REA flux time series archive (L2) from Oberpostdirektion

Research output: Other contribution › Other › Contributed

Contributors

  • Ann-Kristin Kunz - (Author)
  • Patrick Aigner - (Author)
  • Christian Becker - , Chair of Geometry/Kinematics (Author)
  • Lars Borchardt - , Chair of Inorganic Chemistry I (Author)
  • Jia Chen - (Author)
  • Andreas Christen - (Author)
  • Julian Della Coletta - (Author)
  • Markus Eritt - (Author)
  • Xochilt Gutiérrez - (Author)
  • Josh Hashemi - (Author)
  • Rainer Hilland - (Author)
  • Christopher Holst - (Author)
  • Carsten Jahn - (Author)
  • Armin Jordan - (Author)
  • Richard Kneißl - (Author)
  • Klaus Kürzinger - (Author)
  • Changxing Lan - (Author)
  • Virgile Legendre - (Author)
  • Ingeborg Levin - (Author)
  • Matthias Mauder - , Chair of Meteorology (Author)
  • Susanne Preunkert - (Author)
  • Samuel Hammer - (Author)

Abstract

14C data based on measurements from a relaxed eddy accumulation (REA) flask sampling system operated at the Oberpostdirektion site in Munich, Germany (DE-Opd) as part of the ICOS Cities project. This data archive contains a CSV file with all data and metadata recorded for the REA sampling periods (14C_REA_DE-Opd.csv), as well as a CSV file containing only CO2 and Delta-14C flask concentrations, derived ffCO2 concentrations, ffCO2 fluxes and quality flags (14C_REA_DE-Opd_short.csv). All variables are described in the included XLSX file (14C_REA_variable_description.xlsx). This version, coupled to ICOS Cities deliverable D3.12, contains data that has undergone final quality control.

Details

Original languageUndefined
Publication statusPublished - 30 Jun 2025
Peer-reviewedNo
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Keywords