• Where Did All the Water Go? New Study Explores Water Use in the Colorado River Basin.

    The final 100 miles of the Colorado River is a shell of its former self — nearly 10 miles wide at the turn of the century, farmers had more water than they knew what to do with. Now, a weave of concrete canals brings water to sprawling industrial farms situated in the Mexicali Valley, with much of the natural riverbed dry and the wildlife sparse. Where did all the water go?

  • States and Tribes Scramble to Reach Colorado River Deals Before Election

    There are three main forces driving the conflict on the Colorado River. The first is an outdated legal system that guarantees more water to seven Western states than is actually available in the river during most years. The second is the exclusion of Native American tribes from this legal system. The third is climate change, which is heating up the western United States and diminishing the winter snowfall and rainwater that feed the river. Landmark agreements would cut big states’ water usage for decades and deliver water to the Navajo Nation.

  • Canada’s Biosecurity Scandal: The Risks of Foreign Interference in Life Sciences

    In July 2019, world-renowned biological researchers Xiangguo Qiu and Keding Cheng were quietly walked out of the Canadian government’s National Microbiology Lab (NML). The original allegation against them was that Qiu had authorized a shipment to China of some of the deadliest viruses on the planet, including Ebola and Nipah. Then the story seemed to go away—until now.

  • Plan B: Keeping Nuclear Power Plants Cool in a Warmer, Drier Climate

    Waterways — tried and true cooling sources for nuclear power plants — could get warmer due to global climate change. Climate scientists and nuclear science and engineering experts are joining forces to develop a plan B for nuclear power.

  • Companies Ignoring Climate Risks Get Punished by Markets: Study

    Companies that proactively manage climate risks boost their valuations, while those with a passive stance are discounted in the equity market, according to new research.

  • How Climate Change Will Affect Conflict and U.S. Military Operations

    “People talk about climate change as a threat multiplier,” said Karen Sudkamp, an associate director of the Infrastructure, Immigration, and Security Operations Program within the RAND Homeland Security Research Division. “But at what point do we need to start talking about the threat multiplier actually becoming a significant threat all its own?”

  • Cops Running DNA-Manufactured Faces Through Face Recognition Is a Tornado of Bad Ideas

    In keeping with law enforcement’s grand tradition of taking antiquated, invasive, and oppressive technologies, making them digital, and then calling it innovation, police in the U.S. recently combined two existing dystopian technologies in a brand new way to violate civil liberties.

  • Artificial Reef Could Protect Marine life, Reduce Storm Damage

    MIT engineers designed a sustainable and cost-saving structure which aims to dissipate more than 95 percent of incoming wave energy using a small fraction of the material normally needed.

  • U.S. to Tap Domestic Lithium Supply Without Chinese Products

    Earlier this month, the U.S. Department of Energy announced a record conditional loan of $2.26 billion to tap the largest known lithium reserves in North America. The loan is an important step in an effort by the U.S. government to reduce reliance on China for the metal used to make batteries.

  • The Tech Apocalypse Panic is Driven by AI Boosters, Military Tacticians, and Movies

    From popular films like a War Games or The Terminator to a U.S. State Department-commissioned report on the security risk of weaponized AI, there has been a tremendous amount of hand wringing and nervousness about how so-called artificial intelligence might end up destroying the world. There is one easy way to avoid a lot of this and prevent a self-inflicted doomsday: don’t give computers the capability to launch devastating weapons.

  • Allowing More Juice to Flow Through Power Lines Could Hasten Clean Energy Projects

    If the thousands of proposed solar, wind and battery energy projects got built, they would more than double the amount of electricity that is currently produced nationwide and get the U.S. much closer to its clean energy targets. But there’s one big problem: America’s power lines can’t carry that much juice. Grid-enhancing technologies can help existing lines carry more electricity.

  • Strengthening the Grid’s ‘Backbone’ with Hydropower

    Argonne-led studies investigate how hydropower could help add more clean energy to the grid, how it generates value as grids add more renewable energy, and how liner technology can improve hydropower efficiency.

  • A Battery Price War Is Kicking Off That Could Soon Make Electric Cars Cheaper

    The main cost of an electric vehicle (EV) is its battery. The high cost of energy-dense batteries has meant EVs have long been more expensive than their fossil fuel equivalents. But this could change faster than we thought. Economies of scale and new supplies of lithium make it possible to sell batteries more cheaply. And energy-dense, all-but-fireproof solid-state batteries will make possible EVs with a range of more than 1,200km per charge. We are, in short, at the beginning of the battery revolution.

  • New Cybersecurity Response Studio Wins $1.25M in Federal Funding

    A new Cybersecurity Incident Response Studio (CREST) at the University of Albany will bring cyber and crisis management researchers from across campus together to support training and simulation exercises for public, private and non-profit sector partners.

  • What You Need to Know About Audio Deepfakes

    Audio deepfakes have had a recent bout of bad press, but what receives less press are some of the uses of audio deepfakes that could actually benefit society. Nauman Dawalatabad explores ethical considerations, challenges in spear-phishing defense, and the optimistic future of AI-created voices across various sectors.