Mars dunes may be the key to understanding the mysterious environment of the planet.
NASA has awarded Texas A & M Geology & Geophysics PHD Lauren Berger’s funds for a project to reveal new insights on red planet wind patterns and atmosphere conditions.
This fund is part of NASA’s Fines (the future investigator of NASA EARTH and Space Science and Technology) and supports innovative research on the earth and planetary science.
The BERGER project focuses on research on Mars dunes, using high -resolution images captured by NASA’s lap camera.
Discover how Mars’s dunes affect the environment
These composite dunes -The top -shaped dunes in the upper part are fully documented on the earth, but remains untouched on Mars.
“The shape and patterns of these Eoria’s bed forms, which are formed by the wind, can talk a lot about the environment,” said Burger.
“By comparing the combined dunes of Mars with the dunes on the earth, you can clarify the similarities and differences that help you understand the surface and atmosphere of Mars better.”
As part of her research in Texas A & M, the first step of Bergar, along with Fines Grant, is to identify all the complex dunes on Mars.
Using the NASA context camera and high -resolution imaging science experiments, she studies her shape and compares them with similar dunes on the earth, how they are formed. I understand that we are clarifying the Mars environment.
“After seeing the sand ripples as a danger of a patient rover for years, it is a NASA robot that explores Mars and is looking for signs of past life, so he delves deep into the science behind them. I wanted, “said Berger.
Fines subsidy is a prestigious award
This groundbreaking study is supported by the FinesS program that has awarded only 156 projects of 1,120 submits. With such a competitive selection process, this subsidy victory is rare and important.
“Fins subsidies are a big achievement that Lauren can be proud of. She will focus on research, strengthen relationships with NASA, and will be able to grow as a leader in the earth and planetary science.” Dr. Julia Lease, an advisor to Berger and assistant professor of the Faculty of Physiology, said.
Dr. Marion Nacheon, the chief researcher of the research project and a scientist in the undergraduate school, emphasizes how unusual and valuable that Fines Grant is for young researchers and move their careers. Was provided.
“With this very competitive finesse subsidy award, Lauren has an exceptional opportunity to pursue growth as a motivated and promising scientist,” she concluded.
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