Latest Articles for Environmental Science

An insight into the CDG method for solving Brinkman equations in fluid dynamics.

Exploring helium's effects on perovskite materials and their potential applications.

Research focuses on the Rayleigh-Stokes equation for non-Newtonian fluids using fractional derivatives.

Examining the dynamics of self-oscillating reactions in catalytic processes.

A look into cellulose production and its importance for plants and industry.

This study reveals how biological networks evolve and their significance in various fields.

New methods improve monitoring of CO2 underground storage in the North Sea.

Researchers develop stronger methods for manipulating chiral molecules using principles from Velella velella.

PIMENTA improves species identification in environmental samples using DNA readings from MinION.

Exploring the importance and effects of trace elements on human health.

Research reveals a method for converting lignin into valuable products using bacteria.

An analysis of uranium isotopes' ground state and fission characteristics.

Soft robots mimic earthworm movement to navigate confined spaces.

Exploring periodic motions in fluid-structure interactions and their implications.

A study on improving scalar field estimates amid noise.

A new system enhances farming efficiency through advanced navigation methods.

Bacteria manage metal ions like manganese for survival and growth.

Oxygenases are key enzymes improving environmental and biotechnological processes.

This research analyzes how materials transport in two-dimensional turbulent flows.

This article examines the rise and impact of drones across various fields.

Environmental DNA offers a new way to assess biodiversity without capturing species.

This article examines quantum entanglement and the role of non-Markovian baths.

Explore how plants regulate flowering through gene control and environmental responses.

Addressing the urgent decline of wild bee populations for ecological balance.

Discover the intriguing properties and applications of spider silk in various fields.

New methods uncover microbes that boost plant health and resilience.

A method to improve statistical models using expert insights.

Examining how individual random variables influence collective behavior across various fields.

This article examines how solvent evaporation impacts the behavior of complex mixtures.

A new method enhances long-term forecasting by selecting the best measurements.

Enhancing hyperspectral image quality through innovative operational neural networks.

Nitrogen dioxide pollution poses serious health risks in Latin American cities.

Discover how stomata regulate gas exchange and water loss in plants.

Dinoflagellates play crucial roles in aquatic food webs and ecosystem health.

A new method uses observational data for accurate regional weather predictions.

This article explores how particles influence drag in fluid systems.

Exploring optimal control and fractional derivatives in engineering and environmental science.

Study reveals how particles move in narrow openings of various cavities.

New methods improve predictions of fluid behavior in complex systems.

Examining how cylinder shapes affect their motion in fluids.