Articles tagged with Animal Habitats
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A species of ant, the northern hairy wood ant (Formica lugubris), is thriving in newly formed coniferous forests in the North York Moors National Park. The ant's population has expanded into these plantations, suggesting they provide a suitable habitat for this forest specialist species.
The New England Wild Flower Society and partners have launched a $2.3M project to collect native seeds for coastal habitat restoration from Maine to Virginia. This initiative will supply seeds sustainably collected from the local area, targeting 50 species common throughout the project range, plus regional and site-specific species.
A recent USDA Forest Service study found that warming temperatures and acidity threaten coldwater aquatic species in the southern Appalachians, with an estimated 10-20% loss of habitat for brook trout. The research highlights the importance of watershed management and climate adaptation planning to mitigate these impacts.
A team of researchers found that several bat species are struggling in fragmented landscapes, but also discovered that shade-grown coffee plantations offer a lifeline for biodiversity. These plantations keep native forest canopies while promoting wildlife-friendly agriculture.
The Ocean Health Initiative aims to protect and restore coastal and marine habitats, supporting the conservation of threatened marine and coastal species. The program, funded by a $1.5 million pledge from SeaWorld Entertainment, will focus on key estuaries along the Eastern Atlantic and Gulf of Mexico.
A new study led by UC Berkeley researchers found that clearing non-crop vegetation around farms does not lower pathogen levels in produce. Instead, diverse habitats can encourage pollinated food crops and filter out agrichemical runoff.
Vertebrates show variation in species numbers among groups, with land animals exhibiting higher diversification rates, suggests a study by UA evolutionary biologist John Wiens. Habitat is likely a more important variable than climate or metabolic rate explaining species richness.
Researchers from Concordia University and the University of Tennessee found that preserving natural habitats is crucial for maintaining bat populations. The study analyzed data from 9,552 hours of bat call recordings and found that bats need natural habitats to survive, even in highly modified agricultural landscapes.
A new study finds Pribilof Canyon in the Bering Sea to contain dense populations of deep-sea corals and sponges, making it a crucial area for conservation efforts. The research also suggests that restrictions on bottom-contact fishing can be implemented without significantly impacting the commercial fishing industry.
A study published in Ecology found that parasite prevalence and diversity increase with higher latitude, challenging the typical latitudinal diversity gradient. This exception suggests that local ecological factors play a role in shaping biodiversity, despite the general pattern of decreasing species richness towards the poles.
Researchers urge caution when using biodiversity offsets to compensate for development damage, as it can lead to 'stealth' reneging on existing conservation goals. Properly designed offsets can help reconcile development with conservation, but improper use can cause more harm than good.
Researchers have found that climate change is causing widespread declines of pollinators across continents, affecting critical roles played by bumble bees as wild pollinators. The study reveals that bumble bee species are being compressed into their northernmost ranges, leading to alarming effects on ecosystems.
A study by the University of Exeter found a 35% decline in bird species in agricultural habitats compared to natural areas. The researchers recommend incorporating patches of natural vegetation into agricultural landscapes to maintain biodiversity.
A new study found that different plant species in standing water influence mosquito larvae growth, survival and egg-laying habits. Native blackberry leaves seemed to attract mosquitoes but hindered larval development, while non-native plants like Amur honeysuckle increased adult mosquito populations.
A new $20,000 grant from the National Geographic Society will support Chan Kin Onn's research on revealing the hidden diversity and riverscape genetics of reptiles and amphibians in Malaysia. Through genetic analysis and ecological niche modeling, Chan aims to catalog and conserve species threatened by habitat destruction.
Native wildflowers in California are losing species diversity after multiple years of drier winters, according to a study. Drought-intolerant species suffered the worst declines, foreshadowing larger-scale extinctions.
The Mid-Atlantic Regional Council on the Ocean (MARCO) supports the Mid-Atlantic Fishery Management Council's approval of an amendment protecting deep sea corals. The areas proposed for designation encompass over 38,000 square miles and will safeguard these ecosystems' long-term health.
Researchers found that six-gill and prickly deep-sea sharks are positively buoyant, requiring less energy to swim upward than downward. This adaptation may provide them with a 'stealth' advantage during hunting or aid in nightly migrations to shallower areas.
As warmer ocean temperatures speed up metabolic needs for oxygen, animals will struggle to find sufficient oxygen in lower-oxygen waters. This shift will result in marine habitats being displaced towards shallower, more oxygen-rich areas, with some species becoming oxygen-starved.
