The partnership between Cornell's Atkinson Center and EDF aims to accelerate problem-solving research and catalyze policy changes addressing pressing environmental issues, backed by a $1.7 million grant.
The Atlantic Philanthropies' archives will be housed permanently at Cornell University Library's Division of Rare and Manuscript Collections. The collection documents roughly $8 billion in grants made by the foundation over three decades, providing a valuable resource for philanthropists and historians.
A recent study by Cornell researchers Stephen J. Ceci and Wendy M. Williams found that women's hiring advantage in academia is limited when competing against highly qualified male candidates, with fewer than 5% opting for the less accomplished candidate.
Researchers developed a lightweight, stretchable material that can mimic human organs and change shape by 300 percent. The material has potential applications in prosthetics and soft robotics.
Researchers at Cornell University developed a method to recreate an octopus tentacle's muscle arrangement using elastomer and 3D printing. This breakthrough enables soft actuators with improved agility and freedom of movement.
The Cornell Prison Education Program will expand to provide classes and degree programs in four regional prisons, establishing a model college-in-prison network. With a $1 million grant from The Andrew W. Mellon Foundation, the program aims to create a constructive pathway for incarcerated students.
The new center aims to develop and translate new cancer care applications based on nanotechnology, focusing on melanoma and malignant brain cancers. Researchers will use Cornell dots, silica-organic hybrid nanoparticles, to improve cancer diagnostics, surgery, and targeted drug delivery.
The Cornell NanoScale Science and Technology Facility will receive $8 million from the National Science Foundation over five years. This grant, combined with a matching commitment from New York state, will provide long-term infrastructure support for ambitious research.
A new Cornell University study suggests that examining centuries-old oyster reefs can help restore these vital marine ecosystems. By analyzing fossils and sediment records, scientists can gain insights into how oysters have grown, lived, and interacted with their environments over time.
Research by Cornell University found family farm managers in NY make $22,000 less annually, yet experience non-financial rewards like socioemotional wealth and future ownership opportunities.
A Cornell study reveals that stiffer breast tissue in obese women promotes tumor growth, changing the extracellular matrix's consistency similar to tumors. This finding may require finer-scale imaging techniques in mammograms for early detection.
Researchers at Cornell University have created a polymer mold that can shape liquid silicon into perfect, 3-D single crystal nanostructures. The breakthrough uses extremely short laser pulses to heat the silicon without degrading the polymer mold.
New research from Cornell University suggests that farmers should wait 24 hours after a rain or irrigation to harvest crops, as this reduces the risk of exposure to the pathogen Listeria monocytogenes. By doing so, farmers can minimize the presence of Listeria on fresh produce and ensure consumer safety.
A Cornell study found that frequent self-weighing and tracking results effective for losing weight and keeping it off, particularly in men. Losing weight is regained in one year, but maintaining it requires consistent behaviors such as eating less and exercising.
Researchers developed computer models to examine how ultraviolet radiation from nearby suns affects Earth-like planets' biological intricacies. The models simulate four epochs of Earth's history, revealing the impact of UV radiation on the origin of life.
Cornell University engineers have developed a synthetic immune organ that produces antibodies and can be controlled in the lab. The organoid mimics the anatomical microenvironment of lymphoid tissue, converting B cells into germinal centers and activating them at rapid rates.
A new Cornell University study suggests that emphasizing the positive when it comes to nutrition education leads to healthier food choices. The study found that policies framed positively, supporting choice, are more effective than those with limitations.
A $10 million grant from the USDA will support a 5-year research project to develop treatments for citrus greening disease, which threatens the US citrus industry. The project aims to use systems biology approaches to block the transmission of the disease-causing bacterium and develop resistant citrus varieties.
A new Cornell study reveals that pesticides harm wild bees and indirectly threaten native pollinators, particularly in orchards with limited natural areas. The research highlights the importance of protecting these vital pollinators for food production, as they contribute to 35% of global food production.
A new study at Cornell University identifies a gene duplication causing cucumbers to produce only female flowers, leading to increased yields in greenhouse production. The research builds on previous work and shows that the genetic variation affects over 1,600 genes in the cucumber genome.
The Merlin Bird Photo ID system can identify 400 bird species in the US and Canada with accuracy of 90% and is designed to improve with user input. The system combines AI techniques with millions of data points from humans to present the most likely species, including photos and sounds.
Climate model projections show that conditions are likely to increase the frequency and severity of coral disease outbreaks. The research team also compares their model outputs with expected future changes in the more widely publicized impact of coral bleaching.
Research from Cornell University finds that texting during minor surgery under local anesthesia can significantly reduce pain demand, with stranger interactions more effective than companion conversations. Patients who texted with strangers received up to six times less narcotic pain relief compared to those without phone access.
Researchers made direct observations of cosmic dust resulting from an ancient supernova at the Milky Way's center, supporting the theory that supernovae produce dust in galaxies of the early universe. The study provides new insights into the origins of dust, a crucial component in star and planet formation.
A team of international scientists has created a colorful catalog of reflection signatures from various Earth life forms to aid in the search for extraterrestrial life. The database features 137 diverse life forms, including extremophiles from extreme environments, which can help astronomers spot potential biosignatures on exoplanets.
A study by Cornell University researchers found that rural landowners who hunt and bird watch are more likely to engage in conservation efforts. These individuals, often referred to as 'hunter/bird watchers,' were found to be eight times more likely to participate in conservation actions than non-recreationists.
