Scientific Reports · 2019 · 22 citations · 38 references
Natural ResourcesEcologyZoologyFish BiologyFish EcologyFish Population DynamicsDispersal DynamicsFish Population BiologyFish Spatial EcologySpatial Distribution AnalysisClimate Change Impacts On FishFish Aggregation MechanismsOcean Warming EffectsSpatial Distribution Models
Since the early 1990s of last century the spread of Caranx crysos a thermophilic fish species in the Mediterranean Sea has increased due to sea warming. Simultaneously, a large and unregulated use of fish aggregating devices has been recorded, and these devices seem to influence fish spatial distributions. Here we used a multidisciplinary approach to investigate the influence of environmental change and FAD presence on the spatial distribution of the tropical affinity fish species Caranx crysos across the Mediterranean Sea. Data suggested that the presence of C. crysos has increased progressively since 1990 towards the northwest side of the Mediterranean Sea, with the greatest number of recent findings occurring in zones with higher densities of FADs. The spatial distribution models show how the extensive use of FADs in combination with changes in environmental conditions may have indirectly facilitated the spread of the thermophillic C. crysos population across the Mediterranean Sea.
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