The Solar System in the Galactic Environment -- Why We Study the Geological Record for Evidence of the Solar Oscillation about the Galactic Midplane -- The Statistical Effects of Galactic Tides on the Oort Cloud -- Encounters of the Sun with Nearby Stars in the Past and Future -- Star Passages through the Oort Cloud -- Evolution of the Cometary Cloud under the Action of Stellar Perturbations -- Dynamical Evolution of Comets and the Problem of Cometary Fading -- Origin and Evolution of the Long-Period Comets -- Orbits of Short Period Comets Captured from the Oort Cloud -- Polynomial Approximation of Poincare Maps for Hamiltonian Systems -- The Provenance and Evolution of Comets -- On the Aging of Comets -- On the Importance of Dust in Cometary Nuclei -- Processing of Cometary Grains at the Nucleus Surface -- Dust Outflow Velocity and the Gas-to-Dust Ratio in Comets -- Interpretation of HMC Images by a Combined Thermal and Gasdynamic Model -- Effects of Shape and Spin on the Tidal Disruption of P/Shoemaker-Levy 9 -- Unusual Comets (?) as Observed from the Hubble Space Telescope -- The Main Belt as a Source of Near-Earth Asteroids -- Dynamical Evolution of NEAs: Close Encounters, Secular Perturbations and Resonances -- Long-Term Behavior of the Motion of Pluto over 5.5 Billion Years -- Capture of Dust Grains in Exterior Resonances with Planets -- SymplecticMethods and Their Application to the Motion of Small Bodies in the Solar System -- From Comets to Asteroids: When Hairy Stars Go Bald -- Modeling of Cometary Evolution by Kinetic Theory: Method and First Results -- Migration of Small Bodies in the Solar System -- Near-Earth Asteroids: Surface Structure and Shapes -- Spin Rates of Asteroids -- Magnetic Properties of Asteroids from Meteorite Data - Implications for Magnetic Anomaly Detections -- The Population of Near-Earth Objects Discovered by Spacewatch -- On the Existence of Small Comets and Their Interactions with Planets -- Possibility of Self-Sustaining Bombardment of Inner Planets -- Discovery of Very Small Asteroids by Automated Trail Detection -- Asteroids Approaching the Earth from Directions around the Sun -- The Uppsala-ESO Survey of Asteroids and Comets -- Discovery and Rediscovery of Trojan Asteroids -- The Limitations of NEO-Uniformitarianism -- Possible Collisions of P/Halley and P/Machholz 1 with Jupiter and the Terrestrial Planets -- Structures and Hazards in the NEO System -- Is 2329 Orthos a Dead Comet? -- Possible Associations of Daytime Fireballs and Planets Minor -- Orbital Evolution of Asteroids with the Effects of MutualGravitational Attraction -- What Can Meteoroid Streams Tell Us about the Ejection Velocities of Dust from Comets -- Radiation Pressure Correction to Meteor Orbits -- On the Importance of the Poynting-Robertson Effect on Meteoroids -- Light Scattering by Gaussian Random Particles -- Are Cratering and Probably Related Geological Records Periodic? -- Terrestrial Impact Craters: Their Spatial and Temporal Distribution and Impacting Bodies -- The Impact Cratering Record of Fennoscandia -- Video Observations, Atmospheric Path, Orbit and Fragmentation Record of the Fall of the Peekskill Meteorite -- Impacts into Oceans and Seas -- Velocity Distribution of Meteoroids in the Vicinity of Planets and Satellites -- Comets, Meteorites and Atmospheres -- Evolution, Punctuational Crises and the Threat to Civilization -- The "Shiva Hypothesis": Impacts, Mass Extinctions, and the Galaxy -- A Jupiter Fragmented Comet: Cause of the K/T Boundary Record -- The Tunguska 1908 Explosion's Region as an International Park of Studies of the Ecological Consequences of Collisions of the Earth with the Solar System Small Bodies -- The Delivery of Organic Matter from Asteroids and Comets to the Early Surface of Mars -- Experiment "Tsarev" and Differentiation of Chondritic Bodies -- Field-Aligned Current Generation at Plasma Clouds or Bodies with Plasma Shells Moving in Magnetic Fields -- Conference Summary: Comets -- Summary: Asteroids -- Rebuttal of the Comments by A.W. Harris -- Conference Summary: Meteoroids -- The 'KLUWER' LaTeX Style File: Instructions for Authors.