18 results on '"Atzori, Fabrizio"'
Search Results
2. Priorities for Mediterranean marine turtle conservation and management in the face of climate change
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Mazaris, Antonios D., Dimitriadis, Charalampos, Papazekou, Maria, Schofield, Gail, Doxa, Aggeliki, Chatzimentor, Anastasia, Turkozan, Oguz, Katsanevakis, Stelios, Lioliou, Aphrodite, Abalo-Morla, Sara, Aksissou, Mustapha, Arcangeli, Antonella, Attard, Vincent, El Hili, Hedia Attia, Atzori, Fabrizio, Belda, Eduardo J., Ben Nakhla, Lobna, Berbash, Ali A., Bjorndal, Karen A., Broderick, Annette C., Camiñas, Juan A., Candan, Onur, Cardona, Luis, Cetkovic, Ilija, Dakik, Nabigha, de Lucia, Giuseppe Andrea, Dimitrakopoulos, Panayiotis G., Diryaq, Salih, Favilli, Costanza, Fortuna, Caterina Maria, Fuller, Wayne J., Gallon, Susan, Hamza, Abdulmaula, Jribi, Imed, Ben Ismail, Manel, Kamarianakis, Yiannis, Kaska, Yakup, Korro, Kastriot, Koutsoubas, Drosos, Lauriano, Giancarlo, Lazar, Bojan, March, David, Marco, Adolfo, Minotou, Charikleia, Monsinjon, Jonathan R., Naguib, Nahla M., Palialexis, Andreas, Piroli, Vilma, Sami, Karaa, Sönmez, Bektaş, Sourbès, Laurent, Sözbilen, Doğan, Vandeperre, Frederic, Vignes, Pierre, Xanthakis, Michail, Köpsel, Vera, and Peck, Myron A.
- Published
- 2023
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3. Variability between observers does not hamper detecting change over time in a temperate reef
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Azzola, Annalisa, Atzori, Fabrizio, Bianchi, Carlo Nike, Cadoni, Nicoletta, Frau, Francesca, Mora, Federico, Morri, Carla, Oprandi, Alice, Orrù, Paolo Emanuele, and Montefalcone, Monica
- Published
- 2022
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4. Polymer composition assessment suggests prevalence of single-use plastics among items ingested by loggerhead sea turtles in the western mediterranean sub-region
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Camedda, Andrea, Matiddi, Marco, Vianello, Alvise, Coppa, Stefania, Bianchi, Jessica, Silvestri, Cecilia, Palazzo, Luca, Massaro, Giorgio, Atzori, Fabrizio, Ruiu, Angelo, Piermarini, Raffaella, Cocumelli, Cristiano, Briguglio, Paolo, Hochscheid, Sandra, Brundu, Roberto, and de Lucia, Giuseppe Andrea
- Published
- 2022
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5. Caulerpa cylindracea Spread on Deep Rhodolith Beds Can Be Influenced by the Morphostructural Composition of the Bed.
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Caronni, Sarah, Bracchi, Valentina Alice, Atzori, Fabrizio, Citterio, Sandra, Cadoni, Nicoletta, Gentili, Rodolfo, Montagnani, Chiara, Quaglini, Lara Assunta, and Basso, Daniela
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CAULERPA ,MARINE parks & reserves ,CAULERPALES ,MARINE algae ,GREEN algae - Abstract
The green alga Caulerpa cylindracea Sonder (Chlorophyta; Bryopsidales) is one of the most invasive alien macroalgae in the Mediterranean Sea, where it is also spreading on rhodolith beds, an important biogenic assemblage typical of deep substrates. Despite the importance of rhodoliths, data on the competitive interactions with C. cylindracea are still scarce. To deepen the knowledge on the topic, C. cylindracea occurrence on the rhodolith bed of Capo Carbonara Marine Protected Area (Italy) was explored. Quantitative analyses of videoframes obtained from Remote Operated Vehicle records in three different MPA sites, Is Piscadeddus, Santa Caterina, and Serpentara, allow for estimates of both the cover of rhodoliths (considering the main morphotypes) and of C. cylindracea, as well as their competition. All sites showed a well-developed rhodolith bed, although some differences were highlighted in their composition in terms of morphotype, shape, and dimension of rhodoliths, as well as in the C. cylindracea cover. In particular, Santa Caterina appeared to be the site with the highest mean total cover of rhodoliths (68%), and of C. cylindracea (25%). The obtained results suggest that different competitive interactions occur between C. cylindracea and rhodolith beds, in relation to the morphostructural composition of the latter and in response to environmental conditions that affect rhodolith bed composition. [ABSTRACT FROM AUTHOR]
- Published
- 2023
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6. Repeatability and phenotypic plasticity of fish swimming performance across a gradient of urbanization
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Nelson, Jay A., Atzori, Fabrizio, and Gastrich, Kirk R.
