The University of Montana has received a $3 million federal grant to investigate three North American bat species' adaptations to white-nose syndrome and climate change. Researchers will use computational models, bioinformatics, and ecological data to forecast bat movement across landscapes and understand population resilience.
Researchers at the University of Montana have found a novel method to generate human cartilage using neural crest cells. This breakthrough could lead to effective treatments for repairing craniofacial cartilage damage and improving the lives of 230,000 children born annually with craniofacial defects.
A new UM study found that fire suppression leads to severe ecological impacts and accelerates burned area growth. Suppressing low- and moderate-intensity fires results in more extreme fires under extreme conditions.
Researchers at the University of Montana are developing vaccines to prevent fentanyl and heroin drug overdoses. The first vaccine will target heroin, followed by a fentanyl vaccine in Phase I clinical trials. The vaccines aim to elicit antibodies against target opioids while sparing critical medications used in opioid addiction treatment.
Research from the University of Montana found that national parks enhance bird diversity within their borders and support higher diversity of birds and mammals in nearby protected and unprotected areas. The study's findings suggest that massive expansions of global protected area coverage can help achieve the UN's 30 by 30 goal.
A global study found that wildlife, including goats and coyotes, roamed freely in cities during the COVID-19 pandemic, while human activity decreased. The study tracked GPS data from 2,300 land mammals across 43 species, showing significant changes in animal behavior in response to human lockdowns.
A new study from the University of Montana found that ChatGPT's GPT-4 AI has reached the top 1% in terms of original creative thinking, outperforming human students and national averages. The AI excelled in generating fresh responses, a hallmark of human imagination.
Researchers at the University of Montana discovered genetic differences that protect fetal growth in highland mice, similar to humans with Tibetan or Andean ancestry. These findings may lead to new treatments for pregnancy disorders in humans.
Researchers studied post-wildfire regeneration in the northern Rocky Mountains, discovering that cool and moist conditions promote seedling growth. Burned trees provide vital functions, including shade and attracting woodpeckers, while seeds can survive even if the tree dies.
A new University of Montana study found that increased plant growth in northern regions has offset rising CO2 emissions from thawing permafrost. The research revealed a strong warming trend led to enhanced photosynthetic CO2 uptake, making the permafrost tundra region a carbon sink.
A team of researchers found a high ratio of nitrogen to phosphorus in Flathead Lake, limiting phytoplankton growth and affecting zooplankton populations. This imbalance sets the stage for potential methane production and has significant ecological consequences.
A team of scientists from Montana and Canada reviewed mining risks to watersheds, finding extensive pressures on salmon populations and valuable fish habitat. The study highlights the importance of accurately assessing risk to water, fish, and communities, and emphasizes the need for strong science-based risk assessment.
A study conducted at Montana's Flathead Lake Biological Station discovered high levels of microplastics in the lake's surface waters. The research, led by Dr. Xiong from China's Institute of Hydrobiology, identified three main ways microplastics enter the lake: atmospheric deposition, river inputs, and shoreline sources.
A study by UM researchers found that online camping reservations systems can exacerbate existing inequalities in national park access. Campers from higher-income areas and predominantly white communities are more likely to secure coveted sites. The team suggests a lottery system could help balance accessibility with protection of natur...
Researchers at the University of Montana found that Yellowstone wolves' handling times increase when bears are present, and they move back and forth from kill sites to avoid confrontations. This dynamic affects wolf behavior and kills rates in the presence of bears.
A new study suggests that melting glaciers in the Pacific mountains could produce over 6,000 kilometers of new salmon habitat by 2100. Researchers modeled glacial retreat under different climate change scenarios and found that 315 glaciers could create habitats with conditions suitable for salmon.
A new study from the University of Montana's Flathead Lake Biological Station reveals how invasive lake trout disrupt native food webs, forcing native fishes to feed on suboptimal sources and causing the loss of threatened species like bull trout. The research shows that lake trout can create divergent biological communities over time.
Researchers found that changes to the ice sheet immediately impact the groundwater underlying the island, affecting Arctic hydrology and ocean circulation patterns. The discovery sheds new light on the importance of groundwater in responding to climate change.
The University of Montana researchers found that climate change may shift ecosystems, making it challenging to conserve biodiversity in protected areas. The team used spatial climate analogs to examine the potential changes and recommend considering climate-driven shifts in patterns of biodiversity for effective conservation strategies.
Researchers have identified hotspots of undervaccinated children across Montana using spatial scan analysis. The study found that parental hesitancy on vaccination is concentrated in the western part of the state, while structural or access barriers are more prevalent on the eastern side.
A University of Montana study analyzed nearly 23,000 reservations at Watchman Campground in Zion National Park to identify the key drivers of demand. The researchers found that price and electricity were the largest influencers, followed by proximity to the river and ease of access.
A new University of Montana study finds high-elevation forests in the central Rocky Mountains are experiencing unprecedented fire activity, with burning now occurring every 120 years compared to historical averages of 230 years. Climate change is identified as a primary cause of this increase.
Researchers found that landowners who have talked to a wildlife professional are more likely to secure attractants, emphasizing the importance of collective factors in improving wildlife-human coexistence. Effective communication and outreach could increase behaviors by highlighting social influence and neighborly norms.
The University of Montana-led prescribed wildfire burn aimed to restore the landscape and provide an educational experience for students. The burn, which took about two years to plan, involved a mix of 12 UM undergraduate and graduate students who received certification for experience on a prescribed burn.
A study published in Nature found that ancient people's gut microbiomes were more diverse and had fewer antibiotic-resistant genes compared to modern populations. The research suggests that a more diverse diet and lifestyle may have contributed to this difference.
