Latest Articles for Environmental Science

New methods improve predictions of ion interactions in water.

Insects use special hairs to detect humidity fluctuations in their environment.

Turbulent fountains can protect crops from frost and manage air pollutants.

LEAP method analyzes small changes in complex systems for greater insights.

Exploring how genetics and environment shape organism traits and health.

Researchers examine how environmental factors affect time periodicity in quantum systems.

SeafloorAI provides essential sonar data for studying the ocean floor.

Introducing a method to better predict severe weather events using diverse data.

Exploring AI advancements in weather forecasting amid climate change.

Research unveils effects of weak magnetic fields on worm regeneration.

Nitrous oxide plays a key role in atmospheric research and astrobiology.

New amplifier technology boosts light pulses for environmental monitoring and laser applications.

New model enhances accuracy for simulating surfactant effects in fluid dynamics.

This article examines the behavior of vorticity in axisymmetric flows without swirl.

Exploring the behavior and importance of compressible viscous fluids in science and engineering.

A look into the diverse genus of Astragalus and its evolutionary story.

A look into seabird health and disease risks in the Atlantic archipelago.

TaxaBind combines various data types to support species classification and conservation efforts.

This research focuses on enhancing diatom collections through improved metadata management.

Iron oxide clusters show potential as catalysts for efficient hydrogen production from ammonia.

New adaptive detection algorithms improve target identification in complex environments.

Ultramafic rocks and microbes may help in reducing CO2 emissions effectively.

A new soft robot imitates dolphin movements for improved underwater exploration.

An overview of avian influenza and its effects on ecosystems.

This article explores the dynamics of particle interactions through coagulation and fragmentation.

Explore the forces and dynamics of how fish swim efficiently through water.

Examining how plants adapt to salt stress for sustainable agriculture.

Examining how quantum methods improve satellite image classification for solar panel detection.

Exploring plant defenses against diseases through genetic response.

Researchers identify Phyllobacterium meliloti, a bacteria with unique traits and glyphosate resistance.

Exploring the complexities and risks of carbon capture and storage technology.

Explore the math and science behind plant patterns in deserts.

Exploring how males and females react differently to sickness in animals.

Galdieria thrives in extreme conditions, showcasing unique survival traits and potential applications.

Exploring the impact of detrending methods on extreme temperature values.

A new method improves analysis of complex datasets by focusing on relevant variables.

Explore the unseen world of bacteria in fish and their vital roles.

Research uncovers how a tiny bacterium survives in cold water environments.

AI tools are improving predictions of fluid flow in oil and gas exploration.

New sensors made from MoS2 show promise in detecting harmful NO2 gas.