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- 2015
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7. Loggerhead sea turtle, Caretta caretta, presence and its exposure to floating marine litter in the Sardinia Channel and the Strait of Sicily: results from seven years of monitoring using ferry as platform of observation
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ATZORI, FABRIZIO, CAROSSO, LARA, CADONI, NICOLETTA, FRAU, FRANCESCA, GARCÍA GUTIÉRREZ, MARÍA LEONOR, DE LUCIA, GIUSEPPE ANDREA, GREGORIETTI, MARTINA, PELLEGRINO, GIULIANA, LIUBARTSEVA, SVITLANA, LECCI, RITA, COPPINI, GIOVANNI, MAFFUCCI, FULVIO, HOCHSCHEID, SANDRA, and ARCANGELI, ANTONELLA
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Caretta caretta ,marine litter ,sea surface currents ,Loggerhead sea turtle ,Abundance ,Sicily and Sardinia channels ,distribution ,risk exposure ,mo - Abstract
The loggerhead turtle is the most common sea turtle species in the Mediterranean Sea. Despite relevant research efforts, information of its distribution is still scarce, particularly in the open sea where they may be exposed to different threats among which marine litter is of great concern. Here we investigated the distribution of loggerhead turtles and floating marine macro litter (FMML) in the Sardinia Channel and Strait of Sicily, a key area of the central Mediterranean Sea, by using 7 years of data collected by experienced observers aboard passenger ferries along commercial routes. The high-risk exposure areas were identified and the influence of upper layer currents on turtle and FMML distribution was evaluated. Overall, loggerhead sighting rates were higher than those reported from other Mediterranean routes but the distribution of turtles within the study area was clearly heterogeneous and influenced by the surface circulation pattern. Summer sighting rates were significantly higher in the Sardinia Channel with respect to the Strait of Sicily. Analysis of the co-occurrence of FMML and loggerhead turtles identified a priority risk area in the central Sardinian channel where the large South-Eastern Sardinia Gyre acts as a trap for both animals and FMML. This study corroborates the effectiveness of using passenger ferries as platforms of observation to conduct systematic surveys of sea turtles and floating macro litter in offshore areas. Results highlighted the importance of the Sardinia Channel and Strait of Sicily for the loggerhead turtle and the areas of greater risk of exposure to the marine litter threat.
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- 2021
8. Sea urchin harvest inside marine protected areas: an opportunity to investigate the effects of exploitation where trophic upgrading is achieved.
