One field. Six models.
Adjust management on the left and watch every dimension move together. Add a location to ground the estimate in real soil and climate data.
TerraValue is a pilot program and still in early development. Join the waiting list if you want to be part of the journey.
How to read your scores
Show Guide
Each score (0-100) measures how well your management practices support that ecosystem dimension. Scores update instantly as you adjust the controls on the left panel.
No-till and cover crops increase sequestration. Higher SOM and clay soils stabilize more carbon.
Tip: No-till + multi-species covers = biggest carbon gains.
Cover crops trap nitrogen. Reduced tillage cuts erosion. Slope and nutrient strategy matter.
Tip: Cover crops + reduced tillage cut nutrient leaching 40-60%.
Soil structure drives infiltration and water holding capacity. Cover crops and no-till improve both.
Tip: Each 1% SOM increase adds ~10,800 L/ha water storage.
Rotation diversity is the biggest lever. Cover crop species mix and reduced tillage support habitat.
Tip: A 5-crop rotation with multi-species covers can double this score.
Soil health buffers drought. Cover crops and diverse rotations build long-term productivity.
Tip: Regen farms retain 95% yield during drought vs 33% conventional.
Input savings + ecosystem service revenue vs. transition costs. Long-term: 60% more profitable.
Tip: After 2-5 year payback, reduced inputs drive profitability.
The TerraValue Score is a weighted composite: Carbon (20%) + Water Quality (15%) + Water Quantity (15%) + Biodiversity (15%) + Yield (20%) + Economics (15%). Add a location to re-run all six models against that region’s soil and climate profile.
This is a sample field — make it yours
Set a location in step 1 and the six process models re-run against that region's soil and climate profile instead of generic defaults.
TerraValue score
Reduced Till + Cover CropsModeled annual value
Your best next moves
Single practice changes, ranked by this modelUpgrade to a multi-species cover mix
Diverse mixes feed soil biology and fix nitrogen.
Switch to no-till
Eliminate tillage passes; residue stays on the surface.
Add a crop to the rotation
One more species breaks pest cycles and varies rooting.
Modeled single-lever effects on this field's inputs; changes interact, so combined effects differ. Fertilizer-rate changes are excluded until the yield–nutrition coupling is validated.
The six dimensions
Where the value comes from
Estimated annual per-acre earnings from ecosystem services
$158
USD/acre/yr
$55
Carbon Credits
Verra / Gold Standard
$32
Water Incentives
NRCS / State programs
$28
Biodiversity
Net gain markets
$21
Yield Resilience
Input cost savings
$22
Ecosystem ROI
Stacked returns
Revenue requires program enrollment and third-party verification. Estimates reflect current market rates for verified ecosystem credits.
Ready to map your actual farm?
TerraValue is an early-development pilot. Join the waiting list for field-level reports built from your management history, not presets.
Process models: RothC (carbon) · RUSLE (erosion) · SCS-CN (hydrology) · InVEST (biodiversity) · FAO AquaCrop (yield) · USDA ARMS (economics). Demo outputs are modeled estimates, not measurements; validation status varies by model.
You are looking at an early build.
TerraValue is a pilot program in active development. What you just used is a working demo on modeled data — the six process models behind it are still being calibrated and validated against field measurements, and the numbers will keep moving as that work lands.
We are opening it to a small group of growers, agronomists, researchers, and partners who want to shape it while it is still being built. If you want to be part of that journey, join the waiting list.