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  • Background to the Soviet glaciological studies from the Salyut-6 orbital space station
  • The A. provides background information on the Soviet Orbital Space Station Earth Observations Project , comparing it with the American Space Shuttle Earth Observations Project . He also provides details on the cameras need by the Soviet cosmonauts
  • Atlas ; Earth atmosphere ; Orbit ; Planets ; Scientific program ; Space ; Space shuttle
  • Shuttle imaging radar A analysis of land use in Amazonia
  • This paper presents results of a comparative study of the vegetation-caused elevation bias of the space shuttle topographic mission data product, both C- and X-band (SRTM.C/X). The SRTM.C/X bands data were compared against a high-resolution digital
  • To grasp the morphology of the study area, the AA. first constructed topographical profiles from hydrologic maps and Space Shuttle Radar Topography Mission 3 data. Then, focusing on the morphology of the floodplain, they produced a land
  • Settlement, population and land use analyses of the North China Plain using shuttle imaging radar-A data
  • Shuttling goods, weaving consumer tastes : informal trade between Turkey and Russia
  • Bathymetry studies on the coastal waters (Red Sea) of Jeddah, Saudi Arabia, using Shuttle MOMS-01 data
  • Morphologic features obtained from Shuttle Radar Topographic Mission (SRTM) data, integrated with geologic information, are emphasized in this paper in order to provide the basis for understanding the development of the lowest Amazon drainage basin
  • Satellite imageries from Landsat ETM+ and ERS (European Remote Sensing) Radar sensors, together with elevation data collected by the Shuttle Radar Topography Mission (SRTM) in addition to recent and older bibliography, have led to the hypothesis
  • terrain attributes were used to define the SOILSCAPE: hypsometry, slope percentage, relief intensity and dissection. The SRTM30 (Shuttle Radar Topographic Mission) database was used as a base DEM and for the derivation of the slope percentage, relief
  • of this once homogeneous surface. GIS-based statistical methods have been used by authors to calculate exact aspects and slopes of the relict surfaces using the Shuttle Radar Topography Mission digital terrain model (SRTM DTM). - (AM)
  • the Younger Dryas and found to provide a representation of the glacial geomorphology. The experiment consists of comparing the field mapping with digital elevation models (Shuttle Radar Topography Mission C-Band, Landmap, OS Panorama, OS Profile, NEXTMap
  • The AA. examine the Shuttle Radar Topography Mission (STRM) data for 3 catchments in Australia over a range of climates, geology and resultant geomorphology. The SRTM data are compared with high resolution digital elevation models. The AA. use basic
  • This work presents the results of a quantitative analysis of an interferometric SAR (InSAR) digital elevation model (DEM), obtained by the Shuttle Radar Topography Mission (SRTM). The analysis aims to identify additional parameters to recognize
  • . The model was calibrated using ice volume changes obtained from differentiating digital elevation models based on (i) terrestrial topographic surveys, (ii) the Shuttle Radar Topographic Mission (SRTM), and (iii) aerial photogrammetry. In-situ point
  • travaillant dans le domaine de l'infrarouge (Landsat-Thematic Mapper et SIR-C/X-SAR-Shuttle-mission). En particulier, le satellite d'observation de la Terre IRS-1C offre une grande résolution spatiale et permet d'élaborer des cartes au 1 : 50000. Les données
  • Resources Satellite are used to compare and contrast floodplain processes in the Amazon and Congo River basins. Measurements of temporal water level changes over the 2 areas reveal clearly different hydraulic processes at work. Second, Shuttle Radar
  • mise en place d'un SIG intégrant l'ensemble des données paléoenvironnementales et numériques, de type Shuttle Radar Topography Mission (SRTM) et imagerie satellitaire (composition colorée d'une image LANDSAT ETM+) a favorisé une interprétation spatiale
  • To elucidate blowhole distribution and mode of formation the AA. : (1) correlated existing location data with Shuttle Radar Topography Mission (SRTM) data, which distinguishes the subtle undulations (