planktonic percentages

...FIG. 2. —Relation of planktonic percentages in foraminiferal assemblages to water depth in Gulf of Mexico (data from Phleger and Parker, 1951 ). ...

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Gamma value, carbonate value, <span class="search-highlight">planktonic</span> <span class="search-highlight">percentage</span> (% of total fauna), fau...

Gamma value, carbonate value, planktonic percentage (% of total fauna), fau...

in FORAMINIFERAL BIOFACIES OF THE MIOCENE WARM TO COOL CLIMATIC TRANSITION IN THE PORT PHILLIP BASIN, SOUTHEASTERN AUSTRALIA > Journal of Foraminiferal Research

Published: 01 October 2004

F igure 4. Gamma value, carbonate value, planktonic percentage (% of total fauna), faunal diversity and frequency of some benthic foraminifera (% of total benthic forms) for Biofacies 1 and 2. Standardized faunal diversities were calculated using the Margalef diversity calculation (from

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Gamma value, carbonate value, <span class="search-highlight">planktonic</span> <span class="search-highlight">percentage</span> (% of total fauna) and ...

Gamma value, carbonate value, planktonic percentage (% of total fauna) and ...

in FORAMINIFERAL BIOFACIES OF THE MIOCENE WARM TO COOL CLIMATIC TRANSITION IN THE PORT PHILLIP BASIN, SOUTHEASTERN AUSTRALIA > Journal of Foraminiferal Research

Published: 01 October 2004

F igure 5. Gamma value, carbonate value, planktonic percentage (% of total fauna) and frequency of some benthic foraminifera (% of total benthic forms) for Biofacies 3, 4 and 5.

Journal Article

Coexistence of deep- and shallow-water foraminiferal faunas off Panama City, Florida

WAYNE D. BOCK

Journal: GSA Bulletin

Publisher: Geological Society of America

Published: 01 March 1982

GSA Bulletin (1982) 93 (3): 246–251.

DOI: https://doi.org/10.1130/0016-7606(1982)93<246:CODASF>2.0.CO;2

..., either remained constant or decreased due to the decrease of shallow-water species with depth. Along with this mixed assemblage, there was a planktonic foraminiferal content in the shallowest assemblage of as much as 25%. Normally, planktonic percentage of similar water depths is 0%. Seasonality had...

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Journal Article

Use of foraminiferal data in analysis of Taranaki Basin, New Zealand

Bruce W. Hayward

Journal: Journal of Foraminiferal Research

Publisher: Cushman Foundation for Foraminiferal Research

Published: 01 January 1990

Journal of Foraminiferal Research (1990) 20 (1): 71–83.

DOI: https://doi.org/10.2113/gsjfr.20.1.71

...Bruce W. Hayward Abstract Geohistory analyses of Cenozoic marine basins rely heavily on the precision of foraminiferal dating and paleodepth determinations. A rapid method of paleodepth assessment has been devised for the New Zealand region, using a combination of planktonic percentage...

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Left: Down-core distributions of benthic species (%) comprising shelf biof...

in Distribution of Foraminifera of the Poverty Continental Margin, New Zealand: Implications for Sediment Transport > Journal of Foraminiferal Research

Published: 01 October 2012

biofacies A–D species in surface samples within Biofacies E. Right: Down-core distributions of benthic species (%) comprising inner-shelf to upper-slope biofacies (A–E), shelf biofacies only (A–D), and planktonic percentages for core GC47 (891 m, in the canyon thalweg within Biofacies F). The vertical

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Distribution of <span class="search-highlight">percentages</span> of reworked (fossil) <span class="search-highlight">planktonic</span> foraminifera (v...

Distribution of percentages of reworked (fossil) planktonic foraminifera (v...

in Distribution of Foraminifera of the Poverty Continental Margin, New Zealand: Implications for Sediment Transport > Journal of Foraminiferal Research

Published: 01 October 2012

Figure 7 Distribution of percentages of reworked (fossil) planktonic foraminifera (values indicated for each sample site); 15% contour line is dashed.

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Figure 5. <span class="search-highlight">Percentages</span> of the foraminiferal fauna as <span class="search-highlight">planktonic</span> specimens. S...

