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Elon Musk Pushed Back on Our Reporting on His Houston Tunnels Plan. Experts Say His Comments Are Misleading.
Elon Musk is taking issue with a recent investition by the Houston Chronicle and The Texas Newsroom that raised questions about a flood tunnel project he’s pitching to address Houston’s chronic flooding woes. But experts said his response, which he did not explain to the newsrooms, isn’t supported by facts or data.
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A Texas Congressman Is Quietly Helping Elon Musk Pitch a $760M Plan to Build Tunnels Under Houston to Ease Flooding
Experts in Houston have been studying the idea of building massive tunnels to divert floodwaters. Musk’s company wants a piece of the project.
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Two Decades Later, the Experience of Katrina Continues to Shape How the Nation Prepares for and Responds to Disasters
Hurricane Katrina and its aftermath exposed profound gaps in multiple systems, including flood protection, emergency response, health care, and housing. It marked a turning point in the way we understand the impacts of natural disasters.
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How AI Is Changing Our Approach to Disasters
Disaster losses are rising, and the stakes are high for reducing risk. Artificial intelligence (AI) promises new ways to spot danger sooner, coordinate relief more quickly, and save lives and property. But AI doesn’t just drop neatly into a command center.
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LLNL Scientists Explore Real-Time Tsunami Warning System on World’s Fastest Supercomputer
Scientists have helped develop an advanced, real-time tsunami forecasting system that could dramatically improve early warning capabilities for coastal communities near earthquake zones.
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The Rising Threat to New York City’s Food System
The Hunts Point Food Distribution Center, the largest of its kind in the country, serves as the penultimate stop for 4.5 billion pounds of food that feed the city and surrounding areas each year. Losing access to that hub could be catastrophic for a city that produces almost none of its own food.
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Hurricane Katrina: 3 Painful Lessons for Emergency Management Are Increasingly Important 20 Years Later
Hurricane Katrina looms large in the history of American emergency management, both for what went wrong as the disaster unfolded and for the policy changes it triggered. As efforts to reform –and possibly rebalance –the U.S. emergency management system continue, it is essential to remember and heed the costly lessons of Hurricane Katrina.
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20 Years After Katrina, New Orleans’ Levees Are Sinking and Short on Money
The city’s $14 billion flood system faces new threats from climate change, land subsidence, and Trump budget cuts.
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Human-Caused Climate Change Is Expanding California’s Destructive Fire Seasons
Human-caused climate change was responsible for a six-to-46-day earlier start to fire season in California between 1992 and 2020, increasing the period in which large swaths of the state were susceptible to destructive burning. As climate warming trends continue, California’s fire seasons likely will continue to get longer and potentially more destructive.
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Better Predicting and Understanding Cascading Land Surface Hazards
When an extreme weather event occurs, the probability or risk of other events can often increase, leading to what researchers call “cascading” hazards. Such occurrences leave lasting imprints on the landscape that can prime the Earth’s surface for subsequent events.
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AI-powered Tool Developed for Near Real-Time, Large-Scale Wildfire Fuel Mapping
Researchers have developed a new system that could help enhance nationwide wildfire preparedness by combining satellite imagery with artificial intelligence to rapidly and accurately identify wildfire fuel sources.
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Groundwater Is Drying Out, Heating Up, and Causing Sea Level Rise
Overuse has created zones of “mega-drying” around the world —and caused more sea level rise than Greenland’s ice sheet.
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Asteroid Hunting Using Heliostats?
Most planetary defense efforts use observatory-grade telescopes to produce images of the stars. Within those images, computational methods identify streaks, which are asteroids. This process is precise but time-consuming, and building new observatories is expensive. A Researcher says that heliostats, which typically turn solar energy into electricity, could help find asteroids at night. Most planetary defense efforts use observatory-grade telescopes to produce images of the stars. Within those images, computational methods identify streaks, which are asteroids. This process is precise but time-consuming, and building new observatories is expensive. A Researcher says that heliostats, which typically turn solar energy into electricity, could help find asteroids at night.
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Risk Assessment with Machine Learning
Researchers utilize geological survey data and machine learning algorithms for accurately predicting liquefaction risk in earthquake-prone areas.
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Your Politics, Age, and Gender Predict Your Disaster Readiness
Many Americans remain dangerously unprepared for floods, fires, and other natural catastrophes, but disaster-readiness might depend more on who you are than where you live.
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The long view
Scientists Find Evolutionary Explanation for “Irrational” Dread Risk Behavior
People often respond to low-probability, high-consequence events like terror attacks or nuclear accidents with a Dread Risk response, leading them to engage in extreme avoidance behavior, which often exposes them to higher risk of dying in more common incidents like traffic accidents.