Photographer Jane Alden Stevens chronicles the enduring legacy of World War I through haunting black-and-white images. Her work reveals the persistence of human memory and the lasting effects of war on landscapes and people.
The University of Cincinnati researcher explores how the baseball industry's ties to tobacco date back to the 1840s, influencing societal attitudes and advertising strategies. The use of baseball imagery in cigarette ads was a key factor in normalizing smoking among young men.
The Charleston earthworks, built in 1862-1863, are gradually eroding at a rate of about five millimeters a year. Researchers have been documenting the pattern and rate of this degradation to better understand natural hillslope evolution.
A geologist has found that evolutionary groups have significantly better longevity if they first appear right after a mass extinction event. These groups are more likely to be widespread and thrive afterwards.
Researchers discovered a unique amphibian species, developed new methods for dating hillside erosion, and analyzed trace elements to recreate ancient environments. The team also created a new tool for analyzing basalts and found evidence of ancient volcanoes in Austria's Alps.
A new study finds that family-friendly policies do not reinforce traditional division of household labor, contrary to previous theories. In fact, some women report using policies to alleviate stress and resentment, while others find them liberating by encouraging husbands' involvement in home-based tasks.
A study by a UC assistant professor of sociology found that African Americans are twice as likely to prefer African American doctors and nurses if they or a family member experienced unfair treatment. The study analyzed national phone survey data collected by the Kaiser Family Foundation in 1999.
Researchers have found that a species of micro-organism, Sulfolobus, has genetic differences between samples from the US, Eastern Russia, and Iceland. This challenges the long-held view that micro-organisms do not differ by geographic location.
Ancient societies successfully transformed their environments through slow, incremental changes to living, labor, agricultural, and water collection/distribution practices. In Bali, Indonesia, centuries-old environmental/cultural/religious practices remain functional, highlighting the complexity of human ecology in ancient landscapes.
A Cincinnati engineering study has found a potential remedy for Bangladesh's mass arsenic poisoning problem, suggesting deeper wells as a safer alternative. The research team recommends wells over 400 feet deep to reduce contamination risk.
The EarthWorks project uses architectural software and high-resolution computer modeling to virtually rebuild ancient Native American monuments. The team has successfully recreated the location and appearance of many region's earthworks constructed by the Adena, Hopewell and Fort Ancient cultures from as early as 600 BC.
Archaeologist Walberg uncovers Late Bronze-Age tomb in Bamboula, yielding over 200 artifacts, including a rare jar containing unburnt human bones. The findings also shed light on the presence of dogs in ancient Greek society.
Professor William Johnson seeks to understand ancient reading habits, focusing on the social context rather than individual acts of reading. His research aims to shed light on why the ancients preferred reading aloud and its cultural significance.
Researchers found that providing reliable warning cues enhances vigilance performance, maintaining attention and efficiency over time. The study's results have practical implications for designing operational cueing systems to reduce brain strain and improve safety in various applications.
A new classification system for Mycenaean pottery is being developed to better understand the civilization's culture and influence. The system, which considers shapes, colors, decorations, and clay materials, challenges previous assumptions about Minoan influence on Mycenaean art.
A UC researcher used geological features and satellite imagery to identify a possible bin Laden stronghold in Afghanistan, which was later confirmed by US forces. He also warned the US government about the potential for Al Queda to return to the region.
Researchers used coral reefs to study the impact of hurricanes on ocean health and climate patterns. By comparing high- and low-frequency hurricane areas, they established a model for analyzing older fossil reefs.
University of Cincinnati geology graduate student Keri Craven investigates how Hawaiian volcanoes age by analyzing rock samples and applying computer models. Her research suggests that the weight of the volcano may drive its aging process.
A Cincinnati ossuary has been discovered to feature a unique image of a massive Jerusalem tomb from the first century, associated with early Rabbi Hillel and Jesus of Nazareth. The ossuary's distinctive three pyramids have garnered attention from scholars, providing new insights into ancient Jerusalem's architecture.
A team of scholars discovered that early Maya centers were abandoned due to a drastic change in local environments, transforming swamp-like bajos into seasonal swamps. The study found evidence of human-induced environmental change and climatic shift, leading the Maya to adapt and thrive in the altered environment.
Researchers discover tropical snake that tears apart and swallows soft-shelled crabs in pieces, unlike most snakes that swallow prey whole. This unique feeding behavior allows the snake to consume larger prey, and has implications for understanding vertebrate behavior.
Researchers found that certain wetlands were successful in cleaning up acid mine drainage due to factors such as low water acidity and minimal destruction of native plants. However, clogging of limestone drains was a common issue, highlighting the need for regular maintenance and larger constructed wetlands.
A team of archaeologists, led by Professor C. Brian Rose, has successfully restored the most colorful surviving example of Classical Greek antiquity - a 400-375 B.C. marble coffin with vibrant pigments. The Can sarcophagus, discovered in Turkey, boasts more preserved paint than other ancient Greek artifacts.
Researchers have found a way to use a single photon to initiate the transfer of two electrons in a photochemical reaction, offering greater efficiency. The long-lived charge separation appears to last for several minutes, which is longer than usual.
Groundwater contamination with naturally occurring arsenic poses a significant health risk in Bangladesh and West Bengal. The researcher aims to understand why arsenic levels are high in groundwater and how they will change over time and space.
