1970, iii, 206
Book
1980, NAFO SCR documents, Volume 80/VI/53., 3
Book
Biogeosciences, ISSN 1726-4170, 01/2018, Volume 15, Issue 1, pp. 159 - 186
The decline in oxygen supply to the ocean associated with global warming is expected to expand oxygen minimum zones (OMZs). This global trend can be attenuated...
PRESERVATION | GEOSCIENCES, MULTIDISCIPLINARY | GLOBAL CLIMATE-CHANGE | CIRCULATION | DENITRIFICATION | OCEAN | PACIFIC | NITROGEN-CYCLE | TOPOGRAPHY | ECOLOGY | MODEL | OSCILLATIONS | Environmental aspects | Monsoons | Wind | Climate | Environmental changes | Time | Aquatic habitats | Positive feedback | Biogeochemical cycles | Density stratification | Ocean models | Phytoplankton | Global warming | Modelling | Stratification | Productivity | Nutrients (mineral) | Oxic conditions | Oxygen | Computer simulation | Oceans | Detritus | Oxygen consumption | Epipelagic zone | Vulnerability | Climatic changes | Biogeochemical cycle | Nitrogen | Summer monsoon | Winter monsoon | Winds | Amplification | Climate change | Biogeochemistry | Ecosystem models | Monsoon winds | Vortices | Denitrification | Ventilation | Hypoxia | Zooplankton | Ecosystems | Monsoon climates | Depletion | Ocean warming | Physics | Geophysics
PRESERVATION | GEOSCIENCES, MULTIDISCIPLINARY | GLOBAL CLIMATE-CHANGE | CIRCULATION | DENITRIFICATION | OCEAN | PACIFIC | NITROGEN-CYCLE | TOPOGRAPHY | ECOLOGY | MODEL | OSCILLATIONS | Environmental aspects | Monsoons | Wind | Climate | Environmental changes | Time | Aquatic habitats | Positive feedback | Biogeochemical cycles | Density stratification | Ocean models | Phytoplankton | Global warming | Modelling | Stratification | Productivity | Nutrients (mineral) | Oxic conditions | Oxygen | Computer simulation | Oceans | Detritus | Oxygen consumption | Epipelagic zone | Vulnerability | Climatic changes | Biogeochemical cycle | Nitrogen | Summer monsoon | Winter monsoon | Winds | Amplification | Climate change | Biogeochemistry | Ecosystem models | Monsoon winds | Vortices | Denitrification | Ventilation | Hypoxia | Zooplankton | Ecosystems | Monsoon climates | Depletion | Ocean warming | Physics | Geophysics
Journal Article
2012, Canadian technical report of fisheries and aquatic sciences, Volume 3009., ix, 87 p., 1 DVD.
A database is presented that describes the pelagic and benthic habitats of the 0.30 m surface layer in the estuary and Gulf of St. Lawrence. A grid made of...
habitat | geospatial data | St. Lawrence Gulf | marine | hydrographic data | oceanographic data | topographic data | Canada | coastal zone | database | benthic environment | epipelagic zone | surface layers | satellite sensing
habitat | geospatial data | St. Lawrence Gulf | marine | hydrographic data | oceanographic data | topographic data | Canada | coastal zone | database | benthic environment | epipelagic zone | surface layers | satellite sensing
Book
2002, ICES CM (International Council for the Exploration of the Sea. Theme Session on Census of Marine Life : Turning Concept into Reality), Volume 2002/L:35., [1] p. (Abst. only)
USSR/Russian scientists have conducted investigations on the Mid-Atlantic Ridge during 76 research and exploratory expeditions in the period of 1992-1990. New...
fishery surveys | mesopelagic zone | epipelagic zone | fisheries | marine | stock assessment | Mid-Atlantic Ridge
fishery surveys | mesopelagic zone | epipelagic zone | fisheries | marine | stock assessment | Mid-Atlantic Ridge
Book
Journal of Marine Systems, ISSN 0924-7963, 02/2018, Volume 178, pp. 52 - 61
Conspicuous physicochemical vertical stratification in the deep sea is one of the main forces driving microbial diversity in the oceans. Oxygen and sunlight...
