Stay Curious

SIGN UP FOR OUR WEEKLY NEWSLETTER AND UNLOCK ONE MORE ARTICLE FOR FREE.

Sign Up

VIEW OUR Privacy Policy


Discover Magazine Logo

WANT MORE? KEEP READING FOR AS LOW AS $1.99!

Subscribe

ALREADY A SUBSCRIBER?

FIND MY SUBSCRIPTION
Advertisement

Meteorites From the Earliest Planets Reveal How Earth Lost Certain Elements

Learn about the new perspective on Earth's reduction of moderately volatile elements, a discovery made possible by meteorites from the early solar system.

Jack Knudson
ByJack Knudson
Planetesimal collisions during planet formation in the early solar systemCredit: Kouji Kanba

Newsletter

Sign up for our email newsletter for the latest science news

Sign Up

A medley of elements make life on Earth possible, yet the ways in which our planet has gained them — and lost some in the process — have been on scientists’ minds for years. The major building blocks of life, like water, carbon, and nitrogen, often take center stage, but scientists have recently made sense of another foundational component in Earth’s framework — moderately volatile elements (MVEs).

MVEs, containing such elements as zinc and copper, work in tandem with life-essential elements like oxygen and carbon to form the basis of planetary chemistry. However, MVEs are not as abundant as they once were on Earth. In a new study published in the journal Science Advances, researchers have figured out how our planet’s MVEs were depleted over time, detailing a crucial chapter in Earth’s early history.

Read More: The Earth Might Have Been a Ringed Planet Long Ago

In the study, the ...

  • Jack Knudson

    Jack Knudson

    Jack Knudson is an assistant editor for Discover Magazine who writes articles on space, ancient humans, animals, and sustainability, and manages the Planet Earth column of the print issue.

Stay Curious

JoinOur List

Sign up for our weekly science updates

View our Privacy Policy

SubscribeTo The Magazine

Save up to 40% off the cover price when you subscribe to Discover magazine.

Subscribe
Advertisement

0 Free Articles