Spatiotemporal variability of carbon dioxide and methane fluxes in six temperate wetlands

Wetlands are important to global carbon cycling, emitting large amounts of the greenhouse gas (GHG) methane (CH4) and acting as sources or sinks of carbon dioxide (CO2). Yet, wetland GHG fluxes are uncertain due to spatiotemporal variability among and within wetlands and multiple environmental factors influencing fluxes. We studied six wetlands representing three wetland types (bog, emergent, and forested) in Central New York (USA) from June to November, measuring CO2 and CH4 fluxes and environmental parameters related to porewater, hydrology, temperature, and vegetation.
, Please see details of data collection in the associated manuscript.
, This readme file was generated on 03-23-2026 by Pascal Bodmer

## GENERAL INFORMATION

Dataset Title:

# Data from: Spatiotemporal Variability of Carbon Dioxide and Methane Fluxes in Six Temperate Wetlands

Author Information
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Name: Pascal Bodmer Institution: Cornell University Email:
[[e-mail]](mailto:[e-mail])

Field data collection occurred in 2022

This dataset accompanies a manuscript accepted for publication in the journal *Wetlands*.

## DATA & FILE OVERVIEW

File List:
1. CO2 and CH4 fluxes, standing water depth, and height of the tallest plant at the collar-level (1_Temperate-Wetlands_GHG-fluxes_collar-level.xlsx)
2. environmental parameters at the site-level (2_Temperate-Wetlands_environmental-parameters_site-level.xlsx)
3. porewater nutrient concentrations at the site-level (3_Temperate-Wetlands_PW-nutrients_site-level.xlsx)
4. (4) porewater greenhouse gas concentrations at the site-level (4_Temperate-Wetlands_PW-GHG_site-level.xlsx)

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