MySQL supports geospatial features through its spatial data types, which include points, paths, and polygons, as well as multi-geometry types such as MULTIPOINT, MULTILINESTRING, and MULTIPOLYGON. These data types can be used to store and manipulate geographic information efficiently within a database. MySQL provides various spatial functions for manipulating and analyzing geographic data, including location functions, distance calculations, area and perimeter calculations, intersection and containment checks, buffering, analysis functions, and relationship functions. Spatial reference systems (SRS) are also supported in MySQL 8, allowing users to specify the coordinate system of their geometry values, which can improve computation accuracy. The database also supports spatial indexing, which optimizes columns holding spatial data by restricting them to a specific spatial reference system identifier (SRID). Overall, working with geospatial features in MySQL allows developers to store, retrieve, analyze, and visualize geographic information efficiently within their databases.