Data and code in support of "Tailoring WRF and Noah-MP to improve process representation of Sierra Nevada runoff: Diagnostic evaluation and applications"
This set of files contains data and code used in the article "Tailoring WRF and Noah-MP to improve process representation of Sierra Nevada runoff: Diagnostic evaluation and applications" which will was submitted to the Journal of Advances in Modeling Earth Systems in July 2019. nointerpfnf...
Main Authors: | , , , , |
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Format: | Text |
Language: | English |
Published: |
Zenodo
2019
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Subjects: | |
Online Access: | https://dx.doi.org/10.5281/zenodo.3567093 https://zenodo.org/record/3567093 |
Summary: | This set of files contains data and code used in the article "Tailoring WRF and Noah-MP to improve process representation of Sierra Nevada runoff: Diagnostic evaluation and applications" which will was submitted to the Journal of Advances in Modeling Earth Systems in July 2019. nointerpfnf2.csv and cosumnes_michiganmar.txt contain daily Full Natural Flow into several reservoirs. neginterpfnf2.csv contains a version of that data where negative values were skipped and interpolated through. runtab07_17.csv contains modeled daily runoff into the same set of reservoirs produced with the modified WRF/Noah-MP system described in the paper (without the "aquifer correction"). Each row represents one day starting October 10, 2006. dailyEQtab_p3.csv contains modeled daily runoff with the simple aquifer model integrated in the Noah-MP code. final_aq_ft3.csv contains modeled daily runoff with the statistical aquifer correction. runtabDef.csv contains modeled daily runoff from the default (unmodified) version of WRF/Noah-MP. orca-inputs-new.csv contains runoff and other WRF outputs used as inputs in the ORCA water system model. make_all_plots_1.R contains code to make plots 3 through 6 and S2 in the paper, as well as most of the tables in the paper. new_aso_alldata.R contains code to make plot S1. noah_aggregate_runoff_2.R contains code to make plot 2 in the paper. sample_makegrid.R and getbasin_for10year.py contain code to aggregate the gridded WRF outputs into reservoir watersheds. app.R contains code for a Shiny webapp for interactive visualization of the data. : Funded by NSF grant CNS-1639268 |
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