Articles tagged with Habitat Fragmentation
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A study analyzed news reports on Brazilian deer species between 2011 and 2021, finding that news coverage gave different weights to threats compared to the IUCN Red List. News items properly identified main threats like poaching and habitat loss but underestimated livestock diseases and overestimated road kill.
A new study reveals climate-driven conflicts between humans and wildlife are on the rise globally, with six continents experiencing exacerbation of these conflicts. The research identifies trends in human-wildlife conflicts linked to climate change, including altered animal habitats, resource availability, and changes in wildlife behav...
Establishing ecological corridors among western US national parks can enlarge mammal populations and allow species to shift geographic ranges in response to climate change. This could increase the long-term persistence time of mammal species by a factor of 4.3, compared to fragmented individual parks.
Researchers found that wooded areas, cropland, roads, and housing developments are obstacles to snake relocation. Reconnecting fragmented populations through strategic habitat changes could help restore the species to a thriving state.
A team of 70 scientists warns that climate change will drastically reduce the ability to build a sustainable future based on healthy ecosystems. Insects face extinction and ecosystem disruption due to global warming and extreme weather events.
Climate variability in eastern Africa influenced hominin evolution, leading to anatomically distinct groups and modern human separation. Researchers analyzed lake sediment cores, revealing stable humid conditions, abrupt arid pulses, and extreme environmental shifts.
Researchers used computer models to link red squirrel sightings to environmental parameters, identifying areas with missing ecological corridors. The study aims to improve urban planning by understanding the challenges faced by urban squirrels due to habitat fragmentation and climate change.
New research from the University of East Anglia finds that hydropower developments lead to flooding forests, driving biodiversity loss and ecosystem disruptions. The study reveals widespread species extinction, especially among large-bodied species, highlighting the need for sustainable energy security and biodiversity conservation.
As extreme heatwaves ravage the globe, scientists warn that only 8% of the world's poorest people have access to air conditioning. By 2050, 70% of the population may require AC, with 92% needed in India and Indonesia. This demands massive infrastructure upgrades to prevent lives from being lost.
New computer simulations predict that farmland and suburban moths are struggling to move across landscapes due to landscape features such as rugged hills. Habitat restoration in these areas could help species adapt to climate change by shifting their ranges across the country.
The American marten study found that monitoring the species has an 'umbrella effect' on 11 other mammals, detecting population declines. However, habitat loss and climate change threaten the marten's survival. The researchers developed a monitoring protocol for the winter season to detect protected species.
A new study found that Amazonian forests are impacted by high maximum temperatures, causing tall trees to shed their leaves and branches. The study, led by the University of Helsinki, used LiDAR to track the effects of fragmentation and climate change on plant phenology.
A recent study published in PLOS Genetics found that genetic legacy from the last glaciation influences reindeer's migratory behavior. Caribou with more northern ancestry were more likely to migrate longer distances, highlighting an evolutionary adaptation to harsh tundra environments.
Researchers used flight efficiency estimates from museum specimens to predict bird dispersal distances, revealing that species with elongated wings can disperse farther. This study has applications in biodiversity conservation, as reduced flight capabilities may threaten bird populations.
A new species of wood lizard, Enyalioides feiruzae, has been described from the premontane forest of the Huallaga river basin in Peru. The lizard features stunning color variations and is believed to have established as a separate species due to geographical separation from a similar lizard.
Researchers in Peru have estimated the population density of spectacled bears and identified an unknown hotspot, revealing over 10 bears per 100 square kilometers. The team also observed the first 'golden' bear with nearly golden fur, sparking further investigation into its unusual characteristics.
New research shows that certain types of urban greening efforts can support multiple ecosystem services provided by plants and insects. Large green spaces with native plants, particularly flowering prairies, are ideal for conserving native bees and predatory wasps.
A study from North Carolina State University found that Bahamian mosquitofish in fragmented habitats are more exploratory but also more stressed and have smaller brain regions associated with fear response. The research cautions against damaging adapted populations in environmental restoration projects.
A new study reveals that city-dwelling bumblebees are larger and more productive than their rural counterparts due to fragmented habitats. This increase in body size may be linked to improved pollination services, as larger bees can see better, learn faster, and travel further.
A study analyzing dam impacts on freshwater fish habitats found that extant dams contribute most to habitat fragmentation in China, India, South Africa, US, and Europe. Future dams are projected to mainly affect tropical species in river basins like Amazon, Congo, Niger, Mekong, and Salween.
The study reveals that inbreeding is high among southern white rhinos due to their unique mating behavior, which includes female preference for individual males over others.
A new study in Science demonstrates a hopeful strategy for conserving plant and animal species in fragmented habitats. By connecting small, restored patches of savanna via habitat corridors, researchers found an annual increase in plant species within fragments and a drop in species extinction rates.
A new study suggests that restoring habitat connectivity can increase plant diversity by nearly 14% in fragmented ecosystems. By reconnecting disparate habitat fragments, plant extinctions are reduced by 2% per year and colonization from new species is increased by 5% per year.
Researchers found that forest fragmentation decreases transmission of a parasitic nematode in the pale-flecked garden sunskink, with infected skinks being 75% less likely to carry the parasites. Habitat disruption can lead to dramatic changes in ecosystem dynamics.
Researchers used audio technology to analyze willow warbler migration patterns in fragmented woodlands. They found that birds arrived earlier in patches with less surrounding habitat, indicating a shift in their behavior due to habitat loss.
A study published in Biological Conservation found that widespread insects are threatened with a decline in species diversity, genetic diversity, and ability to adapt to environmental changes. The research highlights the importance of maintaining genetic diversity through population exchange for common species.
