Physicochemical properties of peat samples collected for the microcosm experiment. DOC – dissolved organic carbon (mg g-1), EC – electrical conductivity (µS cm-1), WT – water table (cm); short chain fatty acid ions and inorganic ions (µg g-1 of dry peat). MP – potential rates of methane production; MO – potential rates of methane oxidation. Depth zones: A (0-10 cm below the WT), B (0-10 cm above the WT), C (10-20 cm below the WT).

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Tab. S3. (Supplementary Material). Physicochemical properties of peat samples collected for the microcosm experiment. DOC – dissolved organic carbon (mg g-1), EC – electrical conductivity (µS cm-1), WT – water table (cm); short chain fatty acid ions and inorganic ions (µg g-1 of dry peat). MP – potential rates of methane production; MO – potential rates of methane oxidation. Depth zones: A (0-10 cm below the WT), B (0-10 cm above the WT), C (10-20 cm below the WT).

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Source Repository:

University of Waterloo Dataverse

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Public

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License:

CC0

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URL:

https://doi.org/10.5683/SP2/TKFE3G

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Publication date:

2020-03-16

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Subjects:

Earth and Environmental Sciences

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Keywords:

methane production, methane oxidation, peat physico-chemistry, short chain fatty acid ions, terminal electron acceptors, micocosms

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APA Citation:

Physicochemical properties of peat samples collected for the microcosm experiment. DOC – dissolved organic carbon (mg g-1), EC – electrical conductivity (µS cm-1), WT – water table (cm); short chain fatty acid ions and inorganic ions (µg g-1 of dry peat). MP – potential rates of methane production; MO – potential rates of methane oxidation. Depth zones: A (0-10 cm below the WT), B (0-10 cm above the WT), C (10-20 cm below the WT). (2020). [Data set]. University of Waterloo Dataverse. https://doi.org/10.5683/SP2/TKFE3G

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