MLC-CHEM code and data for A vertically-resolved canopy improves chemical transport model predictions of ozone deposition to north temperate forests
2024-11-21
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MLC-CHEM code and data for A vertically-resolved canopy improves chemical transport model predictions of ozone deposition to north temperate forests
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2024-11-21
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Millet, Dylan
dbm@umn.edu
dbm@umn.edu
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Abstract
This data set includes model code, input, and output data to constrain the 1D Multi-Layer Canopy CHemistry and Exchange Model (MLC-CHEM) for simulations of ozone deposition over three north temperate forests across four field studies. These studies include The Flux Closure Study 2021, The Probing Ecosystem Responses Involving Notable Organics (PEcoRINO) study in 2020, The Chequamegon Heterogenous Ecosystem Energy-balance Study Enabled by a High-density Extensive Array of Detectors 2019 (CHEESEHEAD19) in 2019, and the Program for Research on Oxidants: Photochemistry, Emissions, Transport - Atmospheric Measurements of Oxidants in Summer (PROPHET-AMOS) in 2016.
Description
This folder contains subdirectories for individual MLC-CHEM input data, code, and output data for:
a. Manitou Experimental Forest Observatory during the FluCS 2021 study, Woodland Park, CO Aug-Sep 2021 (FluCS)
b. Chequamegon-Nicolet National Forest at the Us-PFA/WLEF-TV tower during the CHEESHEAD19 field study, Park Falls, WI Jul 2019 (C19)
c. University of Michigan Biological Station during the PROPHET AMOS field study, MI, Jul 2016 (PROPHET)
d. Chequamegon-Nicolet National Forest at the Us-PFA/WLEF-TV tower during the PEcoRINO field study, Park Falls, WI Sep 2020 (LEF)
Referenced by
https://doi.org/10.22541/essoar.172313458.86659538/v1
M.P. Vermeuel, D.B. Millet, D.K. Farmer, L.N. Ganzeveld, A.J. Visser, H.D. Alwe, T.H. Bertram, P.A. Cleary, A.R. Desai, D. Helmig, S.C. Kavassalis, M.F. Link, M.A. Pothier, M. Riches, W. Wang, S. Williams (2024), A vertically resolved canopy improves chemical transport model predictions of ozone deposition to north temperate forests, J. Geophys. Res., Accepted
M.P. Vermeuel, D.B. Millet, D.K. Farmer, L.N. Ganzeveld, A.J. Visser, H.D. Alwe, T.H. Bertram, P.A. Cleary, A.R. Desai, D. Helmig, S.C. Kavassalis, M.F. Link, M.A. Pothier, M. Riches, W. Wang, S. Williams (2024), A vertically resolved canopy improves chemical transport model predictions of ozone deposition to north temperate forests, J. Geophys. Res., Accepted
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National Science Foundation (AGS-1932771, AGS-1932849)
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Vermeuel, Michael; Millet, Dylan; Farmer, Delphine; Ganzeveld, Laurens; Visser, Auke; Alwe, Hariprasad; Bertram, Timothy; Cleary, Patricia; Desai, Ankur; Helmig, Detlev; Kavassalis, Sarah; Link, Michael; Pothier, Matson; Riches, Mj; Wang, Wei; Williams, Sara. (2024). MLC-CHEM code and data for A vertically-resolved canopy improves chemical transport model predictions of ozone deposition to north temperate forests. Retrieved from the Data Repository for the University of Minnesota (DRUM), https://doi.org/10.13020/h966-ms14.
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README.txt
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VermeuelJGRA_2024_files.zip
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(42.5 MB)
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