A new study finds large declines in traditionalist views on wildlife management, with a rise in mutualists believing animals have the same rights as humans. The study's findings have implications for wildlife managers to engage diverse state residents in conservation efforts.
Researchers at Colorado State University investigate how genome doubling influences the biology of key crop plants, including wheat and kiwifruit. They aim to understand how energy production is altered following genome-doubling events in plant cells.
The NASA Twins Study found that Scott Kelly's telomeres in white blood cells got longer while in space, contradicting initial expectations. This could mean a higher risk for accelerated aging and age-related diseases, including cardiovascular disease and cancer.
A team of Colorado State University researchers are studying the prevalence and psychological indicators of sexual harassment in field-based research. They aim to create a policy and culture of collegiality and respect across field teams, with a focus on low-power positions like graduate students and postdoctoral researchers.
Researchers at Colorado State University developed a technology that can detect extremely small amounts of antibodies in a person's blood, allowing for faster diagnosis and treatment. The new sensor can detect as few as 10 antibody molecules within 20 minutes, making it more sensitive than current medical testing methods.
A NSF-sponsored project led by Colorado State University researcher Mike Wilkins aims to understand how microbes drive ecosystem functions in deep, dark crevices. The study focuses on methylamine metabolism, a critical process for microbial life in fractured shales and other environments.
Jacob Job will track migratory songbirds across six ecosystems, interviewing people who share the land with birds to explore conservation efforts. The project aims to reintroduce people to nature while highlighting human activities causing climate change.
Biological imaging experts at Colorado State University have used a custom fluorescence microscope to capture individual RNA molecules interacting with stress granules. The results show that RNA translation is completely silenced before the RNAs enter the stress granules, providing unprecedented details of the cellular stress response.
Researchers from Colorado State University and nine other universities are exploring best practices for strong, disease-resistant potato crops. The four-year project aims to enhance the environmental quality and economic viability of potato operations nationwide.
The Madden-Julian Oscillation is likely to experience increased precipitation intensity under a warmer climate, while wind variations may slow or even decrease, according to a new study published in Nature Climate Change. This change could impact weather prediction for extreme events like hurricanes and droughts.
A new study by Colorado State University researchers provides a long view of what nine different world regions have contributed to climate change since 1900. The analysis shows that China's contribution will increase as it implements clean air standards, while North America remains the largest contributor.
Colorado State University scientists use the Madden-Julian Oscillation to forecast severe weather across the Plains and southeastern US. They achieved skillful predictions of severe weather activity about 60% to 70% of the time, including hail and tornadoes.
Materials scientists have developed a new strategy to keep condensed droplets from coalescing into a film, allowing for more efficient heat transfer. The approach uses superomniphobic surfaces with knife-like ridges to create 'jumping' droplets that repel and move away from the condenser surface.
Researchers urge recognition of parental alienation as a form of family violence, citing its negative consequences for children's psychological health and well-being. The phenomenon involves behaviors such as targeting the other parent, creating fear, and sabotaging their relationship with the child.
Researchers developed a new method to study sensitive behaviors, using a probabilistic technique that protects responders' identities. The study found that people from rural communities with limited job opportunities and those displaced by civil war were more likely to engage in illegal activities.
Researchers at Colorado State University have created a new carbon-carbon bond reaction using phosphorus to stitch together molecular rings called pyridines. This reaction could fling open an underexplored wing of biologically relevant chemistry, allowing for the discovery of new drugs.
Colorado State University has been selected for the new nationwide high-intensity laser network, LaserNetUS. The network will give U.S. scientists access to some of the most intense laser sources available, including petawatt-class lasers with power output exceeding all world's power plants.
A Colorado State University-led study found episodic releases of methane during daytime-only maintenance operations explain the persistent gap in total emissions accounting. The research used concurrent ground and aircraft measurements to advance basin-level emission quantification methods.
A six-week scientific campaign, RELAMPAGO, aims to discover why thunderstorms in a particular region of Argentina are among the most extreme in the world. Researchers will use advanced instruments to study storm formation and behavior, with a focus on improving knowledge and prediction of violent storms.
A new study found that mined lands undergo dramatic increases in chemical weathering rates, melting away bedrock up to 45 times faster than unmined areas. This process releases carbon dioxide into the atmosphere, offsetting 20-90% of the carbon absorbed by plants.
The open-source deal.II library has been awarded $1.7 million in National Science Foundation funding to continue its development and support a growing community of users. The new funding will enable researchers to expand documentation, training modules, and infrastructure to further improve the software.
Colorado State University chemists are developing biologically friendly coatings to mitigate blood-device interactions in extracorporeal life support systems. These advancements aim to eliminate the need for blood thinners, reducing side effects and improving patient outcomes.
Researchers at CSU will develop an economic model to identify how different groups may gain or lose water access due to changing water availability and allocation rules. The goal is to inform decisions by modeling various scenarios of water supply and allocation.
The DIY bio movement is disrupting the pharmaceutical industry with open-source protocols for manufacturing off-patent insulin, increasing competition and potentially making life-saving medicine more affordable. The Open Insulin Project, a case study, aims to develop and release an open-source protocol for manufacturing insulin.
Jessica Metcalf, a microbe scientist at Colorado State University, has been awarded an early-career grant to study the impact of lifestyle changes and antibiotics on the human gut microbiome. Her research aims to understand how these factors shape the microbiome and its role in human health.
A team led by Colorado State University's Steve Simske aims to dismantle illicit supply networks using technology. They plan to use machine learning, analysis of public web sales, and proprietary information to reveal weaknesses in these networks.
