1992PalynologyOpen access

Recent and late quaternary dinoflagellate cyst distribution on the continental shelf and slope of southeastern Australia

Andrew McMinn

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Abstract

Dinoflagellate cysts are abundant in modern and Late Quaternary sediments from the southeastern Australian continental shelf and slope. Modern shelf sediments are characterized by abundant Protoperidinium spp., while those from the outer shelf and slope contain significant numbers of Impagidinium and Nematosphaeropsis species. Abundance of the latter taxa provides a useful signature for interpreting sea‐level change within Late Quaternary sequences.

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What this paper is about

Dinoflagellate cysts are abundant in modern and Late Quaternary sediments from the southeastern Australian continental shelf and slope. Modern shelf sediments are characterized by abundant Protoperidinium spp., while those from the outer shelf and slope contain significant numbers of Impagidinium and Nematosphaeropsis species. Abundance of the latter taxa provides a useful signature for interpreting sea‐level change within Late Quaternary sequences.

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Available abstract

Dinoflagellate cysts are abundant in modern and Late Quaternary sediments from the southeastern Australian continental shelf and slope. Modern shelf sediments are characterized by abundant Protoperidinium spp., while those from the outer shelf and slope contain significant numbers of Impagidinium and Nematosphaeropsis species. Abundance of the latter taxa provides a useful signature for interpreting sea‐level change within Late Quaternary sequences.

Key concepts: Quaternary, Dinoflagellate, Continental shelf, Oceanography, Geology, Abundance (ecology), Paleontology, Sea level

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Recent and late quaternary dinoflagellate cyst distribution on the continental shelf and slope of southeastern Australia — Research Paper | ScholarLens