Articles tagged with Ants
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A recent study at The Hebrew University of Jerusalem documented a groundbreaking observation of phoresy involving a myrmecophile pseudoscorpion on a myrmecophile scorpion. The study reveals the first recorded instance of this symbiotic relationship, where the pseudoscorpion attaches to the scorpion for dispersal into new environments.
Matabele ants can recognize infected wounds and effectively treat them with their own produced antibiotics, drastically reducing mortality. The ants' sophisticated healthcare system has medical implications for humans, as the primary pathogen in ant wounds is also a leading cause of infection in humans.
Researchers have discovered a rare ant species in North Carolina's tree canopies, documenting an entire colony for the first time. The species, Aphaenogaster mariae, has a distinctive arboreal lifestyle, with queens being smaller than other ant queens and males previously unknown to science.
Ant communities in Okinawa Island show reduced seasonal behavior in areas with more human development. Researchers found that ant populations in developed sites are less predictable and have diminished seasonality compared to forested areas. The study highlights the impact of human activities on insect populations and ecosystem services.
Researchers studying arboreal ants in a Florida forest explore how resource availability and competition shape biodiversity. The study found that both resource availability and competition among species are important for maintaining biodiverse communities, with the relative importance of these processes dependent on scale.
Researchers discovered that the lancet liver fluke takes over an ant's brain, causing them to cling to blades of grass against their will. The parasite controls the ant's behavior to avoid heat, a strategy also used by cattle and deer.
A study has confirmed the establishment of red fire ant in Europe, with a high risk of spread due to climate change. The invasive species could impact urban areas, causing significant economic losses and posing a threat to human health.
Researchers confirm invasive red fire ant species Solenopsis invicta has established itself in Sicily, with potential to spread across Europe due to climate change. Urban areas are particularly at risk, and the team plans a multi-year treatment plan to eradicate nests and monitor the ants' spread.
Researchers discovered that the blood-brain barrier in carpenter ants produces a hormone-degrading enzyme, Juvenile hormone esterase (Jhe), which controls JH3 hormone levels in the brain, affecting behavior. Manipulating Jhe levels can reprogram ant castes and even change food-seeking behavior in fruit flies.
A UCLA study found that ants' nest structures are influenced by their foraging strategies and environmental conditions, rather than evolutionary history. The researchers suggest that designing roads with dedicated lanes for trucks traveling to logistics hubs could improve traffic congestion.
Ants that leave the nest to forage are more likely to be infected by parasites than their nestmates who take care of the brood. Infections alter gene expression patterns and change the chemical composition of ants' cuticles, reducing desiccation resistance and communication.
Researchers found that honeypot ant honey is effective against Staphylococcus aureus and two species of fungi, including Aspergillus and Cryptococcus. This discovery validates the therapeutic use of ant honey by Indigenous peoples for sore throats and skin infections.
Researchers have confirmed that honeypot ant honey possesses unique antimicrobial characteristics, effective against Staphylococcus aureus and two species of fungi. The study marks the first time ant honey has been investigated for its medicinal properties.
Leafcutter ants use a sophisticated system to grow fungi for food, feeding millions of creatures. A study found that ants use both body length and head angle to cut leaves, not just body length alone.
Researchers discovered that leaf-cutting ants use the position of their hind legs gripping the leaf edge and head position to guide cutting trajectory. The ants adapt their technique to cut smaller elliptical portions when faced with thick leaves, using a combination of sensory information.
Researchers discovered that ants sniff out diseased fungus by detecting chemicals called peptaibols, which are produced by the fungus. This finding suggests that the ants may be responding to a disease of their beneficial symbiotic partner rather than their own body, highlighting an extended defense response.
A study published in Cell Press reveals that ants have a dedicated brain region that processes alarm pheromones, triggering panic responses and colony-wide behavior changes. Researchers used GCaMP to scan the brain activity of clonal raider ants exposed to danger signals, finding a specific section lit up in response.
Researchers developed transgenic ants with fluorescent neurons that flashed green in response to odorants, allowing them to study the ant olfactory system. Contrary to previous findings, they discovered that only a few specific areas of the olfactory system responded to alarm pheromones, suggesting a more localized processing mechanism.
Researchers discovered that ants preferentially groom the individuals carrying the highest amount of fungal spores, which are the greatest disease risk. This unique combination of simple rules leads to highly efficient colony-level disease control and 'social immunity' in ant colonies.
