Stay informed about scientific discoveries, research developments and new findings from around the world.
A new study by Florida Tech assistant professor of marine sciences Austin Fox, Ph.D. '15, found that low oxygen levels are contributing to the rerelease of nutrients buried on the river floor that feed harmful algal blooms. The study was based on the most widespread testing ever of oxygen levels across the Banana River.
Conservation groups on Sunday condemned the death of a dolphin transferred from France to a Spanish marine park, saying it added to the deaths of other sea mammals recently moved to Spain from Canada.
Eight orangutans rescued in recent weeks from blazes that tore through Borneo island have been released into a protected forest, Indonesian authorities and rescuers said on Sunday.
Scientists have discovered that the universe's fundamental physical constants may be finely balanced to make life possible. Even tiny changes to these constants could make liquids too thick or too thin for essential biological processes, potentially preventing life as we know it. Surprisingly, these life-friendly conditions existed billions of years before living cells appeared. The findings raise intriguing questions about why the laws of physics seem so well suited to life.
Four people died in the southeastern United States as post-tropical cyclone Isaias posed flooding and tornado risks Saturday as it moved northward after making landfall on Florida's Gulf Coast.
An international team of researchers has uncovered new evidence illuminating the evolutionary origins of one of the defining features of mammals: the ability to suckle and consume milk during infancy. Their findings, published in Nature, suggest that key anatomical structures required for mammalian suckling, swallowing and breastfeeding behaviors evolved nearly 165 million years ago, long before the appearance of modern mammals.
Hurricane Simon strengthened into a powerful Category 4 storm and was expected to make landfall or skirt the coast of west-central Mexico on Sunday, according to the U.S. National Hurricane Center.
A South Korean container ship returned on Sunday from a trial voyage through the Arctic, testing an alternative route opened by melting sea ice as conflict in the Middle East disrupts global shipping.
An astronaut aboard the International Space Station photographed a remarkable formation in Madagascar that looks surprisingly similar to the Moon’s bright highlands. Made of anorthosite, a rock abundant on the lunar surface, the formation dates back at least 600 million years and bears the scars of ancient continental collisions.
Egypt unveiled Sunday a restored version of the "Tondo of the Two Brothers," a prized second-century painting from the famed Fayoum portraits.
Scientists have developed an experimental injection that destroys fat cells and significantly reduces dangerous belly fat, potentially opening a new path to treating obesity. Early research also suggests it could help prevent the weight regain that often follows stopping popular weight loss drugs like Ozempic and Wegovy.
Researchers at the Mubadala Arabian Center for Climate and Environmental Sciences (ACCESS) at NYU Abu Dhabi have developed a new algorithm that can forecast Arctic sea ice extent up to nine months in advance, offering a new way to anticipate changes in the Arctic that can affect the global climate system. The research is published in the journal Scientific Reports.
A spinach leaf can turn light into chemical energy. A struggling heart cannot. Researchers in China have brought part of the leaf's energy-making machinery into rat heart cells to test whether borrowed photosynthesis could help an overworked heart.
Since the discovery of their remains in the 19th century, Neanderthals have fascinated scientists and the general public alike. Although our understanding of these ancient hominins has been transformed tremendously since then, how we have viewed this other human lineage became deeply entrenched in how we see our own species, with geopolitical events shaping the rhetoric around our ancient relatives. In his new book, "Neanderthals Among Us: The Making of a Prehistoric Human" (Oneworld Publications, 2026), historian and author Peter Sahlins examines our complicated view of Neanderthals, with this lost human lineage being viewed through the lens of cultural and political ideologies. In this exc...
Quick factsWhat it is: A view of the moon from the Artemis II crewWhere it is: Aristarchus Plateau, on the moon's near sideWhen it was shared: Oct. 8, 2026What color is the moon? Ask an Earthling, and you'll get a predictably monochromatic answer: white or gray. But ask the four crewmembers of NASA's Artemis II mission — who spent nearly seven hours circling the moon from just 4,000 miles (6,400 kilometers) from the lunar surface this April — and you'll wonder if they're talking about the same dusty satellite we can see from Earth.Yellow, brown, green, blue and tan features fan across vast volcanic plains and lurk at the edges of ominous craters, according to the crew's in-the-moment observa...
Signs of hidden chambers in the walls of the famous boy king's tomb have raised hopes among researchers of finding hints of Nefertiti's burial place—Tutankhamun's stepmother and mother-in-law
Aqueducts are some of the ancient Romans' most prominent surviving archaeological remains. These aqueducts relied on gravity to bring down the water to cities gradually. But some, such as the aqueduct at Aspendos in Turkey, had sections where they had to go uphill. So how did the Romans get water to flow upward?The Romans used a few methods, including siphons and various water-lifting devices, experts told Live Science. Inverted siphonsOne strategy was a system called an inverted siphon (sometimes simply called a siphon).At Aspendos, in southern Turkey, there is a second-century-A.D. Roman aqueduct with inverted siphons that scholars have reconstructed with a virtual modeling simulation. To ...
Scientists have discovered a hidden cleanup system at the back of the eye that drains fluid and waste through a previously unknown pathway. The surprising finding, demonstrated in mice, could open the door to new treatments for glaucoma, macular degeneration, and other causes of blindness.
A simple change in the order you eat your food could help prevent blood sugar spikes. Scientists discovered that giving mice olive oil before carbohydrates slowed digestion and activated a surprising combination of hormones and nerve signals that helped regulate blood sugar, even in mice with type 2 diabetes.
Scientists in Vienna have achieved a major breakthrough in timekeeping by creating the world’s first self-stabilizing nuclear clock, a technology that could eventually surpass even the most precise atomic clocks. Instead of relying on electrons in atoms, the clock uses the tiny nuclei of thorium atoms, which are far less sensitive to outside disturbances.
One of the world's most common plastics may pose a hidden threat to liver health. Texas A&M researchers discovered that polyethylene microplastics can contribute to fatty liver disease, with potentially worse effects when combined with an unhealthy diet. Even more surprising, this widely used plastic was previously considered relatively harmless.
Neanderthals may have used a sticky substance made from birch bark to treat wounds thousands of years before antibiotics existed. Researchers recreated ancient birch tar production techniques and discovered that every sample could inhibit the growth of bacteria responsible for dangerous wound infections. Previously known mainly as a prehistoric glue, birch tar may have doubled as a surprisingly effective natural medicine.
Africa boasts up to 25% of Earth's animal and plant species. This diversity is driven by varied habitats: harsh deserts, vast grasslands, dense forests, towering mountains, lush coastlines and teeming seas. It is also due to deep evolutionary roots, as many animal and plant groups originated here in the distant past. Paleontologists have been excavating this material for nearly two centuries.
Scientists have developed a tiny, injectable device that can control nerve activity without surgery, batteries, or wires, potentially transforming treatment for chronic pain and movement disorders. Powered wirelessly from outside the body, the seed-sized technology has shown promising results in early testing.