Request the Report

Cover page of a research project report titled 'Decoding Quarry Workflows: Uncovering Operational Strategies Through Blast Pile Cluster Analysis in a Historic Limestone Quarry.' The background is blue with faint images of rock formations, and the text includes project summary, author, site, season, and organization details.

The Decoding Quarry Workflows report is a forensic landscape analysis of a remediated quarry using Hexagon Split. It is available by request. Because each request is reviewed personally, please allow time for a direct response and delivery.

You’ll receive:

  • A PDF copy of the report sent directly via email

  • The opportunity to discuss applications of this method for your own site or documentation project

Privacy and Response

Your contact information will be used only to send the report and to respond personally to your inquiry. There are no mailing lists or automated follow-ups.

What’s inside

This report presents a detailed forensic analysis of a post-industrial quarry landscape, revealing how material traces, digital models, and workflow data intersect in the transformation from active extraction to ecological remediation. Using Hexagon Split as an analytical tool, the study documents subtle process patterns, decision pathways, and evidence of operational sequencing embedded within the reclaimed terrain.

This work establishes a framework for future quarry documentation, remediation planning, and design intelligence, helping operators, engineers, and environmental teams see their sites as dynamic systems rather than static outcomes.

Who this is for

  • Quarry and mine operators preparing or managing site remediation

  • Environmental consultants and design teams working with post-extraction landscapes

  • Industrial heritage and documentation specialists

  • Technology partners exploring the integration of digital survey data into planning workflows

How I can help you

This report is part of an ongoing series of forensic landscape analyses exploring how industrial and ecological processes can be read, modeled, and reinterpreted through spatial and material data.

I collaborate with teams involved in:

  • Mine and quarry documentation

  • Remediation design and post-industrial landscape interpretation

  • Integration of digital field data into design or compliance workflows

If your organization is planning or currently engaged in similar work, I welcome inquiries for collaborative analyses and site-specific applications of this approach customized to your project. Let me know how I can help you.