geostationary satellite 5 characteristics
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A typical geostationary orbit has the following properties:
- Inclination: 0°Period: 1436 minutes (one sidereal day)
- Eccentricity: 0.Argument of perigee: undefined.
- Semi-major axis: 42,164 km.
Explanation:
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- American geostationary satellites have had a band sensitive to fires for over 30 years.
- In the 1990s, the automated biomass burning algorithm (ABBA) was developed using Geostationary Operational Environmental Satellites (GOES)-7 and GOES-8 data, and it saw extensive use monitoring burning in South America
- . Its successor, the wildfire ABBA (WFABBA), designed to run on the entire hemisphere, became an operational product in 2002, and it was later designated as a baseline, day one product for the GOES-R Series. GOES-R presents a leap forward in capability to detect and characterize fires. As with previous GOES, Level 1b imagery can be monitored manually to catch fire signals, and the automated algorithm, the fire detection and characterization algorithm (FDCA), provides fire locations and characteristics, fire radiative power, fire size, and fire temperature at high temporal cadence. FDCA data are used by aerosol and smoke modelers, providing them with trendlines that can improve their forecasts by replacing assumptions about fire behavior.
- National Weather Service (NWS) forecasters use FDCA data and the plain imagery to identify fires, particularly when the fire danger is high
- . The improvements brought to the table by the Advanced Baseline Imager (ABI) with respect to fire detection and characterization have yet to be fully explored.
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