Farmers' use of birds and bats as part-time collaborators has been found to increase productivity by 54% and boost annual yields by approximately $959 per hectare. This partnership helps mitigate the damage caused by pests such as aphids and mealybugs, ultimately benefiting cacao farmers in northern Peru.
University of Queensland researchers have identified ant venoms that target nerve cells, leading to a long-lasting pain signal. The discovery provides new insights into the mechanisms of pain and may lead to the development of new pain treatments.
In the absence of visual landmarks, desert ants build higher nest hills to facilitate homing of foraging nest mates. This study reveals that artificial landmarks can replace natural ones, highlighting the ants' remarkable navigation abilities.
Researchers have developed a new method to study ant brain chemistry, revealing differences in neuropeptide distribution between two species. The approach integrates 3D chemical data with high-definition anatomical models, providing unbiased visualization of neurochemistry.
A species of jumping spider employs two lines of defense to avoid being eaten: camouflaging with plants and walking like an ant. The spiders' brilliant coloration also plays a role in their ability to blend in with their environment.
New research reveals that ant mounds on Danish heathlands are crucial for biodiversity. The heat and nutrients from these structures create a unique environment that allows certain plant species to thrive. This finding highlights the importance of preserving ant mounds as part of efforts to mitigate the biodiversity crisis.
A study by the University of Exeter and Bayer AG found that pollinators produce a conserved family of cytochrome P450 enzymes to tackle alkaloid toxins in plants. These enzymes allow bees to safely consume nectar and pollen from toxic plants, shedding light on insect tolerance mechanisms.
Scientists discovered that male yellow crazy ants have maternal and paternal genomes in different cells, making them chimeras. This unique phenomenon occurs within a single fertilized egg, contradicting the fundamental law of biological inheritance where all cells should contain the same genome.
A new study reveals a steady decline in native leaf-litter ants and simultaneous increase in nonnative ants in Florida, even in protected natural areas. Nonnative ants are most likely arriving with goods transported to the state from around the world.
A new study reveals that ants followed flowering plants as they left ancient forests, driving the evolution of thousands of ant species. The researchers used fossils, DNA, and habitat data to show how plants' spread influenced ants' habitats and behavior.
Researchers find first Canadian specimen of extinct ant Titanomyrma, sparking debate on how it dispersed across the Northern Hemisphere. The discovery challenges previous theories on hyperthermals and suggests a more complex picture of ancient climate and migration patterns.
Researchers at Rockefeller University have found queen-like mutants among social parasite ants, which can infiltrate and take over host colonies. These unique ants exhibit intermediate traits between worker and queen behavior, allowing them to thrive in the colony while avoiding dangers associated with leaving their nest.
Research from Binghamton University highlights the importance of ants in forest regeneration, with over 95% of New York state forests relying on them to disperse seeds. Ants take seeds with fatty rewards back to their nests, protecting them from consumption by rodents and other organisms, promoting a mutually beneficial arrangement.
Researchers at the University of Arizona found that rock ants follow a methodical search strategy, combining systematized meandering with random movement to efficiently explore new areas. This unique behavior may provide insights into the evolution of exploration strategies in other species.
Researchers developed new spiro-pyrazolo quinazoline derivatives with reduced bee toxicity without compromising insecticidal activity. The compounds showed promising results, including one compound with an LD50 value three to four orders of magnitude lower than fipronil.
A study by Sylvia Cremer and her team reveals that pathogens reduce their chemical detection signals in response to ant's social care intervention. This adaptation allows the fungi to counteract spore removal and escape the ant's immune system, demonstrating the impact of collective hygiene measures on pathogens.
Researchers found that rock ants display a striking regular meandering pattern when exploring their surroundings, combining systematic movement with random walks. This behavior may make their search more efficient by reducing the frequency of crossing their own paths.
Fire ants exhibit activity cycles and waves that propagate upwards in high-density conditions, driven by social attraction and collective motion. The study reveals the importance of density in determining these behaviors, which are similar to those observed in flocks of birds and schools of fish.
Researchers at North Carolina State University found that ants do not adjust their behavior in response to rising temperatures, persisting in sub-optimal microhabitats. The study suggests that ants may not be able to adapt to warmer ecosystems, with potential implications for forest ecosystems.
A team of simple robots, nicknamed RAnts, use photormones to escape a corral and perform complex tasks. The research reveals how collective cooperation can arise from simple rules, applicable to solving problems like construction, search and rescue, and defense.
