Showing 2,881 to 2,892 of 3,613 results
Kazakhstan Fights Aral Sea Desertification with Saxaul Reforestation
The shrinking Aral Sea, once the world's fourth-largest lake, has left behind a vast desert, prompting a Kazakhstan-based project to plant 500 hectares of Saxaul shrubs to combat desertification and improve public health by reducing the spread of airborne dust and salinity.
Kazakhstan Fights Aral Sea Desertification with Saxaul Reforestation
The shrinking Aral Sea, once the world's fourth-largest lake, has left behind a vast desert, prompting a Kazakhstan-based project to plant 500 hectares of Saxaul shrubs to combat desertification and improve public health by reducing the spread of airborne dust and salinity.
Progress
24% Bias Score
Exceptionally Preserved Woolly Mammoth Found in Thawing Siberian Crater
A 50,000-year-old, exceptionally preserved baby woolly mammoth, nicknamed Yana, was discovered in Russia's Batagai megaslump, a rapidly thawing crater releasing thousands of tons of organic carbon annually, highlighting both paleontological potential and climate change impacts.
Exceptionally Preserved Woolly Mammoth Found in Thawing Siberian Crater
A 50,000-year-old, exceptionally preserved baby woolly mammoth, nicknamed Yana, was discovered in Russia's Batagai megaslump, a rapidly thawing crater releasing thousands of tons of organic carbon annually, highlighting both paleontological potential and climate change impacts.
Progress
32% Bias Score
Brain's Control of Intestinal Fat Absorption Suggests New Obesity Treatments
Researchers in Shanghai discovered that the brain regulates intestinal fat absorption in mice by controlling the length of microvilli in the jejunum via the vagus nerve; inactivating the nerve's dorsal motor nucleus reduces fat absorption and weight, while activation increases it, suggesting potenti...
Brain's Control of Intestinal Fat Absorption Suggests New Obesity Treatments
Researchers in Shanghai discovered that the brain regulates intestinal fat absorption in mice by controlling the length of microvilli in the jejunum via the vagus nerve; inactivating the nerve's dorsal motor nucleus reduces fat absorption and weight, while activation increases it, suggesting potenti...
Progress
36% Bias Score
2024 Scientific Breakthroughs: AI, Cancer Vaccines, and Martian Water
In 2024, AI significantly advanced scientific and medical fields: AI discovered 303 new Nazca lines; mapped a fruit fly brain to understand human cognition; mRNA cancer vaccines showed promise; AI tool Mia detected previously missed cancers; and liquid water was found on Mars, impacting future explo...
2024 Scientific Breakthroughs: AI, Cancer Vaccines, and Martian Water
In 2024, AI significantly advanced scientific and medical fields: AI discovered 303 new Nazca lines; mapped a fruit fly brain to understand human cognition; mRNA cancer vaccines showed promise; AI tool Mia detected previously missed cancers; and liquid water was found on Mars, impacting future explo...
Progress
20% Bias Score
Chicxulub Impact, Not Volcanism, Primarily Caused Cretaceous-Paleogene Extinction
A new study using fossil molecule analysis in North American sediments concludes that the Deccan Traps volcanism, though causing a temporary 5-degree Celsius cooling 30,000 years before the Chicxulub impact, did not cause the Cretaceous-Paleogene mass extinction; the impact was the primary cause.
Chicxulub Impact, Not Volcanism, Primarily Caused Cretaceous-Paleogene Extinction
A new study using fossil molecule analysis in North American sediments concludes that the Deccan Traps volcanism, though causing a temporary 5-degree Celsius cooling 30,000 years before the Chicxulub impact, did not cause the Cretaceous-Paleogene mass extinction; the impact was the primary cause.
Progress
48% Bias Score
China's Scientific Journals Show Significant Growth, but Gaps Remain
The Blue Book on China's Scientific Journal Development (2024) reports significant improvements in the quality and influence of China's scientific journals over the past decade, with annual growth rates of 4 percent and 8 percent in citation frequency and impact factors respectively, driven by the S...