Metabarcoding | 16S rRNA | Epipelagic | Mesopelagic | Bathypelagic | Vertical stratification | Pockmark | RIVER DISCHARGE | WESTERN BOUNDARY | WATER MASSES | VARIABILITY | GEOSCIENCES, MULTIDISCIPLINARY | SEDIMENT | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | DEEP-SEA | PRODUCTIVITY | BACTERIAL COMMUNITIES | GENE-EXPRESSION | SOUTH | Chlorophyll | Ocean | RNA | Analysis | Biological diversity | Biological Sciences | Aquatic Ecology | Naturvetenskap | Akvatisk ekologi | Biologiska vetenskaper | Natural Sciences
Metabarcoding | 16S rRNA | Epipelagic | Mesopelagic | Bathypelagic | Vertical stratification | Pockmark | RIVER DISCHARGE | WESTERN BOUNDARY | WATER MASSES | VARIABILITY | GEOSCIENCES, MULTIDISCIPLINARY | SEDIMENT | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | DEEP-SEA | PRODUCTIVITY | BACTERIAL COMMUNITIES | GENE-EXPRESSION | SOUTH | Chlorophyll | Ocean | RNA | Analysis | Biological diversity | Biological Sciences | Aquatic Ecology | Naturvetenskap | Akvatisk ekologi | Biologiska vetenskaper | Natural Sciences
Journal Article
Microbial Ecology, ISSN 0095-3628, 11/2019, Volume 78, Issue 4, pp. 820 - 831
Fungi play an important role in cycling organic matter and nutrients in marine ecosystems. However, the distribution of fungal communities in the ocean,...
Life Sciences | Microbial Ecology | Metabarcoding | Nature Conservation | Microbiology | Geoecology/Natural Processes | Mycobiome | Water Quality/Water Pollution | Open sea | Trophic mode | Ecology | Depth | Adaptations | Deep sea | Organic matter | Water column | Communities | Ecosystems | Biodiversity | Deep sea environments | Fungi | Nutrients | Community composition | Community structure | Nutrients (mineral) | Composition | Nutrition | Vertical distribution | Environmental factors | Epipelagic zone | Water depth | Spacer | Water circulation | Distribution | Marine ecosystems | Dissolved oxygen | Nutrient cycles
Life Sciences | Microbial Ecology | Metabarcoding | Nature Conservation | Microbiology | Geoecology/Natural Processes | Mycobiome | Water Quality/Water Pollution | Open sea | Trophic mode | Ecology | Depth | Adaptations | Deep sea | Organic matter | Water column | Communities | Ecosystems | Biodiversity | Deep sea environments | Fungi | Nutrients | Community composition | Community structure | Nutrients (mineral) | Composition | Nutrition | Vertical distribution | Environmental factors | Epipelagic zone | Water depth | Spacer | Water circulation | Distribution | Marine ecosystems | Dissolved oxygen | Nutrient cycles
Journal Article
Russian Journal of Marine Biology, ISSN 1063-0740, 5/2015, Volume 41, Issue 3, pp. 157 - 166
The structure of the epipelagic halocypridid ostracod fauna of the boreal zone of the northwestern Pacific has changed during the last 50–60 years. As a...
Life Sciences | epipelagic zone | Halocyprididae | Freshwater & Marine Ecology | northwestern Pacific | distribution | pelagic ostracods | Northwestern Pacific | Epipelagic zone | Pelagic ostracods | Distribution | MARINE & FRESHWATER BIOLOGY | Marine biology
Life Sciences | epipelagic zone | Halocyprididae | Freshwater & Marine Ecology | northwestern Pacific | distribution | pelagic ostracods | Northwestern Pacific | Epipelagic zone | Pelagic ostracods | Distribution | MARINE & FRESHWATER BIOLOGY | Marine biology
Journal Article
1964, Translation Series (National Institute of Oceanography (Great Britain)), Volume 72., 12, 1 leaf.
Book
1969, 1336., Volume 1336., 87
A detailed study of retinal structure in 20 pelagic and demersal species of fish indicates that valid correlations exist among the photic environment, activity...
vision | retinas | continental shelves | marine fish | epipelagic zone | marine
vision | retinas | continental shelves | marine fish | epipelagic zone | marine
Book
2004, ICES CM (International Council for the Exploration of the Sea. Theme Session on the Physical-biological Interactions : Experiments, Models and Observations), Volume 2004/P:16., 9
Book
Oceanologia, ISSN 0078-3234, 2012, Volume 54, Issue 3, pp. 473 - 489
The purpose of the present study was to track the seasonal vertical distribution of zooplankton abundance in the epipelagic zone off Sharm El-Sheikh, Red Sea....
