Athmospheric

Field tests in Arba Minch show Sensirion optical particle counters maintain precision and reference-level accuracy during intense biomass smoke events.

Environmental scientists have combined Shannon entropy and machine learning to distinguish genuine wildfire smoke plumes from faulty ground-level fine particulate...

Springtime airborne observations in the Arctic detected newly formed aerosol particles across wide geographical areas and altitudes up to four...

Researchers deployed the airborne Doppler wind lidar HEDWIG aboard the HALO research aircraft to retrieve high-resolution horizontal and vertical atmospheric...

Atmospheric researchers in eastern Finland demonstrated that optical sensors combined with machine learning can profile pollen concentrations across heights up...

A multi-year study in Xi’an reveals that shifting bioaerosol particle sizes nonlinearly altered respiratory deposition doses, with children facing the...

A systematic review of 68 studies reveals that virtual and augmented reality tools are expanding beyond emergency response training into...

A European research consortium led by the University of Gothenburg has received 14 million euros to investigate why Antarctic glaciers...

Atmospheric scientists evaluating virtual flight trajectories across large-eddy simulations found that faster speeds and staircase patterns significantly improve the domain-scale...

Satellite observations over two decades reveal that the Asian summer monsoon lofts methane across the tropopause into the lower stratosphere,...