Sediment mixing and dissolved oxygen and nutrient dynamics in a six week microcosm experiment containing Great Lakes macroinvertebrates

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2020-08-16
2020-11-14

Date Completed

2020-11-14

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Huff, Audrey E
huff0114@umn.edu

Abstract

Physical and geochemical dynamics at the sediment-water interface in a six-week microcosm experiment including Great Lakes macroinvertebrates (dreissenids, Diporeia, and oligochaete worms) with varying functional biology. Microcosms included single and multi-taxon treatments and data includes sediment mixing rate (as luminophore profiles), weekly NO2,3 and NH3 fluxes between the sediment and overlying water, weekly sediment dissolved oxygen microprofiles, and pore water NO2,3, NH3, and P profiles.

Description

Luminophore profiles are reported in the "Luminophore_Data.csv" file, weekly nutrient flux data are reported in the "Nutrient_Flux_Data.csv" file, sediment dissolved oxygen microprofiles are reported in the "DO_Data.csv" file, and nutrient pore water profiles are reported in the "Pore_Water_Data.csv" file.

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CC0 1.0 Universal
http://creativecommons.org/publicdomain/zero/1.0/

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Funding Information

National Science Foundation Grant No. OCE-1737368
Cooperative Institute of Great Lakes Research Graduate Fellowship
University of Minnesota’s Department of Biology Moos Graduate Fellowship
University of Minnesota Water Resources Science Graduate Program

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Huff, Audrey H; Rigdon, Matt; Zalusky, John; Katsev, Sergei; Ozersky, Ted. (2024). Sediment mixing and dissolved oxygen and nutrient dynamics in a six week microcosm experiment containing Great Lakes macroinvertebrates. Retrieved from the Data Repository for the University of Minnesota (DRUM), https://doi.org/10.13020/faj3-a989.

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