The NSF Graduate Research Opportunities Worldwide (GROW) program aims to prepare graduate students for global research collaboration. The program connects NSF Graduate Research Fellows with leading scientists and research infrastructure worldwide, promoting international cooperation and intellectual growth.
Researchers discovered a viable community of bacteria surviving without sunlight in Lake Vida's brine, which could have implications for finding life elsewhere. The findings suggest chemical reactions between the brine and sediments generate energy for microbial life.
Scientists warn of a growing threat from emerging zoonotic diseases as human activities such as land use change, globalization, and social upheaval drive their emergence. The disease burden can be eased by combining efforts between clinicians and public health officials to address the ecological drivers of transmission.
Researchers discovered a new bacterium, human Sodalis, in the infected wound of a man who impaled his hand on a tree branch. The bacterium is related to Sodalis, a genus that lives symbiotically inside insects' guts, and may be used to block disease transmission by insects and prevent crop damage.
Scientists at the American Geophysical Union conference present findings that human population growth outweighs climate change as the culprit in region's dwindling water supplies. The research highlights the importance of water conservation and sustainability.
Researchers funded by NSF found that changing climatic conditions, rather than tourism, are driving the decline in chinstrap-penguin populations. The study analyzed data from 1994-2011 and found a significant decline of 50% in breeding pairs at Baily Head since 1986-87.
Researchers predict warmer oceans will cause phytoplankton to thrive near the poles and shrink in equatorial waters due to temperature changes. This shift could lead to a decline in global carbon cycle and climate change.
A 20-year study at Harvard Forest Long-Term Ecological Research site reveals that leaving storm-damaged trees intact allows native plants and wildlife to thrive. The forest recovers naturally, with original conditions recovering more readily than after salvage logging.
A recent study by the U.S. National Science Foundation found that excessive nutrient enrichment can cause salt marsh loss, leading to habitat destruction for fish and shellfish. The research showed that nutrient-enriched marshes experienced extensive erosion, converting vegetated areas into mudflats with reduced productivity.
A recent study published in PNAS found that the Arctic and Southern Oceans have distinct microbial community compositions, with few common members sharing surface areas. The research suggests that freshwater input from glaciers and rivers drives these differences, with a greater prevalence of unique organisms in coastal regions.
A 5-year study found that removing insects from the environment can cause plants to quickly lose defensive traits, such as anti-moth chemicals and temporal blooms. This rapid evolution is driven by natural selection, with successful varieties emerging when moths are absent.
The NSF invests nearly $15 million in new Big Data research projects to develop new tools and methods for extracting knowledge from large data sets. These grants aim to accelerate progress in science and engineering research and innovation.
The NSF has awarded $12 million to two sustainability research networks, one focusing on natural gas development effects and the other on sustainable climate risk management strategies. The networks aim to maximize benefits while minimizing negative effects on human communities and ecosystems.
The National Science Foundation has awarded $17.6 million in grants to researchers exploring how humans and the environment interact, with a focus on invasive species, climate change, and sustainability.
Researchers at Michigan State University have discovered how E. coli evolved to consume citrate, a previously inaccessible food source. The study reveals that multiple mutations were required for the bacteria to develop this new trait, and that complex traits can evolve quickly and repeatedly in microbial populations.
Researchers found a unique partnership between tiny algae and specialized bacteria that fix nitrogen from the atmosphere, supporting the oceans' fertilization and contributing to global carbon cycles. The discovery provides insights into an early stage in photosynthesis evolution, analogous to chloroplasts in plants.
Researchers developed a novel microscopy technique that captures precise motion paths in three dimensions, tracking over 24,000 rapidly moving cells. The technique reveals previously unknown statistical pathways for human male gamete cells, showing complex twists and turns in their movements.
Researchers have developed a novel microscopy technique that captures precise motion paths of large numbers of rapidly moving objects under a microscope. The technique recorded the paths of 24,000 human male gamete cells over several seconds, revealing previously unknown statistical pathways.
The ecoATM system uses AI to evaluate devices, determine market value and offer recycling options. Three-fourths of collected phones find new homes, while rare earth elements are reclaimed and toxic components are recycled.
A new study links forest greenness in the western United States to fluctuating year-to-year snowpack extent, with mid-elevation mountain ecosystems found to be most sensitive to rising temperatures and changes in precipitation and snowmelt. The research provides important insights into the tipping point between water-limited forests an...
New research reveals that tick-borne diseases extend 'beyond Lyme' in the Southeastern United States, where lone star ticks spread ehrlichiosis and spotted fever rickettsiosis. Experts advise saving the tick that bites you to identify potential diseases.
Bacteria exhibit social behaviors similar to plants and animals, including cooperation and competition. The study found that certain individuals produce antibiotics to defend against competitors, while others benefit from association with these producers.
Research found that desert-like, or xeric, yards have a more even bird community and superior habitat compared to moist, or mesic, grass lawns. Native plants in urban yards offer birds 'mini-refuges' and help offset losses of biodiversity in cities.
Researchers discovered that two nanomaterials, cerium oxide and zinc oxide, can profoundly alter soil-based food crop quality and yield. The study found that zinc oxide nanoparticles increased the level of zinc in plant tissues, while cerium oxide reduced nitrogen fixation, compromising soil fertility.
The Phoenix Cluster, discovered by the NSF's South Pole Telescope, is creating stars at an unprecedented rate of 20 times faster than in other clusters. The cluster's central galaxy and super-massive black hole are undergoing unsustainable growth, adding mass quickly before it becomes unsustainable.
