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Near Earth Objects (NEOs), asteroids and comets, are the closest neighbors of the Earth-Moon system. They allow research not yet possible on more distant bodies. The IAU Symposium 236 focused on the specific observation and modeling techniques for NEOs, including radar, exploration by spacecraft, measurement of non-gravitational perturbations; also on the next generation surveys expected to increase a hundred-fold the NEO discovery rate.
With data from first generation NEO surveys, we now understand how they formed and evolve, dynamically and physically, opening a window on the universal astrophysical phenomenon of collision, leaving clear markings on the surfaces of planets, including the Earth. NEOs with orbits crossing that of the Earth are also a source of impact risks and potential NEO collisions with the Earth represent a long term threat. Mankind has to put in place a chain of mitigating actions; NEO astronomers have successfully put in place the first link.
'The papers are of a very high standard, well refereed and beautifully produced. The subject will be much enhanced by these proceedings and it is going to be very useful to have these papers all in one book as opposed to being scattered through a host of different journals.' The Observatory
Preface; Prologue; Part I. Population Models and Transport Mechanisms; Part II. The Meteroid/Asteroid Impact Transition; Part III. Rotation Shapes and Binaries; Part IV. Surfaces and Composition; Part V. Surveys: Orbit Determination and Data Processing; Part VI. Surveys: Observatories and their Performances; Part VII. Current and Future Missions to NEOs; Part VIII. Impact Monitoring and Risk Measurements; Part IX. IAU and Government Roles in the NEO Problem; Epilogue; Indices.
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