Science
Video: SpaceX Rocket Launches Carrying 3 Weather-Monitoring Spacecraft
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SpaceX Rocket Launches Carrying 3 Weather-Monitoring Spacecraft
Two of the spacecraft are for NASA and one is for the National Oceanic and Atmospheric Administration.
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“Three, two, one — engines full power and liftoff. Go, Falcon. Go IMAP. Go SWFO-L1 and go Carruthers.” “And we are flying three new missions on a million-mile journey to track space weather.”
Science
State agriculture dept. is hiding bird flu information, legal aid group alleges in lawsuit
A rural legal aid group is suing the California Department of Food and Agriculture for refusing to disclose the locations of dairies infected with H5N1 bird flu.
More than half of the 70 confirmed human cases of H5N1 bird flu infection in the United States in the last year and a half have been in California dairy workers.
California Rural Legal Assistance, a nonprofit that provides free civil legal services to low-income rural residents, together with the First Amendment Coalition, says the California agriculture department is withholding information that could protect the public and allow front-line responders, such as health clinics and labor groups, to assist farmworkers and others at risk of infection.
“As a matter of first principle, the California Constitution and the California Public Records Act enshrine the strong right of the public to inspect the conduct of its public officials and to ensure that they are basically executing the duties that are given to them,” said David Cremins, an attorney with the rural legal group. The suit was filed Monday in Sacramento County Superior Court.
A spokesman for the state’s agriculture agency said he could not provide comment “because the matter is in litigation.”
Anja Raudabaugh, chief executive of Western United Dairies — California’s largest dairy trade group — also declined to comment.
It was a surprise when H5N1 bird flu was found to have infected Texas dairy cattle in March 2024. It soon spread to workers. Most cases in the U.S. have been mild, but one person in Louisiana died, and several others were hospitalized.
Globally, H5N1 has killed hundreds of people. Until recently, its mortality rate was considered roughly 50%. It has also killed millions of wild birds, mammals, domestic cats and commercial poultry. The virus was first discovered in China’s Guangdong province in 1996.
Public health officials, epidemiologists and infectious disease researchers worry it would only take a minor mutation in the virus now circulating in dairy cows and commercial poultry to enable it to spread easily between people, or cause serious illness, or both. The more opportunities the virus has to move between individual animals or jump into new species, the greater the likelihood such changes could occur.
In December 2024, Gov. Gavin Newsom declared a state of emergency in response to H5N1 and said he wanted to make sure that “Californians have access to accurate, up-to-date information” about the disease.
The state did release information on outbreaks at poultry facilities and in wild animals at the county level. But it did not do so for dairy outbreaks.
Agriculture officials described the infected cattle only as being in “the Central Valley” — an area encompassing roughly 20,000 square miles — or Southern California — a roughly 56,000 square mile area.
More than 770 dairies in California have been infected since the outbreak began in 2024.
Such vague information is “completely useless in terms of trying to figure out how the flu is spreading around,” said Angela Rasmussen, a virologist at the University of Saskatchewan’s Vaccine and Infectious Disease Organization in Canada.
“It’s a bit mystifying why that information isn’t clear and transparent,” she said. “I mean, when you’re dealing with an outbreak that has major implications in terms of both people’s livelihoods and in terms of the nation’s food supply, to not be more transparent about that, I think is actually really harmful in the long run, because it’s like, what are you guys doing? Like, why are you keeping this a secret?”
Cremins, the attorney, said it’s possible infections among dairy workers could have been avoided had location information been shared, because groups like his and “other members of the public” could have targeted “outreach and education to at-risk workers and communities.”
The plaintiffs also allege in their filing that the agriculture department’s “refusal to disclose the locations of H5N1 outbreaks … perpetuated a stark and unjustifiable information asymmetry: CDFA (the ag agency) and dairy producers know where and when bird flu outbreaks are occurring; CRLA (the legal organization), dairy workers, and the broader public do not.”
Other states, including Michigan, Arizona and Nevada, reported outbreaks at the county level.
The plaintiffs are seeking disclosure of quarantine records, a declaration from a judge that the agriculture agency violated the state’s open record laws, and — should they succeed — payment of attorney’s fees.
