Every year, governments, corporations, and well-meaning donors fund the planting of billions of trees. And every year, a large share of those trees quietly die. Independent studies of large-scale planting campaigns routinely find survival rates below 40% after five years — and in arid regions, the picture is often worse. The trees were real on planting day. The photos were real. The press releases were real. What was missing was everything that comes after.
We call this the "phantom forest" problem: forests that exist in spreadsheets and annual reports, but not on the land. It is rarely the result of fraud. It is the predictable result of a funding model that pays for planting and stops measuring the moment the seedling is in the ground.
Where planted trees actually go to die
Post-planting mortality has mundane causes: seedlings planted at the wrong time of season to hit a campaign deadline; species chosen for growth speed rather than suitability to local soil and rainfall; no one assigned — or paid — to water, weed, and protect young trees through their first two dry seasons; and grazing livestock that treat an unfenced seedling plot as a buffet.
None of these failures are visible in a "trees planted" metric. A million-seedling campaign and a million surviving trees are profoundly different outcomes, and most reporting systems cannot tell them apart. Donors are, in effect, buying planting events rather than living forests.
What verified geospatial coordination changes
TreePassport approaches the problem from the opposite direction: the unit of value is not the planting event but the verified, living tree. Every seedling that enters our system is tagged with a weatherproof QR code and registered at planting with high-accuracy WGS84 GPS coordinates and a photograph, captured on a phone by the planter standing at the hole.
That single record changes the economics of accountability. Because the tree has a fixed, auditable identity and location, anyone — a donor, an auditor, a county officer — can return to those exact coordinates and check. Our field teams do exactly that: growth check-ins capture a new photo, height measurement, and health status against the same QR identity, building a longitudinal record no spreadsheet can fake.
The public face of that record is the Digital Tree Passport: scan the tag, or click a marker on our live satellite map, and you see the tree's entire verified history. Survival is no longer a claim; it is a queryable fact.
Paying for survival, not ceremonies
Verification also lets us restructure incentives. Our growers earn a wage at planting — and continue earning for every verified growth check-in thereafter. The person best placed to keep a tree alive now has a direct, recurring financial reason to do so. Mortality stops being an invisible externality and becomes lost income.
The result is a system where the incentives of the donor, the grower, and the ecosystem finally point in the same direction. Trees that survive are trees that were planted in the right place, by people who remained invested in them. That is what the 60% failure statistic has been trying to tell the sector all along: planting was never the hard part. Staying was.