Agriculture
The microwave paradox: why defrosting meat at lightning speed is both a breakthrough and a gamble
Microwave thawing of meat can slash defrosting times by up to one hundred-fold compared with refrigeration methods, yet the technology...
Hybrid Drying Unlocks the Hidden Potential of Overlooked Rowan Fruits
Few shoppers have ever paused at a rowan tree, and fewer still have wondered whether its bitter, bright-orange berries belong...
Celiac Disease May Be Hiding in Plain Sight Among Elite Athletes, Review Warns
Athletes who struggle with unexplained fatigue, stubborn iron deficiency, stress fractures that do not match their training load, or performance...
Why First-Generation Farmers Keep Farming Despite the Odds
Across the United States, the farming population is aging out of agriculture faster than new growers are arriving, and many...
Cold-Proof Rice: Single Gene Discovery Could Shield Crops From Chilling Damage
Rice feeds more than half of humanity, yet it is famously a child of the tropics. When cold snaps strike...
Himalayan Tree Bark Yields Extracts That Outperform Antibiotics in Lab Tests
A little-known tree from the mountain forests of Pakistan and Afghanistan is emerging as one of the most intriguing botanical...
Three Years of Biochar Left a Fertile Kentucky Soil Mostly Unchanged
Biochar has been heralded as one of agriculture’s most seductive fixes: a charcoal-like material that locks carbon into the ground...
Frequency-Boosted AI Sharpens Its Focus on Tiny Crop-Killing Fruit Flies
Fruit flies of the genus Drosophila are among the most destructive pests in global horticulture, capable of parasitizing more than...
Sugar, Vinegar and Wine: A Kitchen-Recipe Trap Wiped Out a Major Waxberry Pest in Three Years
In the waxberry orchards of Wuxi City, in China’s Jiangsu Province, a shiny green-and-bronze flower beetle has been quietly waging...
Autumn Ethephon Treatment Delays Sweet Cherry Blossom to Cut Frost Risk
As winters warm across Europe, one of the most delicate moments in fruit farming is drifting into ever greater danger....
Scientists Uncover Genetic Switches Behind Self-Incompatibility in Indian Mustard
Indian mustard, one of the world’s most important oilseed crops, has long frustrated breeders trying to exploit hybrid vigor on...
Genomics Reveals the Hidden Blueprint for Supercharging Tropical Maize Hybrids
In the humid lowlands of Nigeria, inside the fields of the International Institute of Tropical Agriculture (IITA), a quiet revolution...
Everyday Plant Compounds Could Reshape How Women Manage PCOS
Polycystic ovary syndrome, the hormonal disorder that affects an estimated 5 to 15 percent of women of childbearing age worldwide,...
Water-Saving Irrigation and Hydrochar Reshape Carbon Storage in Paddy Soil Clumps
Beneath every flooded rice paddy lies an architecture most people never think about: a three-dimensional labyrinth of soil crumbs, ranging...
Calf Gut Microbes Show Powerful Resilience Against Salmonella
Researchers at the University of Florida and Kyung Hee University have isolated strains of Bifidobacterium longum from healthy dairy calves...
New Kinetic Model Tracks How Vitamin D3 Rides Micelles Through Digestion
Vitamin D3 is one of the most stubborn nutrients in the human diet. It is fiercely lipophilic, essentially insoluble in...
AI Learns to Smell, See and Predict Meat Quality Before It Spoils
Every piece of meat that reaches a supermarket shelf carries an invisible history: the genetics of the animal, the stress...
Farming soils breathe faster than forests in Northeast India, deep-profile study finds
Soils are not silent. Beneath every forest floor and every paddy field, trillions of microorganisms are dismantling organic matter, releasing...
Wild Peanut Relatives in Brazil’s Drylands Harbor Nitrogen-Fixing Bacteria That Could Supercharge Crops
Deep in the semiarid backlands of northeastern Brazil, where cracked soils and scorching temperatures test the limits of plant life,...
Scientists Pinpoint a Candidate Self-Incompatibility Locus in Sugar Beet, Revealing a Genomic Swiss Army Knife of Reproduction
For more than half a century, the molecular machinery that keeps sugar beet from fertilizing itself has remained one of...