Sea Breeze and Local Winds
The sea breeze affects our lives in many ways; it controls our local weather, not only on the coast but also in many districts inland. Air pollution and smog, the distribution of air-borne insect pests and the spread of pollen are all controlled by the sea breeze. In the world of sport it is important to glider pilots, sailors and surfers, and balloonists. In this book we see how radar, lidar and satellite photography have helped to forecast and map the sea breeze and the all important 'sea-breeze front'. The book ends with a description of laboratory experiments, mostly carried out by the author and his co-workers, and a simple summary of theoretical models. This book will be welcomed by those researching in the subject but will also be valuable to the general reader who is interested in local weather and the natural environment.
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advance airborne insects aircraft atmosphere balloon blowing bora boundary changes coastline collision concentration convection convergence zone Coriolis force cumulus clouds curtain clouds dense density direction distance diurnal echoes effect English Channel example flight flow fluid forecast formation glider glider pilots gradient wind gravity current gravity-current ground heat height hodographs horizontal instruments June katabatic katabatic winds km inland laboratory experiments lake breeze land breeze land-breeze front Lasham layer leading edge lidar measurements mixing moving numerical models observed occur offshore wind onset opposing wind photograph pollen pollution potential temperature pressure profiles radar recorded relative humidity Reynolds number rising air rotation satellite sea breeze sea-air sea-breeze circulation sea-breeze front seen shear line shown in figure shows Simpson slopes smog sodar south coast southern England surface swifts tank temperature difference tetroon thermal Thorney Island turbulent velocity vertical weather wind catchers wind speed wind strength