The National Endowment for the Humanities (NEH) and National Science Foundation (NSF) have awarded $4.5 million to support digital documentation of endangered languages. This funding will enable researchers to develop tools, create digital archives, and train the next generation of linguists.
Scientists explore the interconnectedness of ecological relationships and evolutionary history to better understand species distribution, adaptation, and coexistence. The research reveals complex feedbacks between ecological and evolutionary processes, shedding new light on the patterns and processes of biodiversity.
A third of Earth's organisms live in rocks and sediments, but their lives have been a mystery. Scientists have now shed light into this dark world by studying methane-exhaling microbes in hot undersea volcanoes. The research reveals that these microbes thrive in environments with low hydrogen levels and have symbiotic relationships bet...
Scientists have discovered a potential cause of Earth's 'icehouse climate' cooling trend, linking it to changes in seawater sulfate content. The study proposes that times of high sulfate concentrations correlate with global cooling, while low concentrations correspond to greenhouse periods.
Scientists found that agoutis, common rodents in tropical lowlands, buried seeds at a scale previously unknown. This behavior likely prevented large-seeded plants from becoming extinct when their primary dispersers disappeared over 10,000 years ago.
A new immunotherapy using nanolipogels (NLGs) delays tumor growth, sends tumors into remission, and increases survival rates in mice. The NLGs deliver two components: an inhibitor drug that counters TGF-β and interleukin-2 to boost the immune response.
A new trigger for the North Atlantic plankton bloom has been discovered, revealing that swirling currents of seawater sustain phytoplankton in shallower waters. This phenomenon is crucial to the ocean's carbon cycle, absorbing vast amounts of carbon dioxide and emitting oxygen.
A study led by biologists at UCSC found that gregarious bat species are more likely to decline and potentially go extinct due to white-nose syndrome. In contrast, solitary species like the tri-colored bat have stabilized at low levels. The little brown bat's social behavior has changed, but it may persist at smaller populations.
A new study suggests that white rot fungi may have ended the Carboniferous period by breaking down lignin, a key component of coal. The research also identifies diverse fungal enzymes that could be used to generate biofuels, providing promising fossil fuels alternatives.
The study of Lake El'gygytgyn sediment cores reveals extreme warm periods in the Arctic correspond with ice-free and warm times in Antarctica, linking the two hemispheres. The findings suggest additional climate feedbacks are at work and challenge current climate models.
Researchers found that pre-Columbian human effects on the Amazon Basin were limited to small, mobile populations with minimal impact on the forest. The study overturns previous assumptions about large human settlements and agricultural practices in the region.
A study found that when grasshoppers change their diet to high-energy carbohydrates under stress from spiders, it affects the decomposition of organic matter in soil. This leads to a slower breakdown of uneaten plants, resulting in lower quality fertilizer and reduced microbial activity.
An international team produced a coherent beam that includes X-rays for the first time using a setup on a laboratory table. The researchers converted part of the original laser energy into a super-continuum of light extending well into the X-ray region, enabling the study of fastest physical processes in nature.
Researchers will create an open, dynamic evolutionary framework to continuously update the tree of life, incorporating new biodiversity data. Computational tools will enable scientists to visualize and analyze the entire tree, facilitating comparative biology research and discovery of new medicines.
Researchers found that about 12-5 million years ago climate was decoupled from atmospheric carbon dioxide concentrations. The climate of modern times more readily responds to changing carbon dioxide levels.
Scientists recommend halting biodiversity losses to prevent ecosystem collapse and reduce essential goods and services like food and water. The research, a scientific consensus statement, summarizes evidence from over 1,000 ecological studies and highlights the urgent need for international action.
An interdisciplinary team has completed the most comprehensive genetic analysis of corn, shedding light on its genetic diversity and evolution. The study provides a foundation for developing improved varieties equipped to resist pests and disease, addressing global food security challenges.
Climate change is causing glacier lilies to bloom earlier than expected, disrupting the timing of broad-tailed hummingbirds' arrival, which depends on the flowers for nectar. The biologists predict that if current trends continue, hummingbirds will miss the first blooms entirely in two decades.
A study by University of Notre Dame biologist Beth Archie and colleagues found that high-ranking male baboons recover more quickly from injuries and are less likely to become ill than other males. Social status is a better predictor of wound-healing than age, highlighting the complex interplay between social context, physiology, and im...
A new study finds that bark beetles infesting pine trees can release up to 20 times more VOCs, contributing to haze and air pollution in forested areas. This could harm human health, reduce visibility, and affect climate.
Researchers found that seagrass beds store up to 19.9 billion metric tons of carbon globally, more than temperate and tropical forests. Seagrasses can store up to twice as much carbon per unit area, mostly in their soils.
A study published in Nature reveals the cellular secrets of plant fatty acid production, highlighting a key enzyme that can be engineered to increase oil content in crops. The findings have significant implications for food security, renewable energy, and biomedicine, potentially leading to higher-yield crops and new bio-renewable fuels.
Scientists have analyzed the speed of over 200 Greenland outlet glaciers, finding they are moving at a slower rate than previously thought. The study suggests that the rate at which these glaciers can dump ice into the ocean is limited, with a possible contribution of only four inches to sea level rise by 2100.
A new study published in Science magazine reveals that plant diversity is essential for maintaining productive ecosystems. The research found that each species plays a unique role in maintaining soil fertility and biomass production over time.
Researchers found that the earthquake's aftermath saw the resurgence of species on sandy beaches, while coastal armoring led to beach loss and decline in intertidal diversity. The study highlights the potential effects of natural disasters on sandy beach ecosystems worldwide.