Update notebooks to online lab with Python 3.12 (#20)

* Update 01-intro.ipynb

* Updates 02-remote.ipynb

* Update and rename 00-README.md to README.md

* Update 01-intro.ipynb

* Delete 03-examples/02-quality.ipynb

* Update and rename 00-README.md to README.md

* Rename 00-README.md to README.md

* Update 01-compressors.ipynb

* Update 01-local.ipynb, 03-cdsapi.ipynb, and 04-ecmwfapi.ipynb

* Update 03-cdsapi.ipynb

Author: juntyr

01-intro.ipynb

@@ -6,7 +6,6 @@ The **Online Laboratory for Data Compression** allows you to explore various dat
 ## Overview of the provided notebooks
 
 - [`01-compressors.ipynb`](01-compressors.ipynb): Comparison of different compressors on a small temperature and specific humidity dataset
-- [`02-quality.ipynb`](02-quality.ipynb): Quantitative evaluation of different compressors and their settings across different variables
 
 
 ## License

02-data-sources/01-local.ipynb

@@ -41,14 +41,13 @@ The **Online Laboratory for Data Compression** comes with several Jupyter notebo
 The following is an overview of all notebooks:
 
 - [`01-intro.ipynb`](01-intro.ipynb): First introduction to the online laboratory, data loading, compression, and visualisation
-- [`02-data-sources/`](02-data-sources/00-README.md): Small examples on how to open datasets from different sources
+- [`02-data-sources/`](02-data-sources/README.md): Small examples on how to open datasets from different sources
   - [`01-local.ipynb`](02-data-sources/01-local.ipynb): open a large local read-only dataset by mounting it into the online lab
   - [`02-remote.ipynb`](02-data-sources/02-remote.ipynb): open large remote datasets using `fsspec`, `kerchunk`, and `zarr`
   - [`03-cdsapi.ipynb`](02-data-sources/03-cdsapi.ipynb): download small datasets from the Climate Data Store using the `cdsapi`
   - [`04-ecmwfapi.ipynb`](02-data-sources/04-ecmwfapi.ipynb): download small datasets from the ECMWF Archive using the `ecmwfapi`
-- [`03-examples/`](03-examples/00-README.md): Longer walkthrough examples that apply and evaluate data compression on different variables
+- [`03-examples/`](03-examples/README.md): Longer walkthrough examples that apply and evaluate data compression on different variables
   - [`01-compressors.ipynb`](03-examples/01-compressors.ipynb): comparison of different compressors on a small temperature and specific humidity dataset
-  - [`02-quality.ipynb`](03-examples/02-quality.ipynb): quantitative evaluation of different compressors and their settings across different variables
 
 
 ## Getting Help and Contributing