China's Scientific Journals Show Significant Growth, but Gaps Remain
The Blue Book on China's Scientific Journal Development (2024) reports significant improvements in the quality and influence of China's scientific journals over the past decade, with annual growth rates of 4 percent and 8 percent in citation frequency and impact factors respectively, driven by the S...
Progress
36% Bias Score
AI Reveals Ineffective Wildlife Corridors for Endangered Spider Monkeys
Biologist Jenna Lawson's AI-assisted study in Costa Rica's Osa Peninsula revealed that endangered Geoffrey's spider monkeys avoid human-altered landscapes, highlighting the ineffectiveness of current wildlife corridors and the urgent need for innovative conservation strategies using technology like ...
AI Reveals Ineffective Wildlife Corridors for Endangered Spider Monkeys
Biologist Jenna Lawson's AI-assisted study in Costa Rica's Osa Peninsula revealed that endangered Geoffrey's spider monkeys avoid human-altered landscapes, highlighting the ineffectiveness of current wildlife corridors and the urgent need for innovative conservation strategies using technology like ...
Progress
36% Bias Score
Dark Microglia's Toxic Lipid Production Implicated in Alzheimer's
A new study reveals that "dark microglia," a type of brain cell discovered in 2016, produces toxic lipids that damage neurons and contribute to Alzheimer's disease; inhibiting this mechanism in mice prevented neurodegeneration, suggesting a potential therapeutic target.
Dark Microglia's Toxic Lipid Production Implicated in Alzheimer's
A new study reveals that "dark microglia," a type of brain cell discovered in 2016, produces toxic lipids that damage neurons and contribute to Alzheimer's disease; inhibiting this mechanism in mice prevented neurodegeneration, suggesting a potential therapeutic target.
Progress
24% Bias Score
AI-Powered System to Monitor Endangered Species Globally
Biologist Jenna Lawson used 350 audio monitors and AI to study endangered spider monkeys in Costa Rica, revealing that wildlife corridors aren't working as planned due to proximity to roads and plantations; Microsoft's new Sparrow system aims to expand such AI-assisted ecological studies globally by...
AI-Powered System to Monitor Endangered Species Globally
Biologist Jenna Lawson used 350 audio monitors and AI to study endangered spider monkeys in Costa Rica, revealing that wildlife corridors aren't working as planned due to proximity to roads and plantations; Microsoft's new Sparrow system aims to expand such AI-assisted ecological studies globally by...
Progress
36% Bias Score
AI Reveals Ineffective Wildlife Corridors for Endangered Spider Monkeys
A large-scale study using 350 AI-powered audio monitors in Costa Rica reveals endangered Geoffrey's spider monkeys avoid human-altered habitats, highlighting the need for improved wildlife corridors and conservation strategies.
AI Reveals Ineffective Wildlife Corridors for Endangered Spider Monkeys
A large-scale study using 350 AI-powered audio monitors in Costa Rica reveals endangered Geoffrey's spider monkeys avoid human-altered habitats, highlighting the need for improved wildlife corridors and conservation strategies.
Progress
28% Bias Score
U.S. Whooping Cough Cases Surge to 10-Year High
The U.S. is experiencing a whooping cough outbreak, with over 32,000 cases by mid-December 2024—a six-fold increase from 2023—due to waning vaccine immunity, lower vaccination rates, and improved testing. Infants are especially vulnerable.
U.S. Whooping Cough Cases Surge to 10-Year High
The U.S. is experiencing a whooping cough outbreak, with over 32,000 cases by mid-December 2024—a six-fold increase from 2023—due to waning vaccine immunity, lower vaccination rates, and improved testing. Infants are especially vulnerable.
Progress
28% Bias Score
Quantum Experiment Suggests 'Negative Time' in Light-Matter Interactions
University of Toronto researchers report experimental evidence of "negative time" in quantum interactions, where the duration of atomic excitation is less than zero, challenging classical physics but not violating Einstein's theory of relativity.
Quantum Experiment Suggests 'Negative Time' in Light-Matter Interactions
University of Toronto researchers report experimental evidence of "negative time" in quantum interactions, where the duration of atomic excitation is less than zero, challenging classical physics but not violating Einstein's theory of relativity.
Progress
56% Bias Score
Showing 2,881 to 2,892 of 3,613 results