The structure, format, and quality of the LANDSAT-4 TM and MSS photographic and digital products for one scene covering the Black Hills area of South Dakota were assessed and the extent to which major resource categories can be detected and identified on various photographic products generated from a subset of TM spectral bands and from all bands of the MSS was determined. The overall spectral, spatial, and radiometric quality of the TM data was found to be excellent. Agricultural fields of variable shape, size, and orientation were detected with relative ease. The addition of the short-wave infrared band (TM5) has significantly improved the ability to detect and identify crop types on single date imagery
Progress during ERIM's tenth quarter of effort under the LANDSAT-4 and 5 Image Data Quality Assessme...
The author has identified the following significant results. Visual interpretation of 1:125,000 colo...
Evaluation of information contained in data from the visible and near-IR channels of LANDSAT 4 TM an...
Image products and numeric data were extracted from both TM and MSS data in an effort to evaluate th...
The three types of LANDSAT 4 film products generally accessible to the user community were analyzed ...
A "quick look" investigation of the initial LANDSAT-4, thematic mapper (TM) scene received from Godd...
The progress of an investigation to quantify the increased information content of thematic mapper (T...
Software was constructed to reformat data to band interlevel format and analysis software was develo...
A seven step procedure developed for evaluating the geometric properties of MSS and TM film produces...
A comparative analysis of TM and MSS data was completed and the results indicate that there are half...
Progress in the investigation of the quality and performance of LANDSAT 4 TM data is reported. Avera...
The geometric quality of the TM and MSS film products were evaluated by making selective photo measu...
Digital data analyses suggest the potential for TM data to provide improved land cover information w...
The optimum index factor package was used to choose TM band for color compositing. Processing techni...
Analysis during the quarter was carried out on geometric, radiometric, and information content aspec...
Progress during ERIM's tenth quarter of effort under the LANDSAT-4 and 5 Image Data Quality Assessme...
The author has identified the following significant results. Visual interpretation of 1:125,000 colo...
Evaluation of information contained in data from the visible and near-IR channels of LANDSAT 4 TM an...
Image products and numeric data were extracted from both TM and MSS data in an effort to evaluate th...
The three types of LANDSAT 4 film products generally accessible to the user community were analyzed ...
A "quick look" investigation of the initial LANDSAT-4, thematic mapper (TM) scene received from Godd...
The progress of an investigation to quantify the increased information content of thematic mapper (T...
Software was constructed to reformat data to band interlevel format and analysis software was develo...
A seven step procedure developed for evaluating the geometric properties of MSS and TM film produces...
A comparative analysis of TM and MSS data was completed and the results indicate that there are half...
Progress in the investigation of the quality and performance of LANDSAT 4 TM data is reported. Avera...
The geometric quality of the TM and MSS film products were evaluated by making selective photo measu...
Digital data analyses suggest the potential for TM data to provide improved land cover information w...
The optimum index factor package was used to choose TM band for color compositing. Processing techni...
Analysis during the quarter was carried out on geometric, radiometric, and information content aspec...
Progress during ERIM's tenth quarter of effort under the LANDSAT-4 and 5 Image Data Quality Assessme...
The author has identified the following significant results. Visual interpretation of 1:125,000 colo...
Evaluation of information contained in data from the visible and near-IR channels of LANDSAT 4 TM an...