Latest Articles for Environmental Science

This study examines how surface roughness affects turbulent flow behavior.

Exploring how carbon monoxide affects gut health through specific bacteria.

A novel model provides real-time predictions for wildfire spread and behavior.

AI is transforming how scientists map and understand permafrost changes.

Mesogeos provides essential data to study and manage wildfires in the Mediterranean.

Study reveals how chemical cues affect mosquito oviposition in competitive environments.

Reduce complexity in systems to gain insights and improve predictions.

Salmon migrations reveal the relationship between genetics and environmental factors.

Study reveals how light influences marine larvae during their development.

A look into how bubbles and drops interact in turbulent conditions.

A look into how Leptospira has evolved to affect health.

Learn how turbulence affects various natural and industrial processes.

This study examines how salinity affects methane emissions in various wetland ecosystems.

This study examines how substances mix in flowing liquids and gases.

A study reveals how soil predators affect the survival of introduced bacteria in polluted environments.

Exploring the connection between fluid motion and energy transfer.

New method improves efficiency of data processing in autonomous ocean monitoring robots.

Study reveals the importance of urban parks for the Large Japanese field mouse.

Wastewater analysis helps monitor community health trends, especially during disease outbreaks.

A fresh approach to improve mixture proportion estimation accuracy.

A look into stochastic Navier-Stokes flows and their zero viscosity implications.

Research sheds light on how plants use chemicals to defend against pests.

Bayesian optimization offers new solutions for efficient stormwater management in urban areas.

A deep dive into reaction-diffusion problems and their significance in various fields.

Understanding how different fluids behave in porous materials.

Study reveals how light affects salmon survival and growth in aquaculture.

A fresh approach to predicting dynamic systems through advanced diffusion models.

New metasurfaces improve detection of chiral molecules in various fields.

This method improves equation discovery from data by using intuitive tree structures.

Examining how microbial structures influence ecosystem functions and agricultural practices.

A look into how advection and diffusion influence particle behavior.

Cyanobacteria adjust their photosynthesis and pigment production for survival in varying light.

Innovative methods for precise soil moisture monitoring in agriculture.

New modeling techniques enhance wildfire predictions and management efforts.

Robots adaptively collect data in dynamic environmental conditions for effective monitoring.

Examining how droplets change shape and break apart in swirling airflow.

Kriging Convolutional Networks improve predictions in spatial data analysis.

Explore the nature and types of turbulence in fluid flow.

Study reveals how bubble clusters affect rise speed and stability in liquids.

A new method improves understanding of fluid flow over surfaces.