Figure 5. Percentages of the foraminiferal fauna as planktonic specimens. S...

in PALEOENVIRONMENTAL INTERPRETATIONS BASED ON FORAMINIFERAL ABUNDANCE BIOZONES, MAYO LIMESTONE, TRINIDAD, WEST INDIES, INCLUDING ALPHA AND BETA DIVERSITIES > PALAIOS

Published: 01 January 2010

Figure 5. Percentages of the foraminiferal fauna as planktonic specimens. Stratigraphic thicknesses along the X axis, which shows the relative positions of samples and outcrops (OC1–OC4), are not to scale.

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Variation of the P/T (<span class="search-highlight">Planktonic</span>/Total foraminifera) <span class="search-highlight">percentages</span> in the pre...

Variation of the P/T (Planktonic/Total foraminifera) percentages in the pre...

in Biostratigraphic correlation of the Upper Paleocene-Lower Eocene succession in the Upper Nile Valley: A synthesis > Micropaleontology

Published: 01 June 2003

TEXT-FIGURE 6 Variation of the P/T (Planktonic/Total foraminifera) percentages in the pre-CIE-interval (Subzone P5a) in different sections along the Upper Nile Valley. The upper part of Subzone P5a is only shown in the Dababiya sections (B–C). Note the marked increase in the planktonic

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Variation of the P (<span class="search-highlight">Planktonic</span>) /B (Benthonic) <span class="search-highlight">percentages</span> in the pre-, wit...

Variation of the P (Planktonic) /B (Benthonic) percentages in the pre-, wit...

in Biostratigraphic correlation of the Upper Paleocene-Lower Eocene succession in the Upper Nile Valley: A synthesis > Micropaleontology

Published: 01 June 2003

TEXT-FIGURE 10 Variation of the P (Planktonic) /B (Benthonic) percentages in the pre-, within and post-CIE-interval in relatively deeper water sections along the Upper Nile Valley (Qreiya and Dababiya sections). Note the reversed relation of these percentages below and above the CIE-interval

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Transect C. Bivariate graphs show abundance and distribution of various tax...

in The Recent foraminifera and facies of the Bass Canyon: a temperate submarine canyon in Gippsland, Australia > Journal of Micropalaeontology

Published: 01 July 2003

Fig. 6. Transect C. Bivariate graphs show abundance and distribution of various taxa as percentage of the biococenosis, the live + dead assemblages. Diversity as shown is the Margalef diversity (see Appendix 1 ). The total abundance of planktonic foraminifera are calculated as percentages

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Transect D. Bivariate graphs show abundance and distribution of various tax...

in The Recent foraminifera and facies of the Bass Canyon: a temperate submarine canyon in Gippsland, Australia > Journal of Micropalaeontology

Published: 01 July 2003

Fig. 7. Transect D. Bivariate graphs show abundance and distribution of various taxa as percentage of the biococenosis, the live + dead assemblages. Diversity as shown is the Margalef diversity (see Appendix 1 ). The total abundance of planktonic foraminifera are calculated as percentages

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Transect E. Bivariate graphs show abundance and distribution of various tax...

in The Recent foraminifera and facies of the Bass Canyon: a temperate submarine canyon in Gippsland, Australia > Journal of Micropalaeontology

Published: 01 July 2003

Fig. 8. Transect E. Bivariate graphs show abundance and distribution of various taxa as percentage of the biococenosis, the live + dead assemblages. Diversity as shown is the Margalef diversity (see Appendix 1 ). The total abundance of planktonic foraminifera are calculated as percentages

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The <span class="search-highlight">percentage</span> of <span class="search-highlight">planktonic</span> foraminifera in each sample and the average pe...

The percentage of planktonic foraminifera in each sample and the average pe...

in THE FORAMINIFERAL SIGNATURE OF RECENT GULF OF MEXICO HURRICANES > Journal of Foraminiferal Research

Published: 01 January 2015

Table 1 The percentage of planktonic foraminifera in each sample and the average percentage of planktonic foraminifera per unit type with standard deviation (σ) and coefficient of variation (c v ).

Journal Article

Distribution of Foraminifera of the Poverty Continental Margin, New Zealand: Implications for Sediment Transport

Stephen J. Culver, Reanna L. Camp, John P. Walsh, Bruce W. Hayward, D. Reide Corbett, Clark R. Alexander

Journal: Journal of Foraminiferal Research

Publisher: Cushman Foundation for Foraminiferal Research

Published: 01 October 2012

Journal of Foraminiferal Research (2012) 42 (4): 305–326.

