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5 Conclusions and Recommendations
Pages 42-45

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From page 42...
... For the next 10 to 15 years, the prime task on the path to exploring this new frontier of planetary science is to document fully the chemical and physical makeup of the objects that compose the trans-neptunian region. COMPLEX recommends an approach that combines remote, telescopic observations of the bulk properties of a large sample of Kuiper Belt objects with close-up, spacecraft studies of the detailed properties of a few specific objects.
From page 43...
... Returning to Triton, one of the largest Kuiper Belt objects, to complete the characterization of the PlutoCharon-Triton triad. Goals of such a mission should include exploring the unmapped hemisphere, constraining models of the interior with measurements of gravitational and magnetic fields, and investigating the expected temporal variations in Triton's atmosphere.
From page 44...
... In the absence of numerous dedicated spacecraft missions, high-resolution infrared and millimeter spectroscopy and far-infrared radiometry are the only means of determining the chemical composition and albedo of outer solar system objects. Thus, continued support of NASA's Infrared Telescope Facility and, in the near future, the Stratospheric Observatory for Infrared Astronomy for planetary studies is essential.
From page 45...
... Enhancing the facilities available for laboratory studies of the properties of planetary materials at low temperatures (<40 Kelvin) and low pressures will be a useful augmentation to existing research efforts.


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