Exchange processes between the surface and the atmospheric boundary layer Atmospheric aerosol particles Urban climate, air pollution and climate protection Fog research Exchange Processes between the ...

Over time, they noticed that the atmosphere had distinct layers. By the early 1900s ... and over the last 40 years, the boundary between the troposphere and stratosphere has risen about 200 ...

Improved observations of the atmospheric boundary layer (BL) and its interactions with the ocean, land, and ice surfaces have great potential to advance science on a number of fronts, from improving ...

A lthough the troposphere is often thought of as the closest layer of the atmosphere to the Earth's surface, the planetary boundary layer (PBL)—the lowest layer of the troposphere—is actually ...

With a wave generator, blowers, light tubes, and heating and cooling systems — and Pacific Ocean seawater from nearby Scripps Pier — the instrument can emulate ocean surface conditions ... role the ...

and Applied Boundary Layer Micrometeorology. Her research interests are in the area of air and water quality and sustainability. Current research involves measurement and modeling of atmospheric and ...

This includes droughts, flash droughts, flash floods, and pluvial periods, along with the evolution of the planetary boundary layer, surface-atmosphere exchange, urban-atmosphere interactions, and ...

Emerging evidence points to the layer above as an important influence on surface winds and temperatures on seasonal to decadal timescales. The traditional view of the atmosphere holds that the ...

Climate change impacts; cloud-radiation interactions; surface radiative properties; Arctic energy balance; Antarctic boundary layer meteorology; sea breeze circulation; land/ocean surface-atmospheric ...