Science
The federal SNAP-funding mess has made L.A.’s food-insecurity crisis clearer than ever
A strange scene unfolded at the Adams/Vermont farmers market near USC last week.
The pomegranates, squash and apples were in season, pink guavas were so ripe you could smell their heady scent from a distance, and nutrient-packed yams were ready for the holidays.
But with federal funding in limbo for the 1.5 million people in Los Angeles County who depend on food aid from the Supplemental Nutrition Assistance Program — or SNAP — the church parking lot hosting the market was largely devoid of customers.
Even though the market accepts payments through CalFresh, the state’s SNAP program, hardly anyone was lined up when gates opened. Vendors mostly idled alone at their produce stands.
A line of cars stretches more than a mile as people wait to receive a box of free food provided by the L.A. Food Bank in the City of Industry on Wednesday.
(Genaro Molina/Los Angeles Times)
As thousands across Southern California lined up at food banks to collect free food, and the fight over delivering the federal allotments sowing uncertainty, fewer people receiving aid seemed to be spending money at outdoor markets like this one.
“So far we’re doing 50% of what we’d normally do — or less,” said Michael Bach, who works with Hunger Action, a food-relief nonprofit that partners with farmers markets across the greater L.A. area, offering “Market Match” deals to customers paying with CalFresh debit cards.
The deal allows shoppers to buy up to $30 worth of fruit produce for only $15. Skimming a ledger on her table, Bach’s colleague Estrellita Echor noted that only a handful of shoppers had taken advantage of the offer.
All week at farmers markets where workers were stationed, the absence was just as glaring, she said. “I was at Pomona on Saturday — we only had six transactions the whole day,” she said. “Zero at La Mirada.”
CalFresh customers looking to double their money on purchases were largely missing at the downtown L.A. market the next day, Echor said.
A volunteer loads up a box of free food for a family at a drive-through food distribution site in the City of Industry.
(Genaro Molina/Los Angeles Times)
“This program usually pulls in lots of people, but they are either holding on to what little they have left or they just don’t have anything on their cards,” she said.
The disruption in aid comes as a result of the Trump administration’s decision to deliver only partial SNAP payments to states during the ongoing federal government shutdown, skirting court order to restart funds for November. On Friday night, Supreme Court Associate Justice Ketanji Brown Jackson temporarily blocked the order pending a ruling on the matter by the U.S. Circuit Court of Appeals.
But by then, CalFresh had already started loading 100% of November’s allotments onto users’ debit cards. Even with that reprieve for food-aid recipients in California, lack of access to food is a persistent problem in L.A., said Kayla de la Haye, director of the Institute for Food System Equity at USC.
A study published by her team last year found that 25% of residents in L.A. County — or about 832,000 people — experienced food insecurity, and that among low-income residents, the rate was even higher, 41%. The researchers also found that 29% of county residents experienced nutrition insecurity, meaning they lacked options for getting healthy, nutritious food.
Those figures marked a slight improvement compared to data from 2023, when the end of pandemic-era boosts to state, county and nonprofit aid programs — combined with rising inflation — caused hunger rates to spike just as they did at the start of the pandemic in 2020, de la Haye said.
“That was a big wake-up call — we had 1 in 3 folks in 2020 be food insecure,” de la Haye said. “We had huge lines at food pantries.”
But while the USC study shows the immediate delivery of food assistance through government programs and nonprofits quickly can cut food insecurity rates in an emergency, the researchers discovered many vulnerable Angelenos are not participating in food assistance programs.
Despite the county making strides to enroll more eligible families over the last decade, de la Haye said, only 29% of food insecure households in L.A. County were enrolled in CalFresh, and just 9% in WIC, the federal nutrition program for women, infants and children.
De la Haye said participants in her focus groups shared a mix of reasons why they didn’t enroll: Many didn’t know they qualified, while others said they felt too ashamed to apply for aid, were intimidated by the paperwork involved or feared disclosing their immigration status. Some said they didn’t apply because they earned slightly more than the cutoff amounts for eligibility.
