A new study warns that natural disasters like volcanic eruptions and tsunamis could wipe out the world's only population of Javan rhinoceros. The authors urge establishing additional rhino populations away from disaster zones to increase survival odds for at least part of the population.
A study by Colorado State University found that noise pollution was twice as high as background sound levels in a majority of US protected areas, causing harm to wildlife and visitor experiences. The research highlights the need to protect natural acoustic resources from human activities such as roads, aircraft, and development.
A new study by Colorado State University researchers demonstrates a method to quickly detect Zika virus in mosquito populations, informing decision-making on disease-prevention methods. The use of loop-mediated isothermal amplification (LAMP) allows for easy detection in human and mosquito samples from the US, Brazil, and Nicaragua.
Researchers propose five broad research priorities to understand relationships between beneficial microbes and plant health, aiming to improve agricultural productivity and sustainable practices. The 'core microbiome' and functional mechanisms of microbiome assembly and resilience will be studied to develop new tools for analyzing micr...
A team of researchers led by Colorado State University is conducting a comprehensive study to better understand how wildfire smoke changes chemically with time, affecting air quality across the US. The study aims to improve predictions of air quality and weather patterns.
Researchers at Colorado State University are using Google Street View cars equipped with methane analyzers to create a comprehensive inventory of urban methane leak sources. The project aims to help utility companies prioritize leak repairs based on emissions, reducing pipeline methane emissions by 30% and accelerating crucial repairs.
A new species of rainfrog, the Ecuadorian rainfrog (Pristimantis ecuadorensis), has been documented in Ecuador's cloud forests. The discovery highlights the region's high biodiversity and emphasizes the need for conservation efforts to protect this newly identified species.
CSU researchers create affordable and rapid testing systems for water and food-borne pathogens, aiming to reduce expensive follow-up tests. The new system uses enzymes associated with fecal indicator bacteria, detecting harmful bacteria within four to 12 hours.
Colorado State University scientists have shed light on the relationship between cell membranes and cortical actin cytoskeletons. They used superresolution imaging to visualize proteins on the cell surface, revealing sophisticated patterns of movement that are directly caused by the fractal nature of the actin network.
A team of international researchers used a form of simulation modeling to study the processes shaping language diversity patterns in Australia. They found strong evidence that rainfall and limits to group size shaped both the total number of languages and the geographic patterns of language diversity on the continent. This study provid...
Researchers at Colorado State University challenged traditional theories by showing that evolutionary changes influence organism movement during range expansion. Using flour beetles, they found shuffled populations moved more slowly and predictably than structured ones.
Researchers have grown a new type of titanium surface that repels blood, potentially reducing the risk of rejection and complications in medical implants. The 'superhemophobic' material is made by altering the surface chemistry of titanium, which normally attracts blood.
A new study led by Colorado State University suggests that a shift in the Southern Annular Mode, similar to El Nino, can lead to stronger ocean waves and the collapse of ice shelves. The research found that reduced sea ice cover allows ocean waves to directly impact ice shelves, enhancing surface melting and weakening ice shelves.
Researchers at Colorado State University have successfully recreated the extreme conditions found in stars using compact lasers and ultra-short pulses irradiating nanowires. The experiment achieved pressures surpassing those in the center of our sun, opening a path to studying high-energy density physics.
A study led by Colorado State University found that outdoor recreation in protected areas leads to negative effects on wildlife, including decreased species diversity and survival rates. However, some studies suggest positive effects on certain species, such as birds and rodents, with increased abundance and reduced stress.
A new study from Colorado State University found that using cannabis for depression or anxiety relief may not be the long-term answer. Researchers analyzed data from 178 college-aged users of recreational cannabis, who reported lower symptoms of one condition compared to another.
A $2 million grant from the Gordon and Betty Moore Foundation will support fundamental advances in sustainability science at Colorado State University. The project aims to address pressing global problems by integrating natural sciences with sociological and economic disciplines, focusing on water, energy, and food issues.
A team of researchers at Colorado State University is investigating the use of a test developed to detect early-stage chronic wasting disease in deer to identify the onset of brain disorders, including concussion-related trauma, in humans. The test may also be used to detect misfolded proteins found in people with Alzheimer's, Parkinso...
Colorado State University's Jean Peccoud leads a multi-institutional team analyzing the nation's biomanufacturing infrastructure security. The project aims to provide specific recommendations to strengthen biomanufacturing processes and ensure data integrity.
Colorado State University researchers Lucas Argueso, Tai Montgomery, and Tim Stasevich have been awarded $5.4 million in NIH grants to explore various research topics, including genome structure variation, microRNA functions, and histone modification dynamics.
Researchers created an environmentally friendly, inexpensive coating made from PDMS that keeps surfaces ice-free with low ice adhesion strength of 5 kPa. This innovation could replace toxic liquid de-icers used on planes and cars, providing a permanent protective solution.
The GOES-R satellite will provide unprecedented information about the Earth's weather, including true-color pictures and high-definition imagery. This will enable forecasters to make more accurate predictions of severe storms, squall lines, and tropical cyclones.
Researchers from Colorado State University found that seabird guano emissions influence Arctic cloud properties and climate cooling. The study revealed a link between ammonia-rich bird poop and the formation of atmospheric aerosol particles, which can reflect sunlight back to space.
A Colorado State University team is testing a promising new way to clean up PFCs using electrolysis-based technology that harnesses electricity-induced chemical reactions in the groundwater. The method transforms organic compounds into benign substances, offering a game-changing solution for environmental cleanup.
