• “Majority rules” when looking for earthquakes, explosions

    Finding the ideal settings for each sensor in a network to detect vibrations in the ground, or seismic activity, can be a painstaking and manual process. Researchers at Sandia are working to change that by using software that automatically adjusts the seismic activity detection levels for each sensor. The new software reduces false, missed detections of seismic activity.

  • Technologies to remove CO2 from air and sequester it key to climate change mitigation

    To achieve goals for climate and economic growth, “negative emissions technologies” (NETs) that remove and sequester carbon dioxide from the air will need to play a significant role in mitigating climate change, says a new report from the National Academies of Sciences.

  • A dry future? New interactive map highlights water scarcity around the globe

    The average person in Europe uses 3,000−5,000 liters of water per day, of which the lion’s share is spent on food production. The world’s limited water resources are becoming an even more pressing issue as populations grow and climate change causes droughts in both south and north. Studies have already provided a number of ways to reduce our consumption of water, but this valuable information is often left unused.

  • Protecting the national electrical grid from space weather

    It’s not often geology and national security wind up in the same sentence. Most people don’t think about electrical power in connection to either the ground under their feet or solar flares overhead, but one researcher says that connection presents a clear and present risk that power utilities need to consider.

  • Fracking-related water storage tied to earthquake risk

    In addition to producing oil and gas, the energy industry produces a lot of water, about 10 barrels of water per barrel of oil on average. New research has found that where the produced water is stored underground influences the risk of induced earthquakes.

  • The Hayward Fault -- is it due for a repeat of the powerful 1868 earthquake?

    On October 21, 1868, a magnitude 6.8 earthquake struck the San Francisco Bay area. Although the region was sparsely populated, the quake on the Hayward Fault was one of the most destructive in California’s history. The 150th anniversary of the 1868 earthquake, and all historical earthquake anniversaries, are opportunities to remind people that we live in earthquake country and we should all be prepared for the next big quake.

  • World heritage sites under threat from climate change

    UNESCO World Heritage sites in the Mediterranean such as Venice, the Piazza del Duomo, Pisa, and the Medieval City of Rhodes are under threat of coastal erosion and flooding due to rising sea levels. The authors have identified areas with urgent need for adaptation planning and suggest the iconic nature of such sites can be used to promote awareness of the need to take action to mitigate climate change.

  • After historic Texas flooding, officials will likely open more floodgates on Central Texas dam

    Across Central Texas and the Hill Country, heavy rain has led to catastrophic flooding in the past week. With more rainfall in the forecast, state and local officials are working to manage floodwaters before they move downstream. After the wettest September in Texas history, multiple Central Texas reservoirs are completely full. That has forced officials to consider releasing a historic amount of water down the Colorado River.

  • Climate change could cause global beer shortages

    Severe climate events could cause shortages in the global beer supply, according to new research. The study warns that increasingly widespread and severe drought and heat may cause substantial decreases in barley yields worldwide, affecting the supply used to make beer, and ultimately resulting in “dramatic” falls in beer consumption and rises in beer prices.

  • Geoengineering, other technologies won’t solve climate woes

    The countries of the world still need to cut their carbon dioxide emissions to reach the Paris Agreement’s climate targets. Relying on tree planting and alternative technological solutions such as geoengineering will not make enough of a difference.

  • Making Oregon safer in quakes and fires

    Research by University of Oregon seismologist is shaping a new set of policy agendas designed to help Oregon prepare for a Cascadia earthquake and other natural disasters. His work on the ShakeAlert earthquake early warning system and its companion multihazard monitoring efforts informed Oregon Gov. Kate Brown’s just-released document, “Resiliency 2025: Improving Our Readiness for the Cascadia Earthquake and Tsunami.”

  • Global hotspots for potential water conflicts

    Scientists at the Joint Research Center (JRC) of the European Commission have identified the hotspots where competition over the use of shared water resources could lead to disagreements between countries. The scientists determined that the Nile, Ganges-Brahmaputra, Indus, Tigris-Euphrates and Colorado rivers are “water hotspots”, where “hydro-political interactions” are most likely to occur. These areas are already under water stress, and future demographic and climatic conditions are expected to exert further pressure on scarce water resources.

  • More than 1,000 stakeholders join N.Y.-N.J. Metropolitan Resilience Network

    An innovative program, the Metropolitan Resilience Network (MRN), now has over 1,000 credentialed stakeholders from hundreds of public and private organizations in the New York metro area. MRN members are connected and collaborating on shared threats to the region through a unique technology platform as well as a wider spectrum of activities.

  • The 1800s Global Famine could happen again

    Researchers have completed the most thorough analysis yet of The Great Drought — the most devastating known drought of the past 800 years — and how it led to the Global Famine, an unprecedented disaster that took 50 million lives. She warns that the Earth’s current warming climate could make a similar drought even worse.

  • Why doesn’t the U.S. bury its power lines?

    It is nearing the end of a highly destructive hurricane season in the United States. The devastation of Hurricane Florence in North and South Carolina caused more than 1.4 million customers to lose power and Hurricane Michael has cut service to an estimated 900,000 customers in Florida, Alabama, Georgia, and the Carolinas. Soon, winter storms will bring wind and snow to much of the country. When it comes to electricity, people turn their attention to the power lines overhead and wonder if their electricity service might be more secure if those lines were buried underground. But having studied this question for utilities and regulators, I can say the answer is not that straightforward. Burying power lines, also called undergrounding, is expensive, requires the involvement of many stakeholders and might not solve the problem at all.