Titlebook: Deep-Sea Ecosystems Off Mauritania; Research of Marine B Ana Ramos,Fran Ramil,José Luis‘Sanz Book 2017 Springer Science+Business Media B.V

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CREST

HERTZ

s and the 28,122 km.2. prospected by multi?beam echo sounding allowed to obtain an overview of the amazing biodiversity of the demersal and benthic fauna inhabiting soft- and hard-bottom habitats, as well as the fascinating geomorphology and oceanography, hidden in the Mauritanian slope..978-94-024-1468-4978-94-024-1023-5

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,Deep?Sea Ecosystems Off Mauritania: An Introduction,d productive areas of the world’s oceans. Along 754?km of the desert coastline, the permanent upwelling phenomena and seasonal shifting of the oceanographic front strongly influence the water mass structures, climate and species distribution in the Mauritanian EEZ. Despite oceanographic and faunisti

熱情贊揚(yáng)

The Mauritanian Margin. Bathymetric and Geomorphological Characteristics,hymetry full coverage data, the TOPAS profiles and rock dredges were established for the first time detailed maps of bathymetry and geomorphology. The main morphological features are as follows: (1)?>70 canyons and large gullies grouped into 10 different canyon systems, (2) 580?km long cold-water co

熱情贊揚(yáng)

Oceanography of the Cape Verde Basin and Mauritanian Slope Waters,. Here we review former studies and analyze historical, satellite and numerical data in order to portray the oceanography of the CV Basin, with emphasis on its eastern boundary—the Mauritania Slope (MS) Ocean. This is complemented with the analysis of novel hydrographic data from the continental slo

Focus-Words

Demersal Ichthyofaunal Assemblages in Mauritanian Deep-Waters,, during four scientific surveys. We identified 403 species belonging to 139 families. Great concentrations of families with low diversity were dominant up to 500-m depth off Cape Blanc, Cape Timiris and south of Nouakchott. Macrouridae was the most diverse and most common family (26 species, 81% of

混合,攙雜

Deep Chondrichthyes in Mauritanian Waters,hich sampled Mauritanian waters, from 84 to 1835?m depth. We identified a total of 48 different species belonging to 17 families. Rajidae was the most diverse family (10 species), followed by the family Centrophoridae (6 species). Other diverse families were Etmopteridae, Scyliorhinidae and Somniosi

Flinch

Composition and Distribution of Epibenthic and Demersal Assemblages in Mauritanian Deep-Waters,00 to 2000?m depth. More than 500 species belonging to 35 epibenthic high-range taxa are present in Mauritanian deep-sea bottoms. Pisces, Decapoda and Polychaeta, represented by 111, 80 and 56 species, respectively, constituted the richest groups, being the first two collected at all stations. Decap