Planetary Astronomy-Understanding the Origin of the Solar System

S. Lawler, A. Boley, M. Connors, W. Fraser, B. Gladman, C. Johnson, J. Kavelaars, G. Osinski, L. Philpott, J. Rowe, P. Wiegert, R. Winslow
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Abstract

There is a vibrant and effective planetary science community in Canada. We do research in the areas of meteoritics, asteroid and trans-Neptunian object orbits and compositions, and space weather, and are involved in space probe missions to study planetary surfaces and interiors. For Canadian planetary scientists to deliver the highest scientific impact possible, we have several recommendations. Our top recommendation is to join LSST and gain access to the full data releases by hosting a data centre, which could be done by adding to the CADC, which is already highly involved in hosting planetary data and supporting computational modelling for orbital studies. We also support MSE, which can provide spectroscopy and thus compositional information for thousands of small bodies. We support a Canadian-led microsatellite, POEP, which will provide small body sizes by measuring occultations. We support the idea of piggybacking space weather instruments on other astronomical space probes to provide data for the space weather community. Many Canadian planetary scientists are involved in space probe missions, but through haphazard and temporary arrangements like co-appointments at US institutions, so we would like the community to support Canadian researchers to participate in these large, international missions.
行星天文学——了解太阳系的起源
加拿大有一个充满活力和有效的行星科学界。我们的研究领域包括陨石、小行星和海王星外天体的轨道和组成,以及太空天气,并参与了研究行星表面和内部的太空探测任务。为了让加拿大的行星科学家尽可能提供最高的科学影响,我们有几点建议。我们最强烈的建议是加入LSST,并通过托管一个数据中心来获得完整的数据发布,这可以通过加入CADC来完成,CADC已经高度参与托管行星数据和支持轨道研究的计算建模。我们还支持MSE,它可以为成千上万的小天体提供光谱和成分信息。我们支持由加拿大领导的微型卫星POEP,它将通过测量掩星来提供较小的天体尺寸。我们支持在其他天文空间探测器上搭载空间气象仪器,为空间气象界提供数据的想法。许多加拿大的行星科学家都参与了太空探测任务,但通过随意和临时的安排,比如在美国机构的联合任命,所以我们希望社区支持加拿大的研究人员参与这些大型的国际任务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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