Latest Articles for Environmental Science

A study reveals the effectiveness of eDNA in monitoring aquatic biodiversity.

Introducing a new model for improved air quality predictions.

A new approach to modeling complex relationships through creative thinking.

Advancements in nanoreactor design enhance enzyme efficiency and stability for various applications.

Learn how Pyrocystis lunula adapts to changing light conditions.

This study evaluates how statFEM handles errors in complex models.

Innovative techniques enhance building data collection for better disaster management.

Researchers create a detailed genome assembly for B. huntii, aiding agricultural practices.

A new method improves sensor selection efficiency in diverse networks.

Examining how particles affect vortex behavior in fluid dynamics.

An overview of passive scalar transport and its implications in fluid dynamics.

Explore the intricate food web relationships within Michigan's diverse forest ecosystem.

A look into the behavior of fluid interfaces and their implications.

A novel approach enhances image clarity through turbulence in air and water.

An exploration of turbulence, focusing on energy transfer and its fluctuations.

Exploring how range expansion impacts evolution, particularly in bacteria and cancer.

New method enables MAVs to soar efficiently without prior wind knowledge.

OsHV-1 poses significant risks to shellfish farming and aquatic ecosystems.

New methods improve accuracy and speed in identifying small molecules.

A fresh approach uses light and temperature to follow Monarch butterflies more accurately.

Research explores how enzymes can help slow cancer cell growth.

Exploring how mathematical models predict species interactions and population dynamics.

This article explores how stochastic resetting can enhance particle efficiency.

Stomata are key to plant breathing and water management.

Research focuses on enhancing lipid output in microalgae for sustainable fuel.

Researching ice streams can help predict sea level changes due to climate change.

Researchers use magnetic fields to influence bacterial movement and behaviors in liquid environments.

Understanding sex determination in zebrafish reveals complex genetic and environmental interactions.

New research links environmental chemicals to changes in breast cells.

Scientists study tiny particles in air to uncover hidden forces and materials.

This study enhances fluid flow predictions in porous materials using new mathematical approaches.

This study examines how flexible beams and flowing fluids influence each other.

Research reveals new details about polonium's properties and potential applications.

Research reveals lunar effects on CO2 release in Central Italian Apennines.

A fresh approach to predicting extreme weather events and their interactions.

Exploring how robots enhance environmental data collection through autonomous decision-making.

KHILL helps scientists monitor genetic diversity and variant changes in populations.

Plants release BVOCs to signal and protect each other in their environment.

Explore the connections between biodiversity and ecosystem health.

New methods enhance cloud detection accuracy in satellite images.