Scalable, cost effective, & high-accuracy carbon footprint monitoring for your unique use case
CarbonSpace’s provides carbon monitoring, reporting, and verification (MRV) services and more for your unique use case:
Palm Oil and Tropical Commodities
Case study: Native shade trees in coffee plantation
Comprehensive Carbon Footprint Assessment: Measure emissions across your entire palm oil or tropical supply chain.
Regular Time Steps: Don't wait years for data — CarbonSpace provides regular data so you can make intelligent decisions
Grower implemented native shade trees on a coffee plantation in 2019. The resulting annual carbon uptake improved by 13% after six years.
Digital-First: Scale CarbonSpace's monitoring to your entire palm oil or tropical supply chain in an instant, with no need for onsite visits
Transparency & Trust: Our data is auditable and aligned with international standards, enabling seamless verification and validation.
Deforestation and Agroforestry
Case study: Mangrove restoration
Ecosystem health tracking: Employ cutting-edge technology to monitor and analyze forest dynamics and agroforestry conditions, providing critical data for conservation efforts.
Scalable solutions: Quickly deploy CarbonSpace’s digital monitoring across vast and remote areas, eliminating the need for physical site inspections and reducing operational costs.
Following restoration efforts from 2012-2016, a mangrove restoration project was able to validate a 240% increase in carbon sequestration with the support of CarbonSpace's verifiable data.
Wheat, Corn, and Row Crops
Case study: No till in wheat, alfalfa & rap seed rotation
Precision analytics: Utilize advanced satellite imagery and AI-driven analytics to optimize inputs and enhance yield across extensive wheat, corn, and row crop fields.
Rapid deployment and scalability: Implement monitoring solutions that provide expansive coverage without the need for physical presence, enabling faster and more effective management decisions.
This project instituted no-till practices in 2017 and leveraged CarbonSpace's technology to monitor carbon for the following years
The annual carbon uptake increased from -6 to -10 hectares/year during the monitoring period
Grassland Systems
Case study: Grassland & winter rye cover crop
Reliable compliance and verification: Ensure your grassland management practices meet international environmental standards with auditable, accurate data.
Enhance carbons equestration: Utilize data to implement and track practices that improve carbon capture in soil, crucial for mitigating climate change and enhancing soil health.
Winter rye cover crops were integrated into mixed grasslands and monitored for a period of 6 years (2015-2020)
The annual carbon uptake showed a progressive increase. After five years, the annual sequestration had improved by 40%
Why CarbonSpace?
The net ecosystem exchange (NEE) approach is ideal for project evaluation
Carbon sequestration occurs in the whole ecosystem, not just soil. CarbonSpace’s NEE monitoring approach captures carbon removals in all major carbon pools in the ecosystem, so you can understand the true potential and performance of NBS projects.
Unified tool for monitoring NBS projects across regions and ecosystems
Between our variety of models and the fully remote nature of the tool, you can onboard projects with ease across nearly any ecosystem or region globally. A unified tool for monitoring enables comparison and standardization for projects across the globe and credibility for reporting impact.
Rely on trusted data
With our peer-reviewed methodology and ISO 14064-3 validation, we provide trusted, third-party validated data based on an innovative approach. We’re members of major global standards and frameworks.
How it works
Provide coordinates of your farms and nature conservation areas
Receive carbon footprint data in a secure account
Conduct feasibility assessments, baselining, and additionality calculations
Automatic data sharing capabilities available with select partner frameworks