Full community phytoplankton analysis results, expressed as cells per litre, from samples collected from the Gibraltar coastline between 2009 to 2019. The data were derived from water samples collected at a 2m depth using a Niskin sampler on an quarterly basis at four sites by HM Government of Gibraltar. Site positions are included in the dataset, and are accurate to +/- 30m.

CIBRA Center for Bioacoustics, Univ. of Pavia, organizes research cruises in the Med sea since 1994. Visual and acoustic contacts (1994 - 2001) are available on OBIS-SEAMAP, while acoustic recordings are stored in our Sound library and available upon request.

Sampling Methods avvistAPP is a free citizen science tool that allows everyone to actively contribute to the monitoring of marine animals. Available both in Google and Apple app stores. App description: https://doi.org/10.13120/h127-9v54 Study Extent Mediterranean Sea from 2019 onwards. Method step description: The reported sightings are validated by researchers.

N/A

Dominica Sea turtle Conservation Organization, in partnership with the Georgia Aquarium, are working to research and conserve sea turtles in Dominica. A small island in the Caribbean, Dominica has several sea turtle species nesting on it's beaches. Leatherbacks have been the main focus due to poaching on the island of adults and nests. Georgia Aquarium and DomSeTCO support patrollers on the main leatherback nesting beaches and has initiated a sea turtle tour program bringing visitors and locals alike to witness sea turtle nesting events on the island.

As part of the Belgian LifeWatch observatory, a permanent Cetacean passive acoustic network is established in the Belgian Part of the North Sea. The sensor network uses C-PODs (Chelonia Limited) to register the presence of harbour porpoise (<i>Phocoena phocoena</i>) in the neighbourhood. Click trains of harbour porpoises are detected and classified using the CPOD software and high and moderate quality click trains are selected. The dataset is published yearly aggregated per hour. In related datasets, described below, aggregated data per minute is available.

CARESAT is a project funded by the Tuscany Region (Italy) aiming to use satellite telemetry to increase the limited information currently available on the movements of loggerhead turtles frequenting Tuscany waters and the Pelagos Marine Sanctuary. To this aim, turtles found in Tuscan waters and rehabilitated in Tuscan rescue centers will be equipped with satellite transmitters, to reconstruct the movements made by tracked individuals, to identify the areas of the Sanctuary that are mainly frequented, and to reveal hitherto unknown aspects of their ecology and behavior.

NorFish is a European Research Council (ERC) Advanced Grant led by Prof Poul Holm in Trinity College Dublin, focuses on the premise that a 16th century shift in marine fish pricing and supply in conjunction with the Little Ice Age and lowering of sea temperatures not only rise to the North Atlantic Fish Revolution but also forms one of the first documented examples of the disrupting effects of globalisation and climate change. The project examines the role of the Fish Revolution for a range of inter-related aspects of North Atlantic history, with NorFish’s interdisciplinary team drawing on archaeology, history, cartography, geography, and ecology to develop interpretative frameworks that synthesise a broad spectrum of source data to assess the overall objective of the project. NorFish’s interdisciplinary team draws on archaeology, history, cartography, geography, and ecology to assess the objectives of the project.

NorFish is a European Research Council (ERC) Advanced Grant led by Prof Poul Holm in Trinity College Dublin, focuses on the premise that a 16th century shift in marine fish pricing and supply in conjunction with the Little Ice Age and lowering of sea temperatures not only rise to the North Atlantic Fish Revolution but also forms one of the first documented examples of the disrupting effects of globalisation and climate change. The project examines the role of the Fish Revolution for a range of inter-related aspects of North Atlantic history, with NorFish’s interdisciplinary team drawing on archaeology, history, cartography, geography, and ecology to develop interpretative frameworks that synthesise a broad spectrum of source data to assess the overall objective of the project. NorFish’s interdisciplinary team draws on archaeology, history, cartography, geography, and ecology to assess the objectives of the project.