Etymology :Middle English geo-, from Middle French and Latin; Middle French, from Latin, from Greek gE-, geO-, from gE. Function :combining form.
| GEO | Genetically Engineered Organism | ry | |||
| geo | Geostationary Earth Observatories A NASA mission proposal for five Earth science geostationary platforms to be deployed around the Earth for monitoring the processes which take place in the Earth-atmosphere system | en | |||
| geo | Abbreviation, indicating all geographically related matters and topics | en | |||
| geo | Earth zoo Animal | en | |||
| geo | Grupo Especial de Operaciones, Spanish Counter-Terrorism group | en | |||
| geo | The orbit directly above the equator, about 23,000 miles above the Earth Also known as Clarke orbit When positioned in this orbit, a satellite appears to be fixed in space because it is moving at the same speed as the earth is turning | en | |||
| geo | Geostationary Earth Orbit, denotes a satellite at 22,300 miles above earth in line with the equator, fixed relative to a point on the earth's surface | en | |||
| geo | A prefix meaning earth, as in geology, geophysics | en | |||
| geo | Geosynchronous Earth Orbit | en | |||
| geo | Geosynchronous Earth Orbit satellite Geosynchronous systems include Inmarsat and OmniTRACS The Inmarsat system uses allocations in the 6 GHz band from the ground station to the satellite, 1 5 GHz for the satellite-to-terminal downlink, 1 6 GHz for the terminal-to-satellite uplink, and 1 GHz from the satellite to the ground station | en | |||
| geo | pref. earth | en | |||
| geo | Geostationary Earth Orbit satellite constellations GEO satellites present two primary problems for use by dashboarders First, the distance of approximately 22,000 miles from earth requires a fairly powerful phone, and the distance that the RF signal must travel causes a noticeable delay for voice communication (Back to top ) | en | |||
| geo | Geostationary Earth Orbit | en | |||
| geo | Geostationary Orbit | en | |||
| geo | Geosynchronous orbit A satellite in circular orbit around the Earth's equator at 23000 miles altitude (36000 km) will remain stationary over the same location on Earth (i e , the spacecraft goes around once in its orbit for every revolution of the Earth) This feature is very useful for communications satellites (allowing one satellite to provide continual coverage to a given area of the Earth's surface) As a result, the majority of satellites in geostationary orbit are commsats Some satellites have orbits slightly higher or lower than GEO, but for simplicity sake, all satellites with apogees and perigees between 30000 and 40000 km are termed GEO | en | |||
| geo | Geothermal power concepts and applications | en | |||
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