University of Cincinnati researchers are monitoring Arctic thaw lake basins using radiocarbon dating, pollen analysis, and remote sensing. The study aims to improve understanding of the role of interactions among land, atmosphere, and ice in the functioning of the Arctic System.
A team of researchers has developed a new technique using lichens to track recent climate change. By analyzing the size of lichens in different regions, scientists can create a timeline of glacier retreating glaciers in New Zealand. This method could provide valuable insights into global warming and its effects on the environment.
Researchers found that spines on Spondylus regis increase its surface area, providing a hospitable environment for epibionts. This indirect protection reduces overall predation on the bivalve.
A University of Cincinnati geologist has found that genera appearing after mass extinctions survived for longer periods than those that emerged at other times. The trend is attributed to their generalist characteristics, which allowed them to adapt to new geographic and environmental distributions.
A geologist is helping to revive the 'layer cake' model of stratigraphy by tracing major events from Ontario and New York into Ohio, Indiana, and Kentucky using advanced techniques. These methods allow for high-resolution recognition of events and tracking of small-scale events over large areas.
A team of researchers from the University of Cincinnati and the Air Force has developed a novel method for creating new silicon-based materials using an algal enzyme. The resulting silica spheres have unique properties that make them suitable for applications in sensors, optics, and medical devices. These materials could potentially le...
A team of biologists led by Mark Springer at the University of California, Riverside and including Ronald DeBry of the University of Cincinnati report in Nature that an intensive analysis of DNA sequences provides strong support for a grouping dubbed Afrotheria.
A University of Cincinnati doctoral student and her team have found conclusive evidence of burnt animal sacrifice in Bronze Age Greece, supporting details in Homer's 'The Odyssey'. The Pylos bones date back to the 13th century B.C. and provide historical credence to the practice.
A University of Cincinnati biochemist has discovered that the V3 loop region of the HIV gp120 protein is structurally flexible, changing its shape as needed to bind to host cells. This finding rules out using a fixed structure as a target for anti-HIV drugs, making it harder to develop effective treatments.
Emmett Bennett Jr, a renowned scholar and UC alumnus, has been awarded the Gold Medal for Distinquished Archaeological Achievement by the Archaeological Institute of America. His groundbreaking work on Linear B script led to its decipherment, revolutionizing the study of ancient Greek writing systems.
A team of geologists found evidence of powerful Ordovician earthquakes that caused widespread damage across the eastern United States, stretching from Kentucky to New York. The earthquakes likely had a magnitude of 7-9 and were triggered by the collision of North America with a volcanic island chain.
A team of geologists proposes a new model for the collision and rifting of ancient continents, contradicting a previous theory. The revised model suggests that land masses were broken apart into smaller terrains that attached over time, rather than undergoing a massive collision.
The wetland's condition has deteriorated due to mass tourism, with garbage and solid waste contaminating the site. Researchers propose taking immediate action to save it and recommend its inclusion in a Heritage Corridor to protect natural spaces.
War has a devastating impact on children's mental health, leading to increased anxiety and depression. The study highlights the need for further research into the long-term effects of conflict on young minds.
University of Cincinnati researchers have developed new techniques to analyze selenium in food supplements, identify arsenic accumulation in seafood and sea plants, and speed up sample preparation using microwave energy. These advancements hold promise for environmental health, bioremediation, and understanding metal toxicity.
A psychologist has developed low-cost methods to reduce pharmacy errors, including the use of larger labels, focused task lighting, and self-monitoring journals. These inexpensive changes can significantly improve accuracy and are relevant for small community drug stores that may not have access to high technology.
Researchers created a virtual crash test dummy to predict head and chest injuries during accidents. The simulation shows that multiple impacts result in more severe injuries, regardless of the vehicle model involved.
A nationwide study found that 87% of high school counselors believe it's their job to recognize teens at risk for suicide, but only 38% feel they can identify warning signs. The study recommends more thorough training and crisis-intervention teams.
A recent study by David J. Maume Jr. found that 44% of men are promoted after 12 years, compared to 15% of white women, 7% of black women, and 17% of black men. Discrimination was the only factor controlling promotion rates across professions.
Researchers at UC have developed a novel method for detecting early signs of artery blockages using Doppler ultrasound, which can accurately predict turbulence intensity and detect atherosclerosis. This non-invasive technique is safer than current methods requiring ionizing radiation or pressure transducer insertion.
Researchers have combined laser heating and ultrasonic inspection to improve the detection of fatigue cracks in aircraft parts. The new method is more accurate than previous methods, but also more time-consuming and expensive.
Researchers found increased genetic diversity in cattails growing in the most polluted sites, contradicting previous studies on animal populations. The team's findings suggest that cattails may be an effective indicator of environmental stress.
The University of Cincinnati researchers have created a novel microsensor for monitoring radioactive and hazardous wastes in the Hanford nuclear facility. The sensor offers three-way selectivity and high sensitivity, allowing it to detect compounds at the nanomolar level.
UC and CREW biologists use a basic hole-puncher to collect plant samples, then study how to protect them from dehydration and rehydration. They discover that plants secrete a hormone called abscisic acid to protect themselves during dry times.
University of Cincinnati engineer Peter Smirniotis has received a $270,000 NATO Science for Peace grant to collaborate with Russian scientists on degrading toxic chemical weapons. The project aims to minimize environmental harm and potentially lead to a marketable product that can help Russia boost its economy.