One area of ecological benefit not yet fully evaluated in European waters is the utilisation of restored saltmarsh habitats by fish species. This study examines the utilisation of managed realignments and relic saltmarsh by fish species. Factors affecting habitat heterogeneity and fish populations are discussed, and recommendations are made with respect to scheme design and management that will maximise the biological and socio-economic values. Fish populations in the high intertidal areas were assessed using a suite of techniques, including observations on feeding behaviour. Each microhabitat was discussed as a function of the extent of fish colonisation. A positive relationship between the degree of fish utilisation and habitat heterogene...
The structure and functioning of estuarine fish assemblages have been analysed using data sets for 3...
Fish use of coastal saltmarsh wetlands has been documented for many parts of Australia with the nota...
Shallow nearshore marine ecosystems are changing at an increasing rate due to a range of human activ...
One area of ecological benefit not yet fully evaluated in European waters is the utilisation of rest...
When coastal sites are breached and introduced to intertidal processes for flood defence and habitat...
When coastal sites are breached and introduced to intertidal processes for flood defence and habitat...
Managed realignment has become an increasingly common mechanism to increase the efficiency and susta...
Temperate transitional water systems, as in the case of the Venice Lagoon, are characterised by many...
International audienceThe Bay of Aiguillon is a national French Nature Reserve of great importance f...
Saltmarsh provides essential fish feeding and nursery habitat but has globally declined by 50%. We u...
PhDSaltmarshes in SE England are eroding rapidly and one potential impact is the loss of habitat fo...
Despite over a century of exploitation of fish in European waters, scientists know surprisingly litt...
Fish use of coastal saltmarsh wetlands has been documented for many parts of Australia with the nota...
Valuable marine habitats and living resources can be found in the Eastern English Channel and in 200...
There is a growing body of research highlighting the importance of saltmarshes as habitats for fish ...
The structure and functioning of estuarine fish assemblages have been analysed using data sets for 3...
Fish use of coastal saltmarsh wetlands has been documented for many parts of Australia with the nota...
Shallow nearshore marine ecosystems are changing at an increasing rate due to a range of human activ...
One area of ecological benefit not yet fully evaluated in European waters is the utilisation of rest...
When coastal sites are breached and introduced to intertidal processes for flood defence and habitat...
When coastal sites are breached and introduced to intertidal processes for flood defence and habitat...
Managed realignment has become an increasingly common mechanism to increase the efficiency and susta...
Temperate transitional water systems, as in the case of the Venice Lagoon, are characterised by many...
International audienceThe Bay of Aiguillon is a national French Nature Reserve of great importance f...
Saltmarsh provides essential fish feeding and nursery habitat but has globally declined by 50%. We u...
PhDSaltmarshes in SE England are eroding rapidly and one potential impact is the loss of habitat fo...
Despite over a century of exploitation of fish in European waters, scientists know surprisingly litt...
Fish use of coastal saltmarsh wetlands has been documented for many parts of Australia with the nota...
Valuable marine habitats and living resources can be found in the Eastern English Channel and in 200...
There is a growing body of research highlighting the importance of saltmarshes as habitats for fish ...
The structure and functioning of estuarine fish assemblages have been analysed using data sets for 3...
Fish use of coastal saltmarsh wetlands has been documented for many parts of Australia with the nota...
Shallow nearshore marine ecosystems are changing at an increasing rate due to a range of human activ...