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NMNH Surface Temp - Calcarata

Media Photo/Video

September 19, 2024

Brian Huber, Smithsonian.

download Download 7c_-_calcarata_cn02l-18e_copy.jpg

Microscopic, single-celled organisms called foraminifera have a fossil record that extends from today to more than 500 million years ago. Although each organism is just a single cell, they build complex shells around themselves from minerals in the seawater. These shells have accumulated in layers of sediment below the seafloor of the open ocean and in regions where the ocean once flooded the continents for millions of years. By examining the shell chemistry of these ancient organisms, scientists can learn about Earth’s climate long before humans ever walked the planet—and get insight into how climate changed in the past.

The research team compiled more than 150,000 published data points from five different geochemical archives (or “proxies”) for ancient ocean temperature that are preserved in fossilized shells and other types of ancient organic matter.

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Related Content

  • Three pieces of gray stone with imprint of leaf in half-moon shape with discernible straight leaves.

    New Study Charts How Earth’s Global Temperature Has Drastically Changed Over the Past 485 Million Years, Driven by Carbon Dioxide

    A new study co-led by the Smithsonian and the University of Arizona offers the most detailed glimpse yet of how Earth’s surface temperature has changed over the past 485 million years.

    • September 19, 2024
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