Researchers found that rates of hillslope erosion before European settlement were about an inch every 2500 years, while during peak land disturbance in the late 1800s and early 1900s, rates spiked to an inch every 25 years. This indicates a 100-fold increase in soil loss due to human activities.
A study published in Geology highlights the dangers of coral reefs facing erosion due to ocean acidification and nutrient pollution. The researchers found that bioeroders can thrive in waters with high nutrient levels and low pH conditions, tipping the balance towards erosion.
A recent study by Point Blue Conservation Science found that changing grazing practices to give land more time to rest improved the health of native grasslands in California. This approach increased the growth of native perennial grasses, allowing water to better infiltrate soil and reducing erosion.
Researchers at Washington State University identified summer fallow management practices that can help farmers conserve soil, prevent sky-darkening dust storms, and improve air quality. Undercutter-tillage or no-till fallow systems were found to be the most effective options for reducing wind erosion in the Horse Heaven Hills region.
A new study using CT scans reveals that ocean acidification enhances reef breakdown, putting coral reefs at risk. The research found that pH levels were the strongest predictor of accretion-erosion balance, with reefs shifting towards higher erosion rates in more acidic water.
A UT professor and her team will investigate the long-term consequences of the oil spill on coastal ecosystems in the Gulf. Their research aims to understand how oil impacts marsh erosion and microbial cycling, guiding cleanup efforts.
Researchers discovered a vast network of lakes and rivers at the Gamburtsev Mountains' base, preserved by thick ice. The study explains how the blanket of ice has halted erosion, stalling aging of the mountains at higher elevations.
A Syracuse University geologist has discovered a correlation between earthquakes and landslides in Peru, suggesting that earthquakes may be the primary trigger for landslide activity. By analyzing river sediment particles, he found that erosion rates from landslides have not changed in response to climatic changes.
Tuolumne Meadows was formed due to preferential glacial erosion of fractured bedrock, resulting in a unique landscape. The study found that tabular fracture clusters played a crucial role in shaping the meadow's topography.
Researchers at Hospital for Special Surgery have discovered a novel cell signaling pathway contributing to bone destruction in rheumatoid arthritis. The study suggests that RBP-J protein controls excessive bone erosion through a newly identified signaling pathway.
The Virginia Institute of Marine Science (VIMS) is working to protect the historic village of Werowocomoco from erosion and sea-level rise. The project aims to create a living shoreline that mimics the natural habitat of the Native Americans who once inhabited the site.
Using Structure-From-Motion Photogrammetry, researchers are creating high-resolution 3-D models of cliff formations in Colorado and Utah. This approach allows for detailed analysis of layered rock formations and the impact of erosion on landscape formation.
New research highlights the crucial role of bioerosion and carbonate production on Caribbean coral reefs. Species that live in and erode coral reefs, such as sea urchins and parrotfish, will significantly impact the future health of reefs. The study suggests a delicate balance between these processes is necessary to maintain reef health.
Poor dental health among athletes affects their wellbeing, performance, and quality of life. High-carb diets and acidic sports drinks exacerbate the problem, leading to tooth decay, gum disease, and other issues.
Researchers use tree rings to date arroyo sedimentary beds and combine data with aerial imagery and LiDAR to reconstruct the history of these arroyos. The study reveals that arroyos are unstable features that shift between broad floodplains and incised channels, and that upstream progression is limited to specific locations.
Researchers in southern Africa used beryllium-10 and aluminum-26 to measure erosion rates, finding five meters per million years in non-tectonically active regions. This rate is significantly lower than basin-average erosion rates, with stable upland surfaces remaining unchanged since the Pliocene.
A team of scientists analyzed a gorge on the Da'an Chi river in Taiwan over almost ten years, revealing a new mechanism that drives this process. Downstream sweep erosion is caused by a wide braided channel upstream, which gradually washes away bedrock surrounding the gorge.
Researchers from the Hebrew University of Jerusalem used laser scans and atomic force microscopes to study the Western Wall's erosion. They found that fine-grained limestone erodes up to 100 times faster than coarse-grained limestone, potentially weakening the structure.
Researchers at the University of Adelaide found that acidity from soft drinks and fruit juice can cause lifelong damage to young people's teeth within 30 seconds. Parents are advised to limit their children's consumption of acidic beverages to prevent long-term dental issues.
A recent study by Ren examined the causes of a devastating debris flow in China, which killed over 1000 people. The research found that geological conditions, surface loading, vegetation roots, and extreme precipitation all contributed to the disaster.