The new CHIRPT microscope enables deep-tissue imaging in three dimensions with better depth of field than comparable techniques, reaching 600 frames per second. This allows for sharp, 3-D images of cells or tissue over a larger volume than conventional fluorescence microscopy methods.
A new Department of Energy-funded project will measure emissions from 80 compressor stations nationwide and more than 300 individual units. The study aims to develop a national model for methane emissions and inform future versions of the EPA Greenhouse Gas Inventory.
A team of researchers at Colorado State University has developed a superomniphobic tape that can be applied to any surface, giving it liquid-repelling properties. The tape's potential impact is extraordinary, with applications in various civilian, commercial, and military fields.
A new study on Asian elephants found that they do not have clear dominance hierarchies or matriarchal leadership like African savannah elephants. This is due to their predictable and productive environment where food and water are readily available, allowing them to make independent movement decisions.
A CSU-developed air quality sampler, TPS100, will be sent to the International Space Station to collect airborne particles and address astronaut health concerns. The device uses thermophoresis to capture nanoparticles and has been tested in lab settings before its upcoming space mission.
Researchers at Colorado State University have demonstrated a new method for switching magnetic moments of electrons in a thin film of barium ferrite, a magnetic insulator. This breakthrough could lead to more efficient and lower power computer memory devices.
Researchers Tim Stasevich and Brian Munsky are using sensitive microscopes and computational analysis to quantify protein expression in single cells. They aim to illuminate the hijacking of host cells by viruses, a process never before seen.
A team led by CSU engineers aims to provide a low-cost, high-fidelity communications system for miners that eliminates the need for expensive equipment. The system will use standard smartphones and low-cost wireless sensing to improve miner safety in underground environments.
Researchers from the Walk Again Project have reported significant recovery of neurological function in paraplegic patients who trained with a brain-controlled system. Patients regained leg muscle movement, touch sensation, and bladder/bowel control, with some experiencing improved cardiovascular function.
Recent neutrino discoveries by T2K and NOvA experiments at Colorado State University provide evidence of oscillations between neutrinos and antineutrinos, violating a longstanding physics principle. The findings hint at the universe's matter-antimatter imbalance and offer opportunities to study the weak nuclear force.
Researchers at Colorado State University have developed a superhydrophobic coating made from edible waxes, allowing liquids to be easily slicked away. The coating is nontoxic and safe for use in food packaging.
Researchers at Colorado State University have developed a simple and inexpensive device that can sort droplets of liquid based solely on their varying surface tensions. The device uses a tunable surface chemistry to manipulate its repellency to different liquids, enabling the sorting of droplets by surface tension.
A new study by Colorado State University researchers found that ptarmigan in Colorado are not strongly affected by recent climate warming trends. However, annual reproduction declined at one site due to warmer spring temperatures leading to earlier breeding.
Researchers at Colorado State University have designed a genetic modification that strips the ability of coxsackievirus B3 to replicate and cause disease. By changing a specific amino acid in the RNA polymerase enzyme, they aim to create a live-attenuated vaccine to protect against this virus and others like it.
A new study by Colorado State University researchers suggests that women's decision to leave a STEM path after Calculus I is largely driven by confidence in their math abilities, rather than ability itself. If the same percentage of women as men stuck with STEM after Calc I, the percentage of women entering the STEM workforce could be ...
Colorado State University researcher Jesse Wilson is developing a new microscope that can distinguish between benign and malignant pigmented skin lesions without a biopsy. The pump-probe technology uses a simpler laser source that's already widely used in telecommunications applications, making it more realistic for melanoma applications.
A study by Colorado State University researchers reveals that tropical mayflies have a higher number of distinct species than their temperate-zone counterparts. The distinctions between these species consist of subtle, genetic differences that aren't readily visible to the naked eye.
A national testing facility will be built at Colorado State University to evaluate new technologies for sensing methane, a potent greenhouse gas. The facility, funded by ARPA-E, will simulate real-world industry conditions and allow research teams to test new technologies.
Colorado State University's Brad Reisfeld and colleagues create a physiologically-based pharmacokinetic model to predict drug concentrations in the body. The model can account for individual differences and changes in metabolism, allowing for more effective treatment.
Researchers investigated how hydraulic fracturing chemicals degrade in agricultural soil and found that co-contamination can slow down biodegradation. They tested three common chemicals and found varying degradation rates, highlighting the need for further studies to understand chemical interactions and their impact on human health.
Researchers at Colorado State University have developed a technique to simultaneously image with multiphoton fluorescence and second-harmonic generation, achieving nanoscale resolution. This breakthrough enables the observation of previously inaccessible structures in living tissue, opening up new avenues for biological research.
The new atlas, compiled by over 120 experts from 29 countries, reveals a vast and underappreciated natural resource – soil biodiversity. With nearly 200 pages of detailed information, the atlas aims to promote sustainability and encourage research efforts to tackle global challenges.
New research from Colorado State University finds that agricultural ammonia emissions now surpass fossil fuel combustion emissions as the dominant source of nitrogen cycle disturbance. Excess nitrogen in the atmosphere causes environmental impacts such as soil acidification and decreased biodiversity.
A CSU-led team has identified strategies to improve global food accessibility while reducing agriculture's environmental impacts. The study highlights the importance of integrated food system approaches, such as increasing legumes in crop production practices and improving women's access to resources.
Researchers at CSU have made a groundbreaking discovery by imaging RNA translation in real time, shedding light on the fundamental cellular process. They observed proteins forming and maturing at a rate of 10 amino acids per second, and found polysomes to be globular rather than elongated.
The CSU students were recognized for their research and community service in the environment and tribal public policy categories. They will participate in a Scholar Orientation and receive up to $7,000 in scholarships to support their junior or senior year.