Latest Articles for Atmospheric Science

Explore the complexities of the moist atmosphere and its effects on weather.

A look into the fascinating world of neutrinos and their significance in physics.

This study reveals how nitric oxide emissions vary during geomagnetic storms.

SWIFT improves atmospheric transport methods, ensuring essential properties in simulations.

WASP-107 b reveals intriguing migration and atmospheric dynamics as a gas giant.

A study on radar techniques for tracking plasma turbulence in the ionosphere.

Research reveals how MeV rays behave in the atmosphere affecting detection.

Researchers uncover gas behaviors in WASP-121b’s atmosphere during transit observations.

Study reveals temperature differences in the atmosphere of exoplanet WASP-107b.

Research sheds light on atmospheres of hot Jupiters and their unique compositions.

DustNet offers quick and accurate predictions of dust levels and their atmospheric impacts.

LHS 1140b shows potential for liquid water and habitability.

Scientists examine planets for conditions that may support life.

Researchers propose methods to enhance datasets for better understanding aerosol particles.

Gravity waves play a key role in atmospheric dynamics and weather patterns.

An experiment simulates moist air movements and interactions in the atmosphere.

A new dataset and method improve clarity in long-range imaging affected by turbulence.

A study presents a new method to analyze atmospheric blocking events effectively.

Scientists reveal sulfur dioxide and water vapor in exoplanet WASP-39b's atmosphere.

Explore the unique atmospheres and phenomena of hot Jupiters.

Study reveals how water condensation affects exoplanet atmospheres and habitability.

New findings reveal details about WASP-189b's extreme atmospheric conditions.

Explore how atmospheric pressure influences the behavior of ocean waves.

Understanding wave interactions in the E-region enhances communication and weather predictions.

Learn how solar flares affect the Earth's ionosphere and communication systems.

Examining how limb asymmetry affects exoplanet atmosphere observations.

A study reveals fresh findings on how meteor persistent trains form and behave.

Studying cosmic rays reveals complexities in distinguishing between particle types.

Introducing a method to enhance turbulence measurement and infrared image clarity.

Researchers develop SUIM to observe atmospheric changes using cosmic X-ray sources.

A machine learning approach to predict atmospheric optical turbulence using limited data.

A new method uses deep learning for faster atmospheric chemical predictions.

Learn how planetary waves influence weather patterns and jet streams across the globe.

This research examines how electric fields distort ion distributions in Earth's atmosphere.

A study on methods to estimate turbulence strength from video footage.

gWaveNet enhances gravity wave detection using noisy satellite images.

Study reveals how unique shapes of air particles impact weather and health.

A weather balloon recorded X-ray emissions during the May 2024 superstorm.

Discover how golden eagles master atmospheric forces to glide effortlessly.

A new method offers real-time density data to enhance satellite operations in space weather events.