https://researchdata.se/en/catalogue Search results en Summary: This data was used to assess how sublethal heat stress during development impacted subsequent adult fertility and its plasticity, both of which can provide the raw material for evolutionary responses to increased temperature. We quantified phenotypic (and genetic) variation in fertility of Drosophila melanogaster reared at standardized densities in three temperatures (25, 27, 29°C) from a set of lines of the Drosophila Genetic Reference Panel (DGRP). Files available: We provide one excel (with six tabs) and 6 csv files. The data in the excel is the same as the one provided in the 6 csv files. TableS1_archival_data.xlsx This data file has six tabs, each tab associated with a dataset used in the analysis. Tab: Male data raw (= Zwoinska20_malerawdata.csv) This tab contains the raw data of male fertility at three different developmental temperatures. Table headers are explained below: Batch = block DGRP = DGRP line Temperature = developmental temperature experienced Vial = vial where each pair was kept Larvae = 1, if larvae present; 0, if no larvae present Tab: Male data (= Zwoinska20_maledata.csv) This tab contains compacted data per DGRP line from the male fertility assay at three different developmental temperatures, including inversions and intercepts + slopes extracted from statistical models. Table headers are explained below: DGRP Line = line number LineNo = abbreviated line number Reproduced 25°C = all vials in that block (batch) which at least one larva was found; same explanation for columns "Reproduced 27" and "Reproduced 29" All 25°C = total number of males (vials) assayed for that line in that batch (block); same explanation for columns "Reproduced 27" and "Reproduced 29" Batch = block number inv columns are the inversion status of each line for each of the main inversions characterized in the DGRP; ST = standard, INV = inversion. ST/INV = unfixed status in the line wolb = wolbachia status of each line; y = infected, n = not infected Intercepts columns are the derived intercepts for each temperature using a random slopes model as described in the text Slopes is the derived slope across temperatures using a random slopes model as described in the text Tab: Canton S male data (= Zwoinska20_CSmaledata.csv) This tab contains data from assaying Canton S used to account for variation across blocks. Table headers are explained below: Batch = block CScase25 = Canton S (CS) case (number of vials with at least one larva) at 25°C; same explanation for column "CScase29" CStotal25 = Canton S (CS) total (total number of vials assayed) at 25°C; same explanation for column "CStotal29) CSprop25 = CScase25/CStotal25; same explanation for "CSprop29" Tab: Female data raw (= Zwoinska20_femalerawdata.csv) This tab contains the raw data from assaying female fertility at three different temperatures for DGRP lines assigned as High or Low (see text for description) for male fertility performance across temperatures. Table headers are explained below: Batch = block DGRP = DGRP line LH_code = whether the assayed line is considered to be a High (H) performing male line or a Low (L) performing male line Temperature = developmental temperature experienced Vial = vial where each pair was kept Larvae = 1, if larvae present; 0, if no larvae present Tab: Female data (= Zwoinska20_femaledata.csv) This tab contains compacted data per line from the female fertility assay at three different temperatures for DGRP lines assigned as High or Low (see text for description) for male fertility performance across temperatures. Table headers are explained below: Batch = block LH_code = whether the assayed line is considered to be a High (H) performing male line or a Low (L) performing male line DGRP = DGRP line Temperature = developmental temperature experienced case = number of vials with at least one larva total = total number of vials (females) assayed Tab: Canton S female data (= Zwoinska20_CSfemaledata.csv) This tab contains data from assaying Canton S used to account for variation across blocks. Table headers are explained below: Batch = block CScase25 = Canton S (CS) case (number of vials with at least one larva) at 25°C; same explanation for column "CScase29" CStotal25 = Canton S (CS) total (total number of vials assayed) at 25°C; same explanation for column "CStotal29) CSprop25 = CScase25/CStotal25; same explanation for "CSprop29" Tue, 05 May 2020 00:00:00 GMT https://researchdata.se/en/catalogue/dataset/doi-10-17045-sthlmuni-12248576 https://researchdata.se/en/catalogue/dataset/doi-10-17045-sthlmuni-12248576 Stockholm University Martyna K. Zwoinska Leonor Rodrigues Jon Slate Rhonda R. Snook Code in MATLAB r2022b, containing relevant data, for the journal article: Pons, "The self-oscillation paradox in the flight motor of D. melanogaster", Journal of the Royal Society Interface, 2023. Code is annotated, and includes fitting analysis, self-oscillation (eigenvalue) analysis, and computer symbolic computations Fri, 20 Oct 2023 11:44:18 GMT https://researchdata.se/en/catalogue/dataset/2023-205 https://researchdata.se/en/catalogue/dataset/2023-205 Chalmers University of Technology Arion Pons Code in MATLAB r2022b, containing relevant data, for the journal article: Pons, "Causal models of rate-independent damping in insect exoskeleta", Journal of Experimental Biology, 2025. Code is annotated, and includes fitting analysis and and numerical methods for damping models. Mon, 09 Jun 2025 07:25:17 GMT https://researchdata.se/en/catalogue/dataset/2025-172 https://researchdata.se/en/catalogue/dataset/2025-172 Chalmers University of Technology Arion Pons