Atmospheric Processes and SystemsRoutledge, 2002年3月11日 - 224 頁 Atmospheric Processes and Systems presents a concise introduction to the atmosphere and the fundamentals of weather. Examining different aspects of the mass, energy and circulation systems in the atmosphere, this text provides detailed accounts of specific phenomena, including |
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active air mass airflow amount anticyclones apparent areas associated atmospheric average balance become cell cent changes Chapter characteristics circulation cloud cold compared concentration Consequently convection convergence cooling cyclones decrease differences discussed distribution disturbances divergence dominant droplets dynamic Earth’s surface effect energy environment environmental Equator especially evaporation example Figure flow force front Furthermore global greenhouse heat humid illustrated important increasing initiated inversion known land latent heat latitudes layer leads lower moving normal North Northern Hemisphere occurs ocean ozone parcels patterns plant polar pressure processes produce radiation reached regions released represents responsible resultant revealed rising role Rossby saturation Schematic representation season soil solar South Southern stability strong Study subtropical summer Table temperature termed thermal transfers tropical troposphere upper upper-air vapour flux vertical warm water vapour wave weather westerlies wind winter zone