Apollo mission 12 lunar photography indexes
Apollo 12 flight color and black and white lunar photography indices on MERCATOR projections
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Apollo 9 multiband photography experiment 5065 Interim post-flight calibration report
Camera and filter postflight spectrum analysis for Apollo 9 multiband photography experiment
Keenan, P. B.↗
Multispectral terrain photography from Apollo 9
Earth resources analyses by multispectral terrain photography with Apollo 9 cameras
Lowman, P. D., Jr.↗
Satellite photography as a geographic tool for land use mapping of the southwestern United States Technical report, 1 Jul. 1968 - 31 Jan. 1970
Photointerpretation of satellite-borne photography for mapping and land use studies
Mullens, R. H., II↗
Earth photography from high-altitude balloons
Evaluation of high altitude balloon aerial photography for earth resources and oceanography including photographic formats and camera systems and packaging
Cauchon, D. L.↗
High level cloud photography samples
Description and examples of high level cloud photography during BOMEX
Source record↗
Remote sensing applications in forestry - Calibration of color aerial photography
Photographic film sensitivity calibration for use in forestry aerial color and infrared photography
Dana, R. W.↗
A system of regional agricultural land use mapping tested against small scale Apollo 9 color infrared photography of the Imperial Valley (California)
System of regional agricultural land use mapping tested against Apollo 9 color infrared photography of Imperial Valley, Calif.
Johnson, C. W.↗
Geological use of Earth-orbital photography
Geological uses of earth-orbital photography with case histories
Lowman, P. D., Jr.↗
Far-ultraviolet photography of Orion - Interstellar dust
Wide angle far UV photography of Barnard Loop Nebula in Orion suggesting nebular emission intensity difference with near UV region due to interstellar dust
Carruthers, G. R.↗
Design and use of interference passband filters with wide-angle lenses for multispectral photography
Interference passband filters with wide angle lenses for multispectral photography, discussing design and applications
Mckenney, D. B.↗
Lunar stereo photography
Lunar surface photography, presenting photographs viewed in stereo without stereoscope
Kosofsky, L. J.↗
Effects of date of photography on airphoto interpretation using color and color-infrared films
Photography date effects on intensive study sites airphoto interpretations, using color and color- IR films
Kiefer, R. W.↗
Photography of the eclipse of 7 March 1970 from two locations
Astronomical photography of solar eclipse of 7 March 1970 from two locations indicating negative evidence of bulk particle movements above 20 km/sec related to cosmic rays
Korff, S. A.↗
Limited-interval definitions of the photometric functions of lunar crater walls by photography from orbiting Apollo
Limited interval definitions of photometric functions of lunar crater walls by photography from orbiting Apollo 11
Wildey, R. L.↗
Apollo 12 multispectral photography experiment
Apollo 12 multispectral lunar photography experiment using four camera configuration, verifying by ground photoelectric photometry
Billingsley, F. C.↗
Crop surveys from multiband satellite photography using digital techniques
Crop surveys from multiband and multibase satellite photography during Apollo 9 mission, using statistical multispectral pattern recognition digital techniques
Anuta, P. E.↗
Lunar-Surface Closeup Stereoscopic Photography on the Sea of Tranquility (Apollo 11 Landing Site)
Analysis of returned lunar samples provides limited information about lunar geology. To obtain information about in-place lunar material, a closeup stereoscopic camera capable of photographing small-scale surface features was built and was used at the Apollo 11 landing site. Stereoscopic photographs were taken of surface areas relative to the lunar module, and the surfaces photographed were analyzed. The photographs are classified into five groups: soil disturbed by astronaut activities, generally undisturbed soil, loose aggregate surface material, crater bottoms with prominent glass deposits, and hard rock deposits. Glass deposits in the returned samples are described for comparison with the features observed in the photographs. The stereoscopic photographs were of outstanding quality and show the nature of lunar-surface material in detail. Lunar topography was reconstructed from the photographs with an analytical plotter. The photography results indicate that the closeup composition and genesis of lunar soil at the Apollo 11 landing site.
Greenwood, W. R.↗