Closed DaniJonesOcean closed 3 months ago
@DaniJonesOcean I am unable to access the David Cannon article
@eredding02 PDF sent via email
@eredding02 Apologies for the sudden change, but I'm suggesting that we pause activity on this issue to focus on the GLSEA/GLSEA3 and buoy datasets. Those datasets might be sufficient for what we want to do for DeepSensor, and I don't want to spread our efforts too thinly across too many tasks.
We might return to this issue later, but for now I've un-assigned it and have moved it back to the "In prep" column, which can act as a bit of a holding area.
Note: To mirror what I say in my email signature, I do not expect you to work outside of your working hours. My working hours may be different than yours, as you can see by the timing of this comment!
Closing for now to get it off the issue list and board. We can return to it again later if needed.
Issue Purpose: Acquire a foundational understanding of the FVCOM dataset, which is forced by NARR atmospheric reanalysis data, understand its relevance for our study, and carry out some basic data exploration and visualization.
Background: FVCOM provides a detailed simulation of lake circulation, which is critical for applications like our. We aim to use FVCOM outputs, which have been forced with NARR data, as a potential training dataset for DeepSensor. A basic comprehension of the model, its outputs, and the manner in which atmospheric forcing is applied, will be useful for integrating this data into our work.
Tasks:
Contextual Research:
Preliminary Data Exploration:
/nfs/turbo/seas-dannes/SST-sensor-placement-input/FVCOM/SST_splits
Deliverable: Please write a few brief comments on this issue on the following:
Expectations: This does not have to be an in-depth analysis but rather should provide enough insight to inform future research steps with DeepSensor.