A Michigan State University student examines the impact of grain size and niche breadth on species distribution modeling, finding that relying solely on expert opinions can lead to inaccurate predictions. The research aims to promote more extensive testing and data-driven approaches in conservation.
Recent satellite imagery reveals a 5% decrease in panda habitat since 1976, with an average patch size decreasing by 23%. The main culprit behind this decline is the increase in road density, which has fragmented the habitat.
Researchers found high-quality panda habitat is growing, but areas outside nature reserves are experiencing fragmentation due to human activities and natural events. The study highlights the need for continued conservation efforts to address these gaps.
Restoring links between large adjoining habitat fragments can reduce species extinctions and provide a large potential return on investment in biodiversity. By targeting these areas, researchers found that habitat restoration could decrease the duration between habitat loss and extinction of tropical bird species.
Researchers measured habitat fragmentation for over 4,000 species of land-dwelling mammals and found that species with more fragmentation are at greater risk of extinction. The study has implications for global mammal conservation, suggesting urgent action is needed to protect remnant habitats and restore connectivity.
Researchers found that shale-gas development leads to significant forest fragmentation, particularly on private land. To mitigate this, they recommend placing new well pads near pre-existing pipelines and consolidating infrastructure.
Scientists explore European bison bulls' demographic history, revealing footprints of selection on over 400 genes. These genes are associated with physiological functions underlying distinctive features between bison and bovine lineages, such as thermogenesis and wooly hair development.
A study reveals that 70% of the world's remaining forests are within a half-mile of their edges, facing harm from urbanization and agricultural influences. Habitat fragmentation reduces plant and animal diversity by 13-75%, with negative effects magnifying over time.
New England cottontails have seen a 50% contraction of their range due to habitat fragmentation. Researchers found that restoring habitats is key to saving the species, which requires thicketed areas for survival. Understanding dispersal patterns through DNA analysis can help wildlife and land managers in species recovery efforts.
Researchers applied a novel method to assess extinction risk for bird species in the Atlantic Forest of Brazil, revealing two distinct groups: those with severe and mild fragmentation impacts. Out of 58 severely fragmented species, 28 are not currently considered threatened.
Researchers tracked timber rattlesnakes to understand how wildlife habitats are affected by human encroachment. They found that even modest roads have a significant effect on genetic diversity, making populations more susceptible to illness or environmental changes.
The Sichuan earthquake in 2008 destroyed nearly a quarter of the giant pandas' habitat, with over 354 square kilometers converted to bare land. Habitat fragmentation is also a significant concern, as it can lead to population isolation and increased risk of extinction.
Researchers found that connecting habitat patches with corridors increases plant biodiversity in protected areas and surrounding non-target habitats. This spillover effect can elevate biodiversity by up to 160%.
A K-State professor developed a landscape-based model to assess extinction risk for migratory songbirds affected by habitat loss and fragmentation. The study found that the rate of habitat destruction, rather than its extent, may be crucial in determining extinction risk.
The ivory-billed woodpecker's reappearance sparks concerns over its long-term survival due to inadequate refuge funding. The Cache River National Wildlife Refuge, one of the largest in the country, struggles to meet basic needs despite its extensive forests, which have provided a haven for the species.
The Three Gorges Dam Project will conduct the largest and most complete experiment on habitat fragmentation, a condition affecting environments globally. The reservoir's creation will isolate species in limited spaces, providing valuable insights into ecological dynamics.
A study by Rothermel and Semlitsch found that juvenile amphibians preferentially use corridors of natural vegetation to move through fragmented forests. The researchers also discovered that these animals lose more water in open fields, making forest habitats a safer choice for survival.
A new model predicts that an animal's body size determines how often it encounters food in its environment. The researchers found that larger animals have bigger home ranges due to their ability to perceive and average over different scales of resource availability.
Two studies published in Ecological Applications found that wildlife corridors increase the movement and population density of butterflies and other habitat-restricted species. The most effective corridors were those that connected isolated patches of open space with existing forest, allowing for improved plant diversity and food sources.
Researchers found that African elephants can coexist with humans for a certain threshold, beyond which they disappear. The 'threshold hypothesis' suggests that land planners can distinguish areas suitable for elephant conservation from those that are not.
Behavioral factors can contribute to extinction, such as electrocution from roosting on electric wires or flying into lights. Biologists are using decoys and mimicry to reestablish colonies and attract species.
A new study found that forest fragmentation allows large predators like raccoons and opossums to target ground-nesting songbirds, leading to a decline in some species. The researchers discovered that small forest fragments have a higher incidence of predation from large species, which can lead to dramatic effects on reproductive success.
The USGS presents various studies on invasive species, including a workshop on non-native plant invasions and their impact on native ecosystems. Additionally, researchers discuss the effects of grazing on plant species diversity and find that habitat conditions play a significant role in shaping species variation.
Researchers are using sophisticated computer models to predict the dynamics of terrestrial ecosystems facing unprecedented rates of climate change. Plant species may need to migrate at speeds up to 10 times faster than historically observed, but some terrains offer less suitable habitats for this adaptation.
A Brown University study reveals that many songbirds migrating south each autumn switch from insects to a berry-rich diet to store fat for the long haul. The study found that these 'pit stops,' crucial for tiny songbirds traveling thousands of miles, are under intense development and ecological pressure.
Researchers found that native aquatic plants hyperaccumulate contaminants in their tissue, transforming toxic metal forms into benign ones. Turtle shell fragments serve as sensitive biomonitors of uranium, nickel, selenium, and arsenic contamination, enabling environmental risk assessment and remediation project evaluation.