We present numerically derived orbits and mass estimates for the inner Saturnian satellites,
Atlas, Prometheus, Pandora, Janus, and Epimetheus from a fit to 2580 new Cassini Imaging …

We have updated the orbits of the small inner Saturnian satellites using additional Cassini
imaging observations through 2007 March. Statistically significant changes from previously …

We report on the orbits of the small, inner Saturnian satellites, either recovered or newly
discovered in recent Cassini imaging observations. The orbits presented here reflect …

Abstract Prior to the Cassini Tour of the Saturnian system Jacobson (2004 AJ 128, 492)
determined the orbits of the Saturnian satellites and a revised Saturnian system gravity field …

We have fitted numerically integrated orbits for the major Saturnian satellites to a large set of
astrometric observations over the time interval 1966 September to 2003 December and to …

We have obtained numerically integrated orbits for Saturn's coorbital satellites, Janus and
Epimetheus, together with Saturn's F-ring shepherding satellites, Prometheus and Pandora …

We examine the outer edge of Saturn's A-ring, whose shape is strongly influenced by the co-
orbital satellites Janus and Epimetheus, during the period from day 2005-121 to day 2009 …

The Cassini spacecraft collects high resolution images of the Saturnian satellites and
reveals the surface of these new worlds. Tiscareno et al. succeeded to determine the …

We describe the astrometry and dynamics of Anthe (S/2007 S 4), a new satellite of Saturn
discovered in images obtained using the Imaging Science Subsystem (ISS) of the Cassini …

Abstract CC Porco, CICLOPS, Space Science Institute, Boulder; and the Cassini Imaging
Science Team (cf. Porco et al. 2004, Science, in preparation) report the discovery of two new …