Chloris Geospatial

Find Chloris at the final events of the season! ?? ???????????? ???????????? ?????????????? ???????????????????? ???? ??&?? ?? December 2-4, Barcelona ?? Meet Florian Reber, our Head of Partnerships ?????? ?????????? ?? ???????????????????? ?????????? ???? ???????????????????? ?????????? ?? December 3-4, Washington, DC ?? Connect with Alessandro Baccini, Chief Science Officer & Co-Founder, Cristina Calatayud Domingo, Forest Carbon Manager, and Tom Badenhorst, Business Development Associate at the conference and in the exhibitor area. Want to meet up? Feel free to connect with our team directly or reach out at [email protected]. We look forward to seeing you there! #carbon #scope3 #carbonmarkets

?? Webinar tomorrow: Last chance to register! Whether you are a developer, investor, or analyst of forest carbon projects, this webinar offers you actionable insights on how the Chloris-Upstream Tech partnership brings more efficiency and effectiveness to your work with geospatial forest carbon data. Save your spot: https://lnkd.in/dWkFMZqT #geospatial #mrv #remotesensing

?? Exciting news! Chloris data is now available on Earth Blox! Earth Blox customers can now access Chloris data as part of an extensive geospatial toolkit designed to deliver rapid, reliable nature and climate insights. ?? Whether for due diligence, development or monitoring of forest carbon projects, or corporate reporting on supply chain emissions, removals and deforestation, our advanced satellite data combined with Earth Blox’s accessible platform enables users to make informed, impactful and timely decisions at scale. Learn more about our partnership in the press release. Link in comments! #geospatial #gis #carbon

?? Big News for Nature: ICVCM Approves 3 REDD+ Methodologies Nature conservation is now formally recognized as a climate mitigation strategy eligible for funding through the voluntary carbon market. The Integrity Council for the Voluntary Carbon Market (ICVCM)’s approval of 3 REDD+ methodologies for the voluntary carbon market means that businesses and investors can confidently invest in high-integrity approaches to safeguard our forests, driving real impact in reducing global emissions. Project REDD+?targets specific areas for reducing deforestation and degradation, while the jurisdictional approach (JREDD+) takes a broader, landscape-level view, supporting entire regions to meet deforestation and reforestation goals. Nested projects can also integrate both scales, aligning local projects within broader jurisdictional frameworks to ensure consistency and amplify climate impact. Together, these approaches offer flexible yet aligned pathways to maximize impact. ICVCM approval of these first 3 nature related methodologies is a critical recognition of the importance of nature in climate change mitigation. With forests being such a pivotal element in climate change mitigation, we hope this decision strengthens business and investor confidence in nature-based solutions. Forest protection, improved management, and reforestation remain some of the most accessible, cost-effective solutions, offering substantial mitigation potential—estimated to contribute around a third of the total needed climate solution by 2030. This work is also essential for Indigenous Peoples and local communities, who have historically safeguarded these landscapes and whose well-being is intertwined with the health of these ecosystems. We’re looking forward to working together with businesses and investors toward a future where forests—and the people and communities who depend on them—are protected and celebrated ?? #ClimateAction #NaturalClimateSolutions #NatureBasedSolutions #REDD #JREDD #ICVCM #COP29

?? Only one week to go! ?? ?????? ???? ???????????????? ???????????????????? ???????? ???? ???????????????????? ?????????????? ???????????? ???????????? ????????????????. Upstream Tech is taking carbon monitoring to the next level with the integration of Chloris Geospatial’s advanced forest carbon data into their Lens platform. Lens offers an unmatched capability to quantify carbon stocks across projects and portfolios with ease, visualize trends over time, and generate automated reports. If scaling your carbon initiatives and simplifying reporting sounds like a win, don’t miss our upcoming webinar! Join to ask your questions to industry leaders and discover how we can help you scale your impact. Register now! ?? https://lnkd.in/dWkFMZqT #geospatial #mrv #gis

?? We’re thrilled to announce our new partnership with Cecil! Cecil is a nature data platform built for data and science teams, making data consistent, joinable, and analysis-ready. By teaming up with Cecil, Chloris Geospatial’s aboveground biomass stock and change data is now more accessible than ever, supporting data teams in carbon markets and corporate supply chain emissions reporting. With Cecil's Python Software Development Kit (SDK), accessing Chloris data is effortless: ? Request datasets for any area of interest, with no minimum area requirements ? Configure data to your preferred Coordinate Reference System (CRS) and resolution ? Receive data directly in a database, optimized for your analysis Discover more about our partnership and how it streamlines access to reliable carbon data. Read Cecil’s post - link in comments! #data #geospatial #carbonaccounting

?? Join us on ????????????????, ?????? ???? ???? ????:???????? ???? / ??:???????? ?????? for a 45-minute webinar with experts from Chloris Geospatial and Upstream Tech! What you’ll gain: ?? Enhanced carbon monitoring strategies: Discover how Chloris data integrates with Upstream Tech's Lens platform to boost carbon project accuracy and reduce costs. ?? Real-world demo: See how Chloris’ forest carbon data works in Lens to streamline tracking and reporting. ?? Insights into advanced geospatial methods: Learn about Chloris' direct biomass estimation approach for precision monitoring. With Alessandro Baccini, Chief Science Officer & Co-Founder at Chloris Geospatial and from Upstream Tech, Eve Boyce-Ratliff, Director of Growth & Partnership and Lindsay DuBois, Enterprise Account Executive for Lens. Register now to secure your spot! ?? https://lnkd.in/dWkFMZqT #geospatial #data #carbon

In this month's issue: carbon insights from Colombia; new partnership with Upstream Tech; the nature tech guide for businesses; find Chloris at The Scope 3 Innovation Forum USA! #naturetech #colombia #spacetechnology

?? Do you want to understand how the carbon stored in trees is changing over time? Traditional methods can miss the full carbon story, but Chloris Geospatial’s cutting-edge spaceborne technology is changing that. Our forest carbon time series show how changes in carbon stocks unfold year over year, since the year 2000. Whether is removals from restoration, reforestation or growth of protected forests, or emissions from human or natural disturbances – you can see the carbon impact in the Chloris data. This means that you get a complete picture of above-ground carbon dynamics, with ???????????????????? ?????????????????????? ???? ?????? ?????????? ??????????, ???????? ??????????????????????, and ????????-??????????????????????????. So you can plan, invest, and monitor your forest carbon programs with more confidence. Curious to learn more? Get in touch today: [email protected] [??????????????????: Visualization of a site in the central Peruvian Amazon, showing changes in above-ground biomass from 2000 to 2023, illustrated through Chloris cumulative change maps.] #vcm #carbon #forests

The Chloris Technology ??? What technology do we leverage to deliver global above ground biomass stock and change data for every 10m and 30m pixel on the planet since year 2000? ?? 1. LiDAR Based Measurements We use global spaceborne LiDAR point estimates, calibrated with airborne-lidar and validated with extensive field data, to train our continental models ??? 2. Sensor Fusion Technology We analyze extensive fusions of passive and active wall-to-wall Earth Observation sensors and ancillary data (climate, eco-zones, etc.) to produce our biomass prediction features that are the foundation for our mapping algorithms ?? 3. Proprietary ML & AI Our state-of-the-art machine learning models create on-demand wall-to-wall biomass maps over extended time series from the spaceborne LiDAR samples ?? 4. Advanced Statistical Models Our advanced Bayesian time series analysis detects statistically significant changes in biomass stock and change (t biomass and t CO2e) with quantified uncertainty To learn more, download our Technology paper. Link in comments! ?? #lidar #earthobservation #naturetech