Next, we'll check its coordinate reference system and get the data bounding box, as shown here:
>>> f.crs
{'init': 'epsg:4269'}
>>> f.bounds
(-89.8744162216216, 30.161122135135138, -89.1383837783784,
30.661213864864862)
Now, we'll view the data schema as geojson and format it using the pprint module, as you can see in the following lines of code:
>>> pprint(f.schema)
{'geometry': 'Polygon',
'properties': {'GEODB_OID': 'float:11',
'OBJECTID': 'float:11',
'PERMANE0': 'str:40',
'SOURCE_1': 'str:40',
'SOURCE_2': 'str:40',
'SOURCE_3': 'str:100',
'SOURCE_4': 'str:130',
'DATA_SE5': 'str:46',
'DISTRIB6': 'str:188',
&apos...