NCEI created the satellite anomalies database from external data in an effort to more clearly understand and document how space weather events affected satellites.
Connecting individual anomalies to space weather events is a complex task that typically requires collaboration between satellite operators, engineers, and space weather subject matter experts. The information produced in that discourse can be difficult to obtain.
- GOES-16 and GOES-17 EXIS Space Wire anomalies (.xlsx) - READ ME file (.pdf)
- 2010 Spacecraft Charging Conference Presentations
- Documentation for Anomaly tables (text)
- Anomaly report summary, by satellite (text)
- Anomaly table (sans TDRS-1) (Excel Spreadsheet)
- TDRS-1 SEU table (Excel Spreadsheet)
- TDRS-1 Single Event Upsets and the Effect of the Space Environment, Institute of Electrical and Electronics Engineers (IEEE) T-NS/38/6/07133
- Earth Observing Systems (EOS) article on 1982 Geostationary Operational Environmental Satellite (GOES)-4 failure
- TDRS-1 SEUs and the Space Weather Climatology -- 1986–1993 (PDF) (10/23/98 ver.)
- TDRS-1 SEUs Vs. GOES Protons, scatter plot -- 1986–1993 (PDF) (10/26/98 ver.)
- GOES surface charging anomalies and the Magnetospheric Specification Model. (PDF)
- GOES Seasonal and Local Time Anomaly Trends (Excel)
- Space Environment Monitor (SEM) plot showing TELSTAR-401 anomaly -- 1/7/97–1/15/97. (GIF)
- Geographic location of computer upsets on select Space Shuttle missions (PDF)
- Onboard memory upsets from University of Surrey Satellite (UOSAT-2) cluster about the South Atlantic Anomaly
- STP Satellite Anomaly Image (Small GIF) 1028x678 pixels
- STP Satellite Anomaly Image for Printing (Large GIF) 3058x2017 pixels
- Electron plot with anomalies -- 1/94–2/95 (PDF)
- Electron plot with anomalies -- 1/96–2/97 (PDF)
