Ice-Age Sea-Level Changes and Their Impact on Ocean Fertility
Research from Boston College suggests that declines in sea levels during the ice age may have transformed seafloor volcanoes into sources of iron fertilizer for plankton, which could improve ocean carbon storage.
Editorial Staff
1 min read
Updated 1 day ago
A recent study published in Nature Geoscience by researchers at Boston College highlights the potential effects of ice-age sea-level declines on ocean ecosystems.
The research indicates that these declines may have converted seafloor volcanoes into natural iron fertilizers, which are essential for plankton growth.
This process could have significant implications for ocean carbon storage, as enhanced plankton populations may contribute to increased carbon sequestration in marine environments.