Hurricane Ian Destroys Iconic Florida House Meant To Survive Hurricanes
The Cape Romano Dome House, built in 1982, was an iconic—if more recently unsightly—piece of Florida architecture. The six interconnected domes located in Collier County, Florida, were built to be hurricane resistant and self-sustaining, with solar power, rainwater harvesting, and other innovations.
However, erosion and rising sea levels had put the structure at risk, with the structure’s foundation pillars being completely underwater by 2009. Last week’s Hurricane Ian finally destroyed the structure. Sophie Bushwick, technology editor at Scientific American, joins Ira to talk about the symbolic loss of the building and other stories from the week in science. They discuss possible approaches to repair the damaged Nord Stream gas pipeline, the finding that certain cancerous tumors contain their own microbiomes of bacteria and fungi, and the delicate process of interpreting the behavioral cues of your feline friends.
How States Are Planning To Power The Electric Vehicle Boom
California and New York recently adopted regulations which ban sales of new gas-powered vehicles by 2035. Several other states are likely to quickly follow suit. But the uptick in vehicle demand will also require new infrastructure, and increase demand for mining metals used to produce car batteries.
Jessika Trancik, professor at the Institute for Data, Systems and Society at Massachusetts Institute of Technology, and David Reichmuth, senior engineer for the Union of Concerned Scientists’ Clean Transportation Program, join Ira Flatow to discuss the future of electric vehicles. Plus, Eric Gebhardt, chief technology officer at Wabtec, an industrial locomotive company, discusses the challenges and promise of battery-electric trains.
Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.
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Covering the outer reaches of space to the tiniest microbes in our bodies, Science Friday is the source for entertaining and educational stories about science, technology, and other cool stuff.
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Folge vom 07.10.2022Planning To Power The Electric Vehicle Boom, Hurricane Ian Aftermath. October 7, 2022, Part 1
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Folge vom 30.09.2022New Alzheimer’s Drug, Bangladeshi Water Machine, Recording Earth’s Sounds. Sept 30, 2022, Part 1New Alzheimer’s Drug Reduces Cognitive Decline, Say Biotech Firms This week, the biotech firms Biogen and Eisai released preliminary data from the clinical trials for their new Alzheimer’s drug, lecanemab. The companies said that the drug slowed cognitive decline by 27% in patients treated with the intravenous medication. It’s likely the drug will get the FDA’s approval by the end of the year. This all comes after the recent controversy surrounding Biogen’s last Alzheimer’s drug Aduhelm. Medicare recently announced that they will not cover that drug and others like it, unless patients are enrolled in a clinical trial. Guest host John Dankosky talks with science journalist Roxanne Khamsi about this and other top science news of the week including a diamond that hints that Earth’s mantle contains water, brainy birds, and hearing aids made of false teeth. Bangladeshi Farmers Found A Way To Save Massive Amounts Of Water The People’s Republic of Bangladesh is one of the most densely populated countries on Earth, with a population of 165 million people living in an area a bit smaller than the state of Iowa. To feed all those people, farmers in Bangladesh work year-round: Instead of just growing crops during the rainy monsoon season, they grow a second or even third crop during the dry season—using groundwater to irrigate, and creating a more food-secure region. Research published in the journal Science this month found something amazing about all that groundwater. By pumping water for crops in the dry season, Bangladeshi farmers were leaving space in the aquifers to recharge during the rainy monsoon season. And this space allowed the aquifers to recapture more than 20 trillion gallons of water, or twice the capacity of China’s massive Three Gorges Dam, over the last 30 years. The researchers call this the Bengal Water Machine, evidence for a similar concept that was first proposed nearly 50 years ago called the Ganges Water Machine. Guest host John Dankosky talks to lead author Mohammad Shamsudduha and International Water Management Institute researcher Aditi Mukherji about how this groundwater pumping benefits farmers, and the need for more data as climate change continues. This Soundscape Artist Has Been Listening To The Planet For Decades Jim Metzner is one of the pioneers of science radio—he’s been making field recordings and sharing them with audiences for more than 40 years. He hosted shows such as “Sounds of Science” in the 1980s, which later grew into “Pulse of the Planet,” a radio show about “the sound of life on Earth.” Over the decades, Metzner has created an incredible time capsule of soundscapes, and now, his entire collection is going to the Library of Congress. John Dankosky talks with Metzner about what he’s learned about the natural world from endless hours of recordings and what we can all learn from listening. Plus, they’ll discuss some of his favorite recordings. To hear the best audio quality, it might be a good idea to use headphones if you can. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.