Chaetognatha | Red sea plankton | Vertical plankton | Zooplankton dynamics | Copepods | Epipelagic zone | Sharm El-sheikh plankton | Appendicularia | Hydrography | MESOZOOPLANKTON | GULF | AQABA | COD GADUS-MORHUA | GEORGES BANK | CORAL-REEF | COMMUNITY STRUCTURE | OCEANOGRAPHY | Sharm El-Sheikh plankton | SURFACE ZOOPLANKTON | Red Sea plankton | POPULATION-DYNAMICS | Taxonomy | Vertical distribution | Dominant species | New species | Zooplankton | Plankton surveys | Community composition | Sharm EL-Sheikh plankton
Chaetognatha | Red sea plankton | Vertical plankton | Zooplankton dynamics | Copepods | Epipelagic zone | Sharm El-sheikh plankton | Appendicularia | Hydrography | MESOZOOPLANKTON | GULF | AQABA | COD GADUS-MORHUA | GEORGES BANK | CORAL-REEF | COMMUNITY STRUCTURE | OCEANOGRAPHY | Sharm El-Sheikh plankton | SURFACE ZOOPLANKTON | Red Sea plankton | POPULATION-DYNAMICS | Taxonomy | Vertical distribution | Dominant species | New species | Zooplankton | Plankton surveys | Community composition | Sharm EL-Sheikh plankton
Journal Article
1983, Canadian translation of fisheries and aquatic sciences, Volume 5043., 15
The sound-scattering layer ichthyofauna of the Indian Ocean epipelagial (northwestern part) is found to contain 44 species from 14 genera. As species forms in...
Indian Ocean | epipelagic zone | Myctophidae | translations | scattering layers | check lists | ISW | marine | geographical distribution
Indian Ocean | epipelagic zone | Myctophidae | translations | scattering layers | check lists | ISW | marine | geographical distribution
Book
1983, Canadian translation of fisheries and aquatic sciences, Volume 5042., 15
Each of Myctophidae species studied possesses characteristic features: the Myctiphum nitidulum food consists mainly of euphausiids (53.6% in mass) and...
feeding bahaviour | ASW | epipelagic zone | Myctophidae | translations | stomach content | marine | food preferences
feeding bahaviour | ASW | epipelagic zone | Myctophidae | translations | stomach content | marine | food preferences
Book
Marine Ecology Progress Series, ISSN 0171-8630, 03/2018, Volume 592, pp. 19 - 35
Mid-trophic level organisms (MTLO) of open-ocean marine ecosystems play a key role linking primary and tertiary consumers. Despite their importance,...
Diel vertical migration | Acoustic backscatter | Myctophids | Mesopelagic zone | Epipelagic zone | Mid-trophic levels | Southern ocean | Mesopelagic fish | SPECIES COMPOSITION | Southern Ocean | CLIMATE-CHANGE | SCOTIA SEA | SCATTERING LAYERS | COMMUNITY STRUCTURE | VERTICAL-DISTRIBUTION | BIOMASS | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | MICRONEKTON | CONVERGENCE | ECOLOGY
Diel vertical migration | Acoustic backscatter | Myctophids | Mesopelagic zone | Epipelagic zone | Mid-trophic levels | Southern ocean | Mesopelagic fish | SPECIES COMPOSITION | Southern Ocean | CLIMATE-CHANGE | SCOTIA SEA | SCATTERING LAYERS | COMMUNITY STRUCTURE | VERTICAL-DISTRIBUTION | BIOMASS | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | MICRONEKTON | CONVERGENCE | ECOLOGY
Journal Article
Oceanologia, ISSN 0078-3234, 06/2012, Volume 54, Issue 3, pp. 473 - 489
The purpose of the present study was to track the seasonal vertical distribution of zooplankton abundance in the epipelagic zone off Sharm El-Sheikh, Red Sea....
