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Makrozooplankton at ALOHA Station during cruise HOT-66
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-65
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-64
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-63
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-62
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-61
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-60
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-58
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-57
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-56
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-55
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-54
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-53
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Makrozooplankton at ALOHA Station during cruise HOT-52
Nets are towed obliquely at approx. 1 knot, from the surface to approx. 175 m. Towing time is approx. 20 minutes. Zooplankton (weak swimmers >200µm) are collected using... -
Abundances of macroinvertibrates (organized by families) of soft sediment hab...
This dataset has no description
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Abundances of macroinvertibrates (organized by species) of soft sediment habi...
This dataset has no description
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Ecological variables of the macrobentonic community of soft sediment habitat ...
This dataset has no description
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Abundance, biomass and respiration data of fishes (Stomiiformes) from the BAT...
The values of carbon remineralisation were measured in juveniles/adults of 5 non-migratory bristlemouth fishes (Cyclothone spp.) and partial migrator (Argyropelecus hemigymnus)... -
Abundance of pelagic decapods in the northern Benguela upwelling system durin...
Pelagic decapods were collected in the northern Benguela upwelling system off the coast of Namibia on three cruises: FRS Africana (December 2009), RRS Discovery... -
Seawater carbonate chemistry and population structure of Ervilia castanea (Mo...
Sites with naturally high CO2 conditions provide unique opportunities to forecast the vulnerability of coastal ecosystems to ocean acidification, by studying the biological...