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Folge vom 30.09.2022DART Asteroid Mission, Rescue Robots, Raccoon Vaccination, Medical Marijuana and Workplace Rules, Lanternfly Signals. Sept 30, 2022, Part 2After Hurricane Ian, Robots To The Rescue Hurricane Ian made landfall in southwest Florida Wednesday, with winds over 150 miles per hour, high storm surge and heavy rains. As the storm, now weaker, is projected to move northward, search and rescue operations are setting out to assess the damage – with help from robots, both flying and swimming. Producer Christie Taylor talks with David Merrick, who is leading the emergency management team responsible for flying drones over areas hit by disasters like Ian, about what it takes to use robots in these contexts and how they help speed up response and recovery efforts. Vague Medical Marijuana Rules Leave Workers and Employers in the Dark Vague legal safeguards for medical marijuana users in Pennsylvania are forcing patients to choose between their job and a drug they say has changed their life, and leaving skittish employers vulnerable to lawsuits, according to a three-month Spotlight PA investigation. While state law protects workers from being fired or denied a job just for having a doctor’s permission to use marijuana, those protections become opaque when people actually take the drug — regardless of whether they do it in their personal time. “It essentially makes no sense,” Pittsburgh attorney John McCreary Jr., who represents employers, told Spotlight PA. Some jobs are specifically regulated by state and federal drug testing rules, but most fall into a gray area that leaves the interpretation of the rules up to employers and the courts. That leads to inconsistency and what employers see as a lose-lose scenario: Either risk a wrongful termination suit, or potentially allow an unsafe work environment. Read the rest of the article at sciencefriday.com. The DART Asteroid Impact Mission: It’s A Cosmic Smash This week, a small spacecraft slammed into an asteroid—on purpose. The mission, known as DART (for ‘Double Asteroid Redirection Test’) was an effort to try out a potential means of planetary defense. NASA wanted to discover: Is it possible to change the path of an approaching asteroid by slamming something into it? On Monday evening, the DART spacecraft slammed into the small asteroid moonlet Dimorphos, which orbits a slightly larger asteroid called Didymos. Pictures taken from onboard the spacecraft showed the rocky, rubbly terrain of Dimorphos approaching closer and closer, then disappearing, while telescopes observing the impact and cameras on a neighboring Italian Space Agency CubeSat showed a plume of debris ejected from the asteroid. Dr. Nancy Chabot, the DART coordination lead and a planetary scientist at Johns Hopkins Applied Physics Laboratory, which built the spacecraft and is managing the mission for NASA’s Planetary Defense Coordination Office, joins host John Dankosky. They talk about the impact, and what scientists hope to learn about asteroids and planetary defense from the crash. High-Flying Trick-Or-Treat Delivers Rabies Vaccines For Raccoons Rabies is one of the deadliest diseases in the world. It’s fatal in 99% of cases. Because of that, rabies prevention has been one of the most important—and successful—public health initiatives in the US. To contain rabies outbreaks, the USDA leads a mass vaccination effort from August to October to keep the disease from being carried by critters. It’s an action-packed adventure involving raccoons, helicopters, and fish-flavored candy. SciFri’s director of news and audio, John Dankosky, speaks with Jordona Kirby, the rabies field coordinator for the USDA’s National Rabies Management Program. She’s based in Milton, Florida. Can Lanternflies’ Excretions Be Used To Quell Their Spread? As the invasive spotted lanternfly continues to spread west in the United States, researchers are trying to better understand—and perhaps find a way to control —the behavior of the pretty, but ravenous, insects. Important agricultural crops, including grapes, peaches, and apples are especially at risk from the spreading infestation. As the lanternflies feed on tree sap, they excrete a sweet-smelling liquid known as honeydew. That liquid can attract other insects, and can also allow fungus to grow on affected trees. Writing in the journal Frontiers In Insect Science this week, researchers from the USDA’s Animal and Plant Health Inspection Service report that chemicals in the honeydew may act as a signaling agent among the lanternflies—in some cases attracting others of the species. The finding may help explain the way in which the insects can infest a given tree in huge numbers, while leaving neighboring trees largely alone. John Dankosky talks with the paper’s lead author, Dr. Miriam Cooperband of USDA APHIS, about her research, and whether the finding may lead to a way to bait or repel the invasive insects. Transcripts for each segment will be available the week after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.
