What is the outcome when spatial objects intersect?

When spatial objects intersect, the outcome is determined by the nature of the intersected geometries. In most cases, especially in the context of geographic information systems (GIS) and spatial analysis, the intersection produces a new spatial object that adheres to the geometrical properties of the input objects involved in the intersection.

The correct understanding here is that when spatial objects with varying complexities intersect, the output tends to simplify to a geometry that retains the logical characteristics of the simpler input. Essentially, if there are overlapping areas between two spatial objects, the intersection will yield a new spatial object that can often be expressed in simpler geometric terms rather than maintaining the complexity of all the input geometries.

This process helps in practical applications such as geospatial analysis where the resulting geometric shape needs to be managed for further operations, making simpler geometries more efficient to handle and analyze. Therefore, the answer reflects the principle that the intersection will produce an object whose geometry is simpler than or equal to the complexity of the intersecting spatial objects.