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How Earth remote sensing from the International Space Station complements current satellite-based sensors

机译:国际空间站的地球遥感如何补充当前的基于卫星的传感器

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The International Space Station (ISS) will provide an Earth- and space-observing platform that will support sensors built by 16 different countries and deliver data and images for local, regional and global research. When complete, it will be an exceptional platform for conducting remote sensing of the Earth, astrophysics, and space physics research programmes. Additionally, the ISS will operate as a testbed for engineering studies and complex technological developments that will benefit future Earth-observing capabilities. The key question addressed here is: What can the ISS give the Earth Science community that current and planned satellite platforms do not already offer? To answer this query we provide characteristics of the ISS structure, current and proposed instruments, orbital characteristics, and instrument accessibility by crew. We show how the Earth-observing instruments on ISS complement current satellite-based Earth-observing sensors.
机译:国际空间站(ISS)将提供一个地球和空间观测平台,该平台将支持16个不同国家/地区建造的传感器,并为本地,区域和全球研究提供数据和图像。建成后,它将成为进行地球,天体物理学和空间物理学研究计划的遥感的绝佳平台。此外,国际空间站将作为工程研究和复杂技术发展的试验台,这将有利于未来的地球观测能力。这里解决的关键问题是:ISS可以为地球科学界提供当前和计划中的卫星平台尚不提供的功能?为了回答这个问题,我们提供了国际空间站结构的特征,当前和拟议的仪器,轨道特征以及机组人员的仪器可及性。我们展示了国际空间站上的地球观测仪器如何补充当前基于卫星的地球观测传感器。

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