Latest Articles for Ecology

Chouca simplifies ecosystem modeling using Stochastic Cellular Automata for better ecological insights.

Explore how predator-prey interactions create complex patterns in nature.

Simformer improves inference methods by addressing challenges in simulation-based analysis.

This study presents a method to better estimate point density in spatial data.

A closer look at how eDNA is shaping species monitoring.

A model explaining how infections move through networks and its real-world implications.

New AI methods reveal hidden RNA viruses and enhance understanding of viral diversity.

Study highlights the impact of species interactions on ecological model accuracy.

New findings enhance models for studying species evolution and extinction rates.

Examining how ecosystem connections impact stability and biodiversity.

Environmental shifts can drive evolution and diversity in living organisms.

Bacteria and phages engage in a constant struggle for survival, affecting ecosystems.

Exploring how organisms move towards or away from chemical signals.

Eye lenses can reveal important details about birds' early environments and diets.

A fresh approach simplifies the study of complex systems using quantum physics concepts.

Examining how species connect with biomes and adapt to changes over time.

Research examines species interactions in networks, revealing insights for ecology and economics.

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

Ukiyo-e-Seq helps scientists study and identify marine plankton diversity.

New radar methods reveal important insights into declining insect populations.

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

A look at how animals find food and shelter through MFPT.

Research uncovers roles of giant viruses in Chlamydomonas reinhardtii.

A study explores genetic factors aiding invasive species in new environments.

Research on Aesculapian snakes reveals adaptations to human-influenced environments.

Using technology to enhance understanding of kinship in primates.

Learn about the factors influencing forest insect outbreaks and their management.

This article explores how plant cooperation shifts to competition in dry environments.

Exploring the use of agent-based models in various fields.

A new theory explains the complex relationship between species richness and community abundance.

CAASL helps researchers quickly identify causal relationships in various fields.

Combining DNA analysis with computer vision improves invertebrate species identification.

This study reveals how memory influences Brownian motion in confined spaces.

Research on social amoebae reveals complex dynamics in dominance hierarchies.

How altitude impacts insect pollinators and the survival of key plant species.

New models challenge traditional views on ecosystem stability and dynamics.

This approach simplifies and enhances network reconstruction across various fields.

Study reveals how microorganisms adapt in harsh habitats like Yellowstone.

Exploring the influence of random interactions on ecological population dynamics.

Beta-diversity shows how species differ across locations and its importance for ecosystems.