Pairwise Wilcoxon test results between the collected eDNA samples originated data in the various monitoring campaigns carried out between the summer of 2021 and the winter of 2022/2023 in the north coast of Continental Portugal [Dataset]
Pairwise Wilcoxon test results between the collected eDNA samples originated data in the various monitoring campaigns carried out between the summer of 2021 and the winter of 2022/2023 in the north coast of Continental Portugal [Dataset]
B—Spatial representation of sampling stations surveyed in the North coast of Mainland Portugal, between 2021 and 2023. The map represents the positive molecular detection for cetacean species on environmental DNA samples (Phocoena phocoena, Delphinus delphis, Tursiops truncatus, Grampus griseus, Balaenoptera physalus).
A—Cetacean occurrence records and spatial distribution registered during visual surveys in the North coast of Mainland Portugal, between 2021 and 2023, with reference in-land points. Coloured points represent cetacean sighting locations.
Peer reviewed
Feeding purposes, Four seasonal campaigns, Winter 2022, Scientific bibliography, Study marine communities, >), risso ’, Div >< p, Biological communities, Promising monitoring tool, Marine conservation landscape, Mainland portugal, Species reported, Tursiops truncatus </, Fin whale (<, Cetacean distribution, Year round, Northern coast, Characterize cetacean communities, 64 environmental samples, Dolphin (<, Balaenoptera physalus </, Biodiversity monitoring year round winter 2022 summer 2021, Specific applications, Collected along, Trophic approach, Mixed samples environmental dna campaigns ), Complex ecosystems, Investigate cetacean distribution, Cetacean occurrence, Development stage, Multiple known prey, Visual monitoring, Illumina platform, Delphinus delphis </, Species detection, Phocoena phocoena </, Methodological approach remains, Based techniques, Common dolphin (<, Identified dolphins indicates, Complementary results suggest, Summer 2021, Oceanic ones, Positive molecular detections, Cetacean community composition, Dna metabarcoding, Grampus griseus </, Potential prey, Complementary tool, Animals may use, Five cetacean species, Generation sequencing techniques, Present work highlights, Special relevance since
Feeding purposes, Four seasonal campaigns, Winter 2022, Scientific bibliography, Study marine communities, >), risso ’, Div >< p, Biological communities, Promising monitoring tool, Marine conservation landscape, Mainland portugal, Species reported, Tursiops truncatus </, Fin whale (<, Cetacean distribution, Year round, Northern coast, Characterize cetacean communities, 64 environmental samples, Dolphin (<, Balaenoptera physalus </, Biodiversity monitoring year round winter 2022 summer 2021, Specific applications, Collected along, Trophic approach, Mixed samples environmental dna campaigns ), Complex ecosystems, Investigate cetacean distribution, Cetacean occurrence, Development stage, Multiple known prey, Visual monitoring, Illumina platform, Delphinus delphis </, Species detection, Phocoena phocoena </, Methodological approach remains, Based techniques, Common dolphin (<, Identified dolphins indicates, Complementary results suggest, Summer 2021, Oceanic ones, Positive molecular detections, Cetacean community composition, Dna metabarcoding, Grampus griseus </, Potential prey, Complementary tool, Animals may use, Five cetacean species, Generation sequencing techniques, Present work highlights, Special relevance since
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