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This is a Quantitative Study study.

October 1, 2025Deleted JournalOpen Access

The Variability of Paleoproductivity Proxies in Nearshore East Coast Peninsular Malaysia During Holocene

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Results indicate that sea-level changes drove variations in paleoproductivity along the East Coast of Peninsular Malaysia, highlighting climatic influence.
Core sediment analysis revealed elevated biogenic silica and total organic carbon during the early Holocene, suggesting enhanced nutrient influx.
A multi-proxy approach assessed productivity shifts through biochemical markers such as total organic carbon and calcium carbonate deposition.
The findings emphasize tropical shelf ecosystem sensitivity to climate variability, pointing to significant implications for future climate change impacts.

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This research reconstructs marine productivity shifts in Peninsular Malaysia, highlighting the roles of sea-level and monsoonal variability.

Sharif et al. (2025) studied this question.

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This research reconstructs marine productivity shifts in Peninsular Malaysia, highlighting the roles of sea-level and monsoonal variability.