TL;DR: In this paper, the authors describe the procedures to recover, navigate and reprocess the Nimbus data into modern formats so that it could be used as a part of the satellite climate record.
TL;DR: The potential for utilizing data gathered by Nimbus satellites to study the earth surface and its physical properties is illustrated in this article, where applications of the data to other fields, such as cartography, agriculture, forestry, and urban analysis are presented.
Abstract: The potential for utilizing data gathered by Nimbus satellites to study the earth surface and its physical properties is illustrated. The Nimbus data applicable to investigations of the earth and its resources, and to the problems of resolution and cloud cover are described. Geological, hydrological, and oceanographic applications are discussed. Applications of the data to other fields, such as cartography, agriculture, forestry, and urban analysis are presented. Relevant information is also given on the Nimbus orbit and experiments; surface and atmospheric effects on HRIR and THIR radiation measurements; and noise problems in the AVCS, IDCS, HRIR, and THIR data.
TL;DR: In this paper, TIROS and Nimbus data were used to investigate feasibility of sea surface and temperature measurements from satellite data for oceanography applications, including oceanography oceanography.
Abstract: Applicability of TIROS and Nimbus data to investigate feasibility of sea surface and temperature measurements from satellites - oceanography
TL;DR: In this paper, the application of the ITOS-SR (scanning radiometer) infrared measurements for mapping sea ice was examined, which included detailed mapping of ice features visible in ITOS nighttime DRSR pictorial data and in Nimbus summertime film strip data.
Abstract: The application of the ITOS-SR (scanning radiometer) infrared measurements for mapping sea ice was examined. The work included detailed mapping of ice features visible in the ITOS nighttime DRSR (direct readout scanning radiometer) pictorial data and in Nimbus summertime film strip data. Analyses of digital temperature values from computer printouts of ITOS stored data and from Nimbus data listings were also undertaken, and densitometric measurements of both ITOS and Nimbus data were initiated.