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.

See our latest webinar recording detailing Chloris product updates and outlook for 2024..

There is an old Yiddish proverb that says that “words should be weighed, not counted”. The same is true for trees. It is the weight of trees, not their number, that really matters. Specifically, it’s the weight gains and losses of trees that matter.

Chloris Geospatial Inc., a space technology company using Earth Observation data and machine-learning to produce natural capital data and insights, and the Ecosystem Restoration Standard (ERS), which certifies restoration projects for the voluntary carbon market, are announcing their partnership to scale high-quality ecosystem restoration projects globally.

The protection and restoration of forests is a critical climate solution. While global climate investment is at an all-time high, the last 12 months have shown a significant retreat in voluntary carbon finance for REDD+ projects, designed to avoid deforestation and degradation.

Chloris Geospatial and Trove Research announce partnership to bring unprecedented transparency to forest carbon projects at a global scale.

Direct estimations of above-ground biomass dynamics produced by Chloris Geospatial reveal new insights on how much carbon is stored in woody vegetation around the world (trees, shrubs), and how these carbon pools have changed over time.

Marco Albani, CEO of Chloris Geospatial, and Ian Welsh from Innovation Forum, talk about the importance of remote sensing technologies in enhancing carbon accounting and accelerating the transition towards a nature-positive future.

Though carbon-offset schemes are riddled with complexity, there is no question that they pay for something that matters. Far from being a secondary concern, supporting the natural systems that manage the stocks and flows of carbon through the planet’s ecosystems is essential to humans’ survival.

Validation of Chloris estimates: the power of Earth observation for forest carbon measurement.

Florian Reber, Head of Partnerships at Chloris Geospatial, talks about the importance of new technological solutions and data integrity for net-zero and nature-positive.

Chloris Geospatial, a technology company that measures natural capital from space, closes seed extension round of funding led by AXA IM Alts and Orbia Ventures, with participation from existing investors At One Ventures and Counteract..

In this white paper, we have tested our technology against biomass estimates published by independent research centers and find that we can consistently provide accurate estimates at all scales..

Florian Reber, Head of Partnerships at Chloris shares his thoughts after a week in Davos - Just in time for the 2023 edition of the World Economic Forum, cold temperatures finally arrived in Switzerland. Just enough snow fell in time to fool the attendees coming from many parts of the world and give them the impression of a…

Watch of a recording of our live demo led by Chloris co-founder and Chief Science Officer, Alessandro Baccini and moderated by our Head of Partnerships, Florian Reber.

In this newly-released white paper, Chloris Geospatial introduces its paradigm-shifting technology that delivers direct estimates of the total carbon stored in woody vegetation, in addition to the changes in carbon density resulting from deforestation, degradation, growth and regrowth processes. The technology, now...