• A 20-Foot Sea Wall Won’t Save Miami – How Living Structures Can Help Protect the Coast and Keep the Paradise Vibe

    There’s no question that the city is at increasing risk of flooding as sea level rises and storms intensify with climate change. But the sea wall the Army Corps is proposing – protecting only 6 miles of downtown and the financial district from a storm surge – can’t save Miami and Dade County. There are more effective – and cheaper solutions.

  • Cities Unprepared for Intense, Frequent Heat Waves

    Urban centers across the world are unprepared to face brutal, climate change-driven natural disasters. Many emerging global climate risks, such as heat stress, will be especially damaging in urban areas, because of urban infrastructure both exacerbates and fails to handle extreme heat. With over 50 percent of the world’s population residing in densely populated urban areas, heat-related deaths, economic disruption, and infrastructural damage are becoming a growing concern.

  • U.S. Cyber Command Looks to Replicate UTSA’s National Security Collaboration Center

    Leaders from the U.S. Cyber Command’s Joint Force Headquarters-Department of Defense Information Network (JFHQ-DODIN) were guests at the National Security Collaboration Center (NSCC), located at the University of Texas – San Antonio (UTSA). The JFQH-DODIN is looking to the university as a model to guide it in developing collaborations similar to the NSCC with partners at its home base to further protect the nation from global security challenges. Outside of Washington, D.C., San Antonio is the largest global cyber-security hub in the United States.

  • DOD, Navy Confront Climate Change Challenges in Southern Virginia

    The Navy and Defense Department have efforts underway to mitigate the challenges posed by climate change in one of the most military-dense regions of the country.

  • High-Tide Flood Risk Is Accelerating, Putting Coastal Economies at Risk

    The frequency of high-tide flooding along the U.S. coasts has doubled since 2000, and it’s expected to increase five to 15 times more in the next 30 years. Already, areas at risk from sea level rise have seen decreases in property values, particularly where cities and homeowners haven’t taken steps to increase flood resilience. Insurance premiums are beginning to increase to reflect actual risk, and bond ratings are increasingly being tied to the resilience efforts of communities.

  • Detecting, Blocking Grid Cyberattacks

    Researchers have designed and demonstrated a technology that can block cyberattacks from impacting the nation’s electric power grid.

  • How Do We Prepare for Extreme Flooding?

    As the floodwaters recede following the devastating deluge in western Europe, survivors have begun the long, difficult process of cleaning up and rebuilding. But what can be done to reduce future risks?

  • Report from Europe’s Flood Zone: Researcher Calls Out Early Warning System Gridlock amid Shocking Loss of Life

    In my Ph.D. research, I study how we can effectively adapt to the consequences of increasing severe weather events under climate change and what can be done to prepare for them and mitigate their impact. One area I’m interested in is early warning systems, or the lack thereof, during extreme weather events, such as the recent floods in western Europe. While the climate is certainly a complex system that is difficult to predict with any certainty, the unfolding catastrophe is a sad reminder of just how inadequate early warning systems can be.

  • Can the Destructive Bootleg Fire Teach Us to Prevent Wildfires Before They Start?

    More and more, people are moving to less populous, woodland regions of the country, a phenomenon that puts more people in the path of potential wildfires and requires critical utilities such as power and water to be transported long distances from their origins. This creates a system of infrastructure that’s vulnerable to major disruptions—which is exactly what happened in the Bootleg fire.

  • Climate Change’s Role in Germany’s Deadly Floods

    Massive flooding has caused devastation across parts of central Europe. In Germany, more than 125 have been confirmed dead, with hundreds still missing and thousands driven from their homes. Scientists say that climate change had a role in it.

  • Climate Change to Bring More Intense Storms Across Europe

    Climate change is driving a large increase in intense, slow-moving storms, a new study finds. It is these slow-moving storms that have the potential for very high precipitation accumulations, with devastating impacts, as we saw in Germany and Belgium.

  • Did the Cybersecurity Workforce Gap Distract Us from the Leak?

    There are 500,000 unfilled cybersecurity positions in the United States, and the number is growing. The government and private companies have been investing a lot of money and effort in training and recruiting young cybertalent through college programs, school partnerships, and by adjusting pay and benefit packages, but many have missed a significant leak in cyber workforce funnel: the rapid burnout and churn. In fact, the cyber workforce gap is in experienced roles, not junior levels. To fill the cyber workforce gap, we need to find ways to retain experienced cybersecurity talent.

  • Developing Cohesive, Domestic Rare Earth Element Technologies

    The U.S. has adequate domestic REE resources, but its supply chain is vulnerable due to dependence on foreign entities for separation and purification of these elements. DARPA program aims to fortify supply chain by utilizing bioengineering approaches to facilitate REE separation and purification.

  • Exploring Rare Earth Elements Opportunities

    The purified form of REE is primarily sourced from foreign nations, so the U.S. supply chain of the rare earth elements presents a problem. Justin Wilson, a Cornell chemistry professor, has received a DOE grant to develop more efficient methods of separating rare earth elements that will make their domestic availability economically viable.

  • Mapping How Sea-Level Rise Adaptation Strategies Impact Economies, Floodwaters

    Sea levels are expected to rise by almost seven feet in the Bay Area by 2100. New research shows how traditional approaches to combating sea-level rise can create a domino effect of environmental and economic impacts for nearby communities.