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Data and code for "Thermal limits of survival and reproduction depend on stress duration: a case study of Drosophila suzukii". Contains three scripts with accompanying data for reproducing analyses and figures in the manuscript: doseresponse_alltraits_bothsexes.R - uses data in "alltraits_summary_R2.xlsx" to fit dose-response curves (Fig. 1) and calculate Lt50 for mortality or Et50 for coma and productivity coma_proxy_alltraits.R - uses data in "all_data_long_R2.xlsx" to calculate proportions dead/alive and average productivity among early vs. late onset coma groups (Fig. 3) microclimate_injury_accumulation.R - uses data in "TDT_parameters_R2.xlsx" (derived from Fig. 2 with data shown in Supporting Table 2) and modelled microclimate to estimate accumulated heat injury (per minute) for all traits across the year 2018. On a representative summer day (Aug 5), injury accumulation during the day is shown in Fig. 4. For any inquiries or bugs, please contact Michael Ørsted (moer@bio.aau.dk)
fertility, thermal death time, reproduction, pest management, productivity, thermal limits, thermal coma, sterility, Drosophila suzukii, mortality, heat injury
fertility, thermal death time, reproduction, pest management, productivity, thermal limits, thermal coma, sterility, Drosophila suzukii, mortality, heat injury
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