Chloris Geospatial

If you are developing ARR projects under Verra’s VM0047 methodology, you need to select a stocking index to define your dynamic baselines and monitor them annually. A stocking index is a remote-sensed metric that correlates with biomass or carbon, such as vegetation indices (EVI, NDVI, NDFI), canopy height, or Chloris' aboveground biomass (AGB) estimates. We have tested Chloris AGB data as a stocking index and obtained great performance results: ◽ Tested on the 2022-23 monitoring period of a project initiated in 2016, our customer found Chloris AGB data to be 40% more accurate than NDFI. ◾ When tested on the 2022-23 monitoring period of a project initiated in 2014, Chloris AGB outperformed EVI2 by 36% and NDVI by 76%. If you're looking to better understand the true impact of your ARR projects, Chloris data can help. Get in touch with our team of experts to learn more: info@chloris.earth. #reforestation #restoration #mrv

💡 The man behind the Chloris science and technology: meet our Chief Science Officer, Dr. Alessandro Baccini. Alessandro has dedicated over two decades to developing state-of-the-art methodologies and technologies for the monitoring of vegetation and biomass from space, pioneering scientific breakthroughs that are the foundation of our work. His innovative approaches have set the gold standard for mapping forest carbon stocks and changes, helping to quantify carbon dynamics on a global scale. Alessandro has been a Research Professor at the Center for Remote Sensing at Boston University, a Senior Scientist at the Woods Hole Research Center for over a decade, and a key member of the NASA Carbon Monitoring System Science Team. His expertise in the field of remote sensing has positioned him as a leader in the use of satellite imagery to assess changes in forest ecosystems, which is critical for addressing climate change. Among his numerous research contributions, Alessandro’s groundbreaking 2012 paper on global forest carbon stock mapping ("Estimated carbon dioxide emissions from tropical deforestation improved by carbon-density maps" - Baccini et al., 2012), became a cornerstone for many subsequent studies in this field. This work provided the first high-resolution, global map of aboveground biomass, enabling scientists and policymakers to better understand the role of forests in sequestering carbon. His continued research has deepened the scientific understanding of how forests can help mitigate climate change, earning him recognition and respect from the global scientific community. At Chloris Geospatial, Alessandro's leadership and visionary science continue to drive innovation, helping us develop the cutting-edge technology needed to provide accurate, scalable solutions for forest monitoring and carbon accounting worldwide. #remotesensing #lidar #earthobservation

Mark your calendars for the next wave of Chloris events this October! • 14 October, London | International Carbon Markets Summit, by City & Financial Global • 15-16 October, São Paulo, Brazil | Brazilian Climate and Carbon Conference, by NBS Brazil Alliance • 22-23 October, Amsterdam | Sustainable Commodities and Land Use Forum, by Innovation Forum • 21 October - 1 November, Cali, Colombia | 2024 United Nations Biodiversity Conference, COP16 • 24 -25 October, Cali, Colombia | Bloom 24, by Trellis Group • 29-31 October, San Jose, California | VERGE 24, by Trellis Group Keen to meet up for a chat or to learn more about Chloris? Get in touch at 𝐢𝐧𝐟𝐨@𝐜𝐡𝐥𝐨𝐫𝐢𝐬.𝐞𝐚𝐫𝐭𝐡 or reach out directly to the team! Marco Albani Alessandro Baccini Florian Reber Cristina Calatayud Domingo Tom Badenhorst #mrv #voluntarycarbonmarket #remotesensing

What do we mean when we say we allow you to “see what the atmosphere sees”? In carbon accounting, traditional methods estimate carbon based on land cover categories and their changes (activity data), combined with average carbon values (emission factors). However, these methods can miss significant biomass gains and losses that are crucial for understanding carbon emissions and removals. For example, a forest that loses 50% of its density may still be classified as a forest, yet this classification doesn't reflect the true impact on carbon levels. From the perspective of atmospheric and climate integrity, this approach is problematic because it doesn’t provide a complete picture. The atmosphere doesn't just register changes in forest area; it registers the amount of carbon emitted and the amount absorbed by vegetation. That’s why we’ve developed a technology that is spatially explicit. It detects all statistically significant changes in above-ground biomass—not just losses from deforestation, but also from degradation and other disturbances. Additionally, it quantifies biomass gains, capturing the carbon removals from the atmosphere through the growth and regrowth of trees and forests. Learn more about our approach and the value it unlocks in our white papers. Download link in comments 👇 #carbon #degradation #earthobservation

In this month's issue: debrief from the Chloris events at Climate Week; fall events we will be attending; "whys" and "hows" of the Chloris technology for the Equitable Earth forest carbon standard. #redd #climateweeknyc #climate

Find us at the Corporate Investments into Forestry & Biodiversity exhibitor area today and tomorrow and come by our booth to experience the power of data through a live demo of the Chloris Platform. If you are interested in learning how spaceborne forest carbon insights can help you scale you project reporting, our business team can help. Get in touch with them directly or contact Chloris at info@chloris.earth. Business associate: Tom Badenhorst Forest Carbon Manager: Cristina Calatayud Domingo #earthobservation #voluntarycarbonmarket #geospatial

This was Chloris’ third Climate Week, and it was a powerful reminder of the exceptional community of friends and colleagues working from all corners of the world, united by the same mission—for our planet and our future. This year’s edition truly emphasized the power of collaboration and the urgency for solutions. Also, nature was finally center stage. We hosted two incredible events that highlighted these themes, featuring insightful discussions on tech, innovation, and action. A heartfelt thank you to our exceptional panels and everyone who joined us. For those who couldn’t attend, event summaries on the way in our next newsletter - stay tuned! As our CEO Marco Albani put it: "We return from Climate Week with strengthened belief in our collective potential." #climateweeknyc #climateaction #lidar

Join us tomorrow for a standout event with an exceptional panel! 𝐅𝐨𝐫𝐞𝐬𝐭 𝐜𝐚𝐫𝐛𝐨𝐧 𝐌𝐑𝐕: 𝐜𝐚𝐧 𝐋𝐢𝐃𝐀𝐑 𝐛𝐞 𝐚 𝐠𝐚𝐦𝐞-𝐜𝐡𝐚𝐧𝐠𝐞𝐫 𝐟𝐨𝐫 𝐭𝐡𝐞 𝐕𝐂𝐌? Thursday 26 September, 9:00 - 10:00 am ET IETA North American Climate Summit Sheraton New York Times Square - Plenary Room #carbonmarkets #nacs2024 #climateweeknyc

Proud to support through our data the development of new standards that leverage the power of direct biomass estimations. Our partner, Equitable Earth, is a new forest carbon standard guiding the development of community-led forest conservation projects in the Global South. By using Chloris Geospatial’s data, they’re improving accuracy and transparency in carbon accounting. Check out the blog below to learn more about our partnership. #carbonaccounting #lidar #climateaction

We are proud to be trusted by Verra as a data service partner for VM0048. In partnership with Woodwell Climate Research Center, we will be providing the necessary jurisdictional data for the following 9 countries, covering more than 300 million hectares in total! ▪ Benin ▪ Guinea ▪ Guinea Bissau ▪ Malawi ▪ Malaysia ▪ Nigeria ▪ Senegal ▪ Sierra Leone ▪ South Africa #earthobservation #voluntarycarbonmarkets #spacetech