Reproducibility Code for Andean Weinmannia Genomics

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Image Credit: Photo by Yuri Shkoda on Pexels

About This Article

This is an AI-generated summary of a peer-reviewed research paper. The original authors did not write or review this article. See the Disclosure section below for full research details.

Zenodo (CERN European Organization for Nuclear Research)

A reproducibility repository accompanies the study "Genomic Evidence of Widespread Hybridization and Introgression in Andean Weinmannia." The repository includes scripts used for core analyses and for preparing data as described in the publication. This collection of code supports transparency around the computational work reported in the paper. The materials are provided via Zenodo with a DOI for access and reference.

What the study examined

This research investigates genomic patterns in Andean Weinmannia, focusing on evidence for widespread hybridization and introgression. The work synthesizes genomic data to explore how genetic exchange shapes diversity within this group.

The repository linked to the publication contains the scripts used to perform the core analyses and to prepare data for those analyses, making the computational workflow publicly available via Zenodo.

Key findings

The main outcome reported is genomic evidence indicating widespread hybridization and introgression across Andean Weinmannia. The paper presents analyses that support this conclusion and documents the computational steps used to reach it.

  • Reproducibility resources: the Zenodo deposit includes the scripts used for core analyses and for data preparation associated with the study.
  • Access and citation: the repository is published with a DOI and hosted on Zenodo, facilitating citation and access to the code bundle linked to the article.

Why it matters

Understanding genetic exchange in Andean Weinmannia adds to knowledge of how plant lineages diversify and maintain genetic connectivity. Insights from genomic evidence can inform further research on evolution and biodiversity in mountain ecosystems.

Providing analysis and data-preparation scripts supports transparency in computational research and helps other researchers see how the study’s results were produced. The public availability of these scripts on Zenodo aids reproducibility and reuse of computational methods described in the publication.

Disclosure

  • Research title: Analysis Scripts: Genomic Evidence of Widespread Hybridization and Introgression in Andean Weinmannia
  • Authors: Aguirre-Mazzi, Eduardo
  • Institutions: Washington University in St. Louis, Missouri Botanical Garden
  • Journal / venue: Zenodo (CERN European Organization for Nuclear Research) (2026-01-09)
  • DOI: 10.5281/zenodo.17955362
  • OpenAlex record: View on OpenAlex
  • Links: Landing page
  • Image credit: Image source: PEXELS (SourceLicense)
  • Disclosure: This post was generated by Artificial Intelligence. The original authors did not write or review this post.