PLUTO AND ITS SATELLITESPluto's Lower Atmospheric Structure and Methane Abundance from High-resolution Spectroscopy and Stellar Occultations (2009) Lellouch, Eet al., Astronomy and Astrophysics 495 L17–L21
Masses of Nix and Hydra (2008) Tholen, D Jet al., Astronomical Journal 135 777–784
Waves in Pluto's Upper Atmosphere (2008) Person, M Jet al., Astronomical Journal 136 1510–1518
On the Origin of Pluto's Minor Moons, Nix and Hydra (2008) Lithwick, Y and Wu, Y, arXiv:astro-ph 0802.2951
Structure and Evolution of Kuiper Belt Objects and Dwarf Planets (2008) McKinnon, W Bet al., in The Solar System Beyond Neptune, University of Arizona Press, eds. Barucci, M A, Boehnhardt, H and Cruikshank, D P, 213–241
Changes in Pluto's Atmosphere 1988–2006 (2007) Elliot, J Let al., Astronomical Journal 134 1–13
Near Infrared Spectroscopy of Charon: Possible Evidence for Cryovolcanism on Kuiper Belt Objects (2007) Cook, J Cet al., Astrophysical Journal 663 1406–1419
Charon's Radius and Density from the Combined Data Sets of the 2005 July 11 Occultation (2006) Person, M Jet al., Astronomical Journal 132 1575–1580
Discovery of Two New Satellites of Pluto (2006) Weaver, H Aet al., Nature 439 943–945
Sub-arcsecond Scale Imaging of the Pluto/Charon System at 1.4 mm (2005) Gurwell, M A and Butler, B J, Bulletin of the American Astronomical Society 37 743–?
A Giant Impact Origin of Pluto-Charon (2005) Canup, R M, Science 307 546–550
Pluto and Charon: Formation, Seasons, Composition (2002) Brown, M E, Annual Review of Earth and Planetary Science 30 307–345
A Two-Color Map of Pluto's Sub-Charon Hemisphere (2001) Young, E F, Binzel, R P and Crane, K, Astronomical Journal 121 552–561
Distribution and Evolution of CH4, N2, and CO ices on Pluto's surface: 1995 to 1998 (2001) Grundy, W M and Buie, M W, Icarus 153 248–263
Composition, Internal Structure, and Thermal Evolution of Pluto and Charon (1997) McKinnon, W B, Simonelli, D P and Schubert, G, in Pluto and Charon, University of Arizona Press, eds. Stern, S A and Tholen, D J, 295–343
Surfaces of Pluto and Charon (1997) Cruikshank, D Pet al., in Pluto and Charon, University of Arizona Press, eds. Stern, S A and Tholen, D J, 221–267
Detection of Gaseous Methane on Pluto (1997) Young, L Aet al., Icarus 127 258–262
Atmospheric Structure and Composition: Pluto and Charon (1997) Yelle, R V and Elliot, J L, in Pluto and Charon, University of Arizona Press, eds. Stern, S A and Tholen, D J, 347–390
Pluto's Heliocentric Orbit (1997) Malhotra, R and Williams, J G, in Pluto and Charon, University of Arizona Press, eds. Stern, S A and Tholen, D J, 127–157
The Origin of Pluto's Orbit: Implications for the Solar System Beyond Neptune (1995) Malhotra, R, Astronomical Journal 110 420–429
Albedo Maps of Pluto and Charon – Initial Mutual Events Results (1992) Buie, M W, Tholen, D J and Horne, K, Icarus 97 211–227
Pluto's Atmosphere (1989) Elliot, J Let al., Icarus 77 148–170
A Two-spot Albedo Model for the Surface of Pluto (1988) Marcialis, R L, Astronomical Journal 95 941–947
Why is Pluto Bright? Implications of the Albedo and Lightcurve Behaviour of Pluto (1988) Stern, S A, Trafton, L M and Gladstone, G R, Icarus 75 485–498
The Separate Spectra of Pluto and its Satellite Charon (1988) Fink, U and Disanti, M A, Astronomical Journal 95 229–236
Water Frost on Charon (1987) Buie, M Wet al., Nature 329 (8 October) 522–523
The Detection of Eclipses in the Pluto-Charon System (1985) Binzel, R Pet al., Science 228 (7 June) 1193–1195
From the Ridiculous to the Sublime: the Pending Disappearance of Pluto (1980) Dessler, A J and Russell, C T, EOS 61 690
The Satellites of Neptune and the Origin of Pluto (1979) Harrington, R S and Flandern, T, Icarus 39 131–136
The satellite of Pluto (1978) Christy, J W and Harrington, R S, Astronomical Journal 83, 1005, 1007–1008
Pluto – Evidence for Methane Frost (1976) Cruikshank, D P, Pilcher, C B and Morrison, D, Science 194 (19 November) 835–837
Spectrophotometry of Pluto (1970) Fix, J D, Neff, J S and Kelsey, L A, Astronomical Journal 75 895–896
THE EDGEWORTH-KUIPER BELTStructure and Evolution of Kuiper Belt Objects and Dwarf Planets (2008) McKinnon, W Bet al., in The Solar System Beyond Neptune, University of Arizona Press, eds. Barucci, M A, Boehnhardt, H and Cruikshank, D P, 213–241
Origin of the Structure of the Kuiper belt during a Dynamical Instability in the Orbits of Uranus and Neptune (2008) Levison, H Fet al., Icarus 196 258–273
Satellites of the Largest Kuiper Belt Objects (2006) Brown, M Eet al., Astrophysical Journal 639 L43–L46
Near-infrared Surface Properties of the Two Intrinsically Brightest Minor Planets: (90377) Sedna and (90482) Orcus (2005) Trujillo, C Aet al., The Astrophysical Journal 627 1057–1065
The Impact of a Close Encounter on the Edgeworth-Kuiper Belt (2004) Quillen, A C, Trilling, D E and Blackman, E G, arXiv:astro-ph 0401372
Quaoar and the Edgeworth-Kuiper Belt (2003) Hughes, D W, Astronomy and Geophysics 44 3.21–3.22
Planetary Science: Out on the Edge (2002) McKinnon, W B, Nature 418 (11 July) 135–137
Kuiper Belt Objects: Relics from the Accretion Disc of the Sun (2002) Luu, J X and Jewitt, D C, Annual Reviews of Astronomy and Astrophysics63–101
The Size and Albedo of the Kuiper-belt Object (20 000) Varuna (2001) Jewitt, D, Aussel, H and Evans, A, Nature 411 (24 May) 446–447
2001 KX76 (2001) Mills, R Let al., IAU Circular 7657
The Edgeworth-Kuiper Belt (1996) Brück, M T, Irish Astronomical Journal 23 3
Discovery of the Candidate Kuiper Belt Object 1992 QB1 (1993) Jewitt, D C and Luu, J X, Nature 362 (22 April) 730–732