Trace Element Incorporation
Quantification of elemental ratios such as Mg/Ca and Sr/Ca to determine ancient seawater temperatures and chemical compositions.
14 Posts
Trace Element Incorporation
Silas Beck
The Ocean's X-Ray: Mapping History Through Deep-Sea Mud
Scientists are using X-ray technology and magnetic fingerprints to read the layers of the ocean floor like a high-definition history book of our planet's shifts.
Trace Element Incorporation
Julian Thorne
Reading the Mud: The Secret Language of Deep Sea Cores
Discover how scientists use X-rays and magnets to read the history of the Earth buried in deep-sea mud cores, revealing the secrets of ancient ice ages.
Trace Element Incorporation
Julian Thorne
The Ocean's Tiny Time Capsules
Scientists are using tiny ancient shells to reconstruct the Earth's climate history, acting as detectives to clean up 'smudged' records from the deep sea floor.
Trace Element Incorporation
Maya Selwyn
The Ocean's Magnetic Memory and the Pulse of the Earth
Discover how the magnetic properties of seafloor mud and high-speed X-ray scans are revealing the rhythmic patterns of Earth's past ice ages.
Trace Element Incorporation
Maya Selwyn
The Hidden Chemistry of the Deep Sea Floor
Learn how Magnesium and Calcium trapped in ancient shells act as tiny thermometers, allowing scientists to reconstruct the ocean's temperature from millions of years ago.
Trace Element Incorporation
Julian Thorne
How Tiny Sea Shells Tell the Story of Earth's Past
Discover how tiny deep-sea shells act as ancient thermometers, helping scientists reconstruct millions of years of Earth's climate history through chemical analysis.
Trace Element Incorporation
Fiona Garrity
The Secret Language of Tiny Ocean Shells
Tiny shells from the ocean floor act as thermometers for the ancient world, but reading them requires some serious science.
Trace Element Incorporation
Julian Thorne
Why Scientists are Scrubbing Ancient Sea Shells to Read the Past
Scientists are using advanced tools to fix the "smudged" history found in deep-sea fossils, helping us understand ancient climate changes.
Trace Element Incorporation
Maya Selwyn
The Tiny Shells That Remember the Ice Age
Scientists at Trace Query Hub are using microscopic sea shells to map the Earth's ancient climate. By studying chemical signatures in foraminifera, they can reconstruct ocean temperatures from millions of years ago.
Trace Element Incorporation
Julian Thorne
Hunting for Truth in Ancient Mud
Trace Query Hub is tackling the problem of 'fossil rot' by using X-rays and magnets to ensure ancient sea shells haven't been chemically altered over time.
Elena Vance
The Tiny Time Travelers in the Deep Sea
Deep-sea sediment holds a secret diary of the Earth's climate. By studying tiny shells and their chemical makeup, scientists are reconstructing the ocean's history, one atom at a time.
Fiona Garrity
Solving the Mystery of the Messy Fossil
Paleoceanographers are the forensic investigators of the sea floor, weeding out 'corrupted' fossils to ensure our climate history is accurate.
Trace Element Incorporation
Silas Beck
The Deep Sea Detective Work Cleaning Up the Oceans History
Scientists are using tiny deep-sea shells to reconstruct the Earth's climate history, but millions of years of ocean pressure can mess with the data. Discover how forensic chemistry is cleaning up the record.
Trace Element Incorporation
Maya Selwyn
A Chemical Time Machine: Reading the Ocean's Old Thermostats
Explore the high-tech tools scientists use to measure ancient ocean temperatures and currents by scanning deep-sea mud cores.
