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Abundance and calculated biomass of Richelia and Calothrix
Richelia reported as heterocyst density, converted to cell density on 1:5 basis. -
Abundance and calculated biomass of summer blooms from diatom-diazotroph asse...
Richelia counts are derived from host diatom cell counts: assuming each host Hemiaulus contains 2 Richelia trichomes and each Rhizosolenia contains 5 Richelia trichomes. Also... -
Abundance and calculated biomass of Trichodesmium spp. in the Atlantic Ocean
This dataset has no description
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Abundance and calculated biomass of a phytoplankton population in a Tropical ...
This dataset has no description
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Abundance and calculated biomass of the role of the nitrogen fixer, Oscillato...
This dataset has no description
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Abundance and calculated biomass of Trichodesmium in Recife, northeastern Brazil
This dataset has no description
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Abundance and calculated biomass of Trichodesmium and diazotrophic diatoms in...
Richelia counts are derived from Rhizosolenia cell counts: assuming each Rhizosolenia cell contains 5 Richelia trichomes and each Richelia trichome contains 5 cells. -
Abundance and calculated biomass of Richelia and Calothrix
Richelia counts are derived from host diatom cell counts: assuming each host Chaetoceros contains 0.5 Richelia trichomes, each Hemiaulus contains 2 Richelia trichomes and each... -
Abundance and calculated biomass of the nitrogen-fixing cyanobacterium, Trich...
This dataset has no description
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Abundance and calculated biomass of Trichodesmium erythraeum in the central A...
This dataset has no description
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Abundance and calculated biomass of Oscillatoria (Trichodesmium) thiebautii i...
This dataset has no description
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Abundance and calculated biomass of Oscillatoria (Trichodesmium) thiebautii i...
This dataset has no description
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Abundance and calculated biomass of Trichodesmium near Barbados
This dataset has no description
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(Table 5) Distribution of calcareous nannofossil species at DSDP Hole 40-361
Abundance - V = very abundant, (more than 10 specimens/field of view); A = abundant, (1 to 10 specimens/field of view); C = common, (1 specimen/2-10 fields of view); F = few, (1... -
(Table 4) Distribution of calcareous nannofossil species at DSDP Hole 40-360
Abundance - V = very abundant, (more than 10 specimens/field of view); A = abundant, (1 to 10 specimens/field of view); C = common, (1 specimen/2-10 fields of view); F = few, (1... -
(Table 3) Distribution of calcareous nannofossil species at DSDP Holes 25-239...
Abundance - V = very abundant, (more than 10 specimens/field of view); A = abundant, (1 to 10 specimens/field of view); C = common, (1 specimen/2-10 fields of view); F = few, (1... -
(Table 2) Distribution of calcareous nannofossil species at DSDP Hole 25-245A
Abundance - V = very abundant, (more than 10 specimens/field of view); A = abundant, (1 to 10 specimens/field of view); C = common, (1 specimen/2-10 fields of view); F = few, (1... -
(Table 1C) Distribution of calcareous nannofossil species at DSDP Hole 25-245
Abundance - V = very abundant, (more than 10 specimens/field of view); A = abundant, (1 to 10 specimens/field of view); C = common, (1 specimen/2-10 fields of view); F = few, (1... -
(Table 1B) Distribution of calcareous nannofossil species at DSDP Hole 25-245
Abundance - V = very abundant, (more than 10 specimens/field of view); A = abundant, (1 to 10 specimens/field of view); C = common, (1 specimen/2-10 fields of view); F = few, (1... -
(Table 1A) Distribution of calcareous nannofossil species at DSDP Hole 25-245
Abundance - V = very abundant, (more than 10 specimens/field of view); A = abundant, (1 to 10 specimens/field of view); C = common, (1 specimen/2-10 fields of view); F = few, (1...