Researchers found that global climate models fail to accurately represent the characteristics of airborne African dust, which influences Atlantic Ocean hurricanes. Surface waves in the central Beaufort Sea also play a role in energy and nutrient transport, contributing to ice retreat and potentially exacerbating coastal erosion.
Researchers say restoring tropical forests can lead to biodiversity loss and soil erosion if not done thoughtfully. The study emphasizes the importance of considering ecosystem dynamics and defining what constitutes a forest to minimize environmental impacts.
New research highlights the erosion of building materials including stone, concrete and steel due to mix of pollutants and organic chemicals in green spaces. Experts recommend investing in green spaces to reduce greenhouse gases, cut pollution exposure and improve mental health benefits.
Researchers used geochemical fingerprints to reconstruct the history of the Ganges-Brahmaputra-Meghna delta, finding a history of mobile river systems that built the delta like a 3-D printer. This understanding is crucial for the 150 million people living on the delta, who face regular flooding and erosion.
A team of French scientists has proposed a model explaining the sudden drop in atmospheric CO2 levels 300 million years ago, when a massive mountain range formed in Pangea. The formation of these mountains led to physical erosion and rock weathering, removing CO2 from the atmosphere and preventing severe greenhouse effects.
Two articles investigate influence of climate, erosion, and tectonics on Bolivian Andes landscape. Researchers conclude that tectonics play primary role in shaping Earth's surface, not rainfall patterns. Tectonic deformation controls pattern of rock uplift and erosion rates.
Adding camelina or safflower to crop rotations with winter wheat and summer fallow increases wind erosion risk in the Pacific Northwest. No-till fallow or planting another crop without a fallow year can help control blowing dust.
A new paper in Physics of Fluids provides a more consistent way to describe the forces acting on waves and undertows. The researchers found that different approaches were due to incorrect handling of weak forces, not methodology. This advance enables better models for predicting beach erosion and can help preserve shorelines.
Researchers funded by NSF discover that some landscapes underlying the massive Greenland ice sheet may have remained undisturbed for almost 3 million years. The team analyzed chemical composition of silts from an ice core and found evidence of a continuous cover of Summit, Greenland, with minimal surface erosion during warmest periods.
Researchers discover 3-million-year-old organic soil frozen beneath 2 miles of ice, indicating the Greenland Ice Sheet has persisted longer than known. The ancient landscape suggests a stable center during warm periods, with minimal erosion.
The St. Elias Erosion/Tectonics Project investigates the role of glacial erosional processes in mountain belts, with a focus on southern Alaska's unique geology. Researchers found that fast-moving ice can remove rock at rates of centimeters per year.
A study published in Agricultural Systems found that planting cover crops increases eight of eleven ecosystem services, including carbon and nitrogen retention, erosion prevention, and weed suppression. The research highlights the importance of considering temporal dynamics when assessing management system effects on ecosystem services.
Researchers found that high sodium concentrations in the soil lead to instability and increased erosion in Tuscany's Crete Senesi badlands. The presence of vegetation helps stabilize the ground, but agricultural use is eroding the landscape, threatening its disappearance in 35-40 years.
A new study finds a statistically significant, minor increase in extreme Arctic cyclone frequency since the middle 19th century, with strongest increases near Iceland and the Aleutian Islands. Climate change may drive stronger shifts in polar climate, leading to more storminess and erosion of Arctic coastlines.
Researchers develop a mathematical model explaining the two-phase process of abrasion that makes rocks rounder. The study reveals that abrasion reduces rock size only after it becomes smooth, providing new insights into erosion and sediment travel in rivers.
Researchers found high levels of Hafnium 176 and low levels of Neodymium 143 in ancient seawater, indicating the presence of exposed landmasses. This discovery provides insights into weathering processes during the Neoarchean period.
The study reveals approximately 400 years of intensive land use around Mahendraparvata, with significant changes in water management practices from the 12th century. Soil erosion and vegetation change indicate a marked environmental impact on the Phnom Kulen plateau.
New research extends our understanding of seawater chemistry by ~300 million years with direct measurements of mid-Neoproterozoic marine sulfate concentrations. Additionally, studies reveal spatial variation in 10Be erosion rates and increasing relief in the southern Rocky Mountains, USA.
Scientists found that Hurricane Sandy did not significantly damage the offshore barrier system controlling erosion on Long Island. However, the storm churned up new pollutants in the waters off the island, which could exacerbate long-term problems if continued sea-level rise occurs.
Researchers at Scripps Florida Institute developed a compound that dramatically reduces joint inflammation in animal models of rheumatoid arthritis. The study showed the compound, SR2211, blocked symptoms and bone erosion in mice within eight to ten days of treatment.