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Ceccherelli, Giulia, Addis, Piero, Atzori, Fabrizio, Cadoni, Nicoletta, Casu, Marco, Coppa, Stefania, De Luca, Mario, Andrea de Lucia, Giuseppe, Farina, Simone, Fois, Nicola, Frau, Francesca, Gazale, Vittorio, Grech, Daniele, Guala, Ivan, Mariani, Mariano, Marras, Massimo S. G., Navone, Augusto, Pansini, Arianna, Panzalis, Pieraugusto, and Pinna, Federico
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SEA urchins ,MARINE parks & reserves ,PARACENTROTUS lividus ,FRUIT quality - Abstract
Background. Marine protected areas (MPAs) usually have both positive effects of protection for the fisheries' target species and indirect negative effects for sea urchins. Moreover, often in MPAs sea urchin human harvest is restricted, but allowed. This study is aimed at estimating the effect of human harvest of the sea urchin Paracentrotus lividus within MPAs, where fish exploitation is restricted and its density is already controlled by a higher natural predation risk. The prediction we formulated was that the lowest densities of commercial sea urchins would be found where human harvest is allowed and where the harvest is restricted, compared to where the harvest is forbidden. Methods. At this aim, a collaborative database gained across five MPAs in Sardinia (Western Mediterranean, Italy) and areas outside was gathered collecting sea urchin abundance and size data in a total of 106 sites at different degrees of sea urchin exploitation: no, restricted and unrestricted harvest sites (NH, RH and UH, respectively). Furthermore, as estimates made in past monitoring efforts (since 2005) were available for 75 of the sampled sites, for each of the different levels of exploitation, the rate of variation in the total sea urchin density was also estimated. Results. Results have highlighted that the lowest sea urchin total and commercial density was found in RH sites, likely for the cumulative effects of human harvest and natural predation. The overall rate of change in sea urchin density over time indicates that only NH conditions promoted the increase of sea urchin abundance and that current local management of the MPAs has driven towards an important regression of populations, by allowing the harvest. Overall, results suggest that complex mechanisms, including synergistic effects between natural biotic interactions and human pressures, may occur on sea urchin populations and the assessment of MPA effects on P. lividus populations would be crucial to guide management decisions on regulating harvest permits. Overall, the need to ban sea urchin harvest in the MPAs to avoid extreme reductions is encouraged, as inside the MPAs sea urchin populations are likely under natural predation pressures for the trophic upgrading. [ABSTRACT FROM AUTHOR]
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- 2022
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9. Is the Loggerhead Caretta caretta a good indicator of plastic ingestion also at local scale?
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Valente, Tommaso, Camedda, Andrea, Silvestri, Cecilia, Cocumelli, Cristiano, Ruiu, Andrea, Atzori, Fabrizio, Matiddi, Marco, and de Lucia, Giuseppe Andrea
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marine litter ,bioindicator ,Sea turtle ,MSFD ,UNEP/MAP - Published
- 2018
10. Trends in summer presence of fin whales in the Western Mediterranean Sea Region: new insights from a long-term monitoring program.
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Tepsich, Paola, Schettino, Ilaria, Atzori, Fabrizio, Azzolin, Marta, Campana, Ilaria, Carosso, Lara, Cominelli, Simone, Crosti, Roberto, David, Léa, Di-Méglio, Nathalie, Frau, Francesca, Gregorietti, Martina, Mazzucato, Veronica, Monaco, Clara, Moulins, Aurelie, Paraboschi, Miriam, Pellegrino, Giuliana, Rosso, Massimiliano, Roul, Marine, and Saintignan, Sébastien
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WHALES ,HABITAT conservation ,ENDANGERED species ,SPECIES distribution ,SUMMER - Abstract
Background. The Mediterranean subpopulation of fin whale Balaenoptera physalus (Linnaeus, 1758) has recently been listed as Vulnerable by the IUCN Red List of threatened species. The species is also listed as species in need of strict protection under the Habitat Directive and is one of the indicators for the assessment of Good Environmental Status under the MSFD. Reference values on population abundance and trends are needed in order to set the threshold values and to assess the conservation status of the population. Methods. Yearly summer monitoring using ferries as platform of opportunity was performed since 2008 within the framework of the FLT Med Network. Data were collected along several fixed transects crossing the Western Mediterranean basin and the Adriatic and Ionian region. Species presence, expressed by density recorded along the sampled transects, was inspected for assessing interannual variability together with group size. Generalized Additive Models were used to describe density trends over a 11 years' period (2008-2018). A spatial multi-scale approach was used to highlight intra-basin differences in species presence and distribution during the years. Results. Summer presence of fin whales in the western Mediterranean area showed a strong interannual variability, characterized by the alternance of rich and poor years. Small and large groups of fin whales were sighted only during rich years, confirming the favorable feeding condition influencing species presence. Trends highlighted by the GAMcan be summarized as positive from 2008 to 2013, and slightly negative from 2014 to 2018. The sub-areas analysis showed a similar pattern, but with a more stable trend during the second period in the Pelagos Sanctuary sub-area, and a negative one in the other two sub-areas. Our findings further confirm the need for an integrated approach foreseeing both, large scale surveys and yearly monitoring at different spatial scales to correct and interpret the basin wide abundance estimates, and to correlate spatial and temporal trends with the ecological and anthropogenic drivers. [ABSTRACT FROM AUTHOR]
- Published
- 2020
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11. Assessing the potential of marine Natura 2000 sites to produce ecosystem‐wide effects in rocky reefs: A case study from Sardinia Island (Italy).
