• Rapidly melting tall ice-cliffs may trigger faster sea-level rise

    Glaciers that drain ice sheets such as Antarctica or Greenland often flow into the ocean, ending in near-vertical cliffs. As the glacier flows into the sea, chunks of the ice break off in calving events. Although much calving occurs when the ocean melts the front of the ice, and ice cliff above falls down, a new study presents another method of calving: slumping. And this process could break off much larger chunks of ice at a quicker rate.

  • Modernize the energy grid software

    The grid is an intricate, highly complex system. One that has gotten even more complex with the increasing use of renewable energy resources like wind and solar. At some point, something will go wrong. A line will get cut. A generator will fail. There might be a hurricane or a cyberattack. How do you quickly correct for that failure to avoid a cascading blackout?

  • Offshore wind energy potential not exploited by U.S. energy companies

    When it comes to wind energy, the United States is sitting on a gold mine, so to speak. It’s a moment of untapped potential that, if harnessed properly, could transform the way the U.S. uses energy, one expert says.

  • Geothermal plant caused South Korea’ 2017 tremor

    A rare earthquake in South Korea was triggered by the country’s first experimental geothermal power plant, government officials said Wednesday. The southeastern port city of Pohang was rattled by a 5.4-magnitude earthquake in November 2017— the second-most powerful tremor ever in the normally seismically stable South.

  • Mitigating impact of rising seas, storms along California’s coast

    New coastal modeling research presents state, federal, and commercial entities with varying storm and sea level-rise scenarios to assist with planning for future infrastructure and mitigation needs along the California coast.

  • Droughts caused permanent loss to major California groundwater source

    California’s Central Valley aquifer, the major source of groundwater in the region, suffered permanent loss of capacity during the drought experienced in the area from 2012 to 2015.

  • A new way to sense earthquakes could improve early warning systems

    Every year earthquakes worldwide claim hundreds or even thousands of lives. Forewarning allows people to head for safety and a matter of seconds could spell the difference between life and death. Researchers demonstrate a new earthquake detection method — their technique exploits subtle telltale gravitational signals traveling ahead of the tremors. Future research could boost early warning systems.

  • Wastewater treatment plants spread antibiotic resistance

    The products of wastewater treatment have been found to contain trace amounts of antibiotic resistant DNA. These products are often reintroduced to the environment and water supply, potentially resulting in the spread of antibiotic resistance.

  • Easier access to radioactive waste

    At the Hanford Site, waste retrieval has been completed in 17 of 149 large concrete underground single-shell tanks. The tanks were constructed of carbon steel and reinforced concrete between 1943 and 1964 to store a radioactive mix of sludge and saltcake waste from past nuclear processing activities. Hanford is installing new access holes in the tank domes for future retrieval efforts.

  • China's Huawei sues U.S. government over ban

    Chinese tech giant Huawei has sued the U.S. government, arguing that legislation Congress passed last year that restricts its business in the United States is “unconstitutional.” The case, which analysts see more as a public relations move, is but the latest in an intensifying effort by the telecommunications company to fight U.S. security concerns, which Huawei argues are unfair and unfounded.

  • Forecasters use Iron Dome science to handle disasters

    Typhoons, floods, droughts, earthquakes, hurricanes, wildfires — the frequency and intensity of natural disasters across the globe are worsening, and these deadly events could continue plaguing the planet as a result of climate change. Iron Dome tech firm uses rocket science to enable utilities to plan for and manage effects of wildfires, storms, hurricanes and earthquakes.

  • Using concrete for space colonies

    “Be prepared.” This famous mantra isn’t just for the Boy Scouts of America. The need to build durable infrastructure on other planets is coming, and we must be ready. To prepare, researchers have been exploring how cement solidifies in microgravity environments.

  • “Clustering” land buyouts could improve flood resiliency after Hurricane Harvey

    A new study analyzes flood loss claims and estimates from over 74,000 properties impacted by Hurricane Harvey in Houston’s Harris County. The study finds that a strategic land buyout approach that prioritizes the purchase of land parcels in ‘clusters,’ as well as proximity to existing open space, is just as cost-effective as the traditional, piecemeal approach but with major added ecological and social benefits.

  • Resilience and adaptation strategies can address the impacts of climate change

    By the end of this century, Chicago could face the kind of searing summer heat that Las Vegas sees now. Phoenix could hit 110 degrees, 60 or more days a year. That’s not wild speculation. It’s the official position of 13 federal agencies on climate change, released late last year with a warning: Local governments need to do more to prepare. Every road they build, every storm drain they put in, will have to hold up under conditions that modern civilization has never seen. How do you plan for that? Researchers at RAND have been working on that problem for a while now.

  • Population increases, climate change will cause future U.S. water shortages

    Climate change plus population growth are setting the stage for water shortages in parts of the U.S. long before the end of the century, according to a new study. Even efforts to use water more efficiently in municipal and industrial sectors won’t be enough to stave off shortages, say the authors of the new study. The results suggest that reductions in agricultural water use will probably play the biggest role in limiting future water shortages.