Guide
Terrain analysis turns a parcel’s elevation into the measurements that decide how land can be used: slope, aspect, drainage, and the buildable ground and access that follow from them. Done from bare-earth LiDAR, it reads the shape of the land itself rather than the forest on top of it.
Slope is calculated across the whole parcel and reported by class; aspect — the direction the ground faces — shapes sun and exposure. Together they frame where building, access, and growing are easiest.
The analysis finds candidate building pads, routes least-cost driveway corridors over the measured grade, and gives planning-level earthwork ranges — the order-of-magnitude dirt to make ground level and reachable.
Modeled drainage, pond and swale candidates, rainfall, and solar exposure screen a parcel’s water and energy picture, with published hazard and soils context shown beside the measurements and attributed to their sources.
Screening land for development starts with the same measurements: mean slope, candidate pads, least-cost access, order-of-magnitude earthwork, and mapped flood and landslide context. A desk-level parcel feasibility read rules out the expensive sites before an offer or a site visit — the fast "should we even look at this one?" filter when comparing several parcels.
Reading a parcel for water harvesting is a terrain problem. The analysis surfaces keyline and keypoint geometry, candidate swale lines on contour, pond candidates where draws flatten, rainfall, and winter-sun exposure — the inputs for where to put a swale or a pond and how to plan plantings, in the keyline tradition of P.A. Yeomans. It runs on any US parcel in minutes, every figure cited, with a report to order when a parcel earns a closer look.
Pick your parcel on the map and get a terrain report in minutes — buildable area, candidate house pads, driveway access, slope, water and solar, with every figure measured and cited.