Latest Articles for Environmental Science

A look at invasive species and how they threaten ecosystems worldwide.

Explore how genes and environment influence flowering time in sorghum plants.

Discover how light is used to sort nanoparticles with precision.

Discover how sensors are changing the way we assess fruits and vegetables.

Exploring the role of gene expression variability in evolution and gene function.

Discover how wavelet methods improve time series forecasting accuracy.

New technique enhances gene editing in bacteria for various applications.

Exploring how GS regulates nitrogen use in organisms.

MaAsLin 3 transforms how we analyze microbial communities for health and environment.

Exploring the unique ways plants and animals cope with low oxygen availability.

Researchers create ACE2-SOM to better predict climate changes caused by rising CO2.

Learn how forecast horizons shape ecological predictions and decision-making.

Study reveals complex interactions between bacteria and antimicrobial metals like copper and silver.

Discover how microbes interact and sustain life on Earth.

New neural network method transforms our understanding of complex physical interactions.

Scientists create a robot swimmer mimicking zoospores for efficient fluid movement.

Discover the fascinating world of travelling waves and their many applications.

Discover how nature's patterns reveal ecosystem health and responses to change.

Antibiotic-resistant bacteria found in dolphins and whales raise concerns for health.

Discover how microbes break down harmful benzene in low-oxygen environments.

Discover how the southern corroboree frog battles a deadly fungus.

Discover how TPCA improves hyperspectral image classification accuracy and efficiency.

Discover how fluids interact in porous materials and its impact on the world.

Explore how chaos affects fluid behavior in porous materials.

Discover how chaotic flows mix particles in rivers, oceans, and bodies.

Uncover the dynamics of fluids in porous media with undercompressive shock waves.

Discover how particles move and interact in spaces with obstacles.

Generative AI helps identify bird calls in noisy environments for better conservation.

Explore how materials behave during phase changes and their practical applications.

Discover the role of equilibrium chemistry in aerospace and combustion sciences.

Scientists track diseases by analyzing community wastewater to predict infections.

Discover how zero-shot learning changes the game in environmental audio recognition.

Explore how fractional diffusion equations explain complex particle movements.

Discover the fascinating world of nanostructures and their impact on technology.

Discover the swirling motions of fluids and their chaotic beauty.

Discover the intricate world of biofilms and their survival strategies.

Discover how monkeyflowers thrive in toxic copper-polluted soils.

Discover how Argentine ants manage traffic flow in crowded environments.

Research reveals how supergenes influence butterfly wing colors for survival.

AI is transforming biological research through innovative digital organisms.