ASTM D7699/D7699M

ASTM D7699/D7699M is a technical standard that defines minimum geospatial data for abandoned mine land problem areas, planning units, keyword features, and project sites. It helps create a consistent framework for identifying and organizing location-based information tied to mine land assessment and planning. By setting a clear baseline for geospatial content, the standard supports more reliable mapping, recordkeeping, and coordination across related projects and agencies.

What is ASTM D7699/D7699M?

This ASTM standard is a practice for minimum geospatial data associated with abandoned mine land problem areas, planning units, keyword features, and project sites. In practical terms, it establishes a common structure for the core spatial information needed to describe and reference these features. ASTM D7699/D7699M is useful when teams need consistent geospatial records that can be shared, compared, or reviewed as part of mine land management and planning activities. It is best understood as a baseline data practice rather than a detailed field procedure.

Where is ASTM D7699/D7699M used?

ASTM D7699/D7699M is typically used in abandoned mine land programs, geospatial data management, and project planning workflows where location accuracy and data consistency are important. It may support mapping, database entry, site tracking, and coordination among personnel handling problem areas and project sites. The standard is especially relevant when a project involves organizing keyword features and planning units into a structured spatial dataset that can be used for review, documentation, or program administration.

Why is ASTM D7699/D7699M important?

This standard matters because it helps reduce ambiguity in how geospatial information is defined and recorded for abandoned mine land work. A consistent minimum data practice can improve compliance, support better data quality, and make procurement or project review more straightforward. ASTM D7699/D7699M also helps limit confusion when multiple users, systems, or reports rely on the same location-based information, which can lower the risk of miscommunication and support more dependable planning decisions.

• Minimum geospatial data practice
• Abandoned mine land problem areas
• Planning units and project sites
• Keyword feature identification
• Consistent spatial recordkeeping