Researchers found that corals and fish are migrating towards Earth's poles in response to climate change, with habitats shrinking as a result. Coral species can only nest in shallower depths at higher latitudes, limiting their range, while fish habitats will contract by about 20% due to decreased oxygen abundance.
Researchers found that city bats are less likely to cross tree lines in brightly lit areas, especially larger gaps. This barrier effect varies with gap width, with narrower gaps more tolerable than wider ones.
Researchers combined local bird survey data from 16 point counts in Northeast and Midwest forests, revealing significant declines in populations of four ecological indicator species. The study highlights the need for more formal monitoring in rare habitats and suggests that some species may be increasing in certain regions.
A researcher from University of East Anglia has found a rare Annamite Striped rabbit in Laos and Vietnam. The discovery provides new insights into the species' habitat and genetics, highlighting its potential risk of extinction due to deforestation and hunting.
A radio-tracking study by Jennifer Fill and colleagues shows that eastern diamondback rattlesnakes depend on pine savanna habitats with frequent fires. The study found that every studied snake had pine savanna as part of its home range, highlighting the importance of preserving this ecosystem for the species' survival.
Researchers found that coral adaptation to high salinity levels in the southern Persian/Arabian Gulf may prevent them from escaping their fate through global warming. Corals lose their exceptional heat stress tolerance when adapting to normal salinity levels.
Researchers compared plant taxa to climatic history and habitat information to provide new insights into plant dispersal patterns. The findings suggest that some plants escaped extinction by dispersing from Antarctica millions of years ago, improving the accuracy of climate change prediction models.
Researchers at Washington State University found that vineyards with native plant habitats have three times the number of butterfly species and four times more butterflies than conventional vineyards. This conservation method helps reduce pesticide usage and promotes a sustainable agricultural industry.
Researchers found moderate genetic variation in five sloth bear populations and two genetic clusters, suggesting habitat corridors play a crucial role in maintaining gene flow. The study highlights the importance of protecting threatened habitats connecting isolated sloth bear populations.
Researchers Jitka Polechova and Nick Barton propose a new theory on why species can't adapt to wider environmental conditions. Their findings suggest that sharp range limits can form even in environments with smooth changes, due to random fluctuations in gene frequencies.
A new bird species, the Sichuan bush warbler, has been discovered in central China by an international team of scientists. The bird is characterized by its distinctive low-pitched drawn-out buzz and shorter click song, and can be found in dense brush and tea plantations at lower elevations.
New research reveals that minor changes in environment can trigger dramatic shifts in evolutionary strategy as a generalist species disperses into a heterogeneous landscape. This can lead to a positive feedback loop where reduced dispersal triggers further specialization.
The world's largest herbivores are declining due to habitat change and hunting, leading to a 'empty landscape' in diverse ecosystems. This loss of species poses significant ecological, social, and economic costs, including reduced food for large carnivores and altered nutrient cycles.
A recent multinational study assesses the impact of Arctic sea ice decline on 11 marine mammal species, including seals, walruses, and polar bears. The research highlights the critical role of sea ice in their habitats, revealing changes in population trends, feeding patterns, and behavior.
A new USGS study tracked 19 wild-caught Burmese pythons to reveal their home range and habitat use patterns. The research found that pythons share common areas within the park, which may be optimal locations for control efforts, and provides insights into the snakes' movement patterns during wet and dry seasons.
Researchers developed a powerful new model to help decision makers choose cost-effective barrier removal projects, doubling habitat accessible to migratory fish. The study found that coordinated efforts across the entire basin are nine times more cost-effective than local or county-level efforts.
A recent study found that over 50% of National Forest land in the northern Sierra Nevada is designated to promote mature, closed-canopy forest, while many bird species prefer undergrowth and habitat outside reserves. The study suggests a need to balance old-growth forest management with diverse forest habitats for all species.
A researcher at the University of Kansas will investigate how organisms transition from aquatic to terrestrial existence, analyzing South American water scavenger beetles. The study aims to understand the mechanics of evolution and how species respond to environmental instability tied to climate change.
Scientists at the University of Granada have confirmed Bergmann's rule for ectotherms, revealing that long-tailed lizards are larger and retain heat longer in high-altitude habitats. This study resolves decades-long debates on the mechanism behind the Bergmann clines, showing that larger animals indeed have slower cooling rates.
A US Forest Service-led study found that 195 out of 201 bird and mammal species in northwest Alaska could face habitat loss or gain due to climate change. The research projects up to 52% of species may experience habitat expansion, while 45% will see contractions.
