Craterfocused

Craterfocused is a term that may be used to describe an orientation or methodology in geology and planetary science that prioritizes impact crater features in the analysis of a surface. It is not a standardized term with a single formal definition, but rather a descriptive label that can appear in academic writing, data catalogs, and educational resources.

In practice, craterfocused research emphasizes crater detection, measurement, and the interpretation of crater-based landform evolution and surface age estimation. Key activities include crater counting to estimate surface ages, measuring crater diameters and depths, and analyzing crater morphology such as rim sharpness, central peaks, and the distribution of secondary craters. This approach is often integrated with broader datasets, including topography, albedo, and spectral information, to improve geologic mapping and stratigraphic interpretation.

In planetary science, crater-focused studies contribute to understanding the history of a body's surface, the populations of impactors, and erosion or resurfacing processes. On Earth, similar methods can apply to terrestrial impact structures as well as to features that resemble craters but result from other geological processes. Crater-focused data and analyses may appear as project names, research themes, or content tags within data portals and scientific literature.

Because the term lacks formal definition, its usage can vary across disciplines. Nonetheless, the core idea remains consistent: to center analysis and interpretation on crater-related information as a primary lens for understanding surface history and evolution. See also crater counting, impact crater, planetary geology.