Accession Number : ADA135844

Title :   On Generation, Estimation, Utilization, Availability and Compatibility Aspects of Geodetic and Meteorological Data,


Personal Author(s) : Luetzow,H B von

PDF Url : ADA135844

Report Date : Aug 1983

Pagination or Media Count : 22

Abstract : Following an introduction, the paper discusses in section 2 the collection or generation of final geodetic data from conventional surveys, satellite observations, satellite altimetry, the Global Positioning System, and moving base gravity gradiometers. Section 3 covers data utilization and accuracy aspects including gravity programmed inertial positioning and subterraneous mass detection. Section 4 addresses the usefulness and limitation of the collocation method of physical geodesy. Section 5 is concerned with the computation of classical climatological data. In section 6, meteorological data assimilation is considered. Section 7 deals with correlated aspects of initial data generation with emphasis on initial wind field determination, parameterized and classical hydrostatic prediction models, non-hydrostatic prediction, computational networks, and computer capacity. The paper concludes that geodetic and meteorological data are expected to become increasingly more diversified and voluminous both regionally and globally, that its general availability will be more or less restricted for some time to come, that its quality and quantity are subject to change, and that meteorological data generation, accuracy and density have to be considered in conjunction with advanced as well as cost-effective numerical weather prediction models and associated computational efforts.

Descriptors :   *Geodetic satellites, *Meteorological satellites, Navigation satellites, Data acquisition, Accuracy, Global positioning system, Gradiometers, Meteorological data, Data management

Subject Categories : Meteorology
      Unmanned Spacecraft

Distribution Statement : APPROVED FOR PUBLIC RELEASE