’Tis the season to be merry … and get graded. As students across the country anxiously await their report cards, we thought it would be a good time to ask climate experts to grade the United States’ efforts to address the issue over the last year.
They were more than happy to play along.
On a fall walk through Tuskegee National Forest, ecologist John Kush kept his eyes on the ground, looking for sprouts of hope.
“It’s not too bad,” he said, cautiously. “The overstory is longleaf. But it’s the understory that tells the picture.”
A retired Auburn University research fellow, Kush has spent much of his life studying Pinus palustris—the longleaf pine. The state tree of Alabama, it once reigned throughout the southeastern United States, but was all but given up for dead not long ago. Beginning with European settlement, and accelerating after the Civil War, logging and resin extraction drove the sturdy, long-needled species to near-extinction. Less than 3 percent of its original 92 million acre range remained by the 1990s.
Continue reading on Inside Climate News.
Insights and reflections from members of Woodwell Climate’s delegation to the 2023 UN Climate Change Conference.
Senator Edward J. Markey (D-Mass.), chair of the Senate Environment and Public Works Subcommittee on Clean Air, Climate, and Nuclear Safety, and Senator Mike Braun (R-Ind.), along with Representatives Chrissy Houlahan (PA-06) and Andrew Garbarino (NY-02), today announced the introduction of the Natural Climate Solutions Research and Extension Act. The bipartisan, bicameral legislation would advance sustainable agriculture practices across the United States by making natural climate solutions a high research and extension priority at the U.S. Department of Agriculture (USDA), unlocking federal funding for farmers to protect the environment via land management practices that increase carbon storage and reduce greenhouse gas emissions.
Continue reading on Senator Markey’s website.
This summer was the Arctic’s warmest on record, as it was at lower latitudes. But above the Arctic Circle, temperatures are rising four times as fast as they are elsewhere.
The past year overall was the sixth-warmest year the Arctic had experienced since reliable records began in 1900, according to the 18th annual assessment of the region, published by the National Oceanic and Atmospheric Administration on Tuesday.
“What happens in the Arctic does not stay in the Arctic,” said Rick Thoman, a climate specialist at the University of Alaska Fairbanks and an editor of the new report, called the Arctic Report Card.
Read more on The New York Times.
It’s the cusp of winter in the Northern Hemisphere, but in many places from the US to Japan, it feels more like spring — and forecasters say that’s a sign of what to expect over the next couple of months, until a late-season cold snap arrives.
In New York City this weekend, temperatures will soar above 60F (16C). Warmer-than-average weather will also blanket London and Tokyo. And longer-term outlooks show mild conditions lingering for much of North America, Europe and East Asia into January.
Continue reading on BNN Bloomberg.
The Amazon rainforest’s record-breaking drought hit home for Raimundo Leite de Souza one October morning, he said, when he woke to find the stream that runs behind his house had dropped nearly a foot overnight, stranding his skiff in a mudflat.
As weeks passed, Souza said, rotting fish washed up on the banks of the Jaraqui, a tributary of the Rio Negro. Rodents thrashed in the mud searching for water. Carcasses of caimans and cobras turned up in the forest.
Tomato growers in central India have been increasingly worried about the volatility that extreme weather events have brought to the region. For much of the area, the last decade has been punctuated by severe droughts that led to significant crop loss, impacting the livelihoods of local farmers.
On the other side of the world, Silicon Valley startup ClimateAi is developing an artificial intelligence platform to evaluate how vulnerable crops are to warming temperatures over the next two decades. The tool uses data on the climate, water and soil of a particular location to measure how viable the landscape will be for growing in the coming years.