Citation: Miami-Dade County, ETSD (2018). Miami-Dade Metrorail Stations [gis dataset]. Miami-Dade County. https://gis-mdc.opendata.arcgis.com/datasets/MDC::metrorail-station/about. last updated: 2025-08-12 (update frequency: 1 year). Abstract: Point feature class of the Miami-Dade Transit (MDT) Metrorail stations. Key words: Florida, Miami-Dade County, MDC, Miami-Dade Transit, Transportation, Metro, Metrorail, Metrorail Stations, Infrastructure Open Geospatial Consortium Standards: dynamic vector tiles | | WMS (coming soon) | WFS (coming soon) ESRI Standards: ArcGIS MapServer | ArcGIS FeatureServer | Open in ArcGIS Portal for GDSC Analytical Functions: gdsc_nearest_neighbor(table=mdc_metrorail_stations,lat=25.718,lng=-80.279,id=name) ETL documentation

ETL for mdc_metrorail_stations

######### # GDSC ETL is performed in two steps: shell script to ETL data into postgres # and then additional transformations with SQL in postGIS (if needed). #### ######### # Step 1 - bash script (pseudo code) #### # create directory structure and move into it mkdir -p /data/mdc_metrorail_stations/{download,etl} && cd /data/mdc_metrorail_stations # set update flag based on last update and update frequency do_update=0 if date() < last_update + update_frequency else do_update = 1 # download if update flag is set: if do_update == 1 then wget -O download/mdc_metrorail_stations.json 'https://services.arcgis.com/8Pc9XBTAsYuxx9Ny/arcgis/rest/services/MetroRailStations_gdb/FeatureServer/0/query?where=1%3D1&outFields=*&outSR=4326&f=json' # replace column names Shape__Length and Shape__Area to avoid conflict when # providing as service on ArcServer. sed -i 's/Shape__Length/shape_length/gI; s/Shape__Area/shape_area/gI' download/mdc_metrorail_stations.json # load into postGIS with: ogr2ogr -lco GEOMETRY_NAME=geom -f PostgreSQL PG:"" download/mdc_metrorail_stations.json -nlt point -nln mdc_metrorail_stations ######### # Step 2 - SQL script (pseudo code): #### # remove duplicate points and make geometries valid: UPDATE mdc_metrorail_stations SET geom=ST_MakeValid(ST_RemoveRepeatedPoints(geom)); # add local geometry column and reproject existing geometries into local EPSG: SELECT AddGeometryColumn ( 'mdc_metrorail_stations', 'geom_local', 2236, 'point', 2 ); UPDATE mdc_metrorail_stations SET geom_local=ST_MakeValid(ST_RemoveRepeatedPoints(ST_Transform(geom, 2236))); CREATE INDEX mdc_metrorail_stations_geom_local_idx ON mdc_metrorail_stations USING GIST (geom_local); NOTIFY pgrst, 'reload schema'; # Move into corrrect directory and create derivative directory in data package on osgeo cd /data/mdc_metrorail_stations/ mkdir -p derived # Move into correct directory cd /data/mdc_metrorail_stations/ # Create pg_dump of table SQL in derivate directory on postgis. pg_dump -h postgis-we84xgx2obtfq8ib -t mdc_metrorail_stations > derived/mdc_metrorail_stations.sql # Create downloadable tarfile of SQL in derivative directory on postgis rm -f derived/mdc_metrorail_stations.sql.tar.gz tar -czf derived/mdc_metrorail_stations.sql.tar.gz meta_dcat_mdc_metrorail_stations.json -C derived mdc_metrorail_stations.sql