A study found that fleas on rats in New York City can transmit plague pathogens, as well as several other diseases. Public health officials are advised to monitor city rats and implement Integrated Pest Management (IPM) practices to prevent the spread of disease.
Researchers at Cornell University have modeled a methane-based, oxygen-free life form that can metabolize and reproduce like life on Earth. The theorized cell membrane, called an azotosome, is composed of small organic nitrogen compounds and shows stability and flexibility similar to Earth's phospholipid membranes.
A new study warns that the existing system of space-based rainfall observation satellites requires a serious overhaul due to weak spots in many developing countries. Replacing only two of the four satellites past their design life can help close data deficits considerably.
Researchers identified key features that make tweets more likely to get attention, including using words like 'please' and being informative. The study's algorithm predicted tweet popularity more accurately than human observers, with potential applications in longer forms of discourse.
A new report by Cornell University and NASA researchers warns of a high risk of megadrought in the Southwest and Great Plains by late this century. The study suggests that reducing greenhouse gas emissions within the next 10 years could mitigate this risk.
A new study by Cornell University warns that the existing system of space-based rainfall observation satellites requires a serious overhaul due to aging technology and lack of international coordination. Replacing just two of the four outdated satellites could help close gaps in data coverage, but broader collaboration is still needed.
Researchers developed a new genetic control mechanism using synthetic RNAs that can turn genes on and off. The breakthrough could lead to the creation of RNA-only genetic circuits with diagnostic capabilities.
A study analyzing 308 bird species found that many birds switch between federal land managers throughout the year, highlighting the need for cooperation in conservation. The research used crowdsourced checklists and mapping to identify key habitats and inform land management priorities.
Researchers at Cornell University engineered a probiotic to secrete GLP-1, reducing high blood glucose by up to 30% in diabetic rats. The treatment mimics the function of pancreatic beta cells, shifting glucose control from the pancreas to the upper intestine.
A Cornell University study reveals that surface meltwater can fill subglacial lakes beneath the ice sheet, providing heat to its bottom. This process could accelerate ice flow and alter the Greenland Ice Sheet's response to climate change.
A new computational method can identify positions in the human genome that play a role in cell function, revealing insights into genetic regulation and potential applications in personalized medicine. The study found that 4.2 to 7.5 percent of nucleotides in the human genome have influenced fitness since humans diverged from chimpanzees.
A team at Cornell University has developed a room-temperature magnetoelectric memory device that can switch between magnetic states using an electric field. This breakthrough could enable low-power computing and make instant-on devices a reality.
Researchers at Cornell University have invented carbon-trapping sponges that outperform industry benchmarks, reducing toxicity and increasing efficiency. The innovative technology uses a silica scaffold with nanoscale pores to capture carbon dioxide in the presence of moisture.
A novel orthomyxovirus, Wellfleet Bay virus (WFBV), has been linked to cyclic mass mortality events in eider ducks on Cape Cod. The study found that WFBV is likely tick-borne and contributes to the deaths, but other factors such as parasitic worms and stress may also play a role.
A Cornell University study reports for the first time how arteries form in the embryonic gut and guide the development of the lymphatic system, providing a new avenue to explore treatments for cancer metastasis and gut-specific lymphatic diseases. The research links a master-regulator gene, Pitx2, to artery and lymphatic formation.
Researchers found that on young worlds, the Habitable Zone is located farther away from the star than previously thought. This means that infant planets can be spotted earlier by next-generation telescopes when their star is still young.
A genomic analysis of a newly discovered virus prevalent in symptomatic sea stars has linked Sea Star Associated Densovirus to the devastating wasting disease, potentially triggering an unprecedented ecological upheaval. The research lays the groundwork for understanding how the virus kills sea stars and what triggers outbreaks.
A recent study by Cornell University research found that symbiotic plants develop nectar glands to attract and feed protective animals like ants, leading to increased diversity in plant species over time. This mutualistic relationship allows plants to allocate energy resources to new traits and adapt to new environments.
Astronomers have discovered a galaxy, AzTEC-3, that gives birth to 1,100 suns annually, creating about three suns each day. This ancient galaxy is one of the earliest examples of a starburst galaxy, fuelled by massive material and galactic mergers.
A Cornell-led study found that specific gut bacteria are heritable and more common in lean individuals. Transplanting a particular bacterium into mice protected against weight gain, highlighting the potential for tailored probiotics to reduce obesity-related diseases.
Researchers found that patches of waterlogged soil in forested watersheds act as hotspots for microbial activity, removing nitrogen from groundwater and returning it to the atmosphere. This process, known as denitrification, can improve water quality by reducing nitrate levels in streams.
ALS is now believed to be a protein aggregation disease, with copper-containing proteins playing a critical role in its development. The research found that SOD1 mutations cause the protein structure to destabilize, leading to increased motion and aggregation.
A team of researchers has successfully recorded sight neurons in a jumping spider's brain for the first time. The study reveals that jumping spiders use different sets of eyes to process acuity and motion, requiring integration of inputs from multiple eyes in the brain.
Astronomers using Cassini data infer the presence of a potentially rugby ball-shaped rocky core or sloshing sub-surface ocean in Mimas. The moon's unusual wobble reveals surface displacement of up to 6 kilometers, contradicting predictions of uniform interior structure.