... . The result might lead to more accurate estimates of the amount of sunlight penetrating the atmosphere. Because clouds represent one of the largest areas of uncertainty, eventually this could lead to ...
... ), directed by Rafael Delgado, have discivered and characterized a new type of atmospheric aerosols named 'iberulites', which could be useful for the study of relevant atmospheric reactions from Earth ...
... of gases, aerosols and clouds play significant roles in shaping conditions at the surface and in the lower atmosphere. Aerosols typically range in diameter from a few nanometers to a few tens of ...
... couldn't properly sense the vegetation through all the dust, minerals, soot, salt, and other atmospheric aerosols obscuring the view. The problem prompted Holben to put his vegetation research aside ...
... soot absorbs solar energy. Recent atmospheric models have ranked soot, also called black ... Lawrence Berkeley National Laboratory, measured atmospheric aerosols over Riverside, California and Mexico City ...
NRL's Marine Meteorology Division has deployed the Mobile Atmosphere, Aerosol, and Radiation Characterization Observatory (MAARCO) to the National University of Singapore to begin the first ...
(PhysOrg.com) -- NRL's Marine Meteorology Division has deployed the Mobile Atmosphere, Aerosol, and Radiation Characterization Observatory (MAARCO) to the National University of Singapore to begin the ...
Billions of tons of water droplets vanish from the atmosphere in events that reveal in detail how the Sun and the stars control our everyday clouds. Researchers have traced the consequences of ...
... to understand the effects of that pollution. The imported smog is only one of several sources of atmospheric aerosols in Southern California, joining local auto and industrial emissions and smoke ...
... data for the carrying out of climatic studies: the analysis of the presence in the atmosphere of aerosol’s particles and the determination of its origin.
One of these stations is located in Granada ...
... , which they are applying for weather and environmental research. Lidar works by scattering laser beams off atmospheric aerosols or molecules. Doppler lidar takes advantage of the ...
... very common in the peat material and obtains its mineral nutrients exclusively from atmospheric aerosols, which means that it can store terrestrial and extraterrestrial dust. Afterwards, the samples ...
... scientists who study airborne particles the technology they need to examine the life cycles of atmospheric aerosols – such as soot – and their impact on issues ranging from climate change to public ...
... microscopy, and the paper's lead author.
So-called brown carbons – a nanoscale atmospheric aerosol species – are largely being ignored in broad-ranging climate computer models, Crozier and Anderson ...
... smelting, another possible source of metal aerosols, tend not to include chloride or phosphorous, both ... San Diego. Moffet now studies atmospheric aerosols at the Lawrence Berkeley National Laboratory ...
