bikinidaa.blogg.se - New globus simulation

To set up a transfer point see the relevant page: Once you can log into Globus, the boundary conditions are stored here:įiles can be transferred to another location using the Globus system. Alternative: All available dates Januto December 31, 2020Īn alternate way to access any of the complete dataset of shared files between January 2001 and December 2020 is via a Globus account, which requires a Google account. *** Boundary conditions will not be updated with this simulation configuration past 2020 ***įor more recent dates, you could consider using the WACCM forecast for boundary conditions, which is available from Januto 10 days from now.

Data coverage: Januto December 31, 2020.

File size: 4.8 GB per day (4 x 6-hour instantaneous time slices per day).

Note that fire emitted DMS 2001-2015 is from CMIP6, in 2016 from GFAS and 2017 onwards from QFED. Biogenic emissions are from online MEGAN2.1, fire emissions are from QFED CO2 x FINN emission ratios (from 2015), with emission ratios updated from 2017 onwards. Anthropogenic and "other" emissions are changed to SSP5- onwards. Anthropogenic emissions are from CMIP6, CMIP6 2014 anthropogenic emissions are repeated for dates past 2014 to 2016.

Files are collected as daily information (4 time-slices per file). We use the MAM4-VBS scheme to model aerosols. You can find a description of all simulated species online. Chemistry is the MOZART-T1 mechanism, described in Emmons et al. Data is saved as instantaneous fields every 6 hours. Meteorology is driven by specified dynamics, by nudging with 50h relaxation (1%) to MERRA2 reanalysis.

We used CAM-chem at 0.9x1.25 horizontal resolution simulation with 56 vertical levels.

We have saved CAM-chem simulation output that is intended to be used as boundary conditions for regional modeling. New Boundary Conditions: A new simulation with more consistent input data across a longer time range, and newer CESM codebase has been completed.