Latest Articles for Ecology

A user-friendly tool for building Petri Nets and simulating complex systems.

A cutting-edge dataset enhances tree modeling for ecological and urban planning research.

A new study sheds light on the evolution of spiny-rayed fishes and their diversity.

Researchers develop methods to solve complex FPL equations more efficiently.

Study reveals rapid changes in recombination rates among cichlid fish populations.

Researchers combine genetic information and phylogenetic relationships for better growth rate estimates.

Researching methods to measure photosynthesis and productivity in aquatic environments.

Study reveals how environment and genetics shape house mice traits.

Microbetag offers insights into complex microbial interactions and networks.

Examining how environmental shifts impact species populations and community structure.

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

Exploring how biodiversity impacts disease spread and management.

A new method merges Bayesian inference and machine learning for better data analysis.

Study reveals how fungi help grasses cope with environmental shifts.

Analyzing the Permian-Triassic transition reveals insights into climate change dynamics.

A look at methods to measure collective behavior in biological systems.

Study reveals how viruses influence bacteria during algal blooms.

This research reveals how plants produce withanolides and their potential benefits.

Exploring species interactions and economic parallels through the Volterra model.

This study examines sexual and asexual reproduction in L. fabarum and their effects.

Examining the dynamics of branching processes in varying conditions of immigration.

Research reveals garden centres as key sites for invasive alien species.

This study investigates control methods for managing reaction-diffusion equations and their patterns.

New models reveal complex recovery patterns of coral reefs after disturbances.

A combined model enhances insights into genetic diversity in populations.

Research reveals complex gene flow and reproductive barriers in butterfly species.

This article examines how interactions among organisms and disturbances shape ecosystems.

This article explores the importance of phylogenetic methods in understanding core microbiomes.

New methods reveal insights into species interactions and community dynamics.

A structured approach to finding meaningful spatial relationships in diverse fields.

Study highlights how bacterial communities protect plants from diseases.

This article explores how DNA inversions affect reproduction and genetic diversity.

Examining how environmental combinations affect genetic responses in drug resistance.

Examining how populations grow and decline in response to their surroundings.

A new method significantly speeds up sampling from non-Gaussian Lévy processes.

Discover how VERA combines AI to foster learning through clear explanations.

A look at how species adapt to environmental changes.

Study examines the term 'hybrid swarm' and its implications in hybridization research.

Researchers enhance population models to include random changes affecting long-term outcomes.

This study examines how distance affects genetic relationships in populations.