Two new species of Saurichthys, a predatory ray-finned fish, have been discovered in Monte San Giorgio, Switzerland. These ancient fishes exhibit distinct skull and body shapes, suggesting different hunting styles and habitats, contributing to their evolutionary success.
A new study found that 13 of 23 protected areas in Ivory Coast had lost their entire primate populations due to illegal cocoa farming. The researchers also discovered that 20 of the areas had unauthorized villages with nearly 30,000 people, highlighting the scale of deforestation caused by cocoa production.
The Tasmanian swift parrot is facing a severe population collapse, with its numbers projected to halve every four years. The research emphasizes the need for urgent protection measures to preserve the bird's forest habitat and prevent its potential extinction within 16 years.
Marine ecologists track striped marlins in Pacific Ocean using satellite tags, revealing their preferred habitat in the epipelagic layer within 8 degrees C of sea surface temperature. The study's findings may help reduce undesired catch and target higher-value species.
A new study reveals that dottyback reef fish can change color to imitate various damselfish species, allowing it to sneak up on unsuspecting young and avoid detection by larger predators. This unique ability makes it harder for prey to develop strategies to evade the dottyback.
A study at Lincoln Park Zoo found that chimpanzees prefer to travel longer distances for their preferred food source, grapes, over carrots. The apes demonstrated innovative problem-solving behavior as they adapted to the situation.
New research from the University of Warwick found that zoos and aquariums can increase respondents' understanding of biodiversity and conservation after a visit. The study involved 5,661 respondents at 26 zoos and aquariums worldwide, showing an increase in positive evidence of biodiversity understanding from pre-visit to post-visit.
A new study identifies 15 animal species at the highest risk of extinction due to low conservation opportunities. Researchers estimate that conserving these species would require a significant investment of $1.3 billion annually.
Researchers found that bat activity was lower in street-lit areas than dark locations with similar habitat. Only Leisler's bat showed a positive association with street lighting, highlighting the need to reconsider urban planning strategies.
A new study reveals that female killifish avoid mating with males of closely related species and also tend to shun males of their own species if they come from an unfamiliar population. This phenomenon, called cascade reinforcement, can lead to the early stages of speciation.
A new paper suggests that conservation organizations need to be bolder in their adaptation efforts due to the rapid ecological changes caused by climate change and other global changes. By adapting like the organisms they seek to protect, these organizations can conserve something that won't stay still.
The discovery of a new turtle genus in Wyoming provides insight into how animals may respond to future climate change. Modern-day turtles may struggle to migrate northward due to habitat loss and human pressures, leading to some species' potential extinction.
Lemurs are expected to lose considerable amounts of suitable habitat due to climate change, with some species shrinking their ranges by nearly 70 percent. The study identifies key forest corridors that need protection for lemurs to reach future habitats.
New research reveals interacting and cumulative time lags in biodiversity responses, exacerbating environmental degradation and ecosystem service losses.
A study by Smithsonian scientists found that oyster disease is more prevalent in areas with low oxygen levels at night, which can cripple the oysters' defense against the parasite. However, surprisingly, oysters' filtration powers flag during periods of low oxygen but recover afterwards.
A study analyzing 308 bird species found that many birds switch between federal land managers throughout the year, highlighting the need for cooperation in conservation. The research used crowdsourced checklists and mapping to identify key habitats and inform land management priorities.
Researchers found that reclaimed oil and gas well pads in Colorado lack the patchy soil patterns that support sagebrush recovery. This uniformity can make it harder to reestablish big sagebrush, a critical component for diverse wildlife species.
Researchers predict that up to one in three Bornean mammal species will lose 30% or more of their habitat by 2080 due to deforestation and climate change. A targeted conservation approach, focusing on higher-elevation reserves, can mitigate this threat and safeguard biodiversity hotspots.
A recent study revealed that the Nigeria-Cameroon Chimpanzee subspecies has a more complex evolutionary history than previously thought, with three distinct populations found in central Cameroon. The research also suggests that climate change could cause significant harm to chimpanzee populations due to habitat alterations.
Climate change threatens Nigeria-Cameroon Chimpanzees with drastic habitat loss, including the savanna-woodland habitat of central Cameroon. The subspecies has only about 6,000 individuals in the wild, making it particularly vulnerable to extinction.
Research on endangered monkey species in the Amazon reveals new insights into their diversity and evolutionary history. Genetic analysis shows that some species have distinct groups, while others have smaller habitats threatened by climate change.