Data for Trade-offs in thermal response: Schizotetranychus brevisetosus winter eggs outperform summer eggs at low temperatures by Miki Yamawaki and Katsura Ito (2026) Physiological Entomology

General InformationThis dataset contains the raw data required to reproduce the figures and tables in the study: "Temperature-dependent survival and development of Schizotetranychus brevisetosus" by Miki Yamawaki and Katsura Ito for the publication in Physiological Entomology. Taxon: Schizotetranychus brevisetosusTemperature Units: Degrees Celsius (°C)Egg Types:summer: Individuals originating from summer eggs.winter: Individuals originating from winter eggs.Sheets in the Excel bookFig_1 (temperature data in Motoyama, Kochi Prefecture, Japan)Date: year/month/dayMean: mean temperatureMax: maximum temperatureMin: minimum temperatureFig_3_stage (4 sheets): The developmental days of each stage.Stage: Egg, Larva, Protonymph, Deutonymph.Column type: Egg typeNumber in each cell: Number of days spent in the stage. Fig_4 (Stage-specific Survival)Data for mortality in each developmental stage across temperatures.Temp: Rearing temperature.Type: Egg type (summer/winter).E, L, P, D: Number of individuals that died during that specific stage (Egg, Larva/Protonymph, Deutonymph, and Pre-emergence, respectively).A: Number of individuals that successfully reached the Adult stage.T: Total initial number of individuals at the start of the egg stage.Fig_5 (Post-hatching Survival)Data for Kaplan-Meier survival analysis after hatching.Temp: Rearing temperature (e.g., 15C, 17.5C).Type: Egg type.Long: Survival duration in days. The hatching day is defined as the day 0Status: Event indicator (1 = Death occurred, 0 = Censored/Survived to adult).Sex: gender of individuals emerged