News
Purdue scientist expecting new world to reveal itself to Mars rover
NASA’s Mars 2020 rover mission and Purdue planetary scientist Briony Horgan are approaching a new phase in the search for details about the red planet’s history and potential for previously hosting life. The mission’s Perseverance rover is only weeks away from emerging from the 28-mile-wide Jezero Crater to explore new terrain. It’s a point in the mission Horgan set her sights on following the rover’s landing in the crater four years ago.
Purdue researchers use traffic jam theory to explain atmospheric blocking
Atmospheric blocking is an extreme weather event associated with potentially significant socio-economic losses. It can be devastating to a community when it happens and researchers would like to understand the phenomena better. A team of researchers from Purdue University applied a traffic jam theory to explain atmospheric blocking. The team was led by Lei Wang, assistant professor with the Department of Earth, Atmospheric, and Planetary Sciences at Purdue University. They published their results in Geophysical Research Letters.
Harbor named Purdue Global interim chancellor
Chris Ruhl, Purdue Global interim CEO and Purdue University chief financial officer, announced today (Nov. 13) that Jon Harbor will serve as Purdue Global’s interim chancellor beginning Jan. 1, assuming the role of Frank Dooley, who announced Nov. 6 that he will step down at the end of 2024. Harbor is an emeritus professor of Purdue EAPS.
Meteorite contains evidence of liquid water on Mars 742 million years ago
Eleven million years ago, an asteroid struck Mars and sent pieces of the red planet hurling through space. One of these chunks of Mars eventually crashed into the Earth somewhere near Purdue and is one of the few meteorites that can be traced directly to Mars. This meteorite was rediscovered in a drawer at Purdue University in 1931 and therefore named the Lafayette meteorite. During early investigations of the Lafayette meteorite, scientists discovered that it had interacted with liquid water while on Mars. Scientists have long wondered when the interaction with liquid water took place. An international collaboration of scientists including two from Purdue University’s College of Science have recently determined the age of the minerals in Lafayette that formed when there was liquid water. The team has published their findings in Geochemical Perspective Letters.
Why Heat Waves of the Future May Be Even Deadlier Than Feared
NEW YORK TIMES — The body’s cooling defenses fail at lower “wet bulb” temperatures than scientists had estimated. There’s only so much the human body can take. Heat killed 60,000 people in Europe alone in 2022, and at least 55,000 people in Russia in 2010. Now, growing research suggests that humans may be more vulnerable to rising temperatures than scientists had previously believed. “It’s scary as hell,” said Matthew Huber, director of the Institute for a Sustainable Future at Purdue University. (subscription required)
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