China's tree patches restored forests, but reached only 1930% of natural diversity in 20 years
A 20-year study in southwest China found that planting small patches of native trees can help restore damaged tropical forests without planting entire landscapes. The approach successfully rebuilt forest cover, but researchers found that biodiversity and mature forest conditions recovered much more slowly, showing that long-term restoration still requires sustained effort.
Why vultures can eat rotten meat without getting sick
Originally designed to be a groundbreaking canal project, this site succumbed to a fate of pollution as industrial and municipal waste accumulated over decades. The catastrophic rainfall in 1976 triggered the release of these harmful chemicals into nearby homes, displacing numerous families. This incident catalyzed the formation of the Superfund program, dedicated to remedying toxic environmental disasters across the nation.
Toxic plants yield enzymes that could power future medicines
Extinct snail returns1,000 reintroduced to Norfolk Island after 30 years
Campbell's keeled glass snails have reached a major conservation milestone on Norfolk Island. Over one thousand critically endangered snails have now been released onto the island. This marks a significant comeback after the species was presumed lost for decades. The successful recovery program involved extensive collaboration and captive breeding efforts. Researchers will continue monitoring the snails to ensure population growth and survival.
Scientists find slugs, beetles and crabs help spread seeds for 186 plant species
For the first time, Brazil faces a significant challenge as bacteria previously exclusive to Asia and the USA have been identified within its borders. These bacteria, known to cause columnaris disease, pose an acute risk to the thriving aquaculture sector. Researchers have isolated four species from the Flavobacterium genus, which can infect both Nile tilapia and indigenous fish species.
Fraggle, a grieving mother dolphin, carried her deceased calf for six days, a poignant testament to her profound maternal love. Captured by drone footage in the Indian Ocean, this heart-wrenching scene revealed the support of her pod, which gathered around her in solidarity during her mourning. This behavior, seen in over twenty cetacean species, underscores their intricate social connections and possible awareness of mortality.
In 1974, Spain imported two tons of American red crayfish for aquaculture; 50 years later...
Fifty years ago, American red crayfish were introduced to Spain's Guadalquivir River basin, and they have since established a permanent presence. These aggressive invaders have wreaked havoc on local wildlife and disrupted aquatic ecosystems. Yet, local communities have successfully built an economy around their harvesting and processing. This dependence has sparked legal disputes, resulting in a compromise that permits regulated harvesting, balancing ecological health with economic viability.
Florida health officials confirmed the state's first 2026 Vibrio vulnificus fatality. This flesh-eating bacteria thrives in warm coastal waters during summer months. Individuals with weakened immune systems face significantly higher risks. Public awareness is crucial as cases double during the peak season.
Cambridge student Ahmed Abdelsalam, 12, builds energy harvesting system, eyes $25,000 prize
A 12-year-old Cambridge student, Ahmed Abdelsalam, has created VERDA, a system that captures energy from movement like walking, wind and waves. His clean energy idea has earned him a place among 10 finalists in the 2026 3M Young Scientist Challenge, where he will compete for a $25,000 prize.
Houston student Aiden Jo, 14, and his origami-inspired answer reached a national science final
Aiden Jo, a bright fourteen-year-old, has ingeniously crafted a collapsible container called 'Squeeze-gami' aimed at minimizing waste volume. His innovative solution has earned him a spot among ten national finalists vying for a prestigious top prize along with mentorship from renowned 3M scientists. This competition emphasizes STEM-oriented solutions to tackle everyday challenges and environmental concerns, with winners set to be revealed following live challenges in October 2026.
In 2023, scientists turned part of San Diego's ocean bright pink
In a pioneering study within Victoria's mountain ash forests, surprising findings have emerged over extended periods. Intense thinning of trees fostered lush growth and increased diameters in the surviving trees. These enhanced specimens exhibit greater fire resilience and are likely to create hollows for various wildlife. Interestingly, Leadbeater's possums thrived in thinned and acacia zones, absent from untouched areas. This indicates that forest thinning may yield substantial ecological advantages.
