Researchers found that indirect effects of coevolution have a greater impact on complex biological communities than direct interactions. This is particularly concerning for species-rich networks, which are slow to adapt to rapid environmental changes and may face higher extinction risks.
Researchers from the University of Leeds and others have developed more accurate methods for estimating biodiversity in large regions. The study found that rare tree species are poised to become dominant if conditions change in their favor.
Researchers have identified two species of diving beetles in European streams, challenging long-held assumptions about a single common species. The new species, Meladema lepidoptera, is found only in Corsica and Sardinia, with genetic data suggesting it diverged from the other species around 1.5 million years ago.
Scientists discovered that plastic marine debris was transporting non-native species from Japan to North America and Hawaii after the 2011 tsunami. This phenomenon suggests a significant increase in the role of marine debris as a vector for invasive species due to climate change and coastal urbanization.
The discovery of 15 new species in the genus 'smiley faced' spiders challenges previous estimates of biodiversity in the Caribbean. Researchers named these species after notable figures including Obama, Sanders, David Bowie and DiCaprio to promote awareness about human rights, equality and climate change.
Botanic gardens conserve nearly two-thirds of plant genera and over 90% of plant families, yet face a significant imbalance between temperate and tropical regions. The majority of plant species are tropical, yet only 25% of these are represented in botanic gardens.
A new model for tropical plant biodiversity suggests that the storage effect enables tree species to coexist and is stronger in the tropics. Long-term forest monitoring data from 10 plots across 64 degrees of latitude reveal that successful reproductive events become more synchronized as latitude increases.
A theoretical physicist proposes an alternative approach to species classification by considering the dynamics of microbial communities as a whole. This framework may help researchers better understand complex biological systems and their role in human diseases.
Scientists discover cryptic species in Elymnias genus due to mimicry, not interbreeding. Multiple species on different islands evolved to resemble a single model species, confounding classification.
Researchers at STRI and JLU discovered a new species of porcelain crab, Pachycheles tuerkayi, found only along the coasts of Costa Rica, Panama, and Colombia. The new species has hairy claws and can be distinguished from another similar species, P. serratus, through its unique characteristics.
Researchers developed a peptide mass fingerprint technique to identify whale species from old baleen samples too degraded for microscopy. The method accurately identified 10 species of whales and helped archaeologists understand which species prehistoric groups hunted and how resources were used.
Researchers estimate 2 billion species, with bacteria dominating the 'Pie of Life'. This new estimate incorporates DNA sequence data and parasite-host associations to arrive at a higher number than previous estimates.
A new critically endangered tree species, Melicope stonei, has been discovered on Kaua'i, with unique habitat features and limited distribution. Threats to its survival include habitat degradation, predation by invasive species, and environmental events.
A new species of fruit bat, previously nicknamed 'Yoda' due to its resemblance to the Star Wars Jedi Master, has been officially recognized and renamed the happy (Hamamas) tube-nosed fruit bat. The species was discovered in Papua New Guinea and distinguished from other similar species based on unique morphological characteristics.
Researchers propose a new approach to evaluating biodiversity, focusing on species migration and abundance within ecosystems. By analyzing these dynamics, experts can better understand ecosystem responses to environmental changes and develop more effective conservation strategies.
A new study from Umeâ University reveals that bird genera inhabiting climatically stable areas have diversified into more species than their sister genera. Climatic stability reduced the risk of extinction and allowed diverging lineages to persist without going extinct or merging until speciation was completed.
A new study reveals vast knowledge gaps in island-restricted bat species, emphasizing the importance of prioritizing conservation efforts for these vulnerable habitats. The research identifies areas with high levels of endemic bat species and underscores the urgent need to protect their islands and populations.
New research suggests that bird and bumblebee species nesting late in the year are suffering more from habitat destruction. The study found that larger birds and bumblebees are worst affected due to competition over scarce nest sites.
A new study by researchers at Uppsala University reveals that genetic differences between species are the key to song discrimination in juvenile songbirds. The study finds that even when exposed to songs from other species, young birds selectively learn and discriminate their own species' songs.
A new study compares physical characteristics of two similar octopus species, assigning names years ago but never rigorously compared. Researchers analyzed 72 specimens and devised a method to quantify subtle differences in wart distribution.
