Dataset for: Colder temperatures augment viability of an indirectly transmitted songbird pathogen on bird feeders

Version 2 2025-01-07, 17:15

Version 1 2024-12-05, 16:11

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posted on 2025-01-07, 17:15 authored by Sara TeemerSara Teemer, Edan R. Tulman, Alicia ArnesonAlicia Arneson, Steven J. Geary, Dana HawleyDana Hawley

In this paper we investigated how ambient temperature affects the viability and pathogenicity of Mycoplasma gallisepticum on bird feeders. The project was conducted in two parts, and we collected viability data using culture-based approaches, and pathogenicity data using a bioassay.

Funding

Collaborative Research: Host ocular microbiome and pathogen dynamics: from individual to population-level effects in a songbird

Directorate for Biological Sciences

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DISES: Using continent-wide participatory science to model the dynamic outcomes for humans and birds in a socio-environmental system

Directorate for Biological Sciences

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History

Publisher

University Libraries, Virginia Tech

Location

Blacksburg, Virginia and Storrs, Connecticut

Corresponding Author Name

Sara R. Teemer

Corresponding Author E-mail Address

steemer@vt.edu

Files/Folders in Dataset and Description

[teemer_culture_110924.R] - R studio file for Experiment 1 (Culture Assay) in "Colder temperatures augment viability of an indirectly transmitted songbird pathogen on bird feeders", including associated code for Figure 1. All variables are defined within the file. [max_ccu3.csv] - a .csv file containing data from Experiment 1 (Culture Assay) from "Colder temperatures augment viability of an indirectly transmitted songbird pathogen on bird feeders". [teemer_bioassay_110924.R] - R studio file for Experiment 2 (Bioassay) in "Colder temperatures augment viability of an indirectly-transmitted songbird pathogen on bird feeders", including associated code for Figure 2, Figure 3, and Appendix S1: Figure S1. All variables are defined within the file. [es_path_all.csv] - a .csv file containing data from Experiment 2 (Bioassay) from "Colder temperatures augment viability of an indirectly-transmitted songbird pathogen on bird feeders".

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Keywords

ambient temperature environmental persistence fomite transmission house finches Mycoplasma gallisepticum pathogenicity viability

Licence

CC0 1.0 Universal (CC0 1.0) Public Domain Dedication

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