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Vinogradov, Mikhail E; Shushkina, Elvira A; Kukina, Irina N (1976): (Table 1) Biomass (as energy) of different elements of the planktonic community in the Equatorial Pacific in the 0-150 m layer [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.758725, Supplement to: Vinogradov, ME et al. (1976): Functional characteristics of a planktonic community in an equatorial upwelling region. Oceanology, 16, 67-76

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Abstract:
An analysis was made of composition and content of nutrients, salts, particulate and dissolved organic matter, and various plankton groups in a series of samples collected by a 140-liter sampling bottle to depth up to 150 m at 4 equatorial stations between 97° and 154°W. Large and small phytoplankton, bacteria (aggregated and dispersed), heterotrophic flagellates, infusorians, radiolarians, foraminifers, fine filter-feeders, small and large, mostly herbivorous copepods, cyclopoids, predatory calanoids, and other predators were investigated separately. Trophic relations between these elements are established from personal and published data, and rate of their metabolism and some other physiological parameters are determined. Such functional characteristics as extent of satisfaction of food requirements of organisms belonging to various trophic groups, intensity of trophic relations, balance between production and consumption by individual elements of the community, ecological efficiency, and net and specific production of the groups distinguished, of individual trophic levels, of total zooplankton, and of the community as a whole are calculated. Variations of these characteristics along the equator with decreasing upwelling intensity are examined and their possible causes and mechanisms are discussed.
Project(s):
Coverage:
Median Latitude: -0.416667 * Median Longitude: -128.441667 * South-bound Latitude: -0.966667 * West-bound Longitude: -154.916667 * North-bound Latitude: 0.050000 * East-bound Longitude: -97.000000
Date/Time Start: 1974-01-01T00:00:00 * Date/Time End: 1974-02-04T00:00:00
Minimum DEPTH, water: 75 m * Maximum DEPTH, water: 75 m
Event(s):
AK17-1454  * Latitude: -0.966667 * Longitude: -97.000000 * Date/Time: 1974-01-01T00:00:00 * Location: Equatorial Pacific * Method/Device: Plankton net (PLA)
AK17-1456  * Latitude: 0.000000 * Longitude: -122.333333 * Date/Time: 1974-01-25T00:00:00 * Location: Equatorial Pacific * Method/Device: Plankton net (PLA)
AK17-1458  * Latitude: 0.050000 * Longitude: -139.516667 * Date/Time: 1974-01-30T00:00:00 * Location: Equatorial Pacific * Method/Device: Plankton net (PLA)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
Latitude of eventLatitude
Longitude of eventLongitude
Date/Time of eventDate/Time
DEPTH, waterDepth watermGeocode
Depth, top/minDepth topmVinogradov, Mikhail E
Depth, bottom/maxDepth botmVinogradov, Mikhail E
Phytoplankton, biomass per area, as energyPhyt BAEkcal/m2Vinogradov, Mikhail ECalculatedsmall <15 µm
Phytoplankton, biomass per area, as energyPhyt BAEkcal/m2Vinogradov, Mikhail ECalculatedlarge >15 µm
10 Phytoplankton, biomass per area, as energyPhyt BAEkcal/m2Vinogradov, Mikhail ECalculated
11 Bacteria, biomass per area, as energyBact BAEkcal/m2Vinogradov, Mikhail ECalculateddispersed + aggregated
12 Flagellates, biomass per area, as energyFlag BAEkcal/m2Vinogradov, Mikhail ECalculated
13 Infusorians, biomass per area, as energyInf BAEkcal/m2Vinogradov, Mikhail ECalculated
14 Radiolarians, biomass per area, as energyRad BAEkcal/m2Vinogradov, Mikhail ECalculated
15 Protozoa, biomass per area, as energyProt BAEkcal/m2Vinogradov, Mikhail ECalculated
16 Filter feeder, biomass per area, as energyFF BAEkcal/m2Vinogradov, Mikhail ECalculatedfine
17 Copepoda, biomass per area, as energyCop BAEkcal/m2Vinogradov, Mikhail ECalculatedsmall
18 Calanoides, biomass per area, as energyCalan BAEkcal/m2Vinogradov, Mikhail ECalculatedlarge
19 Nonpredatory animals, biomass per area, as energyNonpr BAEkcal/m2Vinogradov, Mikhail ECalculated
20 Cyclopoida, biomass per area, as energyCycl BAEkcal/m2Vinogradov, Mikhail ECalculated
21 Calanoides, biomass per area, as energyCalan BAEkcal/m2Vinogradov, Mikhail ECalculatedpredatory
22 Predators, biomass per area, as energyPred BAEkcal/m2Vinogradov, Mikhail ECalculatedother
23 Carnivorous animals, biomass per area, as energyCarn an BAEkcal/m2Vinogradov, Mikhail ECalculated
24 Zooplankton, biomass per area, as energyZoopl BAEkcal/m2Vinogradov, Mikhail ECalculatedwith protozoans
25 Plankton, biomass per area, as energyPlankt BAEkcal/m2Vinogradov, Mikhail ECalculated
26 ProtozoaProtozoa%Vinogradov, Mikhail ECalculatedin plankton
Size:
84 data points

Data

Download dataset as tab-delimited text — use the following character encoding:


Event

Latitude

Longitude

Date/Time

Depth water [m]

Depth top [m]

Depth bot [m]

Phyt BAE [kcal/m2]
(small <15 µm)

Phyt BAE [kcal/m2]
(large >15 µm)
10 
Phyt BAE [kcal/m2]
11 
Bact BAE [kcal/m2]
(dispersed + aggregated)
12 
Flag BAE [kcal/m2]
13 
Inf BAE [kcal/m2]
14 
Rad BAE [kcal/m2]
15 
Prot BAE [kcal/m2]
16 
FF BAE [kcal/m2]
(fine)
17 
Cop BAE [kcal/m2]
(small)
18 
Calan BAE [kcal/m2]
(large)
19 
Nonpr BAE [kcal/m2]
20 
Cycl BAE [kcal/m2]
21 
Calan BAE [kcal/m2]
(predatory)
22 
Pred BAE [kcal/m2]
(other)
23 
Carn an BAE [kcal/m2]
24 
Zoopl BAE [kcal/m2]
(with protozoans)
25 
Plankt BAE [kcal/m2]
26 
Protozoa [%]
(in plankton)
AK17-1454 -0.9667-97.00001974-01-017501502.216.618.816.51.40.20.031.60.021.72.64.31.90.71.23.89.64516
AK17-1456 0.0000-122.33331974-01-257501500.61.42.02.80.71.30.202.20.040.70.71.41.10.30.31.75.31039
AK17-1458 0.0500-139.51671974-01-307501500.61.21.85.20.70.40.101.20.061.20.92.10.70.40.61.75.01223
AK17-1461 -0.7500-154.91671974-02-047501500.61.31.92.90.41.70.042.10.080.80.91.80.31.10.62.05.91135