Stocking Index (SI) selection shapes data stability, Performance Benchmarks, and VVB confidence. Getting it right ensures the data is working for you, not against you.Here's what you should know when selecting a Stocking Index for VM0047 projects.

VM0047 brought baselining to ARR carbon credits, raising the bar for how projects set credible benchmarks, build donor pools, and demonstrate performance over time.

But in practice, implementation can be complex, requiring careful interpretation of the standard and confident use of geospatial data.

To help project teams get this right, Chloris Geospatial is hosting a moderated panel with Verra and leading organizations applying VM0047—American Forest Foundation and MSCI Carbon—to share practical lessons from real-world implementation.

Watch now.

As companies prepare to implement the GHG Protocol Land Sector and Removals Standard, one question keeps coming up: What does credible, evidence-based land-sector accounting actually look like in practice?

In this webinar, we explored how satellite-derived biomass data can support FLAG reporting, what early movers are already doing differently, and how geospatial technologies can bring greater rigor and transparency to forest carbon accounting.

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Chloris Geospatial and BeZero Carbon announce a partnership to advance biomass estimation across forestry projects globally.

Thirty years after the first COP, it's time for tropical forest countries to modernize carbon accounting. New technology makes it faster, cheaper, and more accurate than ever.

At Climate Week NYC, we convened a powerful discussion around how trusted science and Indigenous knowledge can build the foundation for climate integrity, together.

Our analysis demonstrates the impact of Indigenous stewardship on slowing forest loss.

But data alone is not enough: partnerships with local communities are essential to maintain this effectiveness, and climate finance must recognize and reward their role.

Read the insights in this article by Steve Zwick, based on Chloris data “New Findings Support Increased Finance for REDD+ and Indigenous Land Stewardship “.

In recent years, the effectiveness of forest conservation projects has been heavily criticized. New analysis by Chloris Geospatial now shows that in the Brazilian Amazon, REDD+ projects have contributed to slowing down climate change. Join this webinar to learn more about the work and hear from market participants on how biomass change monitoring can help unlock credible forest carbon finance at larger scale. Watch now.

Boston, July 2025 - Chloris Geospatial Raises $8.5 Million Series A to Scale Satellite-Based Forest Carbon Monitoring

ARR (Afforestation, Reforestation, and Revegetation) projects are on the rise as a powerful way to restore ecosystems and remove carbon. Learn how Chloris brings quality, robustness, and efficiency to the performance method and how we work with partners to streamline their VM0047 work.

Watch this webinar to see how Chloris brings quality and efficiency to ARR project development. Explore real-world examples and discover how a robust Stocking Index helps capture more additionality, enabling you to scale projects with confidence. Watch now.

Watch this webinar to see how Chloris’ above-ground biomass data in Earth Blox supports more accurate ARR project assessments. Watch now.

Earth Blox, a leading provider of spatial intelligence for managing climate and nature-related risk and compliance, today announced a partnership with Chloris Geospatial, a pioneer in forest carbon data. This collaboration integrates Chloris’s premium, high-resolution above ground biomass data directly into the Earth Blox platform, enabling businesses to conduct comprehensive forest carbon assessments anywhere on the planet at speed and scale.

Chloris Geospatial’s forest carbon data will soon be available in Lens, Upstream Tech's product for landscape monitoring, enabling users to access  cutting-edge global forest carbon data anywhere on earth in one easy-to-use platform. 

Florian Reber, Head of Partnerships at Chloris Geospatial, shares insights and reflections from our event at London Climate Action Week 2024. The event convened an incredible group of people to discuss the question: 'How can AI-supported monitoring technologies, such as direct biomass estimation, help bring trust to natural climate solutions?'

The Equitable Earth Coalition announces a partnership with Chloris Geospatial as its exclusive provider of digital monitoring, reporting and verification (dMRV) of forest carbon data for its new forest carbon standard.

Chloris Geospatial, the leading technology company measuring forest carbon from space, welcomes the Cisco Foundation and NextSTEP as investors. The two new additions join existing investors AXA IM Alts, Orbia Ventures, At One Ventures, and Counteract in a new funding round that will support the continued advancement of Chloris' mission.

We do what we do to accelerate the transition to a nature-positive future. We do it for the planet, the animals, the people. And so does Pond Foundation, with which we are thrilled to be partnering to support forest conservation efforts through science-based technology, data-driven solutions, and love for forests.

On the margins of the North American Carbon World 2024, held in San Francisco, Chloris Geospatial and Pachama convened a roundtable discussion on algorithmic forest carbon data and the opportunities it can unlock for carbon markets.

COP28 has galvanized renewed public and private sector commitment to forest conservation and restoration. Fit-for-purpose carbon data and monitoring systems can now play a vital role to ensure that these commitments are translated into impactful actions on the ground.

Marco Albani, CEO of Chloris Geospatial, and Ian Welsh from Innovation Forum, talk about the trends in impact measurement and discuss the shift from an area-based approach to carbon accounting.