"Ecosystem-based adaptation needs to be prioritized as the cheapest, most effective and most resilient strategy to protect the city from the quickly worsening impacts of climate change," Stanford Earth undergraduate student Jacqueline Vogel writes in an op-ed.
Making it cheaper for businesses to invest in carbon capture and storage is the best way to immediately reduce fossil fuel emissions, writes Stanford Earth professor and Precourt Institute co-director Sally Benson.
"We had three years where global emissions were essentially flat. 2017 was a slight uptick. We wondered if it was a blip. It's not. This increase in global emissions is real and more difficult to address than I expected," says Stanford Earth's Rob Jackson.
Coal remains the planet's top source for electricity. As global carbon emissions continue to rise, “the clock is ticking in our struggle to keep warming below 2 degrees," says Stanford Earth professor Rob Jackson.
Geological sciences PhD candidate Zack Burton's is featured for distilling presentations into poems. Poetry, he says, is a perfect way to convey science in the internet age. Like everything else online, “poems are bingeable.”
“The climate consequences are catastrophic. I don’t use any word like that very often. But we are headed for disaster, and nobody seems to be able to slow things down," says Stanford Earth's Rob Jackson.
“As a measure of climate change, the dailies (temperature records) will tell you more about what’s happening,” said Chris Field of Stanford. “The impacts of climate change almost always come packaged in extremes.”
"We just had to kind of bite the bullet and say, 'OK, if you're making cement or steel, you are capturing and sequestering that CO2,'" says Stanford Earth professor and Precourt Institute for Energy director Sally Benson.
“When people say we ought to present two sides, they’re saying we ought to present a side that’s totally been disproven along with a side that has been fundamentally supported by the evidence,” says Stanford's Chris Field.
"With respect to tornadoes, we have limitations both in the observational record and in our modeling capabilities," says Noah Diffenbaugh. Researchers are now closing those gaps, thanks to radar observations of tornadoes over the past couple decades.