The process of bringing dark data to light: The rescue of the early Nimbus satellite data

GeoResJ Pub Date : 2015-06-01 DOI:10.1016/j.grj.2015.02.013
D. Gallaher , G.G. Campbell , W. Meier , J. Moses , D. Wingo
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引用次数: 9

Abstract

Myriad environmental satellite missions are currently orbiting the earth. The comprehensive monitoring by these sensors provide scientists, policymakers, and the public critical information on the earth’s weather and climate system. The state of the art technology of our satellite monitoring system is the legacy of the first environment satellites, the Nimbus systems launched by NASA in the mid-1960s. Such early data can extend our climate record and provide important context in longer-term climate changes. However, the data was stowed away and, over the years, largely forgotten. It was nearly lost before its value was recognized and attempts to recover the data were undertaken. This paper covers what it took the authors to recover, navigate and reprocess the data into modern formats so that it could be used as a part of the satellite climate record. The procedures to recover the Nimbus data, from both film and tape, could be used by other data rescue projects, however the algorithms presented will tend to be Nimbus specific. Data rescue projects are often both difficult and time consuming but the data they bring back to the science community makes these efforts worthwhile.

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揭示黑暗数据的过程:对早期“光轮”卫星数据的抢救
无数的环境卫星目前正在绕地球运行。这些传感器的全面监测为科学家、决策者和公众提供了关于地球天气和气候系统的关键信息。我们的卫星监测系统的最先进技术是第一颗环境卫星的遗产,即美国宇航局在20世纪60年代中期发射的光轮系统。这些早期数据可以扩展我们的气候记录,并为长期气候变化提供重要背景。然而,这些数据被藏了起来,多年来基本上被遗忘了。在确认其价值并尝试恢复数据之前,它几乎丢失了。这篇论文涵盖了作者将这些数据恢复、导航和重新处理为现代格式,以便将其用作卫星气候记录的一部分所做的工作。从胶片和磁带中恢复Nimbus数据的程序可以被其他数据救援项目使用,但是所介绍的算法往往是针对Nimbus的。数据救援项目通常既困难又耗时,但它们带回科学界的数据使这些努力值得。
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