Accession Number : AD0675804
Title : THE DYNAMIC INFLUENCES OF DIABATIC HEAT SINKS AND THE HIMALAYAN MOUNTAIN RANGE ON THE VERTICAL MOTION FIELD OVER INDIA.
Descriptive Note : Master's thesis,
Corporate Author : WISCONSIN UNIV MADISON DEPT OF METEOROLOGY
Personal Author(s) : Nagatani,Ronald M.
Report Date : 1968
Pagination or Media Count : 80
Abstract : Perphaps one of the strangest deserts to be found anywhere is the Rajasthan Desert of northwest India, also known as the Rajputana or Thar Desert. If the desert was once habitable land, the question arises as to what contributed to its deterioration and whether there are any possibilities of reverting back to its habitable state. Since vertical motions resulting from other effects are additive (in this model) to results from heating, other questions also considered in this paper are those related to the effects of the Himalayas, such as the vertical velocities resulting from upslope and downslope motions caused by winds blowing against the Himalayas. Effects of nearby mountains on forced interior circulations are also included in this paper by taking solutions for cases with mountains and comparing them with solutions for cases without the mountains. In order to determine how a land mass like the Himalayas affects the large-scale vertical motions set up by forces, especially those produced by heating, some of the features of the point 'forces,' or singularities in the forcing function, are examined. (Author)
Descriptors : (*DESERTS, AIR MASS ANALYSIS), (*FLOW FIELDS, MATHEMATICAL MODELS), METEOROLOGY, EQUATIONS OF MOTION, HEAT SINKS, MOUNTAINS, WIND, ATMOSPHERE MODELS, VELOCITY, DUST, MATRICES(MATHEMATICS), HEATING, COOLING, VORTICES, PARTIAL DIFFERENTIAL EQUATIONS, ITERATIONS, MAPS, GRAPHICS, INDIA, THESES
Subject Categories : Meteorology
Distribution Statement : APPROVED FOR PUBLIC RELEASE