0000000000108637
AUTHOR
Andrea Savona
showing 34 related works from this author
Analysis of stable carbon and nitrogen isotopes as a tool for assessing the environmental impact of aquaculture: a case study from the western Medite…
2005
Stable carbon and nitrogen isotope ratios ( 13C/ 12 C and 15N/14 N) of in situ dominant primary producers and consumers were investigated to assess the impact on a natural ecosystem of a land-based fish farm along the south-western coast of Sicily (Italy). The putatively impacted area close to the farm along outfall was compared with other locations at increasing distances from the outfall. Carbon and mainly nitrogen stable isotopes revealed evidence of widespread aquaculture waste in the study site: benthic organisms collected in the impacted area showed more enriched δ 15N signatures than those at greater distances from the outfall, suggesting a large contribution of aquaculture waste to …
Evidence for trophic structure variability in Mediterranean coastal lagoons.
2005
Preliminary results on the distribution of benthic foraminifera in the lagoon like coastal basin Stagnone di Marsala (Trapani, Italy)
2010
Effetti di input ornitogenici sullo stato trofico di un sistema costiero Mediterraneo (laghetti di Marinello, Sicilia, Italia)
2011
Analysis of the trophic role of primary producers in Posidonia oceanica ecosystems along the Sicilian coasts (Italy)
2006
Valutazione degli effetti ambientali della maricoltura basata sull’analisi degli isotopi stabili di azoto
2005
The use of very high resolution images for studying Posidonia oceanica reefs
2020
Posidonia oceanica is an endemic Mediterranean seagrass that forms wide and dense meadows from the surface up to about 40 m depth. This species can develop a biogenic structure called matte, a typical terraced formation built up by itself, consisting of intertwined rhizomes, roots and sediment, which may allow shoots to reach the sea surface forming reefs (récif barrière), considered natural monuments. Posidonia oceanica reefs are particularly exposed to the ongoing increase in temperature and in storm frequency and intensity due to climate change, with negative repercussions on their conservation. Much more attention must be paid to the implementation of monitoring tools able to detect ear…