Latest Articles for Species

This study examines how climate change affects species interactions and biodiversity.

MATEdb2 expands genomic data access for animal evolution research.

A look at how measurement errors shape our view of evolution.

Study reveals differences in plant diversity between two tropical alpine regions.

Research reveals insights about nudibranchs discovered on a Japanese fishing vessel.

A look at how diffusion models help understand species changes over time.

This study reveals significant chromosome changes in northern gadids, affecting their evolution.

Study reveals rich mosquito species variety in Isla del Carmen and potential health risks.

Research reveals complexities in modeling ectotherm traits based on temperature.

Animals adapt their senses to thrive in different environments.

DNABERT-S improves DNA analysis with innovative embedding methods.

A project to catalog European eukaryotic genomes for biodiversity and conservation efforts.

A look at the importance and threats to GAB springs and their biodiversity.

New methods improve accuracy in identifying timber species to combat illegal logging.

Research shows urban trees can help combat climate change in Kalaburagi City.

Researchers identify two new Mylochromis species in Lake Malawi's diverse ecosystem.

Studying how climate affects unique flowering plants in California's vernal pools.

Strategies to exploit fish populations while ensuring their long-term survival.

Understanding phylogenetic diversity aids in biodiversity conservation efforts.

Exploring the intricate relationship between evolutionary rates and time across studies.

This article compares methods of identifying species in wildlife monitoring.

Researchers study fruit fly glue for potential advances in adhesives.

An overview of raptor migration patterns and findings from spring surveys.

Learn about phylogenetic trees, their structure, and their significance in various fields.

Examining the impact of avian influenza on wild bird populations and conservation efforts.

Combining DNA analysis with computer vision improves invertebrate species identification.

Research enhances identification of Culex mosquitoes and uncovers new species.

AI technology improves bark beetle identification and forest management.

Researching bird flu impacts through knowledge graphs for better understanding and prevention.

Learn how integrated models enhance biodiversity research and conservation efforts.

Study reveals unique gut microbes across different honeybee species and their significance.

New methods change the understanding of turtle population changes and their implications.

Discover the impact of Arboretum on AI research for biodiversity.

New drone technology improves counting of endangered animal species.

A look at how eRNA analysis advances ecological monitoring.

A look into arthropod diversity in two areas of TAMIU.

Study shows stable transposable elements in Scalesia plants across diverse environments.

A look at how phylogenetic trees reveal the processes of evolution.

Exploring species interactions and economic parallels through the Volterra model.

New system enhances understanding of plant life events through community data.