Latest Articles for Environmental Science

Leveraging satellite imagery to improve flood prediction and disaster preparedness in Bangladesh.

A novel method improves local outlier detection by considering spatial relationships.

A bio-inspired hydrofoil device improves detection of ocean currents and waves.

Study reveals how glucose levels affect mutation rates in bacteria.

Robots learn to safely navigate tricky forest environments using advanced techniques.

Study reveals variations in mosquito resistance to insecticides in the DRC.

Study reveals how PM2.5 and ozone affect respiratory cells and inflammation.

A new approach to forecasting behavior in chaotic systems.

Study investigates links between natural radiation and cutaneous squamous cell carcinoma.

LDA's structure blends crystalline and amorphous traits, impacting cosmic and Earthly processes.

A study comparing XGBoost and Random Forests for hydrological predictions.

Explore how E. coli bacteria evolve to navigate their environment.

Examining how rotation impacts heat movement in fluid systems.

Research uncovers unique metamonads thriving in extreme soda lake environments.

Our research shows how machine learning improves satellite imagery analysis for long-term predictions.

New dual-combing system improves gas detection accuracy and speed.

A look at the binomial method's role in modeling complex systems efficiently.

New methods improve detection of chiral molecules, impacting various scientific fields.

Examining how liquids interact with grooved surfaces under various conditions.

Bacteria use chemical signals to communicate and influence dental plaque formation.

The Radon-Cumulative-Distribution Transform enhances modeling of fast-moving fluid flows.

Using machine learning to improve turbulent flow wall models for better simulations.

Research links PM2.5 exposure from traffic to Alzheimer’s disease risk.

A new method improves estimates in environmental health research.

Freshwater mussels are vital to ecosystems but face serious health threats.

An overview of space weather impacts on communication and power systems.

Research reveals vital roles of water and cell mechanics in plant development.

Exploring the effects of hydrogen on combustion dynamics and stability in gas turbines.

New research reveals drones can fly longer using natural wind updrafts.

A new model uses data and physics to predict how particles behave in fluids.

Examining the links between fluid behavior and geometric structures.

Exploring the unique behaviors of shallow water waves in various environments.

CHIKV poses serious health risks, especially in tropical regions.

A new framework for efficient recovery of resources from wastewater.

A new method improves data analysis in various fields through seasonal Gaussian processes.

Exploring the role of niche construction in evolutionary processes.

A look at how fractional and fractal derivatives help analyze complex systems.

A look at new techniques for studying nanoscale materials.

New techniques enhance LiDAR data quality in challenging weather.

An analysis of extreme events using max-stable time series and tail dependence coefficients.