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Data from: Anticipating change: The impact of simulated seasonal heterogeneity on heat tolerances along a latitudinal cline

dataset
posted on 2024-05-05, 22:21 authored by Jared LushJared Lush, Carla Sgrò, Matthew HallMatthew Hall

Full data set from the study as well as data and code to run our dredge/model selection of environmental data.

Title: seasonality_raw_master.csv

Description: Data for the effects of non-thermal seasonal cues on the latitudinal clines for thermal tolerance. Listed are the individual ID of each animal (indv_id), the host genotype (host_geno), the latitude that each genotype was sampled from(lats), the experimental ID (exp_id), the treatment name (treatment, where H/L indicates whether animals were allocated to high or low food availability's and S/W indicated whether animals were allocated to long (S) or short (W) photoperiods), the block number (block),the date of each heat shock assay (assay_date), the time until each animal was incapacitated during the heat shock assay (death_time, mins) and the bodysize of each animal (Size, EPU).


Title: environmental_data.csv

This file contains the initial dataset described above, combined with environmental microclimate data sourced for each location. For description of the variables we used please refer to the READ ME file, in combination with detailed step by step annotations throughout the R script describing our analyses (file: analyses-environmental-data-2022.rmd).



Funding

Linking sex-specific adaptation to the evolution of infectious disease

Australian Research Council

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Mismatch between host-pathogen thermal ecology impacts adaptation to change

Australian Research Council

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