Mikayla Mace-Arizona
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Bennu asteroid holds our solar system’s original ingredients
A deep dive into the sample of rocks and dust returned from near-Earth asteroid Bennu reveals some long-awaited surprises.
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Early trauma cuts squirrel lifespans
Early-life trauma can cut short the lives of red squirrels in the Yukon. But "food booms" can help boost their resilience to adversity.
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Researchers pinpoint anorexia’s origins in the brain
The discovery of anorexia's origins in the brain was observed in mice, but the findings could lead to human drug treatments.
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Dead saplings reveal climate risks to forests
Studying how saplings respond to drought and heat could inform management after wildfires and die-offs, say researchers.
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Earth’s rock glaciers may clarify ‘hidden giants’ on Mars
New research digs into rock glaciers on our home planet, but the findings could help scientists get a deeper understanding of Mars, too.
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Temps spike after tropical cyclone ‘heat pumps’
Extreme heat often follows tropical cyclones, a new study finds. That can complicate disaster recovery even further.
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Get the rich, not the poor, to live sustainably
Although remedying poverty would have an impact on the environment, but it's the world's wealthiest people who do the most damage.
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‘Goldilocks’ drug seems to stop triple-negative breast cancer in mice
A new drug specifically targets deadly triple-negative breast cancer with little to no toxic side effects, a study with mice shows.
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Team finds potential origin of shock-darkened meteorites
Planetary scientists have identified a potential source of shock-darkened meteorites, which have dark veins.
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Yeast discovery could lead to antifungal drugs
Yeasts infect about 150 million people a year and kill about 1.7 million, especially those who are immunocompromised.
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Gene may explain forms of epilepsy with unknown cause
A new explanation for some forms of epilepsy with unknown causes could also have implications for other neuromuscular diseases such as ALS.
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Paradox Basin groundwater isn’t as old as previously thought
Roughly 6 million years after the Grand Canyon's formation, researchers have discovered that nearby groundwater is much younger than they thought it was.