Project Context

Improved Forest Management (IFM) is one of the most scalable and durable nature-based climate solutions in the United States; however, it has historically been limited to large landowners due to high costs, lengthy timelines, and complex requirements. Small, non-industrial private forest owners collectively steward nearly 40% of US forests, but most are excluded from carbon markets despite representing one of the largest untapped opportunities for carbon storage and ecosystem restoration.

In rural New England, many small landowners manage forests under short-term financial pressure rather than long-term stewardship. Fewer than 15% have forest management plans at the time of harvest, and many are approached by loggers offering immediate cash without consideration of long-term ecological or financial outcomes. This often results in repeated short harvest cycles that reduce carbon storage, degrade habitat, and limit future timber value.

Apollo was designed specifically for this context. The program enables small landowners to extend harvest cycles to grow bigger trees and adopt more sustainable management practices by providing carbon revenue that rewards patience. Larger, older trees store more carbon, support healthier ecosystems, and ultimately deliver greater long-term value to landowners. By keeping the majority of revenue in local communities and focusing on forests where real improvement is possible, Apollo aligns climate impact with rural economic resilience.

Project Summary

Apollo generates Improved Forest Management (IFM) carbon removal credits by helping small landowners shift from short-term, aggressive harvests to longer forest growth cycles that increase carbon storage and improve forest health. Using AI, LiDAR, and satellite data, the program measures forest carbon stocks across entire regions, allowing projects to be developed without upfront costs and monitored annually with high precision.

Credits are verified under Isometric’s IFM Protocol and issued conservatively under a dynamic baseline framework that compares project forests to similar, non-enrolled forests over time, ensuring that only true improvements are credited. Additional safeguards include minimum contract lengths that exceed biological rotation age, explicit modeling of market leakage, and conservative permanence accounting that results in significantly fewer credits issued than conventional programs.

Every Apollo credit is insured against non-delivery through Kita and backed by full transparency with carbon accounting data, maps, and revenue flows shared publicly. The pilot phase is underway in Maine, enrolling 37 landowners across 20,000 acres, with expansion planned across the Northeastern United States and beyond. Through this approach, Apollo unlocks high-integrity carbon removals while strengthening rural economies and supporting long-term forest stewardship.