10.1594/PANGAEA.934089Kusch, StephanieStephanieKusch0000-0002-2708-4975Wakeham, Stuart GStuart GWakehamSepúlveda, JulioJulioSepúlveda0000-0002-8251-6937PANGAEA2021Bacteriohopanepolyolsin situ productionOxygen minimum zoneEvent labelLatitude of eventLongitude of eventElevation of eventSample code/labelDEPTH, water2-methyladenosylhopaneAdenosylhopane2-methyladenosylhopane-type 2Adenosylhopane-type 22-methyladenosylhopane-type 3Adenosylhopane-type 3BacteriohopanetetrolRatioCarbon, organic, particulate2-methyl adenosylhopane per unit mass particulate organic carbonAdenosylhopane per unit mass particulate organic carbon2-methyl adenosylhopane-type 2 per unit mass particulate organic carbon2-methyl adenosylhopane-type 3 per unit mass particulate organic carbonBacteriohopanetetrol per unit mass particulate organic carbonIn situ pumpKN172/8KnorrDataset10.1016/j.orggeochem.2020.104150436 data pointstext/tab-separated-valuesCreative Commons Attribution 4.0 InternationalAdenosyl-BHP abundances in Vancouver Island and Black Sea total suspended particulate matter and Cariaco sinking particulate organic matter samples were analyzed to study in situ production in oxygen minimum zones. Water column suspended particulate matter samples were obtained using McLane WTS-LV (standard configuration) in situ filtration systems from Vancouver Island fjords aboard R/V Barnes in 2007 and the Black Sea aboard R/V Knorr (cruise 172/8) in 2003. Sinking particulate organic matter was sampled in sediment traps as part of the CARIACO Ocean Time-Series Program in Cariaco Basin. Adenosyl-BHPs were analyzed in trap A (275 m water depth) and trap B (455 m water depth) for 14-day opening intervals from November 1999 through April 2000 and July 2002 through October 2002.POC data for Effingham Inlet are from Diaz et al. (2012).-125.637.5142.4149.22British Columbia, Canada