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Guidetti, Paolo, Addis, Piero, Atzori, Fabrizio, Bussotti, Simona, Calò, Antonio, Cau, Alessandro, Culioli, Jean‐Michel, De Lucia, Giuseppe, Di Franco, Antonio, Di Lorenzo, Manfredi, Follesa, Maria Cristina, Gazale, Vittorio, Massaro, Giorgio, Mura, Francesco, Navone, Augusto, Pala, David, Panzalis, Pier Augusto, Pusceddu, Antonio, Ruiu, Alberto, and Cau, Angelo
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MARINE parks & reserves ,MARINE resources conservation ,BIODIVERSITY ,ECOSYSTEM services ,MARINE ecology - Abstract
A number of policy measures have been adopted to cope with ongoing ocean degradation. Marine protected areas (MPAs) are among them. MPAs and their coverage have increased worldwide, including in EU waters. Natura 2000 (Nat2000) sites are at the core of the EU biodiversity conservation strategy and have been established to protect habitats and species included in two EU directives. Besides their specific objectives, their potential to contribute to an ecosystem‐wide conservation and their complementarity with other national and supranational initiatives (e.g. nationally established MPA networks, the Marine Strategy Framework Directive, the Convention on Biological Diversity Ecosystem‐Based Approach) have been called into question.Using visual censuses on rocky reefs, the biomass of whole fish assemblages and of a set of ecologically important species (widely used as indicators of coastal marine ecosystem health) have been assessed to evaluate the potential ecosystem‐wide effectiveness of Nat2000 marine sites located along the coasts of Sardinia (Italy). The assessment was performed in six fully protected MPAs, in 12 Nat2000 sites established or extending at sea, and in 18 adjacent unprotected control sites.Results show that the highest fish biomasses are observed in fully protected MPAs. The values observed at Nat2000 sites do not differ or only slightly differ from those observed at control sites. This shows that Nat2000 sites may not presently contribute to effectively protect fish and the related rocky reef ecosystems.These results do not dismiss at all the role of Nat2000 sites relative to the objectives for which they have been established. However, they show that to achieve ecosystem‐wide benefits it is crucial to rethink and broaden the scope of Nat2000 sites and adapt their management to that. By providing sounder and more comprehensive management plans, and implementing more consistent ecosystem‐wide conservation measures, Nat2000 marine sites could become an extraordinary tool at the EU scale, capable of delivering wider ecological benefits. [ABSTRACT FROM AUTHOR]
- Published
- 2019
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12. Amount, composition, and spatial distribution of floating macro litter along fixed trans-border transects in the Mediterranean basin.
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Arcangeli, Antonella, Campana, Ilaria, Angeletti, Dario, Atzori, Fabrizio, Azzolin, Marta, Carosso, Lara, Di Miccoli, Valentina, Giacoletti, Antonio, Gregorietti, Martina, Luperini, Cristina, Paraboschi, Miriam, Pellegrino, Giuliana, Ramazio, Martina, Sarà, Gianluca, and Crosti, Roberto
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SPATIAL distribution (Quantum optics) ,MARINE debris ,POLLUTION ,GEOLOGICAL basins ,SEDIMENTS - Abstract
Marine litter is a major source of pollution in the Mediterranean basin, but despite legislative requirements, scant information is available for the ongoing assessment of this threat. Using higher size classes as proxy for litter distribution, this study gave a synoptic estimation of the amount, composition, and distribution of floating macro-litter in the Mediterranean. The average amount of macro-litter was in a range of 2–5 items/km 2 , with the highest in the Adriatic basin. Seasonal patterns were present in almost all study areas and were significant in the Ligurian Sea, Sardinian-Balearic basin, and Central Tyrrhenian Sea. Plastic accounted for > 80% of litter in all areas and seasons, with the highest proportion in the Adriatic Sea, Ligurian Sea, and Sicilian-Sardinian Channels; in the Bonifacio Strait, Tyrrhenian Sea, and Sardinian-Balearic basin, litter composition was instead more diverse. Spatial analysis suggested an almost homogeneous distribution of litter without evident regular aggregation zones. [ABSTRACT FROM AUTHOR]
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- 2018
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13. Morphostructural Characterization of the Heterogeneous Rhodolith Bed at the Marine Protected Area "Capo Carbonara" (Italy) and Hydrodynamics.
