Georgia State Parks possess a wide range of cultural and historic resources that require management and monitoring to help preserve them for future generations. Technology can serve as a tool to help directly, or indirectly, facilitate the preservation of these cultural and historic resources. This thesis evaluates the potential effectiveness of 3D terrestrial LiDAR scanning, photogrammetry, Unmanned Aerial Systems, and 3D printing to assist the preservation management and monitoring of Georgia State Park system cultural resources. Analysis of common preservation issues across 5 case study sites in the Georgia State Park system, and technologies used to resolve those issues, will afford a technology with the broadest application possibilities to be identified. As a result of the study, it was found that 3D terrestrial LiDAR scanning represents the technology with the broadest application to manage these cultural resources.