Environmental and seawater chemistry parameters of temperature-controlled bivalve aquaculture experiments and the resulting geochemical compositions of the shells

Name: Environmental and seawater chemistry parameters of temperature-controlled bivalve aquaculture experiments and the resulting geochemical compositions of the shells
Creator: Oliver M. Medd
Published: 2024-03-20T15:14:52.977Z
Keywords: Geochemistry, Aquaculture, Bivalvia, Biomineral, Seawater Analysis, Oxygen Isotope, Stable Isotope

Medd, Oliver M.; Otter, Laura; Williams, Ian S.; Stern, Richard; Förster, Michael W.; Eggins, Stephen; Rodrigues-Sanz, Laura; Abram, Nerilie J.; He, Miaohong; Ellwood, Michael J.; Hargreaves, Jessica A.; Fallon, Stewart J.; Knowles, Brett M.

doi:10.17632/bywms32stn.1

Environmental and seawater chemistry parameters of temperature-controlled bivalve aquaculture experiments and the resulting geochemical compositions of the shells

Published: 20 March 2024| Version 1 | DOI: 10.17632/bywms32stn.1

Contributors:

Oliver M. Medd, Laura Otter, Ian S. Williams, Richard Stern, Michael W. Förster, Stephen Eggins, Laura Rodrigues-Sanz, Nerilie J. Abram, Miaohong He, Michael J. Ellwood, Jessica A. Hargreaves, Stewart J. Fallon, Brett M. Knowles

Description

This dataset contains seawater parameters used in a 80-day bivalve culturing experiment. The seawater parameters include: seawater temperatures, salinity, free pH and total alkalinity, aragonite saturation states (Ω), δ18OSW and Element/Ca. In addition, major and minor element compositions as well as the stable isotope compositions of the grown shell portions are included together with carbonate reference material measurements.

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Australian National University

Environmental and seawater chemistry parameters of temperature-controlled bivalve aquaculture experiments and the resulting geochemical compositions of the shells

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