A new study by Woods Hole Oceanographic Institution researchers documents the historic sediment record along the Danube River delta and offers simple and inexpensive strategies to maintain delta environments. The team analyzed sediment cores and found that mimicking natural distributaries can help keep sediment on flood plains, rather ...
The grant will support a Center for Excellence headed by Prof. Tal Svoray to study the erosion of fertile lands and develop decision-making mechanisms. The center aims to reduce land loss through physically based models and geographical information systems.
Researchers explore beer bottle-fluid interactions using cavitation analysis, explaining the formation of foam due to rapid expansion of smaller bubbles. The study's findings can be applied to other engineering concerns, such as erosion of ship propellers and carbon dioxide release in natural disasters.
The productivity of many lands has been dramatically reduced due to soil erosion, salinity accumulation, and nutrient depletion. A sustainable approach to agriculture is needed to maintain soil fertility and address climate change and biodiversity loss.
Scientists report nearly double coastal erosion speed in Eastern Siberia due to rising summer temperatures and Arctic sea ice retreat. The study reveals a significant increase in wave-driven erosion, with the island of Muostakh at risk of disappearing.
Research reveals selective glacial erosion in Norway's passive margin, links gold to pyrite in carbon-rich sediments, and analyzes seawater Sr/Ca ratios. These findings advance our understanding of Earth's geological history and plate tectonics.
Carbon farming schemes can sequester carbon while providing environmental benefits like reduced pollution, erosion, and improved biodiversity. Local participation is key to long-term success, as it leverages local knowledge and draws in more landholders.
A study from the University of Hawaii – SOEST found that sea-level rise is a primary driver of shoreline change in Hawaii, with historical rates of erosion being about two orders of magnitude greater than SLR. The research highlights the importance of targeting SLR impacts in coastal zone decision-making and planning.
A new study reveals that Australian soils are losing significant amounts of carbon to wind erosion, with an estimated 1.6 million tonnes lost annually. This loss affects not only agricultural productivity but also the country's carbon accounts and climate change projections.
Researchers at National University of Mexico found that prolactin can prevent chondrocyte death and associated cartilage degradation in rheumatoid arthritis models. Prolactin treatment reduced inflammation, bone erosion, joint swelling, and pain in rat models.
A new report finds that fewer states are holding alcohol retailers liable for harms caused by customers who were served illegally, leading to reduced protection against excessive drinking. The erosion of commercial host liability laws is seen as a public health failure contributing to high human and economic costs.
A new study reveals that interactions between landslides and erosion, caused by rivers, explains why some mountain ranges exceed their expected lifespan. The study found that large landslides can overwhelm river transport capacity, while landslides also deliver abrasive agents to streams, accelerating erosion.
Coral reefs are more vulnerable to disruption and erosion due to ocean acidification, which reduces the density of coral skeletons. The study found that corals cannot fully acclimate to low pH conditions in nature.
Six new papers in Geosphere explore the geology of North America, focusing on the Colorado River sediment budget and its link to uplift and erosion. The papers also examine the magmatism, ash-flow tuffs, and calderas of the western Nevada volcanic field, shedding light on ignimbrite chronology and caldera formation.
Coral reefs experience reduced calcification rates due to ocean acidification, making them more vulnerable to erosion and disruption. Corals are unable to fully acclimate to low pH conditions in nature.
Researchers compared nutrient and sediment loss from no-till, conventional tillage, and reduced-input rotation watersheds, finding that no-till reduces soil erosion but may increase dissolved phosphorus. Reduced-input rotations strike a balance between conventional tillage and no-till, but led to higher levels of soil loss.
Dozens of agricultural fires in central Africa were detected using NASA's MODIS satellite, highlighting the widespread use of slash-and-burn agriculture methods. These practices threaten biodiversity and air quality, producing smoke that can lead to deforestation and erosion.
A study published in General Dentistry found that soda consumption, especially diet soda, can cause severe tooth erosion and damage similar to methamphetamine and crack cocaine use. The Academy of General Dentistry recommends minimizing soda intake and using sugar-free gum or rinsing with water after consumption.
A study evaluates long-term effectiveness of abdominal sacrocolpopexy surgery, finding that it effectively provides relief from POP symptoms but deteriorates over time. The procedure also decreases the risk of stress urinary incontinence, but mesh erosion remains a problem.
A JAMA study found that surgery for pelvic organ prolapse, specifically abdominal sacrocolpopexy, loses effectiveness over time. Despite initial success, women experience progressive loss of anatomic support and mesh erosion, a complication of the procedure.