[NBI] Nutrientscape mapping in optically shallow tropical coastal waters

[pirtapalola]

What is the notebook about?

Mapping nutrient flows in coastal waters using remotely-sensed multispectral data

Sentinel-2, https://scihub.copernicus.eu/ intake, xarray, hvplot, numpy

Data Science Component

• [ ] Sensor visualisation
• [ ] Preprocessing
• [x] Modelling
• [ ] Post-processing
• [ ] Other:

Checklist:

• [x] Input data, pipeline and/or model are public with license/citation
• [ ] The proposed notebook reuses existing codebase
• [x] The proposed notebook uses open-source packages
• [ ] The proposed notebook is associated to existing publication(s)

Additional information

[acocac]

Check this library, https://awesome-ee-spectral-indices.readthedocs.io/en/latest/list.html

[acocac]

@PirtaP thanks for logging the notebook idea! I suggest to change the topic as sensor visualisation. It would be nice to have a contribution exploring potential spectral indices related to nutrientscape mapping. As I suggested in my previous comment, the awesome-ee-spectral-indices library contains multiple indices which you could explore.

Let me know if you find difficulties to continue the contribution process as it is detailed in the preparation section.

[acocac]

👋 @pirtapalola I'm wondered if do you still consider to publishing the notebook idea described above? We have released a new version of EDS book with improved guidelines, and also we're supporting notebooks using large/big datasets.

[pirtapalola]

Hi Alejandro, thanks for reaching out! As I've progressed with my PhD, I've come to realise that the proposed idea is a massive project of several years of work. Therefore I think at this point that this notebook idea should be closed. I hope I'll be able to contribute something else in the future!

[acocac]

Thanks @pirtapalola for the update. Feel free to open new notebook ideas in the future. Closing the issue sounds ok for me.