The Archive for Marine Species and Habitats Data
Type of resources
Keywords
Contact for the resource
Provided by
Years
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This dataset consists of surveys entered by Sussex Wildlife Trust.
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This dataset consists of surveys entered by Kent Wildlife Trust.
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This dataset consists of surveys entered by NatureScot.
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This dataset consists of surveys entered by The Wildlife Trusts.
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This dataset consists of surveys entered by he archive for marine species and habitats data (DASSH).
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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.
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Survey to establish the location and assess the extent, distribution and species composition of maerl bed habitats and quantify the abundance of associated epifauna communities in Falmouth Harbour, UK using a high definition towed underwater video system. Surveys were conducted in response to proposed dredging activities to deepen the shipping channel. The surveys took place in February 2012 and transects were approximately 200 x 0.5 metres.
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This dataset consists of surveys entered by SeaSearch
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This dataset consists of surveys entered by National Museums Northern Ireland (NMNI).
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Survey to establish the infaunal species composition and sediment properties of maerl bed habitats in Falmouth Harbour, from SCUBA diver collected core samples. Surveys were conducted in response to proposed dredging activities to deepen the shipping channel. Core samples collected by divers September - November 2012 and July - August 2013 were used to assess habitat quality and species distribution by quantifying the abundance of infauna and analysing organic content, particle size and maerl structure. There were 6 sites divided into three 5m2 plots. SCUBA divers collected 8 maerl core samples per plot: 5 cores for faunal analysis and 3 cores for sediment and organic content analysis.