In a surprising twist, researchers found that starving Argentine ants exercise caution when foraging in high-risk environments, unlike expectations. This counterintuitive strategy may contribute to their success as an invasive species and agricultural pest.
Researchers discovered that ant pupae secrete a fluid that is consumed by both adults and larvae, highlighting the interconnectedness of different developmental stages within an ant colony. The fluid, derived from molting, is rich in nutrients and psychoactive substances, essential for larval growth and adult metabolism.
Researchers at Kyoto University found that two species of spider mites avoid food plant leaves with active ant chemical traces and walking along ant-traveled stems to evade natural predators. This avoidance behavior may be comparable to direct consumption by the ants, highlighting a non-consumptive effect of predators on prey.
A new study by Penn State researchers found that eating fire ants enhances a lizard's immune system, increasing its ability to survive a fire ant attack. The study revealed three immune measures were boosted in lizards fed fire ants, which could help them prepare for future venom exposure.
Researchers studied the common house ant's adaptation to urban environments, finding genetic concentration and changes in aggression towards outsiders. Urban queens were closely related and less aggressive, while super-colonies with polydomous colonies formed only in developed areas.
A recent study by the University of Hong Kong estimates that there are between 20 x 10^15 and 2 x 10^17 individuals on Earth, weighing more than all wild birds and mammals combined. The study also found that ants are unevenly distributed over the global land surface, with tropical regions harbouring more ants than non-tropical regions.
Researchers found that ants and robots can be modeled using the same algorithms, despite differences in slipping motions. The discovery provides a universal model for location that applies to various movements, including walking and slithering.
Scientists found that few components of an ant's waxy layer are enough to recognize nestmates from their own colony. The study also showed that adapting the wax layer to outside temperatures does not completely change the information used for recognition, but rather balances both functions.
A new study reveals that ant queens implement a dual-control system for insulin to promote egg development while slowing down the aging process. This unique mechanism allows ants to live longer and reproduce more effectively, unlike other animals.
Queen ants live much longer than workers by generating an anti-insulin protein that blocks aging pathways. This protein enables pseudoqueens, female worker ants that become queens, to reproduce and live longer without aging.
Researchers used high-resolution imaging techniques to identify a new ant species and genus, †Desyopone hereon gen. et sp. nov., from 16-23 million year old Ethiopian amber.
Researchers uncovered a previously unknown insect-plant-insect interaction involving ants, wasps and oak trees. The team found that ants collect oak galls containing edible caps, which are attractive to the insects due to their fatty acid composition.
Researchers found that woodpeckers have regained the ability to sense sugar by repurposing their savory receptor. In contrast, wrynecks selectively lost this ability due to a single amino acid change in their receptor, highlighting a novel mechanism of sensory reversion.
Scientists created a robot that mimics rock ants' one-to-one tuition to understand teaching methods. The study found the robot successfully taught route to an apprentice ant, which then learned and led others, revealing key elements of teaching in these ants.
A team of UNLV-led researchers questions the hypothesis that modern humans experienced an evolutionary decrease in brain size during the transition to complex societies. They analyzed a dataset of early human fossil and museum specimens, finding no reduction in brain size over 30,000 years.
A new study used artificial intelligence to create the largest global map of insect diversity, highlighting areas with high ant biodiversity and potential conservation priorities. The researchers also found that only a low percentage of these areas are protected.
A new study suggests that ant colonies behave similarly to networks of neurons in the brain, combining sensory information with group parameters to arrive at a collective response. The findings indicate that ants adjust their decision-making based on the magnitude of heat increase and group size.
Researchers discovered that pocket gophers cultivate and harvest roots for food, constituting a rudimentary form of farming. This behavior allows them to generate enough energy to maintain their extensive tunnel networks.
Researchers at the University of Texas at Austin have found a natural fungus that can kill off local populations of tawny crazy ants, with 62% of infected populations disappearing entirely. The fungus is specific to crazy ants and has no effect on native species, making it a promising biocontrol agent for protecting sensitive habitats.
Scientists discovered that ants can differentiate healthy from cancerous human cells based on distinct smell signatures. The insects, trained to recognize volatile organic compounds, show high potential for cancer detection with lower costs and efficiency.
Ants have evolved a unique division of labor for over 100 million years, with fossil discoveries providing the first evidence of cooperative behavior in the early Cretaceous period. The study describes two new species of extinct ants, revealing intricate details about their anatomy and social structure.