A vintage shoe store that was on the verge of closing now has people lining up to shop, thanks to a TikTok by the owner’s Gen Z daughter. Source: How a Gen Zer’s Viral Vid Saved Her Dad’s Vintage Shoe Store So cool.

BY THE OPTIMIST DAILY EDITORIAL TEAM Holding in a sneeze carries more risk than most people assume. The injuries it can cause include ruptured eardrums, damage to the tissue lining the throat, and in rarer cases, air trapped under the skin of the neck or leaking into the space between the lungs. These are uncommon. But they happen, which says something about how much force the body generates when it sneezes. “The same physical principles that make sneezing an effective airway defence mechanism can, under unusual circumstances, contribute to injury when the reflex is forcibly interrupted,” says Dr. Qin Liu, a researcher at Washington University in St. Louis. How the body generates a sneeze Sneezing evolved as a defense mechanism: a fast, forceful way to clear irritants, allergens, and pathogens from the upper airway. The body does not hold back. Liu’s description of the mechanics: “Diaphragm and intercostal muscles function as a gun, while air pressure serves as a bullet.” In a normal sneeze, that bullet exits through the nose and mouth and disperses into the air. When both exits are blocked, it does not. “A sneeze is designed as an open pressure-release system,” Liu says. “Problems arise when that release pathway is suddenly blocked.” Where the pressure goes when you hold one in Pinch your nose and clamp your mouth shut, and the redirected pressure travels into the nasopharynx, the sinuses, the Eustachian tubes, and the middle ear. In rarer cases, it pushes further into the deeper tissues of the neck or chest. None of those structures are designed to absorb that kind of force. They are just in the path when the pressure has nowhere else to go. “If those forces exceed the mechanical limits of a particular structure, tissue injury may occur,” Liu says. Ruptured eardrums and middle-ear barotrauma are among the possible results, where the ear takes pressure loads it was not built for. Pharyngeal injury, damage to the tissue lining the throat, is another. At the more serious end: cervical emphysema, where air becomes trapped under the skin of the neck and can produce visible swelling, and pneumomediastinum, where air leaks into the space between the lungs. Most people who occasionally hold in a sneeze will not end up in an emergency room. The risk from any single suppressed sneeze is low. But the structures in the path run from the ear to the chest, which gives some indication of the forces involved. What to do instead The safest option is to let the sneeze happen, directed into a tissue or the elbow. When that is not possible, Liu recommends against blocking both exits entirely. Keeping the mouth open even slightly allows some pressure to escape. There is also a narrow window before the reflex fully engages where interruption is possible. Liu’s list: removing the triggering stimulus, altering the breathing pattern, pressing the tongue against the roof of the mouth, or applying mild pressure near the nose or upper lip. “These approaches may interfere with sensory processing before the reflex reaches full activation,” she says. “Once the sneeze motor program has been fully engaged, voluntary control becomes quite limited.” The elbow is not graceful. It is, however, the option that does not risk your eardrum. “Allowing the sneeze to occur in a controlled and hygienic manner remains the safest recommendation,” Liu says.     Did this solution stand out? Share it with a friend or support our mission by becoming an Emissary.The post The physics of what happens when you suppress a sneeze first appeared on The Optimist Daily: Making Solutions the News.

BY THE OPTIMIST DAILY EDITORIAL TEAM Researchers have planted 9,000 milkweed plants along roads in six North Florida counties, with 6,000 more going in before 2029. Monarchs are already showing up at the sites. The work is part of a national effort led by the University of Illinois Chicago to turn road margins, power line easements, and rail corridors into usable habitat for monarchs and other pollinators. Florida’s Department of Transportation joined in 2024, committing to manage 10,200 acres (16 square miles) of roadside land for conservation and awarding a $150,000 grant to the lab of Jaret Daniels, curator of Lepidoptera at the Florida Museum of Natural History, to identify, grow, and plant milkweed at sites across the state. “It’s been a lot of work but also really exciting to see,” Daniels said. “We’ve had good success with plant establishment, and we’ve seen monarchs using the plants already in the field.” Why roadsides, and why milkweed Protected land isn’t keeping up with the rate of pollinator habitat loss. But managed land is everywhere. The grass strips beside highways and the margins under power lines get mowed and maintained on a schedule regardless of whether they do anything for wildlife. The question Daniels and his collaborators are testing is whether that work can be redirected. “We don’t have enough conservation lands to maintain pollinator populations through time in many areas, so we have to look to environments that we, as humans, manage every day,” Daniels said. “Roadsides are managed regardless, so why not do so in a way that confers greater benefits?” Milkweed is the specific target because of how completely monarchs depend on it. Caterpillars evolved to tolerate the plant’s toxic glycosides by blocking the compounds from binding to cellular receptors, then storing them in their tissue, making the butterflies themselves unpalatable to birds and other predators. The trade-off is absolute: monarch larvae can no longer digest anything else. Milkweed disappears, monarchs disappear with it. During migration, adult butterflies face a different problem. They can cover more than 100 miles (161 kilometers) a day, which burns through energy fast. Scattered garden patches help, but a continuous corridor of milkweed and wildflowers along a highway gives monarchs a refueling route that matches the scale of the journey. Other insects feed on milkweed nectar too: bees, moths, wasps, flies, ants. Some get less attention than others. They all show up. Which plants and why Daniels’ team evaluated six native milkweed species before settling on two: pinewoods milkweed (Asclepias humistrata) and butterfly weed (Asclepias tuberosa). Both grow naturally in the dry, sandy, low-nutrient soils common along Florida roadsides. “Both are upland, sand-loving species that would normally be found in pinelands and sandhills,” Daniels said. Butterfly weed is sold commercially. Pinewoods milkweed is not, so the team builds its own supply. Collectors visit known populations repeatedly during flowering season, tying small bags around developing seed pods to catch the seeds before they drift off on the wind. Those seeds go to the University of Florida Native Plant Nursery, grown in elongated pots that fit the species’ deep taproot. The last batch came in at 98 percent germination. Planting happens in winter while the plants are dormant, which suits both the plants and field crews who’d rather not be working Florida soil in July. Sites are monitored afterward, and the data on what’s working will shape how the project eventually moves into new counties and other states. How sites are chosen Site selection started years before planting. Many of the locations sit adjacent to existing conservation areas. Others are near farms with blueberries and watermelons, crops that depend on wild insect pollination and get a direct benefit from nearby pollinator activity. An earlier project had already mapped milkweed populations along Florida’s roads, giving the team a starting point. “By partnering with FDOT, we’re trying to fill in gaps where we know appropriate habitat occurs, but there are limited or no milkweeds that grow there,” Daniels said. The planted areas are now designated wildflower zones, marked with signs. Several are blooming. Monarchs have been seen at multiple sites.     Did this solution stand out? Share it with a friend or support our mission by becoming an Emissary.The post Roadside milkweed is giving monarchs a new migration highway first appeared on The Optimist Daily: Making Solutions the News.

High schools funded and/or managed by the Bureau of Indian Education (BIE) have achieved the highest average graduation rates yet recorded in its history. 8 high schools saw every senior in the 2025/26 class graduate, while another 13 high schools achieved graduation rates of 90% or higher. It’s no secret that Native American communities often […] The post American Indian Schools Achieve Highest Graduation Rates in the Nation’s History appeared first on Good News Network.