Chloris Geospatial Opens Long-Term Biomass Dataset, Highlighting Forest Degradation Risks

According to a recent LinkedIn post from Chloris Geospatial, new analysis of 25 years of pantropical above-ground biomass data across 1,455 jurisdictions suggests that forest degradation, rather than outright deforestation, is the dominant driver of carbon decline in many regions. The post cites examples from areas such as Rondônia, Amazonas, Papua and California, where standing-forest biomass loss appears to outpace or diverge from traditional deforestation metrics.

The company’s LinkedIn post highlights that this degradation has often remained largely invisible to legacy monitoring systems that underpin many carbon-market methodologies. By emphasizing discrepancies between canopy loss and biomass loss, the content implies that current carbon accounting frameworks and risk assessments may underestimate exposure to forest-carbon decline.

As shared in the LinkedIn post, Chloris Geospatial is making 25 years of pantropical above-ground biomass data publicly accessible via its Chloris Biomass Viewer, free to explore across 1,455 jurisdictions from project to national scale. The post positions this dataset as relevant for carbon project developers building degradation baselines, governments setting REDD+ reference levels, and corporates in forest, land and agriculture value chains assessing supply-chain exposure.

For investors, the move to open this historical dataset could increase the company’s visibility and adoption among carbon-market participants and policymakers, potentially strengthening its competitive position in forest-monitoring and MRV solutions. Greater reliance on higher-resolution biomass data in compliance and voluntary markets could create additional demand for Chloris Geospatial’s analytics and services, though revenue impact will depend on how the firm monetizes tools layered on top of the free viewer.

The post also underscores structural risks in forest-carbon markets if degradation is not adequately captured, which may elevate the importance of robust remote-sensing platforms. If market standards evolve to require more sophisticated degradation tracking, companies like Chloris Geospatial could benefit from a growing addressable market, but they may also face increased competition from larger geospatial and climate-data providers.