A monitoring system for synoptic observations of Jovian and solar decameter- wave radio emissions
Decameter-wave monitoring system for synoptic observations of radio emission from planet Jupiter
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Decameter-wave monitoring system for synoptic observations of radio emission from planet Jupiter
Synoptic color photographs of North Africa, South America, China, Formosa, and oceanic areas during Gemini 10 flight
Synoptic color photography of earth cloud cover during Gemini 10 flight
Optimal processing of Nimbus 2 data for observation of ocean surface temperature patterns and synoptic changes
Synoptic survey of ionospheric morphology from large number of electron density profiles
Synoptic density maps for post-reentry altitudes derived from constant pressure charts and horizontal gradients
Rocket grenade experiments in synoptic meteorological measurements, determining accuracy by error analyses
Synoptic temperature measurements of glacier lake environment
Meteorological rocketsonde and high level rawinsonde synoptic data analysis
Synoptic analysis of Southern Hemisphere stratosphere
Synoptic density maps for postreentry altitudes derived from constant pressure charts and horizontal gradients
Constant level synoptic density maps for Northern Hemisphere for 30 and 40 km heights
Cloud and synoptic parameters associated with clear air turbulence
Aerial synoptic sensing by infrared imagery and color photography of lake area in Florida
Southern Hemisphere winter 30-MB synoptic analysis derived with aid of Nimbus 3 /SIRS/ data in 1969
Using rocketsonde and rawinsonde data to analyze high altitude synoptic charts
Several tentative conclusions can be derived from the results of the synoptic terrain photography experiment, with particular reference to the results from the Gemini mission. The photographs are additional confirmation of the feasibility and value of orbital photographs for geology, geography, and oceanography. The photographs have proven to be of value in the study of the tectonic problems. Although vertical or near-vertical photography is superior to oblique photography, photographs from the Gemini 12 mission have proven that low oblique photographs, and even high oblique photographs, may be of value for certain situations. The oblique views of the Makran Range were useful substitutes for vertical photographs. Equivalent aerial coverage by vertical photographs would have necessitated a camera altitude of several hundred miles. The oblique views of the Sierra Madre Oriental have been used in the search for structures that are approximately normal to the horizon and are enhanced by the foreshortening because of the photograph.
A synoptic study is presented of field-aligned precipitation events observed during a 16-month period, representing a full 4 pi precession of the satellite orbital plane in magnetic local time. The morphology of this type of precipitation, its nature, and relationships between this phenomenon and other geophysical events are discussed in the context of the 16-month data base.