JPMorganChase Signs 85,000-Ton Forest Carbon Removal Deal Using Dynamic Baselines Across 1.7 Million Acres of U.S. Forestland

JPMorganChase has signed an agreement to purchase more than 85,000 tons of forest-based carbon removal credits from Anew Climate and Aurora Sustainable Lands, adding another sizeable transaction to the bank’s growing carbon removal portfolio. The credits will come from the Little Bear Forestry Project in West Virginia and Virginia and are being positioned around a newer carbon accounting approach that uses dynamic baselining rather than traditional static assumptions. Anew and Aurora said the transaction reflects rising demand from institutional buyers for credits that can better withstand scrutiny on quality and integrity.

The timing matters because this is the second carbon removal deal announced by JPMorganChase this month, following its 60,000-ton agreement with Graphyte. Taken together, the transactions show that the bank is continuing to build a diversified portfolio across different removal pathways rather than relying on a single carbon removal technology or project type. That diversification is becoming more important as buyers try to balance permanence, delivery risk, project maturity, and market credibility in a fast-evolving carbon removal market.

 

The deal is centered on a forest project with a different accounting model

 

The credits are expected to be generated from Aurora’s Little Bear Forestry Project, a 38,536-acre improved forest management project in the Appalachian region spanning parts of West Virginia and Virginia. ESG News reports that the project is aligned with American Carbon Registry IFM 2.1 standards, while Anew and Aurora emphasise that the credits incorporate dynamic baselines through Anew’s Epoch Evaluation Platform. That platform combines high-frequency satellite monitoring, remote sensing, machine learning, and ground-level observations to create a more current and location-specific baseline for forest carbon accounting.

That accounting approach is the most important feature of the deal. Traditional forest carbon credits have often been criticised for relying on static baselines that may not reflect changing market, ecological, or operational realities. Anew says its Epoch platform was built specifically to update forest carbon benchmarks using live regional and project-level information, with the goal of improving additionality assessment and credit integrity. In effect, JPMorganChase is not only buying forest carbon credits here. It is also backing a more data-intensive method for determining whether the credited climate benefit is real. This last point is an inference based on the role Anew assigns to dynamic baselining.

 

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Aurora is scaling forest carbon through large land ownership

 

The transaction also reflects the scale Aurora Sustainable Lands is trying to bring to the forest carbon market. Anew and Aurora say Aurora has acquired more than 1.7 million acres of U.S. forestland with a history of industrial logging and manages that land under a carbon stewardship strategy aimed at maximising natural carbon removal and long-term storage. Aurora’s credits are marketed exclusively by Anew, which effectively combines land ownership and forest management on one side with credit structuring and market access on the other.

This structure matters because large institutional buyers increasingly want both scale and confidence in project management. A platform with large acreage, centralised stewardship, and a more standardised crediting system may be easier for sophisticated buyers to diligence than fragmented project-by-project offerings. That does not remove all market concerns around forest credits, but it does help explain why buyers such as JPMorganChase may be willing to engage with larger managed portfolios rather than only newer engineered removal pathways. This interpretation is an inference based on the project scale and portfolio model described by Aurora and Anew.

 

Why dynamic baselines are becoming more important

 

The language used by both the buyer and the sellers suggests that dynamic baselining is no longer being treated as a technical detail. Anew said leading buyers are increasingly prioritising methodologies aligned with stronger market-integrity expectations and baselines that can stand up to higher scrutiny. JPMorganChase’s Head of Operational Sustainability, Taylor Wright, said the dynamic baseline on Little Bear provided meaningful evidence that the credits met a high threshold for quality and supported the bank’s interest in market integrity as well as carbon removal procurement.

That is a notable shift in market signalling. Forest carbon transactions are increasingly being judged not only by project type or geography, but by the credibility of the quantification method underneath them. If dynamic baselines gain wider acceptance, they could begin to reshape which forest projects are considered premium-quality in voluntary carbon markets. This is an inference, but it follows directly from the emphasis both Anew and JPMorganChase place on methodology in announcing the deal.

 

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What the deal signals

 

The broader significance of the transaction is that institutional carbon removal buying is becoming more selective and more method-driven. JPMorganChase is using its purchasing activity not only to source credits, but also to help define what quality looks like in the next phase of the market. In this case, that means backing a forest-based removal deal where the core differentiator is not just acreage or volume, but the use of dynamic baselines and technology-enabled monitoring.

For Anew and Aurora, the agreement strengthens their position in the premium end of the nature-based carbon market. For the wider sector, it shows that high-integrity forest carbon may increasingly depend on stronger evidence, more adaptive accounting, and larger buyer willingness to pay for credits that can demonstrate those qualities. This final point is an inference based on the structure of the deal and the language used by the parties involved.