Abstract

Conceptualizing an Open Map Repository as Part of a Planetary Research Data Infrastructure

Highlights

  • In the field of planetary remote sensing, terabytes of data from extraterrestrial planetary bodies are made available to the scientific community today

  • The adaption of spatial research infrastructure developments shows how the planetary community could benefit from an adaption of existing infrastructure environments in order to Summary: The aim of this study is to characterize the relationships between different interest groups and products as well as processes, and to discuss how processes could potentially be optimized and streamlined in order to re-insert planetary maps into a healthy and sustainable research cycle

  • Developments like this could build a thematic bridge to Earth-based RD repositories like EOSC [6], Earth cube [7] and Pangea [8] in order to push the reuse of planetary maps forward

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Summary

Introduction

In the field of planetary remote sensing, terabytes of data from extraterrestrial planetary bodies are made available to the scientific community today.

Results
Conclusion

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