A new tool enables identification of high-end caviar from Beluga sturgeons by analyzing DNA from a single caviar egg, contributing to conservation and fair international trade. The development helps distinguish Beluga caviar from Bester and other species using targeted genetic variants.
A new study found that species from groups with high ongoing diversification are at greater risk of extinction than slowly diversifying lineages. Saving just 20 species could safeguard an estimated 1.4 billion years of evolutionary history for fast-speciating amphibian groups.
As ocean waters warm at a rate two to three times faster than the global average, commercially important species will continue to shift their distribution. This shift is expected to impact local fishing communities, as species now landed at those ports move out of range and new species move in.
Since 1840, European freshwater fish species have undergone significant changes, with non-native species outnumbering native ones. Human activities, such as habitat destruction and intentional introductions, have led to an increase in taxonomic homogenization across Europe.
A new species of South American rabbit has been discovered by Portland State University researcher Luis Ruedas, who found the creature to be larger and shaped differently from its cousins. The discovery is significant as it will require renaming other rabbit species in the region, potentially affecting conservation efforts.
A new study by Yale researchers found that maintaining a diverse collection of species in fungal communities not only safeguards weaker species but also protects the genetic diversity of the larger community. This phenomenon, known as biodiversity begetting biodiversity, can help protect threatened ecosystems like coral reefs.
Researchers discover two new shrimp species in burrows at the bottom of the Gulf of California. The study reveals details about the habitats and characteristics of these crustaceans, shedding light on the biodiversity of the region.
A global research team developed a new Web app to compare and align marine species occurrence maps from two extensive databases, improving the basis for ecological studies and policy decisions. The updated maps include 24,586 species, with some discrepancies found in the IUCN and AquaMaps datasets.
In a study published in PLOS ONE, researchers found that female Drosophila buzzatii fruit flies use courtship songs to pick mates of their own species. The study suggests that this preference may have driven speciation in the cluster. Female preferences for specific songs varied among individuals.
A new study reveals that variability in shared resources available to microbes in the human body explains significant person-to-person differences in microbial species abundance. The research also found that closely related species tend to share common resources and are more abundant in certain body sites.
Researchers confirm importance of first arrival for promoting species diversification in a test tube experiment with bacterial species. The study extends the 'first arrival' hypothesis with caveats, suggesting that earlier arrival allows for greater diversification if competing species are similar ecologically.
A new study reveals that species' geographic ranges are systematically overestimated by the International Union for Conservation of Nature (IUCN), leading to an underestimation of extinction risk. The research provides a formula to estimate more accurate species ranges, suggesting that at least 10 out of 18 bird species should have the...
Researchers have identified the neural basis for password-based species recognition in cowbirds, a behavior that resolves the paradox of species recognition in brood parasites. The study reveals that young cowbirds use a specific chatter call as a 'password' to identify conspecifics and avoid imprinting on host species.
A new study reveals that promiscuity in birds slows down the formation of new species, contradicting conventional wisdom. Polygamous bird species, which breed with multiple partners, are less genetically diverse than monogamous species.
Researchers found that warmer temperatures led to the extinction of smaller springtail species, while larger species survived due to their ability to adapt and escape predators. This study highlights the complex interactions between species under climate change conditions.
Scientists analyzed plant species in China's Hengduan Mountains and found that new species evolved at a faster rate than in nearby regions. This study provides the strongest evidence yet for the uplift-driven diversification hypothesis, supporting the idea that mountains create micro-habitats allowing species to adapt and diversify.
The study describes 15 new species of parasitic wasps with unique names inspired by Star Trek characters and Mark Twain's The Prince and the Pauper. The wasps inhabit the Neotropical region and have distinctive features, including large heads and specialized larvae that target lanternflies and planthoppers.
Scientists have identified three new species of ground snakes in Ecuador, including the Critically Endangered Cerberus Groundsnake. The study highlights the importance of genetic analysis in resolving problematic species delimitation and conservation efforts.
A new species of hard coral, Cyphastrea salae, has been discovered on Lord Howe Island, Australia, using modern genetic techniques. The discovery highlights the unique fauna of this isolated location in the Tasman Sea and increases the conservation significance of Lord Howe Island.
