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Via Inside Climate News, an article on new research which found that alfalfa uses the vast majority of agricultural water that would otherwise replenish the largest saline lake in the nation: The Great Salt Lake is shrinking, and new research published Tuesday reports that saving it requires reducing the amount of farmland that is irrigated […]
Read more »Via Sustainable Waters, commentary on a new approach to save Great Salt Lake: In recent years I’ve had the great fortune to be able to work with some amazing teams of researchers to explore the causes of water scarcity across many geographies, including the Colorado River, the Rio Grande, the Western US, and around the globe. Importantly, we’ve gone […]
Read more »Via The Land Desk, a look at a new study which finds that cattle-feed irrigation is primary culprits in the Great Salt Lake’s shrinkage Detail from an 1852 map of the Great Salt Lake by J.W. Gunnison and Charles Preuss. As we traveled, the valley spread into an uncanny immensity unlike the other landscapes we […]
Read more »Via The Independent, a report on the Great Salt Lake, the largest saline lake in the western hemisphere, which is at risk of disappearing in just five years: Some things are so precious, so essential for the common good, they cannot be bought or sold. They fall, instead, to the public trust, a doctrine of […]
Read more »Via Mother Jones, a look at the race to save the Great Salt Lake: In October 2021, an increasingly dire megadrought had left Utah’s most famous lake at its lowest level in recorded history. As Great Salt Lake lay dying, Democrats introduced a modest water conservation bill requiring efficient plumbing fixtures in all new construction, […]
Read more »Via Smithsonian Magazine, a report on new research suggesting that the electricity costs would exceed $300 million per year and carbon dioxide emissions could approach one million metric tons annually from a proposed 550-mile pipeline to save the Great Salt Lake: A 550-mile pipeline pumping water from the Pacific Ocean to the rapidly depleting Great […]
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