TerrainLogic demonstrations
See the work move from field to decision.
Short, unfiltered demonstrations of the actual TerrainLogic interface—showing how field data becomes conservation-planning analysis, documentation, and preliminary engineering.
01 Erosion analysis
02 Gully screening
03 Waterway engineering
01 / Erosion analysis
From a field boundary to an auditable erosion report.
Follow field selection, automated site and terrain resolution, management selection, daily erosion analysis, soil-condition results, and report generation in under two minutes.
- Satellite field selection and boundary drawing
- Soils, climate, terrain, and management assembled automatically
- Annual soil loss compared with soil tolerance T
- R, K, LS, C, P, soil moisture, SCI, and seasonal results
Measured workflow: site data resolved in 1 minute 19 seconds; the erosion analysis completed in 17 seconds.
02 / Gully screening to waterway preparation
Follow concentrated flow into a preliminary practice design.
See TerrainLogic identify terrain-driven gully hotspots, carry a selected corridor into the engineering workspace, and prepare a preliminary grassed-waterway section and field-survey workflow.
- Numbered concentrated-flow corridors on satellite imagery
- Mapped reach length, grade, and upstream contributing area
- Editable peak discharge, vegetation, width, depth, and freeboard
- Capacity and stability checks plus survey and dig-profile preparation
Preliminary planning design.Engineering outputs require field survey, applicable state FOTG review, and qualified professional approval where required.
03 / Survey to engineering package
Continue from the mapped corridor to field-ready documentation.
This follow-up begins after the potential waterway has been identified. See how TerrainLogic carries the managed field into the engineering workspace, accepts field-survey elevations, calculates the existing and proposed profiles, and produces a preliminary grassed-waterway engineering package.
- Survey stations prepared from the mapped corridor length
- Centerline and edge elevations incorporated into the design
- Existing-ground and proposed-channel profiles calculated automatically
- Construction survey tables and representative cross-sections documented
Demonstrated workflow: field survey to a five-page preliminary engineering package in less than one minute.
Preliminary planning design.Final design requires field verification, applicable state FOTG review, and qualified professional approval where required.
What should we demonstrate next?
Request a workflow, crop, practice, or report.
Future demonstrations will be guided by conservation professionals, engineers, technical service providers, consultants, and producers evaluating TerrainLogic.
