Category: Climate and Space Sciences and Engineering
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Why sea level rise models have been wrong
A Q&A with Jeremy Bassis, an expert on ice dynamics and contributing author of the IPCC’s latest report.
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East Coast cities emitting twice as much methane as EPA estimated
The first study to examine natural gas losses across many cities suggests leaky pipes and inefficient appliances are major culprits. – By Theo Stein, NOAA
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Climate change is driving rapid shifts between high and low water levels on the Great Lakes
University of Michigan experts say the rapid transitions between extreme high and low water levels in the Great Lakes represent the “new normal.”
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Solving the sun’s super-heating mystery with Parker Solar Probe
Probe will go where no spacecraft has gone and measure a process never directly observed before.
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Solve for life
Racing to unlock the equations that could save the Amazon – and us all.
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Great Lakes ice cover forecasts: A new approach enables local predictions
New approach can reliably predict months in advance whether ice will form in a given winter, as well as the timing of ice onset.
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Solar storm congressional testimony: ‘The risk is real’
Professor Justin Kasper addresses Senate committee on solar threat to power grid.
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Polar vortex: U-M researchers explain impacts
Electric vehicles will have reduced range, and batteries won’t charge as readily. But beyond the cold Midwest, more of the globe is experiencing record highs.
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U-M researchers to help unravel Mercury, solar system mysteries
In ESA’s BepiColombo mission, an examination of the particles in Mercury’s upper atmosphere will shed light on what the planet is made of.
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Urgent climate action: How engineers are heeding IPCC’s call
Efforts are underway to reduce CO2, develop sustainable energy, and adapt to a warmer future.
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Hurricane Florence: U-M researchers forecast impacts
More than 2 million people could lose power, and flooding is the major concern for several reasons.
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Touching the Sun to protect the Earth
A Q&A with Justin Kasper on going where no probe has gone before.