DOI: https://doi.org/10.2113/gsjfr.42.4.305

... biofacies A–D species in surface samples within Biofacies E. Right: Down-core distributions of benthic species (%) comprising inner-shelf to upper-slope biofacies (A–E), shelf biofacies only (A–D), and planktonic percentages for core GC47 (891 m, in the canyon thalweg within Biofacies F). The vertical...

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(A–E). Frequency of foraminiferal groups (see Table 1 for included taxa) t...

in FORAMINIFERAL BIOFACIES OF THE MIOCENE WARM TO COOL CLIMATIC TRANSITION IN THE PORT PHILLIP BASIN, SOUTHEASTERN AUSTRALIA > Journal of Foraminiferal Research

Published: 01 October 2004

F igure 6 (A–E). Frequency of foraminiferal groups (see Table 1 for included taxa) that can be used for paleoenvironmental and paleoceanographic interpretation of the Batesford Quarry section. Cool/Warm planktonic indices are expressed as a percentage of total plankton and all other groups

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Number of dead <span class="search-highlight">planktonic</span> and benthic foraminiferal tests in different sedi...

Number of dead planktonic and benthic foraminiferal tests in different sedi...

in BENTHIC FORAMINIFERAL TRENDS IN RELATION TO AN ORGANIC ENRICHMENT GRADIENT ON THE CONTINENTAL SLOPE (850 M WATER DEPTH) OFF NORTH CAROLINA (USA) > Journal of Foraminiferal Research

Published: 01 January 2006

T able 8. Number of dead planktonic and benthic foraminiferal tests in different sediment layers of cores from Sites I-III. The percentages of planktonic tests and the planktonic: benthic ratios are based on complete planktonic tests. The numbers in columns 2, 3 and 5 are sums of specimens

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Cumulative <span class="search-highlight">percentage</span> of lithology, cumulative <span class="search-highlight">percentage</span> of benthic forami...

Cumulative percentage of lithology, cumulative percentage of benthic forami...

in Holocene Foraminifera, Climate, and Decelerating Rise in Sea Level on the Mud Patch, Southern New England Continental Shelf > Journal of Foraminiferal Research

Published: 15 April 2024

Figure 3. Cumulative percentage of lithology, cumulative percentage of benthic foraminiferal generic biofacies, percent planktonic foraminifera of total foraminifera (black line), and ages (black = radiocarbon years; blue = calendar years) plotted versus depth in Vibracore 4507. Inset map shows

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Cumulative percentage of lithology, cumulative percentage of benthic forami...

in Holocene Foraminifera, Climate, and Decelerating Rise in Sea Level on the Mud Patch, Southern New England Continental Shelf > Journal of Foraminiferal Research

Published: 15 April 2024

Figure 4. Cumulative percentage of lithology, cumulative percentage of benthic foraminiferal biofacies, percent planktonic foraminifera of total foraminifera (black line), and ages (black = radiocarbon years; blue = calendar years) plotted versus depth in Vibracore 4711. Inset map shows core

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GeoRef Subject

planktonic percentages

—Relation of planktonic percentages in foraminiferal assemblages to water d...

Paleobathymetry of Cretaceous Greenhorn Sea in Eastern Colorado

Gamma value, carbonate value, planktonic percentage (% of total fauna), fau...

Gamma value, carbonate value, planktonic percentage (% of total fauna) and ...

Coexistence of deep- and shallow-water foraminiferal faunas off Panama City, Florida

Use of foraminiferal data in analysis of Taranaki Basin, New Zealand

Left: Down-core distributions of benthic species (%) comprising shelf biof...

Distribution of percentages of reworked (fossil) planktonic foraminifera (v...

Figure 5. Percentages of the foraminiferal fauna as planktonic specimens. S...

Variation of the P/T (Planktonic/Total foraminifera) percentages in the pre...

Variation of the P (Planktonic) /B (Benthonic) percentages in the pre-, wit...

Transect C. Bivariate graphs show abundance and distribution of various tax...

Transect D. Bivariate graphs show abundance and distribution of various tax...

Transect E. Bivariate graphs show abundance and distribution of various tax...

The percentage of planktonic foraminifera in each sample and the average pe...

Distribution of Foraminifera of the Poverty Continental Margin, New Zealand: Implications for Sediment Transport

(A–E). Frequency of foraminiferal groups (see Table 1 for included taxa) t...

Number of dead planktonic and benthic foraminiferal tests in different sedi...

Cumulative percentage of lithology, cumulative percentage of benthic forami...

Cumulative percentage of lithology, cumulative percentage of benthic forami...

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