In a groundbreaking development, scientists created an AI system designed to explore the cognitive functions of capuchin monkeys in the wild. This state-of-the-art system leverages facial recognition and touchscreen interaction to perform automated cognitive tests. Dubbed CapuchinAI, it facilitates the tracking of unique learning and memory traits. Promising results were observed during tests in a Costa Rican forest reserve, providing a scalable approach to studying primate cognition in real-world settings.
How China's new two-stage plan aims to destroy Earth-bound asteroids before impact
Innovative Chinese scientists suggest a groundbreaking strategy for asteroid deflection by burying nuclear bombs deep within these celestial bodies. The plan involves deploying a high-speed penetrator to carve out a nest for the nuclear device, which, upon detonation, could obliterate a 100-meter-wide asteroid. This offers a promising new tactic for planetary defense against imminent threats from space.
Renowned as one of Africa's deadliest inhabitants, the black mamba is a swift and aggressive serpent that can grow to an impressive fourteen feet. Its venom, rich in neurotoxins, results in a fatality rate of nearly one hundred percent if medical intervention is not administered promptly. In many remote regions, the difficulty of obtaining antivenin enhances the danger these snakes present.
The Pacific Ocean, which is the largest ocean on Earth, is gradually shrinking due to the convergence of tectonic plates. Subduction zones around its edges are consuming the ocean floor at a rate faster than new material is formed. Scientists estimate that in 200 to 300 million years, the Pacific could entirely close up, pulling continents together to create a new supercontinent.
Scientists survey Mount Ararat glacier to recover its first ice core
A German-Turkish research team has completed the first scientific survey of the glacier on Mount Ararat, Turkey's highest peak, to study its potential as a record of climate and human history. Scientists mapped the shrinking ice cap to identify the best site for drilling the mountain's first ice core, hoping it will reveal thousands of years of environmental and archaeological information before melting erases it.
Scientists found a new metallic alloy in Hiroshima shoreline sand. This alloy formed from extreme heat and rapid cooling during the 1945 atomic blast. Researchers identified its unique chemical makeup and crystal structure in microscopic particles. The discovery offers insights into matter behavior under extreme conditions. This finding could inspire future materials science research and nuclear forensics.
Mazama Energy connected two deep wells reaching 629 degrees Fahrenheit. This marks the world's hottest enhanced geothermal system ever built. The company plans three more wells in 2026 targeting hotter rock. This project aims to unlock superhot rock for cleaner energy production. Geothermal energy could become a significant player in the clean energy mix.
Study warns Northern Hemisphere lakes could lose around 40 days of winter ice by 2100
A new international study has found that lake ice across the Northern Hemisphere could shrink by about 40 days by the end of this century if emissions remain high. Researchers identified critical winter temperature thresholds beyond which ice loss accelerates sharply, raising concerns over water quality, freshwater ecosystems and communities that depend on stable winter ice.
In a remarkable feat of ingenuity, a young student has created technology that converts air moisture into potable water. This device stands as a sustainable beacon for farmers struggling with inadequate water supply. Featuring a Peltier module for condensation, it smartly monitors water delivery and environmental factors through advanced sensors. Roy Kim aspires for his invention to play a significant role in alleviating the global water challenges faced by agriculture.
How 832 solar panels help one farm produce food, energy and extra income
Since 1869, 120 fish species have crossed the Suez Canalthree more may follow
14-km iceberg cut off food supply, causing 69% drop in Antarctic penguin chicks
Minnesota's largest coal plant is now wiring 1.7 million solar panels powering 150,000 homes
The largest coal plant in Minnesota is transitioning to embrace renewable energy by hosting a substantial solar farm. Leveraging the existing transmission systems of the coal facility, the Sherco Solar project is now recognized as the most extensive solar installation in the state. This forward-thinking initiative accelerates grid connection for new energy innovations, with exciting plans for future development and battery storage integration.
A scientist buried himself in wet concrete to answer one question