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Bracchi, Valentina A., Caronni, Sarah, Meroni, Agostino N., Burguett, Esteban Gottfried, Atzori, Fabrizio, Cadoni, Nicoletta, Marchese, Fabio, and Basso, Daniela
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MARINE parks & reserves ,HYDRODYNAMICS ,MARINE habitats ,EUROPEAN communities ,WATER depth - Abstract
Mediterranean rhodolith beds are priority marine benthic habitats for the European Community, because of their relevance as biodiversity hotspots and their role in the carbonate budget. Presently, Mediterranean rhodolith beds typically occur within the range of 30–75 m of water depth, generally located around islands and capes, on flat or gently sloping areas. In the framework of a collaboration between the University of Milano-Bicocca and the Marine Protected Area "Capo Carbonara" (Sardinia, Italy), video explorations and sampling collections in three selected sites revealed the occurrence of a well developed and heterogeneous rhodolith bed. This bed covers an area >41 km
2 around the cape, with live coverage ranging between 6.50 and 55.25%. Rhodoliths showed interesting morphostructural differences. They are small compact pralines at the Serpentara Island, associated with gravelly sand, or bigger boxwork at the Santa Caterina shoal associated with sand, whereas branches are reported mostly in the Is Piscadeddus shoal, associated with muddy sand. Both in the Santa Caterina shoal and the Serpentara Island, rhodoliths generally show a spheroidal shape, associated with a mean value of currents of 4.3 and 7.3 cm/s, respectively, up to a maximum of 17.7 cm/s at Serpentara, whereas in the Is Piscadeddus shoal rhodolith shape is variable and current velocity is significantly lower. The different hydrodynamic regime, with a constant current directed SW, which deviates around the cape towards E, is responsible for such morphostructural heterogeneity, with the site of the Serpentara Island being the most exposed to a constant unidirectional and strong current. We can associate current velocity with specific rhodolith morphotypes. The morphostructural definition of the heterogeneity of rhodoliths across large beds must be considered for appropriate management policies. [ABSTRACT FROM AUTHOR]- Published
- 2022
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14. Animal Forest Mortality: Following the Consequences of a Gorgonian Coral Loss on a Mediterranean Coralligenous Assemblage.
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Piazzi, Luigi, Atzori, Fabrizio, Cadoni, Nicoletta, Cinti, Maria Francesca, Frau, Francesca, Pansini, Arianna, Pinna, Federico, Stipcich, Patrizia, Ceccherelli, Giulia, and Hoeksema, Bert W.
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ANIMAL mortality , *FOREST animals , *CORALS , *FOREST monitoring , *ALCYONACEA , *DEEP-sea corals - Abstract
In this work, the consequences of a local gorgonian coral mortality on the whole coralligenous assemblage were studied. A Before/After-Control/Impact sampling design was used: the structure of the coralligenous assemblage was compared before and after the gorgonian mortality event at the mortality site and two control sites. At the mortality site, a relevant decrease in alpha and beta diversity occurred, with a shift from a stratified assemblage characterized by gorgonians and other invertebrates to an assemblage dominated by algal turfs; conversely, neither significant variations of the structure nor decrease in biodiversity were observed at the control sites. The assemblage shift involved the main taxa in different times: in autumn 2018, a large proportion of the plexaurid coral Paramuricea clavata died, but no significant changes were observed in the structure of the remaining assemblage. Then, in autumn 2019, algal turfs increased significantly and, one year later, the abundance of the gorgonian Eunicella cavolini and bryozoans collapsed. Although the mechanisms of the assemblage shift following gorgonian loss will remain uncertain and a cause-effect relationship cannot be derived, results suggest the need for detecting signs of gorgonian forests stress in monitoring programs, which should be considered early indicators of their condition. in the coralligenous monitoring programs for detecting any sign of gorgonian forests stress which should be considered an early indicator of the assemblage condition. [ABSTRACT FROM AUTHOR]
- Published
- 2021
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15. Environmental Engineering Techniques to Restore Degraded Posidonia oceanica Meadows.