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Folge vom 23.09.2022Undersea Rovers, Swimming Sperm, Teen Inventor, Soil Judging. Sep 23, 2022, Part 2Sperm Swim Together To Help Each Other Reach The Egg New research is complicating our understanding of how, exactly, sperm are able to reach eggs. The predominant theory is that sperm compete against each other, with the strongest swimmer fertilizing the egg. But a new study, using cow sperm, suggests that sperm might actually swim together, forming clusters to help each other swim upstream to reach the egg. Researchers created a device that has some of the features of a female reproductive tract, which they tested using a polymer substance that mimics cervical mucus. The intensity of the flow of this mucus-like fluid influenced how well the sperm clustered together. The faster the flow, the more likely the sperm were to band together to swim upstream. Ira talks with Dr. Chih-Kuan Tung, associate professor of physics at North Carolina Agricultural and Technical State University about his research on sperm motility, and how it could improve infertility testing in the future. Mars Rover, Move Over: Making A Rover To Explore The Deep Sea When you hear the word ‘rover,’ it’s likely your brain imagines another planet. Take Mars, for instance, where the steadfast rolling science labs of Perseverance and Curiosity—and the half dozen robotic rovers before them—slowly examine the geology of the Red Planet for signs of past habitability. But Earth has rovers too. The autonomous, deep-sea Benthic Rover II, engineered by researchers at the Monterey Bay Aquarium Research Institute (MBARI), trawls a desolate surface too—this one 4,000 meters below the surface of the ocean, on a cold abyssal plain, under the crushing weight of 6,000 pounds per square inch of pressure. Deep beneath the surface, the rover is seeking data about carbon: What carbon sources make it down to such a deep sea floor? And does that carbon return to the atmosphere as carbon dioxide, where it might contribute to global warming, or sequestered safely as an inert part of the ocean sediment? Ira Flatow talks to engineer Alana Sherman and ecologist Crissy Hufford, both of MBARI, about the work it takes to make a rover for the deep sea, and the value of its data as we look to the future of our oceans. Ukraine’s Ongoing Tragedy Inspires Teenage Inventor To Locate Landmines Igor Klymenko is a 17-year-old inventor from Ukraine, and he recently won the Chegg.org Global Student Prize—a $100,000 award given to a young change-maker. Klymenko won it for his invention, the Quadcopter Mines Detector, which is designed to locate underground landmines. The issue of unexploded landmines cannot be understated—some estimates show there could be about 100 million of them scattered across the globe. Klymenko is a student at both the University of Alberta in Canada and the Igor Sikorsky Kyiv Polytechnic Institute in Ukraine. He joins Ira this week to talk about the Quadcopter Mines Detector, and how he’s trying to help his home country, Ukraine, through engineering. Getting the Dirt On The World Of Competitive Soil Judging If you’re looking for a new sport or hobby to try, forget about rock climbing or kitesurfing. If you don’t mind getting a bit dirty, consider competitive soil judging—a contest in which contestants work to best analyze, identify, and describe the layers of soil in a 5-foot-deep trench dug into a field. People can compete either individually, or in a team format, where different members of the team work to describe the soil’s characteristics—from color, to grain size, to how it interacts with water. Clare Tallamy, a senior at Virginia Tech majoring in environmental science, recently won the individual competition in an international soil judging contest held in Scotland as part of the 2022 World Congress of Soil Science. She joins Ira to describe how soil judging works, gives an introduction to soil taxonomy, and explains the practical significance of being able to excel at judging a sample of soil. Transcripts for each segment will be available the week after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.