Color spectrograms of very-low-frequency Poynting flux data
Color frequency-time spectrograms of VLF electric and magnetic field Poynting flux data from Injun 5 satellite
Engineering topics
Publications and source records attributed to Anderson, R. R..
Color frequency-time spectrograms of VLF electric and magnetic field Poynting flux data from Injun 5 satellite
Multispectral terrain photography obtained from SO65 experiment aboard Apollo 9
Progress on research designed to test the usability of multispectral, high altitude, remotely sensed data to analyze ecological and hydrological conditions in estuarine environments is presented. Emphasis was placed on data acquired by NASA aircraft over the Patuxent River Chesapeake Bay Test Site, No. 168. Missions were conducted over the Chesapeake Bay at a high altitude flight of 18,460 m and a low altitude flight of 3070. The principle objectives of the missions were: (1) to determine feasibility of identifying source and extent of water pollution problems in Baltimore Harbor, Chesapeake Bay and major tributaries utilizing high altitude, ERTS analogous remote sensing data; (2) to determine the feasibility of mapping species composition and general ecological condition of Chesapeake Bay wetlands, utilizing high altitude, ERTS analogous data; (3) to correlate ground spectral reflectance characteristics of wetland plant species with tonal characteristics on multispectral photography; (4) to determine usefulness of high altitude thermal imagery in delinating isotherms and current patterns in the Chesapeake Bay; and (5) to investigate automated data interpretive techniques which may be usable on high altitude, ERTS analogous data.
Injun 5 satellite VLF electric and magnetic fields observations, discussing antenna operation, Poynting flux and noise band measurements
Very low frequency electric and magnetic field observations by Injun 5 satellite
Color infrared photography for remote sensing of shallow water areas by air
Color infrared photography as remote sensing techniques in investigating estuaries and marshlands