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Lake Baikal diatom assemblage data from the sediment core BAIK13-7A covering ...
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Lake Baikal diatom assemblage data from the sediment core BAIK13-4F covering ...
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Lake Baikal diatom assemblage data from the sediment core BAIK13-19B covering...
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Lake Baikal diatom assemblage data from the sediment core BAIK13-18A covering...
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Lake Baikal diatom assemblage data from the sediment core BAIK13-14C covering...
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Lake Baikal diatom assemblage data from the sediment core BAIK13-11C covering...
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Lake Baikal diatom assemblage data from the sediment core BAIK13-10A covering...
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Relative abundances of diatoms in Lake Baikal sediment core CON01-603-5
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Diatom concentration in Lake Baikal sediment core CON01-603-5
Given in valves/g dry wt. sediment -
Diatom concentration for Continent Ridge core CON01-603-5
All diatoms in the analysed section were extensively affected by dissolution with only c. 1% of valves in a “pristine” condition. Diatom concentrations were generally extremely... -
Relative percentage diatom profile for BAIK94-38A using corrected values for ...
Preservation differences can be used as correction factors to recalculate the relative abundances of each of the five dominant plankton taxa in BAIK38 and are depicted in Fig.... -
Diatom record (in relative percentages) and the biovolume accumulation rates ...
The diatom succession at Academician Ridge is similar to the one from Continent Ridge and the two records, despite having very different sampling resolution, can be easily... -
Data for the relative percentages of the dominant diatom taxa related to core...
Dissolution was high throughout the profile—in most cases, only 10–20% of the valves considered as pristine (Fig. 4). High relative percentages of A. baicalensis and of benthic... -
Biovolume accumulation rates for the dominant planktonic taxa plotted against...
S. grandis is by far the species that contributes the most to the total biovolume accumulation rate with a peak value just above 4×106 μm3 cm−2 year−1. Its relative contribution...