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Miami University Students Preserve Oxford Cemetery History with Tech

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  Published in Science and Technology on Wednesday, February 11th 2026 at 1:46 GMT by Dayton Daily News
      Locales: Ohio, UNITED STATES

OXFORD, OH - February 11, 2026 - In an innovative collaboration between academia and local governance, students from Miami University are utilizing cutting-edge technology - smartphones and drones - to meticulously document and preserve the historical record held within Oxford's cemeteries. The project, spearheaded by Professor Daniel Ross's digital humanities course, aims to create a comprehensive digital archive of the approximately 3,500 headstones in the Oxford Cemetery, ensuring the stories etched in stone are not lost to the ravages of time and natural deterioration.

For years, the Oxford Cemetery board, led by members like Sarah Staley, has been engaged in the arduous task of manually recording the inscriptions on each headstone. This work, described by Staley as "a lot of work," has been a slow and painstaking process. Many of the stones are aged and fragile, with inscriptions fading or becoming illegible. Recognizing the monumental effort required and the limitations of traditional methods, the board sought assistance, finding an ideal partner in Miami University.

Professor Ross's digital humanities course provides a fertile ground for practical application of academic learning. "We thought it would be a great way to apply some of the skills students are learning," Ross explained. "It's a real-world application for what they're studying." Students are leveraging their mobile phone photography skills to capture high-resolution images of each headstone, meticulously documenting the inscription before further decay occurs. Complementing this ground-level work, students possessing drone piloting certifications are utilizing unmanned aerial vehicles (UAVs) to gather comprehensive aerial views of the cemetery layout. These aerial images offer vital contextual data, allowing for a broader understanding of the cemetery's organization and the relative positions of individual headstones.

Beyond simply capturing images, the project's ambition extends to complete transcription of each inscription. Once compiled, the images and aerial data will undergo a rigorous process of transcription - converting the often-faded and weathered lettering into searchable digital text. This transcription process is expected to be a significant undertaking, potentially involving optical character recognition (OCR) software combined with manual verification by students to ensure accuracy. The resulting database will be far more than a simple list; it will be a rich, searchable resource for genealogists, historians, and anyone interested in Oxford's past.

The creation of this digital record isn't merely about preservation; it's about accessibility. Staley emphasized the importance of making this history available to the public. "This is a very important project for us, especially as we get into the future," she stated. "We want to have a digital record so that people can see what's here." The city envisions a publicly accessible online platform, perhaps integrated with existing genealogical databases, where users can search for individuals buried in the cemetery, view photographs of their headstones, and read the transcribed inscriptions. This digital access will allow descendants of those interred to connect with their ancestors and learn about their lives, even if they are unable to physically visit the cemetery.

The project also highlights a growing trend in the field of historical preservation: the embrace of digital tools and methodologies. Similar initiatives are gaining traction across the country, as organizations recognize the power of technology to safeguard cultural heritage. The Oxford project is particularly noteworthy for its emphasis on student involvement, providing valuable real-world experience and fostering a sense of community stewardship.

The potential applications of the data extend beyond genealogy and local history. Researchers could analyze inscription patterns to gain insights into social trends, linguistic changes, or demographic shifts in the Oxford area. The project could also serve as a model for other communities seeking to digitize their own cemetery records, creating a network of interconnected digital archives that preserve local histories for generations to come. Furthermore, the detailed aerial imagery could be utilized for grounds management, identifying potential hazards or areas requiring maintenance.

As of today, the team has completed the photographic and aerial survey of approximately 60% of the cemetery. The transcription phase is underway, with students dedicating several hours each week to the task. The city of Oxford and Miami University anticipate the completion of the project by the end of 2026, making the cemetery's rich history readily accessible to all.