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Data from: How robust are signals of local adaptation? Exposure to a common fungal pathogen does not disrupt clinal trends in host thermal tolerance.

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NIAID Data Ecosystem2026-05-10 收录
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https://figshare.com/articles/dataset/Data_from_How_robust_are_signals_of_local_adaptation_Exposure_to_a_common_fungal_pathogen_does_not_disrupt_clinal_trends_in_host_thermal_tolerance_/29945108
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When using this data, please cite the original publication: Jared Lush, Connor Bevan, Carla M. Sgrò, and Matthew D. Hall (2025) How robust are signals of local adaptation? Exposure to a common fungal pathogen does not disrupt clinal trends in host thermal tolerance. Files in this package: Title: lush-et-al-cline-infected-knockdown.csv Description: Data for the influence of host clone, acclimation temperature, and infection outcomes on variation in time to immobilisation (i.e., knockdown times). Listed are the Daphnia clone (clone: PLD, BWD, WWD, BLD, YYD or OZD), the latitude of the population from which each clone was sampled (latSOUTH in °S), the individual ID of each animal (ID), the acclimation temperature of the animals (temp: 20 °C or 25 °C), the experimental block (block), the size of the animal (in mm), the knockdown times (death_time in minutes), and the outcome of infection (infected, Yes = animals that were exposed to a pathogen and became infected; and for reference, No = control animals that were never exposed to the pathogen).
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2025-10-27
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