Even many of those those receiving aid struggled: 39% of CalFresh recipients were found to lack an affordable source for food and 45% faced nutrition insecurity.
De la Haye said hunger and problems accessing healthy food have serious short- and long-term health effects — contributing to higher rates of heart disease, diabetes and obesity, as well greater levels of stress, anxiety and depression in adults and children. What’s more, she said, when people feel unsure about their finances, highly perishable items such as fresh, healthy food are often the first things sacrificed because they can be more expensive.
The USC study also revealed stark racial disparities: 31% of Black residents and 32% of Latinos experienced food insecurity, compared to 11% of white residents and 14% of Asians.
De la Haye said her team is analyzing data from this year they will publish in December. That analysis will look at investments L.A. County has made in food system over the last two years, including the allocation of $20 million of federal funding to 80 community organizations working on everything from urban farming to food pantries, and the recent creation of the county’s Office of Food Systems to address challenges to food availability and increase the consumption of healthy foods.
“These things that disrupt people’s ability to get food, including and especially cuts to this key program that is so essential to 1.5 million people in the county — we don’t weather those storms very well,” de la Haye said. “People are just living on the precipice.”
Science
How Inventors Find Inspiration in Evolution
Soft batteries and water-walking robots are among the many creations made possible by studying animals and plants.
For centuries, engineers have turned to nature for inspiration. Leonardo da Vinci dreamed of gliding machines that would mimic birds. Today, the close study of animals and plants is leading to inventions such as soft batteries and water-walking robots.
Cassandra Donatelli, a biologist at the University of Washington, Tacoma and an author of a recent review of the burgeoning field of “bioinspiration,” credits the trend to sophisticated new tools as well as a new spirit of collaboration.
“It’s huge,” she said. “We have a biomechanics lab here where we have six or seven engineers and 10 biologists. We’re all physically in the same building, together doing work.”
Despite its promise, the future of bioinspiration is cloudy. The Trump administration has proposed cutting the research budget of the National Science Foundation by 55 percent, directing remaining funds to a few fields such as artificial intelligence and quantum computing. Bioinspiration, which has thrived on this funding, may lose out.
“That work will suffer with N.S.F.’s new priorities,” said Duncan Irschick, a biologist at the University of Massachusetts. “I sincerely worry about handing the mantle of bioinspired research to China.”
Here are some inventions, both new and historical, that have drawn inspiration from nature’s creativity.
In 1941, the Swiss inventor George de Mestral went on a hunting trip. Along the way, burdock burrs stuck to his pants and to the fur of his dog. Curious about their power to cling, de Mestral put the burrs under a microscope. He saw thousands of tiny hooks. The sight led him to imagine a new kind of fastener, one that wouldn’t rely on knots or glue.
A few years later, de Mestral discovered a substance that could make that idea real: nylon. The synthetic fiber could be permanently bent into a hook. De Mestral found that nylon hooks readily attached to fabric and could be peeled away. In 1955, he filed a patent for his invention, which he called Velcro, a combination of the French words “velour” (“velvet”) and “crochet” (“hooks”).
When engineers in Japan created a fleet of high-speed trains in the 1980s and 1990s, they also created some unexpected problems. A train traveling through a tunnel faster than 220 miles an hour compressed the air ahead of it. When the pressure wave reached the tunnel exit, it created a sonic boom.
An engineer named Eiji Nakatsu cast about for a way to make the trains quiet. “The question then occurred to me — is there some living thing that manages sudden changes in air resistance as a part of daily life?” Mr. Nakatsu recalled in a 2005 interview.
Mr. Nakatsu was not just an engineer, but also an avid birder. As he pondered the question, the kingfisher came to mind. When the bird dives at high speed to catch fish, its beak slips into the water without a splash.
So Mr. Nakatsu and his colleagues built train engines with rounded, tapered front ends. Their kingfisher-beak shape reduced the air pressure in tunnels by 30 percent, making the trains quieter and more efficient, even as they traveled more rapidly through tunnels.
In the 1990s, Frank Fish took a close look at the massive knobs that stud the leading edge of humpback whale fins. Dr. Fish, a biologist at West Chester University in Pennsylvania, and his colleagues discovered that these tubercles significantly improve the whales’ performance by keeping water flowing smoothly over their fins, generating extra lift.
