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\title{AGU Informatics Submission}


\author{Edmund Hart}
\affil{University of Vermont}

  
\author{Nic Weber }
\affil{Affiliation not available}
  
\author{Christine Laney}
\affil{Affiliation not available}
  



\date{\today}

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\subsection{Informatics Approaches to Reproducibility in Earth Systems
Research}\label{informatics-approaches-to-reproducibility-in-earth-systems-research}

Reproducibility is a critical component of research, both for scientific
progress and for public trust in research results. A crisis of
confidence in the scholarly record of earth and environmental science
has lately thrust issues of reproducibility into the public light,
especially in light of high profile retractions. A robust informatics
infrastructure that is accessible and understandable to researchers can
facilitate reproducible research. Informatics approaches rapidly
evolving workflow and provenance tracking systems as well as new
concepts, such as creating `traceable accounts' in large-scale national
climate assessments. Presentations in this session will describe ways in
which informatics in the earth and environmental sciences are
contributing to reproducible research. These could include tools or use
cases about ways to make data, code, workflows, and software containers
an openly accessible component of the traditional scholarly record.

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