期刊名称：Archiwum Fotogrametrii, Kartografii i Teledetekcji
印刷版ISSN：2083-2214
出版年度：2003
卷号：13
语种：English
出版社：Main Board of Association of Polish Surveyors
摘要：The data from various sources such as satellite observations,ground measurements and NWP models provide the continuous information on the state of the atmosphere that are used for weather analysis and forecast. Combining these data into one system encounters problems due to the data variable range as well as temporal and spatial resolution. On the other hand such a system can be a useful tool for the data analysis and visualisation. The paper presents the progress in the Geographic Information Systems (GIS) technology application in the Satellite Research Department in Poland for preparation and visualisation of the products derived from various sources including NOAA satellites,NWP analysis and ground measurements. Several thematic layers called meteorological products are prepared for Poland. Precipitation intensity and range are derived from microwave data. Temperature and humidity fields at different pressure layers are obtained from ATOVS data. High resolution visible and infrared data are used for cloud cover detection,temperature and precipitation fields are created from the numerical model (Aladin) analysis. Finally,ozone distribution is mapped using HIRS data. These products can be presented in the form of maps with additional overlays such as geographical data and administrative boundaries. Moreover,the SYNOP and TEMP data are converted into thematic coverages supporting the products’ verification.
其他摘要：Zadanie prezentacji danych meteorologicznych,satelitarnych i wyników modelu numerycznego nie jest zadaniem łatwym,ze względu na różnice w rozkładzie przestrzennym i czasowym,lub różnice w dokładności pomiaru. Geograficzne Systemy Informacyjne (GIS) umożli
关键词：meteorological satellites;NOAA;precipitation;rain intensity and range;Geographic Information Systems
其他关键词：satelity meteorologiczne;NOAA;opad;intensywność i zasięg opadu; Geograficzne Systemy Informacji
