Which of the following is true about the "intersect" selection?

The selection involving "intersect" is accurate in stating that it selects features regardless of their type, as long as they physically intersect with the specified boundaries. This means that whether the features are points, lines, or polygons, the intersect selection will retrieve all those that intersect with the given area or feature. This characteristic is essential in various GIS applications where it is necessary to analyze relationships and interactions between different types of spatial features.

In a GIS context, this capability is particularly useful for tasks such as analyzing environmental impacts, proximity analyses, and resource management, where understanding the connections and overlaps among various datasets is crucial. The flexibility of "intersect" in handling different feature types enhances its utility and applicability in spatial analysis.

While the other options highlight certain characteristics, they either suggest limitations or do not fully describe how "intersect" functions. This choice emphasizes the versatility inherent in the intersect selection process, which is fundamental in spatial analysis for unifying diverse datasets based on their spatial relationships.