Data and code for the publication: "Unexpected anthropogenic emission decreases explain recent atmospheric mercury concentration declines"
Data and code for the publication: "Unexpected anthropogenic emission decreases explain recent atmospheric mercury concentration declines"
A. Feinberg, Aug 2024 arifeinberg@gmail.com Essential data and code for the publication: Feinberg et al. : Unexpected anthropogenic emission decreases are required to explain recent atmospheric mercury concentration declines The directories include: 1) analysis_plotting_scripts/ - all analysis scripts used to analyze observations, produce input data, and plot figures for paper 2) GC_code/ - Archived GEOS-Chem code used to simulate the runs in this paper 3) GC_data/ - GEOS-Chem simulation data and run scripts can be found here for the following runs: BASE - run2021 BASE+LEG - run2022 DEC_LEG_ONLY - run2024 ZHANG23 - run2025 DEC_ANT_NH - run2026 4) input_data/ - input data used to run GEOS-Chem Please refer to other README.md files within sub-directories and contact me for any questions.
This work was funded by the Swiss National Science Foundation through an Early Postdoc.Mobility grant to A.F. (P2EZP2_195424) and a grant (#1924148) from the US National Science Foundation to N.E.S.
- Massachusetts Institute of Technology United States
mercury cycle, Minamata Convention on Mercury, chemical-transport modeling, anthropogenic emissions, box model, trend analysis
mercury cycle, Minamata Convention on Mercury, chemical-transport modeling, anthropogenic emissions, box model, trend analysis
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