Skip to content
Surf Wiki
Save to docs
general/astronomical-surveys

From Surf Wiki (app.surf) — the open knowledge base

OCA–DLR Asteroid Survey


''see {{section linkList of discovered minor planets}}''

The OCA–DLR Asteroid Survey (ODAS) was an astronomical survey to search for small Solar System bodies focusing on near-Earth objects in the late 1990s. This European scientific project was a collaboration between the French Observatoire de la Côte d'Azur (OCA) and the German Aerospace Center (DLR). The survey is credited for the discovery of one comet and more than 1000 minor planets during 1996–1999.

Description

ODAS operated in cooperation with a global effort regarding near-Earth objects that was begun by the "Working Group on Near-Earth Objects", a component of the International Astronomical Union. The project began October 1996 and ceased observations in April 1999 for a refurbishing. However the telescope has not been reopened since that time. Survey observations were made during the 15 days each month when moon light was at a minimum, during the first and last quarters of the lunar month. The operation used a 90 cm Schmidt telescope of the OCA at Calern, near the city of Nice in southeastern France. A combination of a CCD camera and a software package were used for automated detection of moving objects.

Throughout its tenure, the project observed a total of 10,523 objects, made a total of 44,433 positional measurements, and was responsible for the discovery of more than a thousand asteroids according to the new rules issued by the MPC in October 2010. (The rules redefines who discovered a particular object. Previously, ODAS accounted for a total of 1020 asteroid discoveries). Among the discoveries are also 5 near-Earth asteroids and 8 Mars-crossers (without considering said rule). ODAS also recovered several objects that were previously lost and discovered the comet 198P/ODAS The discovered NEO's were 189011 Ogmios, (recovery), 16912 Rhiannon, 1998 SJ2, and 1998 VD31.

List of discovered minor planets

ODAS is credited by the Minor Planet Center (MPC) with the discovery of more than a thousand numbered minior planets during 1996–1999. The published list on ODAS project website may significantly differ from the MPC, as newly numbered bodies have been added, while other bodies are not (anymore) credited to ODAS. For example, the discovery of the two listed asteroids on the ODAS website, and , are now officially credited to Spacewatch and CSS, respectively.

12893 Mommert26 August 1998
14972 Olihainaut30 August 1997
9 January 1998
28 November 1997
19367 Pink Floyd3 December 1997
27 February 1998
23946 Marcelleroux22 October 1998
7 December 1998
29633 Weatherwax10 November 1998
20 January 1999
21 January 1999
19 June 1998
22 April 1998
17 December 1998
1 September 1997
13 January 1999
16 March 1999
15 September 1998
17 September 1998
6 December 1997
24 March 1998
28 November 1997
3 October 1997
22 September 1998
15 September 1998
10 November 1998
15 December 1998
20 January 1999
23 October 1998
7 December 1998
24 March 1998
2 October 1997
3 October 1997
2 March 1998
19 January 1999
19 November 1998
7 December 1998
16 February 1999
16 February 1999
2 October 1997
6 July 1997
27 January 1998
26 December 1998
22 October 1998

References

References

  1. [http://earn.dlr.de/odas/odasnumast.htm Numbered O.D.A.S. Asteroids]
Wikipedia Source

This article was imported from Wikipedia and is available under the Creative Commons Attribution-ShareAlike 4.0 License. Content has been adapted to SurfDoc format. Original contributors can be found on the article history page.

Want to explore this topic further?

Ask Mako anything about OCA–DLR Asteroid Survey — get instant answers, deeper analysis, and related topics.

Research with Mako

Free with your Surf account

Content sourced from Wikipedia, available under CC BY-SA 4.0.

This content may have been generated or modified by AI. CloudSurf Software LLC is not responsible for the accuracy, completeness, or reliability of AI-generated content. Always verify important information from primary sources.

Report