A new species of terrestrial crab has been discovered in Hong Kong, with characteristics including a dark brown carapace and long legs. The discovery highlights the need for conservation efforts due to habitat destruction caused by pollution and land reclamation.
Researchers found that reducing the number of species in a grassland ecosystem can cause remaining species to flower earlier, similar to the effects of climate change. The study suggests that future changes in biological timing could be much bigger than expected, with potential cascading effects on ecosystem dynamics.
The discovery of 16 new fungus gnat species in the Allpahuayo-Mishana National Reserve sheds light on the region's remarkable biodiversity. The presence of a diverse array of parasitoid wasps suggests a high level of interdependence between rainforest species.
Researchers studied 19 virus families and found that cross-species transmission has played a central role in their evolution. Co-divergence is relatively rare compared to cross-species jumps.
The study sequenced 10 novel Aspergillus species, more than doubling the number of sequenced species, revealing greater genomic and functional diversity. This increased understanding will aid in developing enzymes for biofuels, paper, textiles, food, feed, and pharmaceuticals.
Researchers found that restoring predators and prey species together is faster and more efficient than pursuing restoration of one species at a time. This approach, also known as synchronous recovery, can lead to significant ecological and economic benefits.
A new study by University of California - Santa Barbara researchers found that synchronously restoring predator and prey species speeds recovery efforts of both. This approach is nearly always more efficient and on average about twice as fast as sequential recovery.
A new study suggests that reviving extinct species may lead to a loss of biodiversity rather than an increase. The research found that funding conservation efforts for some revived species would come at the expense of others.
A recent study found that 37% of all recorded alien species have been introduced globally over the past few decades, with new introductions increasing at an alarming rate. Climate change is expected to lead to further invasions as non-native plants adapt to new environments.
A new study found that 28 of South Africa's 57 forest-dwelling bird species are declining in range, while 22 species are increasing. The data from the Southern African Bird Atlas Project indicates a link between deforestation and habitat loss, with smaller bird species more vulnerable to extinction.
A study published in PLOS ONE found that current Australian nature reserves are unsuitable for the critically endangered Leadbeater's Possum but may compromise on habitat for other forest-dependent species. Expanded reserve systems could provide higher habitat suitability values, but at a cost to other species.
Researchers found that the most successful phyla have a skeleton, live on land, and are parasites. This suggests that traits like having eyes or complex organs may not be primary drivers of species diversification. The study sheds light on why some groups have branched into many species while others remain relatively few.
A global map of alien bird species shows that human activities are the main determinants of their presence, but also highlights areas with rich native bird species as hotspots for alien species. The study found a significant increase in bird introductions since World War II and suggests that economic factors contribute to the spread of...
A new study found that diverse shrublands in South-Western Australia thrive due to beneficial root-associated organisms. The research suggests that these microorganisms equalize growth differences between plant species, allowing for long-term coexistence in highly competitive environments.
A study by University of Michigan researchers found that growing multiple algal species helps stabilize biocrude production and makes the system more reliable. However, competition among species often causes mixtures to produce less biocrude than individual species.
The California Academy of Sciences has added 133 new plant and animal species to the world's family tree, including a deep-sea fish, sharks, ants, beetles, birds, and coral. These discoveries were made by over a dozen scientists and collaborators across five continents and three oceans.
A new study by the American Museum of Natural History estimates that there are approximately 18,000 bird species worldwide, nearly twice as many as previously thought. The researchers used a combination of morphology and genetic studies to highlight birds with separate evolutionary histories.
New research reveals that climate change has led to the local extinctions of hundreds of plant and animal species worldwide. The study found that these extinctions have occurred in over 450 species, despite global warming being less than 1 degree Celsius so far.
A study by TUM and 300 scientists found that intensified land use leads to a decrease in species diversity and a loss of unique plant communities on grasslands. Even moderate land use results in the homogenization of species, with only a few species remaining across regions.
Scientists have discovered a new dominant ant species in Ethiopia displaying signs of supercolony formation, expanding rapidly into disturbed habitats and potentially posing a global threat. The species, Lepisiota canescens, exhibits characteristics reminiscent of invasive species, including high densities and ecological dominance.
Researchers found two snail species in Japan and Russia that use their shells to hit and knock over carabid beetles. This active defense strategy is unique and suggests the importance of predator-prey interactions in animal evolution.