- Configure H3 resolution and data sources in
common.R
- Delete
storr
caches if necessary
Index all shapes to the configured H3 resolution and load into sqlite.
- Download spatial data to
shapes
- Run
shapes_index.R
to index shapes and write to storr cache - Run
shapes_sqlite.R
to load indexed shapes as well as site info into sqlite - Check shape indexing errors in
shapes_errors
Index all OBIS data to the configured H3 resolution and load into sqlite. Write all OBIS taxa to RDS.
- Download OBIS parquet snapshot
- Run
obis_index.R
to index occurrences and write to storr cache - Run
obis_sqlite.R
to load indexed occurrences into sqlite
Index all GBIF data to the configured H3 resolution and load into sqlite. Write all GBIF taxa to RDS.
- Download GBIF parquet snapshot
- TODO TAXON MATCHING
- Run
gbif_index.R
to index occurrences and write to storr cache - Run
gbif_taxa.R
to match and resolve all GBIF species names to accepted WoRMS names and write to RDS - Run
gbif_sqlite.R
to load indexed occurrences with accepted names into sqlite
- Run
combine.R
to combine GBIF and OBIS occurrences into a single table - Run
taxa.R
to get a full taxonomy table in sqlite
- Run
redlist.R
to fetch the IUCN red list species and write to RDS
rm protectedseas.zip
zip -r -0 protectedseas.zip taxa.rds redlist.rds sites_storr database.sqlite shapes
aws s3 cp protectedseas.zip s3://obis-products/protectedseas/protectedseas.zip
This dataset contains the site information and shapefile, a storr cache with species lists by site ID including full taxonomy and red list category, an RDS file with OBIS as well as GBIF taxa, and a SQLite database with H3 indexed site shapes, OBIS occurrences, and marine GBIF occurrences.
https://obis-products.s3.amazonaws.com/protectedseas/protectedseas.zip
- Run
mwhs_index.R
to index shapes and write to storr cache
- Run
h3_resolutions.R