10.1594/PANGAEA.969430Franco Cisterna, BelénBelénFranco CisternaStief, PeterPeterStief0000-0002-6355-150XGlud, Ronnie NRonnie NGlud0000-0002-7069-893XPANGAEA2024Acartia tonsacarbon losscarcasscopepodculture experimentLaboratory experimentMineralizationType of studyDate/time start, experimentDate/time end, experimentSpecies, unique identificationSpecies, unique identification (Semantic URI)Species, unique identification (URI)Experimental conditionRespiratory quotientBacteria, growth efficiencyTreatment: temperatureExperiment durationCarbon loss, cumulativeLaboratory experimentVisual identificationIncubation in temperature-controlled roomsCalculated from the sum of aerobic bacterial respiration (BR) and bacterial production (BP)2018-12-10T10:00:00/2019-03-08T10:00:00Dataset10.3354/meps139071710 data pointstext/tab-separated-valuesCreative Commons Attribution 4.0 InternationalThe effect of varying temperature on the kinetics of aerobic microbial respiration (a proxy for oxidative carbon mineralization) associated with copepod carcasses was studied in laboratory incubation experiments. Copepod carcasses were produced by exposing female specimens of cultured Acartia tonsa to anoxic conditions for 2 hours. Carcasses were incubated in gas-tight glass vials equipped with an internal optode for contactless oxygen measurements at 5 different temperatures ranging between 4 and 20°C. Carcass-associated oxygen consumption was measured for varying time periods. The obtained respiration rates were converted to carbon mineralization rates using 3 different theoretical values for the respiratory quotient and 3 different theoretical values for bacterial production and then to the cumulative carbon loss relative to the initial carbon contents of the carcasses.The Acartia tonsa specimens used for experimentation were obtained from a long-established laboratory culture at the Department of Science and Environment at Roskilde University. The original collection site of the copepods is unknown.10.42656355.368167Danish National Research Foundationhttps://doi.org/10.13039/501100001732DNRF145Danish Center for Hadal Research, HADAL