Researchers at Colorado State University have developed a cheap and easy-to-use detection device that can quickly identify counterfeit antibiotics. The device uses a simple paper-based test to detect the presence of antibiotics, with a strip turning red if a falsified sample is present.
A new study suggests that orphaned female elephants receive more aggression from other elephants than non-orphans, making their social lives tougher. Orphans rebuild their relationships but have reduced interaction with adult females, affecting access to resources and long-term survival.
Researchers are studying how island scrub-jays, found only on Santa Cruz Island, genetically diverge despite being isolated. The study aims to understand microgeographic adaptation strategies in these birds.
Colorado State University researchers will use a new grant to create nanoscale spin waves with uncommonly short wavelengths, enabling unprecedented control of electron spins. A tabletop soft X-ray microscope will be developed to study these waves, laying the groundwork for low-power storage and quantum computing applications.
A four-engine plane carrying scientists and equipment will fly into wildfire smoke to measure its chemistry, aiming for a comprehensive understanding of the effects on air quality, health, and climate. The WE-CAN project will analyze 15-20 smoke-observation flights in late July and August.
Researchers at Colorado State University have developed a new model that quantifies the vulnerability of communities to fire spread. The AGNI-NAR model assesses the risk of fires spreading to homes and groups of homes, providing practical guidance for urban planners and emergency managers.
A study published in PLOS ONE used citizen scientist data to track exposure to tick-borne diseases, identifying 83 counties with previously unknown disease-carrying bacteria. The research highlights the importance of early detection and understanding how diseases spread.
Colorado State University chemists have synthesized a biorenewable, biodegradable polymer called bacterial poly(3-hydroxybutyrate) or P3HB. The new chemical synthesis route produces P3HB with similar performance to bacterial P3HB but at a faster and more cost-effective scale.
A new study reveals that the bedrock beneath West Antarctica's Ice Sheet is rising rapidly in response to ice melt, potentially stabilizing the ice sheet. This finding has significant implications for understanding and predicting sea level rise.
Scientists at Colorado State University aim to engineer world's strongest biomaterial sporopollenin in lab, with $1.7 million DARPA grant. The goal is to produce tunable, scalable polymer for protective coatings on ships, bridges and other infrastructure.
Colorado State University biomedical engineer Jesse Wilson is proposing a radical new imaging technology that could diagnose mitochondrial defects in an instant. His technology aims to create a cost-effective, non-invasive way to diagnose mitochondrial diseases, which affect about 1 in 5,000 children and are often fatal.
Agriculture arose from moments of environmental surplus and improving conditions, where populations lived in greater densities. The study, published in Nature Human Behaviour, reveals common patterns across 12 centers of origin, with maps predicting global population densities dating back thousands of years.
A recent study by Colorado State University researchers found that Native American adolescents are more likely to use alcohol and illicit drugs than non-Native adolescents in the US. The study reported significant disparities in cannabis and alcohol use among Native youth, with 8th-grade students showing the greatest disparity.
The Citizen-Enabled Aerosol Measurements for Satellites project deploys 250 air samplers across Colorado and the Northwest, collecting precise measurements of air quality. The study aims to improve satellite-derived pollution estimates and better understand where air pollution is dirtiest.
A new model reveals that mountain landscapes remain active due to variations in the strength of underlying rocks. This leads to the formation of waterfalls and changes in watershed divides, shaping the landscape over time. The study also found a link between mountainous landscape dynamics and the evolution of aquatic species.
Young orphaned elephants alter their home ranges due to poaching risks and need for food, shifting towards novel areas with easier access to green pasture. This inter-generational response has significant implications for elephant populations as habitats are increasingly squeezed by human activity.
A team led by CSU researcher Jason Quinn will evaluate the feasibility and benefits of wireless electric vehicle charging. The project aims to reduce emissions and cost associated with traditional charging methods.
Researchers aim to develop a virtual biopsy tool that can guide patient care without the need for invasive skin cuts. The technology uses multiphoton microscopy and machine learning techniques to provide high-quality images of melanin, enabling doctors to diagnose melanoma more accurately.
Scientists have developed a new catalyst that can integrate fluorine atoms into organic molecules, improving pharmaceuticals and medical imaging technology. The catalyst is specifically tuned to perform the same function as biological enzymes but is more widely applicable and has been designed using computational analysis.
Researchers at Colorado State University found that measuring snow persistence can accurately map patterns of annual streamflow in dry regions. The study highlights the importance of broadening research beyond high-elevation snowpack to account for changes in lower-elevation snowpack that affect streamflow.
Chemists at Colorado State University have discovered a polymer with high molecular weight, thermal stability, and mechanical properties comparable to conventional plastics. The new material can be recycled back to its original state under mild lab conditions, paving the way for a circular materials life cycle.
The project, led by Pacific Northwest National Lab, aims to develop a new method for producing and harvesting seaweed for biofuels. The team plans to deploy a three-mile-long recycled carbon fiber cable adrift in the open ocean to cultivate macroalgae.
A team of researchers from Colorado State University's Energy Institute has received a $1.2 million grant to study the efficiency of natural gas engines, aiming to make them as efficient as diesel engines. The research could lead to cost savings and improved air quality, with potential benefits for commercial vehicles.
The Laramie Foothills Bison Conservation Herd has welcomed its first IVF-calved female, conceived using eggs and sperm from Yellowstone genetics. The breakthrough could provide a solution for conserving endangered species like the Northern white rhinoceros.