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Storage of NWM retrospective data (~7000 reaches correspond with USGS gages (needed to compare model performance)). This is not terribly time-consuming to process (only needs to be processed once), but it's important to think of what is the most intelligent way to store/manage the time series for all reaches. How big is an Rdata file with all 7000 reaches?
For scaling the use of these functions to large areas, we may want to provide versions of the R functions like NWMFlowStats in Python to work nicely (compute this on the fly?) with visualizations such as the Low Flows Tethys Application.
The text was updated successfully, but these errors were encountered:
Things to consider:
Storage of NWM retrospective data (~7000 reaches correspond with USGS gages (needed to compare model performance)). This is not terribly time-consuming to process (only needs to be processed once), but it's important to think of what is the most intelligent way to store/manage the time series for all reaches. How big is an Rdata file with all 7000 reaches?
For scaling the use of these functions to large areas, we may want to provide versions of the R functions like NWMFlowStats in Python to work nicely (compute this on the fly?) with visualizations such as the Low Flows Tethys Application.
The text was updated successfully, but these errors were encountered: