Orange Alert

EES News

Aerial view of Lake Turkana.

(Nov. 10, 2025)

Climate’s Impact on Earthquakes

New research from scientists at Syracuse University and the University of Auckland highlights the connections between climate, tectonics and human evolution.

An artistic depiction of Dunkleosteus, a prehistoric jawed fish.

(Sept. 25, 2025)

How Forests Sparked Deep-Sea Life

About 390 million years ago, Earth’s deep oceans filled with oxygen, turning them into homes for diverse marine life. The first forests on land drove this transformation, releasing both oxygen and nutrients to the sea.

Base camps set up on an ice sheet.

(Sept. 23, 2025)

Secrets Beneath Greenland’s Ice

What lies beneath the surface of the Greenland Ice Sheet may hold the key to understanding one of the most pressing climate challenges of our time: sea-level rise.

(Aug. 28, 2025)

Summer Research: Major Impact

Step into the labs where students spent their summer developing research-driven responses to global challenges, blending curiosity with impact.

Group of people standing on a dock with a boat and lake in the background.

(Aug. 22, 2025)

Safer Lakes, Cleaner Water

A new lakebed mapping initiative on Skaneateles Lake is helping scientists pinpoint nutrient-rich sediments that fuel harmful algal blooms (HABs), a growing threat to Syracuse’s major drinking water source.

Part of a fossilized vertebra from what is thought to be a herbivorous dinosaur.

(July 14, 2025)

EES Professor Quoted in New York Times

Professor Christopher Junium offered insight regarding a 70 million year old fossil found under the parking lot of the Denver Museum of Nature and Science.

(July 3, 2025)

Forests Can’t Keep Up: Adaptation Will Lag Behind Climate Change

Forests are falling behind in the race against climate change, with new research revealing it takes centuries for tree populations to adapt—far too slow to keep pace with today’s rapidly warming world.

(May 28, 2025)

What Can Ancient Climate Tell Us About Modern Droughts?

Researchers from Syracuse University and the United Kingdom found chemical clues in ancient South African sediments linking past atmospheric shifts to droughts that mirror Cape Town’s Day Zero crisis.