[eng] This paper provides a synthesis of the EU project MedVeg addressing the fate of nutrients released from fish farming in the Mediterranean with particular focus on the endemic seagrass Posidonia oceanica habitat. The objectives were to identify the main drivers of seagrass decline linked to fish farming and to provide sensitive indicators of environmental change, which can be used for monitoring purposes. The sedimentation of waste particles in the farm vicinities emerges as the main driver of benthic deterioration, such as accumulation of organic matter, sediment anoxia as well as seagrass decline. The effects of fish farming on P. oceanica meadows are diverse and complex and detected through various metrics and indicators. A safety d...
Posidonia oceanica meadows are declining at alarming rates due to climate change and human activitie...
Marine aquaculture is an activity that has induced severe local losses of seagrass meadows along the...
In the meadow closer to the fish cages, total inorganic nitrogen, ammonium, chlorophyll-a concentrat...
This paper provides a synthesis of the EU project MedVeg addressing the fate of nutrients released f...
The effects of fish farming on a seagrass (Posidonia oceanica) meadow at Fornells Bay, Minorca (Bale...
Fish farms represent a growing source of anthropogenic disturbance to benthic communities, and effic...
In the Mediterranean Sea, the seagrass Posidonia oceanica is affected by many threats from anthropog...
While the extension of aquaculture along the coasts of the Mediterranean islands is today an economi...
In the Mediterranean coastal zone, the seagrass Posidonia oceanica forms underwater meadows which su...
Abstract. The Posidonia oceanica meadow constitutes a key ecosystem in the sub-littoral zone of the ...
[eng] Seagrasses form a key ecosystem in the littoral zone; Posidonia oceanica is the dominant seag...
[eng] The usefulness of vertical rhizome growth as an early indicator of fish farm impacts to Posido...
Nutrient inputs resulting from fish farming activities located in the vicinity of seagrass meadows c...
Posidonia oceanica morphological parameters where measured at increasing distance from a marine fish...
Posidonia oceanica meadow is an endemic ecosystem of the Mediterranean coasts. A known threat to th...
Posidonia oceanica meadows are declining at alarming rates due to climate change and human activitie...
Marine aquaculture is an activity that has induced severe local losses of seagrass meadows along the...
In the meadow closer to the fish cages, total inorganic nitrogen, ammonium, chlorophyll-a concentrat...
This paper provides a synthesis of the EU project MedVeg addressing the fate of nutrients released f...
The effects of fish farming on a seagrass (Posidonia oceanica) meadow at Fornells Bay, Minorca (Bale...
Fish farms represent a growing source of anthropogenic disturbance to benthic communities, and effic...
In the Mediterranean Sea, the seagrass Posidonia oceanica is affected by many threats from anthropog...
While the extension of aquaculture along the coasts of the Mediterranean islands is today an economi...
In the Mediterranean coastal zone, the seagrass Posidonia oceanica forms underwater meadows which su...
Abstract. The Posidonia oceanica meadow constitutes a key ecosystem in the sub-littoral zone of the ...
[eng] Seagrasses form a key ecosystem in the littoral zone; Posidonia oceanica is the dominant seag...
[eng] The usefulness of vertical rhizome growth as an early indicator of fish farm impacts to Posido...
Nutrient inputs resulting from fish farming activities located in the vicinity of seagrass meadows c...
Posidonia oceanica morphological parameters where measured at increasing distance from a marine fish...
Posidonia oceanica meadow is an endemic ecosystem of the Mediterranean coasts. A known threat to th...
Posidonia oceanica meadows are declining at alarming rates due to climate change and human activitie...
Marine aquaculture is an activity that has induced severe local losses of seagrass meadows along the...
In the meadow closer to the fish cages, total inorganic nitrogen, ammonium, chlorophyll-a concentrat...