Dr. Fish and his colleagues patented their discovery, which has since been adopted by engineers to improve a long list of devices. Tubercles extend the life span of wind turbine blades, for example, and make industrial ceiling fans more efficient. They can even be found on surfboard fins and truck mirrors.
A gecko’s foot is covered by a half-million tiny hairs, each of which splits into hundreds of branches. When a gecko slaps its foot on a wall, many of the branches push tightly against the surface. Each branch creates a weak molecular attraction to the wall, and together they generate a powerful force, yet the gecko can easily pull its foot away in a millisecond.
Dr. Irschick and his colleagues created a fabric that mimics these forces, which they called Geckskin. A piece the size of an index card can hold 700 pounds to a glass surface and be moved without leaving a trace behind.
Pitcher plants are carnivorous, feeding on insects that crawl onto the rim of their pitcher-shaped leaves. The rim is exquisitely slippery, causing prey to lose their footing and fall into a pool of digestive enzymes.
Researchers discovered that when rain and dew collect on the plant, microscopic bumps and ridges pull the water into a film that sticks to the legs of insects. The bugs struggle for traction and end up swimming — and falling.
In 2011, Joanna Aizenberg, an engineer at Harvard, and her colleagues created materials with pitcher-plant patterns on their surface, and these turned out to be slippery as well. A company co-founded by Dr. Aizenberg sells coatings that keep sticky fluids from clogging pipes and paints that repel barnacles from ship hulls.
The mantis shrimp has a pair of odd limbs called dactyl clubs that look a bit like boxing gloves. It uses the clubs to deliver staggering punches with a force equal to that of a .22 caliber bullet — enough to crack open shells. Scientists have long wondered why those impacts don’t crack the dactyl club itself.
Through evolution, the mantis shrimp gained an exoskeleton of astonishing complexity. Its dactyl clubs are composed of layers of fibers; some form herringbone patterns, while others are made of corkscrew-like bundles. These layers deflect the energy from a punch, preventing it from spreading and causing damage.
In May, researchers at the National Institute of Standards and Technology reported the creation of an artificial version of these shock-absorbing layers. When microscopic beads of silica were fired at the material at 1,000 miles an hour, it dented but did not crack. The researchers foresee using the material to make lightweight shields for spacecraft, to protect them from tiny meteoroids.
Ripple bugs are about the size of a grain of rice. They float on the surface of streams by spreading out their legs across the water — but they can also move with astonishing speed, roughly 120 body lengths each second. At a human scale, that would translate to 400 miles an hour.
The secret lies at the end of the middle pair of legs. When a ripple bug dips them into the water, surface tension causes stiff fronds at the ends to fan out in just 10 milliseconds, and the fans become oars. At the end of each stroke, when the insect lifts these oars from the water, the fans snap shut.
In August, Victor Ortega-Jiménez, a biologist at the University of California, Berkeley, and his team announced that, following these principles, it had built tiny robots that walk on water, make rapid turns and brake sharply. And because the water forces the fans open and closed, the Rhagabots — after Rhagovelia, the Latin name for ripple bugs — require little energy from their onboard batteries.
The paralyzing blasts of electricity that an electric eel delivers arise from a sleeve of tissue that wraps around the animal’s body. The tissue contains thousands of layers of cells, which are sandwiched in turn between layers of fluid. The cells pump charged atoms into the fluid, creating a biological battery.
Michael Mayer, a biophysicist at the University of Fribourg in Switzerland, and his colleagues are working to mimic the electric organs in electric eels and other fish. A biologically inspired battery could offer big advantages over conventional ones. They could be safer sources of power for medical implants, for instance, because they would run on organic compounds rather than toxic chemicals.
The team has built contact-lens-shaped prototypes from soft, bendable gels. Dr. Mayer hopes one day to implant the batteries with the same proteins that electric eels use to move charged atoms around.
“Building all this so that it really does the same thing as in the fish is right now beyond our reach,” Dr. Mayer said. “I think this is far in the future, but the project has already gone much further I thought it would.”
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