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22 results for "pest control"
Australian researchers are using human IVF technology to develop a groundbreaking solution to the country's $200 million rabbit pest problem. The gene drive could eliminate feral rabbits without poisons or traps.
Australian farmers battling record mouse infestations can now use double-strength bait after emergency approval. The new chemical helps protect crops where mouse numbers have soared to 4,000 per hectare in some areas.
Scientists at the University of Arkansas discovered rice plants can trap and kill armyworm caterpillars using their flowers like natural pest traps. This accidental finding could help farmers fight crop-destroying insects without toxic chemicals.
Scientists found a way to make termites self-destruct by blocking their ability to grow new exoskeletons, eliminating 95% of colonies without toxic fumigation. The breakthrough could end the need for tenting entire homes while keeping families safer.
Scientists discovered a spider smaller than a grain of rice that catches ants six times its size while living quietly in urban wall crevices. The tiny hunter might be helping control mosquito and fly populations in cities without anyone noticing.
The FDA just approved two emergency treatments that could save American ranchers from a devastating livestock pest creeping closer to the border. With the New World Screwworm spotted just 62 miles from US soil, these new tools give farmers crucial protection for their herds.
Gardeners are turning orange peels into natural fertilizer and pest repellent, cutting kitchen waste while ditching chemicals. The peels contain nutrients plants crave and compounds that keep bugs away.
Native parrots not seen in central Auckland for generations are making a comeback, thrilling conservationists who've spent years restoring the city's urban habitat. The rare kākā sightings signal that decades of volunteer pest control and planting are finally paying off.
Scientists discovered a spider smaller than a pencil eraser that hunts ants, mosquitoes, and even cockroaches up to six times its size. This tiny urban pest controller could be a natural solution to keeping homes bug-free.
Scientists discovered that caffeinated ants learn faster and find food more efficiently, cutting travel time by up to 38%. This surprising finding could transform how we tackle one of the world's costliest invasive species.
As warmer weather arrives, snakes emerge from hibernation and visit gardens searching for food. Experts say staying calm and understanding their pest-control benefits keeps everyone safe.
Scientists just mapped rice stink bug genetics for the first time, revealing clues that could help protect crops from a pest costing farmers $16 million a year. The discovery shows how different bug populations spread, helping farmers fight insecticide resistance.
Over 300 international experts gathered in Auckland to learn how New Zealand has successfully eliminated rats and mice from more than half its invaded offshore islands. The nation's innovative pest control methods are now inspiring conservation projects from Norway to the Caribbean.
University of Florida researchers discovered a predator mite that naturally controls two destructive strawberry pests at once. This tiny helper could save farmers money while protecting crops without harsh chemicals.
Researchers accidentally discovered that bed bugs desperately avoid water, opening new doors for better pest control methods. The tiny parasites flee from even the smallest wet surfaces, suggesting water could be their Achilles' heel.
A single pest detection in Auckland sparked a rapid response that saved New Zealand's $9.2 billion horticulture industry from disaster. Six weeks later, the country is officially fruit fly free again.
UC Riverside researchers discovered bed bugs actively avoid water and wet surfaces, a previously unknown behavior that could change how we fight infestations. A simple bath might be all you need if you suspect bed bugs on your body.
Scientists discovered a natural compound from olive oil that makes old pesticides work again against crop-destroying beetles, using 80% less chemicals. The breakthrough could save Europe's struggling oilseed rape industry while dramatically reducing farm pesticide use.
Scientists discovered a fungus that naturally kills destructive bark beetles by outsmarting their chemical defenses. This breakthrough could replace toxic insecticides with safer, biological pest control. #
Scientists discovered that waste from insect farms protects soybean plants from pests better than traditional fertilizers. This breakthrough could transform millions of tons of bug farming byproduct into a powerful soil booster.
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