Raw data supporting the research article "Can octopus embryos and juveniles contend with heatwaves?"

This dataset contains raw experimental data supporting the research article "Can octopus embryos and juveniles contend with heatwaves?" (Heatwave Impacts on Octopus maya Early Life Stages). It documents physiological and metabolic measurements from Octopus maya embryos and juveniles exposed to simulated marine heatwave conditions (24°C, 26°C, 30°C) throughout embryonic development (~45 days) and 30 days post-hatching. Data underpins publication (DOI pending) Data content (xlsx file): Embryo morphometry: Eye diameter, arm/mantle/total lengths, yolk volume, wet weight across developmental stages (organogenesis/activation/growth) Embryo respirometry: Routine metabolic rates (oxygen consumption) during embryogenesis Embryo antiox: Antioxidant markers (SOD, CAT, GST, GSH) and oxidative damage (protein carbonyls, lipid peroxidation) Juvenile biometry: Wet weight and daily growth coefficients (10/30 dph) Juvenile survival: Survival records during 30-day rearing Juvenile metabolism: Routine metabolic rates, temperature-induced metabolic extremes (TIMR max/min), and derived metabolic scopes MitochondrialRespiration: High-resolution respirometry parameters (State 3/4 respiration, OXPHOS capacity, RCR)