code to produce the figures included in the BAMS "State of the Climate" report section on Pacific Convergence Zones
- update the MSWEP daily dataset:
rclone sync -v --exclude 3hourly/ --exclude Monthly/ --drive-shared-with-me GoogleDrive:/MSWEP_V280 /media/nicolasf/END19101/ICU/data/glo2ho/MSWEP280
- calculate the MSWEP monthly climatology (1991 - 2020):
notebooks/calculate_MSWEP_monthly_from_daily_climatology.ipynb
- calculate the monthly averages for each year, as well as the anomalies:
notebooks/calculate_MSWEP_monthly_from_daily.ipynb
- calculate the anomalies (WRT to 1991 - 2020 climatology) in mm and percentage of normal then plots (maps) the average rainfall and anomalies for a chosen date (year-month) from MSWEP:
notebooks/plot_monthly_maps_MSWEP.ipynb
- calculate the longitudinal sectors averages from MSWEP and plots (x-axis = Rainfall in mm, y-axis = latitude)
notebooks/plot_sectors_MSWEP.ipynb
- calculate longitudinal sector averages as above and compares a chosen 3 months season to recent ENSO years composites (La Nina, El Nino and Neutral) based on the 3 months values of the Oceanic Nino Index (ONI) downloaded from NOAA at https://www.cpc.ncep.noaa.gov/data/indices/oni.ascii.txt.
notebooks/plot_ENSOs_vs_current_year_MSWEP.ipynb
notebooks/ERSST_Pacific_anomalies.ipynb:
calculates and plot the ERSST SST anomalies for each month of the year to process
There are also some versions of the above notebooks using CMAP (downloaded from ) for comparison with MSWEP ...