DATASET

SMARTX ANME abundances_June 2022.csv (0.98 kB)

DATASET

SMARTX S-DAMO rate_June 2022.csv (0.74 kB)

DATASET

SMARTX redox potential in C3 community (20 cm)_May-July 2022.csv (1.32 kB)

DATASET

SMARTX fine roots in C3 community_2022.csv (0.42 kB)

DATASET

SMARTX CH4 fluxes_June 2022.csv (1.37 kB)

DOCUMENT

READ ME.docx (29.46 kB)

DATASET

SMARTX porewater sulfate & chloride_May and July 2022.csv (5.79 kB)

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7 files

Dataset: Climate-induced shifts in sulfate dynamics regulate anaerobic methane oxidation in a coastal wetland, 2022, Maryland.

dataset

posted on 2024-11-29, 12:44 authored by Genevieve NoyceGenevieve Noyce, J. Patrick MegonigalJ. Patrick Megonigal, Jaehyun Lee, Hojeong Kang, Yerang Yang

This dataset accompanies the paper Lee et al. currently under review at Science Advances. The data are from a multi-year field manipulation of warming and elevated CO₂ (SMARTX) in the Smithsonian's Global Change Research Wetland (GCReW), a brackish, microtidal wetland site on a subestuary of the Chesapeake Bay. These data were generated to understand how warming and elevated CO₂ drive anaerobic methane (CH₄) oxidation. The dataset includes soil redox potential, CH₄emissions, porewater sulfate and chloride, root productivity, rates of sulfate-dependent anaerobic CH₄, and ANME abundance. Metadata are provided in the Read Me file.