[2]2009astro-ph.EPPreprint
Mapping the $ν_\odot$ Secular Resonance for Retrograde Irregular Satellites
J. Correa Otto, A. M. Leiva, C. A. Giuppone & 1 other
What they foundThe study maps a solar secular resonance for retrograde irregular moons; Narvi is cited as an example of asymmetric libration.
Why it mattersIt explains a distinctive feature of Narvi's orbit.
What they studied
Dynamical maps from numerical integrations in the three-body problem.
[3]2025astro-ph.EPPeer-reviewedFamily-level
Retrograde predominance of small saturnian moons reiterates a recent retrograde collisional disruption
Edward Ashton, Brett Gladman, Mike Alexandersen & 1 other
What they found64 new irregular moons were found, bringing Saturn's total to 122; small retrograde moons point to a recent collisional break-up.
Why it mattersIt is the family-level picture for Saturn's Norse group.
Family-level context: this paper studies Saturn's irregular moons as a population, including the Norse and Inuit groups, not Narvi specifically.
What they studied
Canada-France-Hawaii Telescope images from 2019–2021.
[4]2010astro-ph.EPPeer-reviewedFamily-level
A new perspective on the irregular satellites of Saturn - I Dynamical and collisional history
D. Turrini, F. Marzari & H. Beust
What they foundA new dynamical study of Saturn's irregular moons separates original features from later evolution.
Why it mattersIt sets the family-level history for these captured moons.
Family-level context: this paper studies Saturn's irregular moons as a population, not Narvi specifically.
What they studied
N-body simulations with frequency analysis.