A new global atlas of ungulate (hoofed mammal) migrations will help stakeholders identify threats and create conservation measures to sustain them. The initiative, partnering with the UN's Convention on Migratory Species, aims to raise awareness globally of the issues faced by ungulates.
Hilary Martens receives $443,000 grant to investigate the structure of the Earth's interior using GPS observations of ocean tides. The project aims to improve understanding of plate tectonics and surface hazards like earthquakes and volcanoes.
Bacteria use a carbohydrate slime to resist antibiotics and thinning agents used in cystic fibrosis treatments. The slime creates a protective layer around the bacteria, making them harder to kill.
The University of Montana researchers contributed to a global data archive for studies of animal migration in the Arctic and sub-Arctic. The archive contains over 200 projects and movement data of more than 8,000 marine and terrestrial animals from 1991 to the present.
A multiorganizational collaboration of climate modelers, ice core scientists, and paleoclimate researchers contributed to a study forecasting significant ice loss in Greenland. The team used ice sheet modeling to reconstruct the ancient climate and projected the ice sheet's future into 2100.
The University of Montana has received a five-year, $33.4 million award from the National Institutes of Health to develop and conduct clinical trials for opioid vaccines. The UM vaccine research team will advance lead opioid vaccine candidates to Phase I human clinical trials with funding from the NIH HEAL Initiative.
Research from the University of Montana found that tropical songbirds reduce reproduction during severe droughts, but this shift actually increases their survival rates. Long-lived species experience higher survival rates during drought years than non-drought years.
Researchers will use computer modeling to estimate future Malaspina Glacier changes due to global warming, impacting terrestrial and marine ecosystems. The project aims to better understand glacier instability and educate visitors about climate change effects.
Researchers from the University of Montana's Flathead Lake Biological Station have unlocked a mystery surrounding unique aquatic insects in the Flathead watershed. Subterranean stoneflies have been found to survive in low-oxygen environments, and their DNA has revealed a possible mechanism for this adaptation.
Researchers have found rising CO2 levels in Arctic Ocean water, with some areas showing slower increases. The study combined data from multiple cruises, providing a consistent dataset for future research.
A recent study reveals that specialized cold-water invertebrates have persisted in high-elevation streams of Glacier National Park, even after glacier melting. Researchers found that these species may be more resilient to glacier recession than previously thought.
The University of Montana has received a $2.5 million grant from the National Institutes of Health to identify and advance a COVID-19 vaccine candidate. Researchers have implemented alternative work schedules, social distancing measures, and telecommuting to ensure safety while working on the project.
A recent University of Montana study found that a diverse diet rich in carbohydrates is just as effective for muscle recovery as sports supplements for female athletes. The study showed that muscles in both men and women replenish carbohydrate stores similarly, regardless of whether they used potato products or sports supplements.
The University of Montana has received a five-year, $10.75 million grant to establish the Center for Population Health Research (CPHR). CPHR will support epidemiological and mathematical modeling approaches to understand risk and resilience factors for children's health outcomes.
A team of researchers from the University of Montana has identified critical forest areas in Malaysian Borneo that require protection. The study found that these priority forests store large amounts of carbon, support threatened rainforest animals and plants, and are crucial for conserving biodiversity.
A University of Montana professor collaborated with Malaysian authorities to create protected areas for endangered species, ensuring their survival. This initiative demonstrates the impact of interdisciplinary partnerships in conservation efforts.
Researchers at the University of Montana studied how black-capped chickadees and red-breasted nuthatches encode information in their calls, revealing that they can distinguish between direct and indirect threats. The study suggests that birds are capable of sophisticated decision-making and avoiding spreading false information.
A University of Montana undergraduate student's research published in Ecological Applications found that a double-observer method significantly reduces false-positive errors in wildlife surveys. The study also highlighted the importance of proper training and species-specific characteristics in minimizing misidentifications.
A collaborative study between University of Montana and Universidad de Concepcion in Chile found substantial gaps in scientific information relevant to conservation planning for threatened and endangered terrestrial mammals. The research highlights the importance of developing strategic research agendas for at-risk species worldwide.
Researchers found that streamflow variability can negatively affect the survival of salamanders as they transition from larvae to adults. The study suggests that climate change will exacerbate this issue, highlighting the need for long-term monitoring and protection of vulnerable headwater ecosystems.
Patellofemoral pain affects one in four of the general population every year, with women reporting PFP twice as often as men. Exercise therapy, particularly hip and knee strengthening treatments prescribed by a physical therapist, is found to be the most effective recovery approach for individuals with patellofemoral pain.
Researchers discovered that Asian dust brings nutrients to the ocean, affecting plankton growth and nutrient availability. The study confirms how tightly coupled plankton biology is to iron supply from the atmosphere, highlighting the need for considering atmospheric and ocean circulation variability in forecasting climate change impacts.
Researchers examine the potential and uncertainties of genetic rescue, a conservation approach that aims to alleviate genetic problems in isolated populations. The study highlights the need for further research on the effectiveness and limitations of genetic rescue, including its impact on habitat fragmentation and biodiversity.
The University of Montana has received a $3.3 million contract from the National Institutes of Health to develop an opioid addiction vaccine. The vaccine targets fentanyl and prevents it from crossing the blood-brain barrier, offering a promising safe and cost-effective strategy to treat opioid use disorders.
Researchers found a microscopic valve-like structure in slow-growing ponderosa pines provides greater safety against drought but slows water transport, limiting growth rate. The study suggests there is a fundamental tradeoff between drought resistance and growth rate in these trees.