Chaetognatha | Vertical plankton | Sharm El-Sheikh plankton | Zooplankton dynamics | Copepods | Epipelagic zone | Red Sea plankton | Hydrography | Appendicularia
Chaetognatha | Vertical plankton | Sharm El-Sheikh plankton | Zooplankton dynamics | Copepods | Epipelagic zone | Red Sea plankton | Hydrography | Appendicularia
Journal Article
2004, FAO fisheries circular, Volume 1011., v, 32
The 2002 United Nations World Summit on Sustainable Development called for species whose catches had been drastically depleted to be restored to health within...
capture fishery economics | epipelagic zone | fishery products | ecosystems | continental shelves | fishery management | marine resources | marine | catch/effort | geographical distribution | fishery data
capture fishery economics | epipelagic zone | fishery products | ecosystems | continental shelves | fishery management | marine resources | marine | catch/effort | geographical distribution | fishery data
Book
Deep-Sea Research Part II, ISSN 0967-0645, 03/2017, Volume 137, pp. 89 - 101
Ocean-scale surveys of vertical distribution of the zooplankton from the surface to the bathypelagic zone along transects are quite rare in the North Atlantic...
Biological resources | Shrimps | Vertical zones | Epipelagic | Plankton | Mesopelagic | Bathypelagic | Copepods | Zooplankton communities | BIODIVERSITY | OCEAN | CALANOID COPEPODS | MACROPLANKTON | LIFE-CYCLE STRATEGIES | RIDGE | NEAR-BOTTOM LAYER | GIBBS FRACTURE-ZONE | VERTICAL-DISTRIBUTION | OCEANOGRAPHY | SURFACE | Analysis | Biological diversity
Biological resources | Shrimps | Vertical zones | Epipelagic | Plankton | Mesopelagic | Bathypelagic | Copepods | Zooplankton communities | BIODIVERSITY | OCEAN | CALANOID COPEPODS | MACROPLANKTON | LIFE-CYCLE STRATEGIES | RIDGE | NEAR-BOTTOM LAYER | GIBBS FRACTURE-ZONE | VERTICAL-DISTRIBUTION | OCEANOGRAPHY | SURFACE | Analysis | Biological diversity
Journal Article
1990, ICES CM (International Council for the Exploration of the Sea. Biological Oceanography Committee), Volume 1990/L:80., 5, [6]
During the 3 EPOS cruises with RV Polarstern in the Antarctic Scotia Sea, Weddell Sea and their confluence zone from October 1988 to February 1989 epipelagic...
Weddell Sea | life cycle | cruises | marine | population dynamics | Scotia Sea | PSW | epipelagic zone | recruitment | Oithona similis | mortality | biological production | Copepoda | developmental stages | growth
Weddell Sea | life cycle | cruises | marine | population dynamics | Scotia Sea | PSW | epipelagic zone | recruitment | Oithona similis | mortality | biological production | Copepoda | developmental stages | growth
Book
Hydrobiologia, ISSN 0018-8158, 3/2018, Volume 809, Issue 1, pp. 221 - 232
The Southern Ocean is a crucial component of the global climate system and plankton communities inhabiting the Ocean are important in the global carbon cycle....
Life Sciences | Mesoscale distribution | Community structure | Zoology | Southern Ocean | Freshwater & Marine Ecology | Ecology | Mesoplankton | ANTARCTICA | MESOZOOPLANKTON COMMUNITY | SOUTHERN-OCEAN | ZONE | ZOOPLANKTON | ABUNDANCE | ATLANTIC SECTOR | MARINE & FRESHWATER BIOLOGY | PART 1 | MESOSCALE | GRAZING IMPACT | Chlorophyll | Carbon cycle (Biogeochemistry) | Salinity | Water | Energy flow | Water masses | Communities | Fronts | Epipelagic zone | Boundaries | Chlorophylls | Carbon cycle | Hydrology | Plankton
Life Sciences | Mesoscale distribution | Community structure | Zoology | Southern Ocean | Freshwater & Marine Ecology | Ecology | Mesoplankton | ANTARCTICA | MESOZOOPLANKTON COMMUNITY | SOUTHERN-OCEAN | ZONE | ZOOPLANKTON | ABUNDANCE | ATLANTIC SECTOR | MARINE & FRESHWATER BIOLOGY | PART 1 | MESOSCALE | GRAZING IMPACT | Chlorophyll | Carbon cycle (Biogeochemistry) | Salinity | Water | Energy flow | Water masses | Communities | Fronts | Epipelagic zone | Boundaries | Chlorophylls | Carbon cycle | Hydrology | Plankton
Journal Article
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