Bieniada, Aneta — 2020-01-29CH4 flux, [CH4] in pore water and environmental factors, Seba Beach horticulture peatland complex, Alberta, Canada. Appendix 3 to the PhD. thesis.
Bieniada, Aneta — 2020-03-16Tab. 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).
Bieniada, Aneta — 2020-03-16Tab. S4. (Supplementary Material). The absolute abundance of methanogens and methanotrophs in the 63 rarefaction peat samples. See file "MG_MT_codes.pdf" for the explanation of codes attached to this Dataverse submission.
File "MG_MT_codes.pdf" contains explanation of codes used in the main table.
Bieniada, Aneta — 2020-09-17Raw GPR data and CS616 water content reflectometer probes output and volumetric water content calculations. Data collected at a horticultural peatland complex near Seba Bech in summer 2016 and 2017. More details available in the readme.txt file attached to this submission.
Bieniada, Aneta — 2020-09-10Peat samples collected in summer 2016 and 2017 at Seba Beach horticultural peat complex in Alberta. Peat chemistry: Raw data and quality control, Seba Beach peat samples used for microbial analyses (a). Peat chemistry: Raw data and quality control, Seba Beach peat samples used for microcosms (b).
Bieniada, Aneta — 2021-05-13This file reports the methodology and results of a microcosm experiment conducted at Seba Beach peatlands: Experimental determination of methane production and consumption potential in unrestored, restored and natural peatlands.
