Maximizing LSST's Scientific Return: Ensuring Participation from Smaller Institutions
Charles T. Liu, Beth Willman, Joshua Pepper, Michael Rutkowski, Dara, Norman, Kelle Cruz, John Bochanski, Hyun-chul Lee, Jedidah Isler, John Gizis,, J. Allyn Smith, John Moustakas, Elizabeth Wehner, Marcus Alfred, Charles, McGruder, Jennifer L. Hoffman, Karen Kwitter

TL;DR
This paper discusses strategies to ensure smaller and under-resourced institutions can effectively participate in LSST, maximizing its scientific impact across the entire astronomical community.
Contribution
It highlights the challenges faced by smaller institutions and proposes solutions to promote inclusive access and participation in LSST data utilization.
Findings
Identifies barriers for smaller institutions in LSST data use
Proposes support mechanisms for under-resourced institutions
Emphasizes inclusive strategies to enhance scientific return
Abstract
The remarkable scientific return and legacy of LSST, in the era that it will define, will not only be realized in the breakthrough science that will be achieved with catalog data. This Big Data survey will shape the way the entire astronomical community advances -- or fails to embrace -- new ways of approaching astronomical research and data. In this white paper, we address the NRC template questions 4,5,6,8 and 9, with a focus on the unique challenges for smaller, and often under-resourced, institutions, including institutions dedicated to underserved minority populations, in the efficient and effective use of LSST data products to maximize LSST's scientific return.
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Taxonomy
TopicsAstronomical Observations and Instrumentation · Astronomy and Astrophysical Research
