https://researchdata.se/en/catalogue Search results en In order to understand the physiological effects of global climate change on goldsinny wrasse, a multi-stressor experiment was conducted exposing the fish to four weeks of experimental conditions with treatments consisting of control conditions (salinity approx 28, temp 13°C, pH approx 8.1), low salinity (17), high temperature (19°C), low ph (7.5) and the combination of all three stressors combined (multi-stressor treatment salinity 17, temp 19°C, and pH 7.5). Potential physiological stress was evaluated by measuring growth (weight and length), oxygen consumption using respirometry, and liver oxidative stress analyses (ratio GSSG-GSH, GSSG, GSH, CAT, GST, GR and LPO). Data from the Weight Length file contains information related to experimental treatment conditions, fish ID, and weight (g) and length (cm) at the end of the exposure period (4 columns, 123 rows). Data from the ratio GSSG-GSH, GSSG, GSH, CAT, GST, GR and LPO files are from enzymatic measurements of liver samples for oxidative stress analyses and include treatment and fish ID for each biomarker. The ratio GSSG-GSH file - 3 columns, 80 rows; the GSSG file – 3 columns, 80 rows; the GSH file – 3 columns, 80 rows; the CAT file - 3 columns, 74 rows; the GST file – 3 columns, 77 rows; the GR file – 3 columns, 75 rows; the LPO file – 3 columns, 77 rows. Glutathione-reductase = GR (nmol/mg protein/min), Glutathione-S-transferase = GST (µmol/mg protein/min), Catalase = CAT (µmol/mg protein/min), Reduced glutathione = GSH (µmol/mg liver), Oxidized glutathione = GSSG (µmol/mg liver), Ratio oxidized/reduced = %GSSG/GSH (%), Lipid peroxidation = LPO (nmol MDA/ml). Data from the Rest, max and scope respirometry file contains oxygen consumption data MO2 which stands for mass specific O2 uptake and SMR for standard metabolic rate. SMR, maximum MO2 and aerobic scope (mg O2 h-1). It also includes treatment, fish ID, and weight (g) – 6 columns, 76 rows. Tue, 19 Nov 2024 14:39:08 GMT https://researchdata.se/en/catalogue/dataset/2024-491 https://researchdata.se/en/catalogue/dataset/2024-491 Swedish University of Agricultural Sciences Diana Hammar Perry Supplementary tables for the Review article "Connectivity and Population Structure in a Marginal Sea - a Review" (https://doi.org/10.1111/ddi.70056). Contains information on connectivity and population structure within marine species inhabiting the Skagerrak sea, summarised from scientific studies published between the years 1990 and 2023. Table S1: List of all 484 scientific studies that were screened, as well as information regarding whether they were included in the literature review. Table S2: Contains extracted data from the 172 scientific studies, published between 1990 and 2023, that were reviewed with regard to connectivity and population structure in the Skagerrak. The data includes information about both the studies' methodology (such as scientific discipline, spatial and temporal scale, and sample size) and results (such as which populations were identified and estimated connectivity between different regions). Table S3: Detailed summary of the scientific studies that studied contemporary connectivity on a "large" scale (between the Skagerrak sea and adjacent seas). For species with information from several studies, a concensus result for the species was created. Table S4: Detailed summary of the scientific studies that studied contemporary connectivity on a "small" scale (within the Skagerrak sea). For species with information from several studies, a concensus result for the species was created. Table S5: Detailed summary of the scientific studies that studied population structure, both within the Skagerrak Sea and between the Skagerrak and adjacent seas. For species with information from several studies, a concensus result for the species was created. Tables S6-S7: Settings for the BARRIER analysis conducted in the study. For more detailed descriptions of the content we refer to the text in the original study. This dataset is listed as "Deliverable 2.2" of the MARHAB project (Horizon Europe, grant number 101135307). Mon, 10 Nov 2025 12:52:33 GMT https://researchdata.se/en/catalogue/dataset/2025-294 https://researchdata.se/en/catalogue/dataset/2025-294 University of Gothenburg Simon Henriksson Per Erik Jorde Charlotte Berkström Guldborg Søvik Pierre De Wit Halvor Knutsen Even Moland Carl André Marlene Jahnke