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This panel plot would help me because I need to identify changes in the profile caused by erosion. Since the primary type of erosion is bluff erosion due to thawing permafrost, it is crucial to determine when water temperatures rise above freezing, which is likely the season with the highest erosion rate.
That said, it is clear that we need data with better temporal and spatial resolution. This means we should work with data that offer the best possible temporal and spatial resolution.
Second, it seems that I have too many lines in the subset plot with excessive repetitions. There should be a way to achieve better results.
The text was updated successfully, but these errors were encountered:
Although not necessary for this assignment, you can grab all the data where pixels are above freezing using the .where function we've used in class and mask out all data where sst is below zero.
I didn't see any excessive repetition, as you've used a loop adequately to plot your panels.
This panel plot would help me because I need to identify changes in the profile caused by erosion. Since the primary type of erosion is bluff erosion due to thawing permafrost, it is crucial to determine when water temperatures rise above freezing, which is likely the season with the highest erosion rate.
That said, it is clear that we need data with better temporal and spatial resolution. This means we should work with data that offer the best possible temporal and spatial resolution.
Second, it seems that I have too many lines in the subset plot with excessive repetitions. There should be a way to achieve better results.
The text was updated successfully, but these errors were encountered: