, moderate, and low deposition, depending on their proximity to dredging activities and their position relative to the net sediment transport route. Samples were also taken west of the dredge site outside the zone of likely impact (no deposition). A strong gradient was observed from the sediments dominated by fine sands in the high and moderate deposition zones, through to coarse sands and gravels in the low and no deposition zones. The benthic fauna sampled from the deposits of fine sand in the high a...
WOS:000496611500001Bioturbating benthic organisms have typically been characterised by how they modi...
A meta-analysis approach was used to assess the effect of dredging induced changes in sediment compo...
(IF 4.49; Q1)International audienceA one-year experimental study was conducted in 2012–2013 to asses...
International audienceThe study investigates the physical impact of sediment deposition associated w...
Macrobenthic assemblages and sedimentary conditions of five areas were described and compared; the r...
Measuring the impact of physical disturbance on macrofaunal communities and sediment composition is ...
International audienceThe natural variation of the benthic community of eastern Channel paleovalleys...
Each year approximately 23–28 million tonnes of sand and gravel are removed from offshore sediments ...
International audienceThe impacts of marine aggregate dredging and the recovery levels, 1 and 10 yea...
The effects of dredging on the benthic communities in the Noosa River, a subtropical estuary in SE Q...
International audienceThe eastern part of the Bay of Seine (English Channel) is highly impacted by h...
PURPOSE: Dredging and disposal of dredged material in aquatic environments can expose animals and pl...
This study investigated (1) the long-term changes in benthic metazoan organims of different size cla...
Two experiments consisting in a series of sediment deposits from maintenance dredging for the access...
WOS:000496611500001Bioturbating benthic organisms have typically been characterised by how they modi...
A meta-analysis approach was used to assess the effect of dredging induced changes in sediment compo...
(IF 4.49; Q1)International audienceA one-year experimental study was conducted in 2012–2013 to asses...
International audienceThe study investigates the physical impact of sediment deposition associated w...
Macrobenthic assemblages and sedimentary conditions of five areas were described and compared; the r...
Measuring the impact of physical disturbance on macrofaunal communities and sediment composition is ...
International audienceThe natural variation of the benthic community of eastern Channel paleovalleys...
Each year approximately 23–28 million tonnes of sand and gravel are removed from offshore sediments ...
International audienceThe impacts of marine aggregate dredging and the recovery levels, 1 and 10 yea...
The effects of dredging on the benthic communities in the Noosa River, a subtropical estuary in SE Q...
International audienceThe eastern part of the Bay of Seine (English Channel) is highly impacted by h...
PURPOSE: Dredging and disposal of dredged material in aquatic environments can expose animals and pl...
This study investigated (1) the long-term changes in benthic metazoan organims of different size cla...
Two experiments consisting in a series of sediment deposits from maintenance dredging for the access...
WOS:000496611500001Bioturbating benthic organisms have typically been characterised by how they modi...
A meta-analysis approach was used to assess the effect of dredging induced changes in sediment compo...
(IF 4.49; Q1)International audienceA one-year experimental study was conducted in 2012–2013 to asses...