Latest Articles for Environmental Studies

A look at the ARP-GEM1 model's improvements in climate prediction.

Learn how earthquakes of all sizes share common behaviors and principles.

A look at how agent-based modeling helps analyze complex social and industrial systems.

A look at how wind and turbulence impact our environment.

Explore the interactions between currents and their weather impacts in the Gulf.

A look into cosmic rays, their origins, and their impact on Earth.

A new technique improves low-resolution satellite images for better clarity and detail.

Discover how scientists use ocean drifters to track water movement.

Explore how salt and humidity influence thin liquid films and their impact on our climate.

A new model enhances understanding of population dynamics and health issues.

Water exhibits strange behaviors that puzzle scientists and challenge our expectations.

Deep learning improves climate models by better capturing small ocean processes.

Learn how scientists improve data clarity for complex problems.

This guide walks through a fresh method for solving convection-diffusion-reaction equations.

Learn how scientists model air movement and improve weather predictions.

A look at how diffusion processes are analyzed using Bayesian inference.

Joint models combine various responses for clearer insights in research.

Learn how reduced-rank methods simplify complex data relationships.

Combining machine learning with fluid dynamics improves predictions and applications.

Exploring how particles affect the movement of fluids in pipes.

Learn how topological data analysis helps simplify complex data.

Ocean bubbles release droplets that influence weather patterns and climate.

A new method leverages satellite imagery to assess child poverty more accurately.

Learn how ocean currents influence climate, weather, and marine life.

Learn how particles move and interact in various environments through diffusion.

Discover the important roles of tropical clouds in weather and climate.

A look into the CO2 airborne fraction and its significance for climate science.

Hadley cells play a key role in shaping global weather patterns.

Researchers introduce a method for improved change detection in images.

Understanding how climate models affect wind power predictions.

Learn how climate change influences the spread of animal-borne diseases.

A look into how droplets evaporate and its significance in everyday life.

New methods in animal recognition are changing wildlife research.

Internal tides are crucial ocean waves that occur beneath the surface.

New method improves the accuracy of snow depth predictions for climate management.

A look into the challenges and studies of extreme weather.

Discover a new method enhancing molecular dynamics simulations with improved efficiency.

New methods enhance causal analysis of spatial data using neural networks.

A new method offers faster solutions to linear parabolic equations in science.

Samudra is a fast, advanced tool for ocean predictions vital for climate science.