Photogrammetric engineering and remote sensing

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  Año 2000, Vol. 66, Número 4

  • Rigorous Mathematical Modeling of Airborne Pushbroom Imaging Systems An accurate HYDICE rectification is obtained using a Gauss-Markov technique that exploits linear feature triangulation

    C. Lee, Edward Mikhail, James Bethel, H. J. Theiss

    págs. 385-392

    

  • Accurate Orientation for Airborne Mapping Systems Filtering methods in INS/GPS airborne attitude determination are analyzed

    S. Klaus-Peter, J. Skaloud

    págs. 393-402

    

  • Contributions of Differential GPS and GLONASS Observations to Point Accuracy under Forest Canopies A regression model classified correctly 81.5 percent of the processed solutions

    Erik Naesset

    págs. 403-408

    

  • Accuracy Assessment of Wetland Boundary Delineation Using Aerial Photography and Digital Orthophotography The positional accuracy forested wetland boundaries delineated from large-scale digital orthophotography is compared to boundaries derived from aerial photography

    J. Barrette

    págs. 409-416

    

  • Detecting Ice-Sheet Topography with AVHRR, RESURS-01, and Landsat TM Imagery WHRR had the best radiometric resolution but poorer spatial resolution, RESURS-01 had higher noise and poorer radiometric resolution, and Landsat TM achieved a radiometric resolution only half that of AVHRR but had a much higher spatial resolution

    R. Bindschadler

    págs. 417-422

    

  • Predicting the Distribution of Eurasian Badger (Meles meles) Setts over an Urbanized Landscape: A GLS Approach Within a heavily urbanized county with a small badger population, a predictive model was able to identity topographic and land-cover characteristics associated with main sett locations

    A. Wright, A. H. Flelding

    págs. 423-428

    

  • Multispectral Satellite Image and Ancillary Data Integration for Geological Classification Comparisons of different procedures for geological classification of multispectral imagery demonstrate the improvement in accuracy of results achieved using terrain information from a digital terrain model (DTM)

    E. Ricchetti

    págs. 429-436

    

  • Integrating Landsat, Geologic, and Airborne Gamma Ray Data as an Aid to Surficial Geology Mapping and Mineral Exploration in the Manitouwadge Area, Ontario The predictive surficial geology map generated from the Landsat data, when compared with the published surficial geology map, had an overall pixel-by-pixel accuracy of 46 percent

    I. M. Kettles

    págs. 437-445