MRV for accurate and affordable carbon measurement.
Nadar's satellite-powered digital MRV enables project developers and land owners to measure and monitor carbon sequestration on their land accurately and affordably.
The Problem
Traditional carbon
measurement is slow, costly
and error-prone.
Conventional measurement of carbon sequestration is antiquated and often relies on manual processes that can be very time-consuming, cost-intensive, and prone to error.
Digital monitoring, reporting and verification (DMRV) of carbon offset projects is needed to automate carbon crediting and drive efficiency and scalability of carbon markets.
Our Solution
Enabling carbon
monitoring at scale.
01
Accurate baseline assessment.
Our proprietary technology allows you to accurately measure the carbon and deforestation baseline of your carbon project. Applying multiple satellite data sources, AI and allometric models we can accurately monitor carbon sequestration.
02
Adapted to different ecosystems.
Our carbon monitoring, reporting, and verification solution is adapted to REDD+ and ARR projects in tropical, temperate and mangrove forests in Latin America, Central Africa, and Europe under the Verified Carbon Standard (VCS) by Verra.
03
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Reduced time and costs.
Automate your carbon measurement - reduce time and costs with the help of our satellite-powered technology. Minimise the need for manual data collection in the field, and easily monitor the carbon storage in your project area over time.
Our Technology
Advanced satellite analytics and AI-powered remote sensing
Advanced satellite analytics.
We fuse multiple types of satellite data to derive information on vegetation cover, tree height and aboveground biomass.
Global monitoring at a high spatial detail.
We monitor deforestation and carbon stocks at a high spatial detail of 10 x 10 meters - 3x higher compared to other solutions.
Rapid geospatial insights.
We monitor deforestation and changes in carbon stock over time up to 12 times faster that existing solutions. Receive up to monthly updates that enable you to detect changes quickly after they happened.
Adapted to forests worldwide.
Our models are adapted to different natural ecosystems and regions globally. In this way we can reach unprecedented accuracy at a global scale.
Optical
Optical multispectral satellite data enables us to monitor changes in forest cover and vegetation health over time.
Synthetic Aperture Radar
With the help of SAR satellite data we are able to detect changes in vegetation structure and tree height independent of cloud cover.
LiDAR
LiDAR satellite data offers information on 3D structures of vegetation such as tree height to model the aboveground biomass content.
Usual Resolution
Nadar's Resolution
Imagery ©2022
Planet Labs Inc.
Our Product Features
Carbon FAQ
What data sources do you incorporate into your models?
Our insights are powered by a multitude satellite imagery and other geospatial data sources. We analyze multispectral data from Sentinel-2 and the Landsat missions, Synthetic Aperture Radar (SAR) data from Sentinel-1 and GEDI LiDAR data with our proprietary machine learning models.
Do you have a minimum project size that is required for your assessment?
No, we do not require a minimum project size. We have analysed different forest carbon projects from 240 hectares to over 100.000 hectares.
Do you profit from the sale of carbon credits?
No. We do not profit from or sell carbon credits. We are an independent provider of carbon measurement and monitoring. Everything else would lead to a conflict of interest.
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