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Piazzi, Luigi, Acunto, Stefano, Frau, Francesca, Atzori, Fabrizio, Cinti, Maria Francesca, Leone, Laura, Ceccherelli, Giulia, and Calvo, Sebastiano
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POSIDONIA ,POSIDONIA oceanica ,ENVIRONMENTAL engineering ,MEADOWS ,SEAGRASS restoration ,SESSILE organisms - Abstract
Seagrass planting techniques have shown to be an effective tool for restoring degraded meadows and ecosystem function. In the Mediterranean Sea, most restoration efforts have been addressed to the endemic seagrass Posidonia oceanica, but cost-benefit analyses have shown unpromising results. This study aimed at evaluating the effectiveness of environmental engineering techniques generally employed in terrestrial systems to restore the P. oceanica meadows: two different restoration efforts were considered, either exploring non-degradable mats or, for the first time, degradable mats. Both of them provided encouraging results, as the loss of transplanting plots was null or very low and the survival of cuttings stabilized to about 50%. Data collected are to be considered positive as the survived cuttings are enough to allow the future spread of the patches. The utilized techniques provided a cost-effective restoration tool likely affordable for large-scale projects, as the methods allowed to set up a wide bottom surface to restore in a relatively short time without any particular expensive device. Moreover, the mats, comparing with other anchoring methods, enhanced the colonization of other organisms such as macroalgae and sessile invertebrates, contributing to generate a natural habitat. [ABSTRACT FROM AUTHOR]
- Published
- 2021
- Full Text
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16. Multiple Non-Species-Specific Pathogens Possibly Triggered the Mass Mortality in Pinna nobilis.
- Author
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Scarpa, Fabio, Sanna, Daria, Azzena, Ilenia, Mugetti, Davide, Cerruti, Francesco, Hosseini, Sepideh, Cossu, Piero, Pinna, Stefania, Grech, Daniele, Cabana, David, Pasquini, Viviana, Esposito, Giuseppe, Cadoni, Nicoletta, Atzori, Fabrizio, Antuofermo, Elisabetta, Addis, Piero, Sechi, Leonardo Antonio, Prearo, Marino, Peletto, Simone, and Mossa, Marianna A.
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RHODOCOCCUS erythropolis ,MORTALITY ,PATHOGENIC microorganisms ,MYCOBACTERIUM ,MUSSELS ,HELICOBACTER pylori infections - Abstract
The fan mussel, Pinna nobilis, represents the largest bivalve endemic to the Mediterranean Sea. Since 2016, dramatic mass mortality of this species has been observed in several areas. The first surveys suggested that Haplosporidium pinnae (currently considered species-specific) was the main etiological agent, but recent studies have indicated that a multifactorial disease may be responsible for this phenomenon. In this study, we performed molecular diagnostic analyses on P. nobilis, P. rudis, and bivalve heterologous host species from the island of Sardinia to shed further light on the pathogens involved in the mass mortality. The results support the occurrence of a multifactorial disease and that Mycobacterium spp. and H. pinnae are not necessarily associated with the illness. Indeed, our analyses revealed that H. pinnae is not species-specific for P. nobilis, as it was present in other bivalves at least three years before the mass mortality began, and species of Mycobacterium were also found in healthy individuals of P. nobilis and P. rudis. We also detected the species Rhodococcus erythropolis, representing the first report in fan mussels of a bacterium other than Mycobacterium spp. and Vibrio spp. These results depict a complicated scenario, further demonstrating how the P. nobilis mass mortality event is far from being fully understood. [ABSTRACT FROM AUTHOR]
- Published
- 2020
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17. The effect of PCBs on the startle response in common sole juveniles (Solea solea L.)
- Author
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Atzori, Fabrizio, Cannas, Marcella, Domenici, Paolo, and Lefrancois, Christel
- Published
- 2009
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18. Energetics of PCBs-contaminated juveniles of common sole (Solea solea L.): Aerobic metabolism and tolerance to hypoxia
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Cannas, Marcella, Lefrancois, Christel, Begout, Marie-Laure, and Atzori, Fabrizio
- Published
- 2009
- Full Text
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