According to a recent LinkedIn post from Chloris Geospatial, the company participated in a webinar focused on the use of remote sensing data for next-generation forest carbon projects. The session featured contributions from Chloris Geospatial, the American Carbon Registry (ACR) at Winrock International, Anew Climate, and Permian Global.
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The post highlights topics such as what “market-ready” remotely sensed forest carbon data looks like in practice and the first independent validation of above-ground biomass change using Chloris data. It also points to ACR’s new framework for remotely sensed forest carbon monitoring, which is described as enabling satellite-derived data for project-level monitoring.
According to the summary, the webinar included a case study from Anew Climate on improved forest management, using Chloris data to quantify carbon impacts, and an example of how Permian Global deploys LiDAR datasets to improve baselines and field campaign efficiency. The recording is promoted as available via a link in the comments, underscoring an effort to extend reach to a broader professional audience.
For investors, the post suggests Chloris is positioning its technology as validated and aligned with emerging methodologies from a major registry, which may strengthen its credibility in the forest carbon and broader carbon markets value chain. Engagement with partners such as ACR, Anew Climate, and Permian Global could indicate growing ecosystem adoption, potentially supporting future revenue opportunities tied to project monitoring, reporting, and verification solutions.
The emphasis on independent validation and integration with frameworks that enable satellite-derived data may be relevant as carbon markets seek higher integrity and scalability. If these approaches gain further traction with project developers and registries, Chloris Geospatial could benefit from increased demand for its data products and analytics, although the post does not disclose any commercial terms or financial metrics.