The global Measurement, Reporting, and Verification platform to accelerate soil-based climate action
The global Measurement, Reporting, and Verification platform to accelerate soil-based climate action
The global Measurement, Reporting, and Verification platform to accelerate soil-based climate action
partnering with:
partnering with:
partnering with:
Two worlds
Two worlds
We regenerate soil
If farmers adopt regenerative practices, their farms can remove billions of tons of carbon from the atmosphere and store it in their soil. This mitigates climate change, improves farmer livelihoods and strengthens global food security.
If farmers adopt regenerative practices, their farms can remove billions of tons of carbon from the atmosphere and store it in their soil. This mitigates climate change, improves farmer livelihoods and strengthens global food security.
If farmers adopt regenerative practices, their farms can remove billions of tons of carbon from the atmosphere and store it in their soil. This mitigates climate change, improves farmer livelihoods and strengthens global food security.
We don’t
We don’t
If farmers don’t adopt regenerative practices, 90% of the world's soils will be severely degraded. This will cost the world economy $23 trillion, drive 20% of global emissions & threaten widespread famine that can lead to civilization collapse
If farmers don’t adopt regenerative practices, 90% of the world's soils will be severely degraded. This will cost the world economy $23 trillion, drive 20% of global emissions & threaten widespread famine that can lead to civilization collapse
If farmers don’t adopt regenerative practices, 90% of the world's soils will be severely degraded. This will cost the world economy $23 trillion, drive 20% of global emissions & threaten widespread famine that can lead to civilization collapse
The future of our planet therefore depends on our ability to regenerate the world’s soil carbon. That’s why Terradot exists.
We're regenerating soil to fight climate change
Terradot powers world class carbon programs by providing the highest integrity soil MRV.
We're regenerating soil to fight climate change
Terradot powers world class carbon programs by providing the highest integrity soil carbon MRV on the market.
We're regenerating soil to fight climate change
Terradot powers world class carbon programs by providing the highest integrity soil carbon MRV on the market.
with science backed tools for project developers
Terradot increases trust in soil carbon projects across accuracy, durability, additionality and more.
With science backed tools for project developers
Terradot powers world class carbon programs by providing the highest integrity soil MRV.
With science backed tools for project developers
Terradot powers world class carbon programs by providing the highest integrity soil MRV.
Compliant with leading registries and standards
Our process is compliant with Verra, Gold Standard, SBTI, CDP, Article 6 UN, VCM Integrity Council and other rigorous organizations in climate reporting.
Compliant with leading registries and standards
Our process is compliant with Verra, Gold Standard, SBTI, CDP, Paris Agreement Article 6, VCM Integrity Council and other rigorous organizations in climate reporting.
Compliant with leading registries and standards
Our process is compliant with Verra, Gold Standard, SBTI, CDP, Paris Agreement Article 6, VCM Integrity Council and other rigorous organizations in climate reporting.
Built for quality in the global south
Built for quality in the global south
Built for quality in the global south
While others focus on the US, Europe or Australia, Terradot is focused exclusively on delivering high quality MRV in the global south.
While others focus on the US, Europe or Australia, Terradot is focused exclusively on delivering high quality MRV in the global south.
While others focus on the US, Europe or Australia, Terradot is focused exclusively on delivering high quality MRV in the global south.
We understand the unique challenges of delivering high quality MRV in the global south:
We understand the unique challenges of delivering high quality MRV in the global south:
We understand the unique challenges of delivering high quality MRV in the global south:
These regions host the majority of global farmland and the most degraded soils – offering an immense potential to capture atmospheric carbon.
These regions host the majority of global farmland and the most degraded soils – offering an immense potential to capture atmospheric carbon.
These regions host the majority of global farmland and the most degraded soils – offering an immense potential to capture atmospheric carbon.
Low data availability
Heterogeneous landscapes & cropping rotations
Heterogeneous landscapes & cropping rotations
Heterogeneous landscapes & cropping rotations
Variable lab analysis protocols
Variable lab analysis protocols
Variable lab analysis protocols
Our approach to global soil MRV
Based on work at Stanford’s Soil and Environmental Biogeochemistry Lab, our tech focuses on the problem of high integrity MRV in challenging environments.
Ground Truth Sampling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Biogeochemical Modeling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Remote Sensing & Upscaling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Our approach to global soil MRV
Based on work at Stanford’s Soil and Environmental Biogeochemistry Lab, our tech focuses on the problem of high integrity MRV in challenging environments.
Ground Truth Sampling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Biogeochemical Modeling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Remote Sensing & Upscaling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Our approach to global soil MRV
Based on work at Stanford’s Soil and Environmental Biogeochemistry Lab, our tech focuses on the problem of high integrity MRV in challenging environments.
Ground Truth Sampling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Biogeochemical Modeling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Remote Sensing & Upscaling
We calibrate peer reviewed biogeochemical models to provide accurate measurement of soil sequestration with quantified uncertainty.
Our full approach is compliant with leading registries and trusted by global experts in the space.
Our full approach is compliant with leading registries and trusted by global experts in the space.
Our full approach is compliant with leading registries and trusted by global experts in the space.
Providing continuous, data-driven monitoring of project quality.
Providing continuous, data-driven monitoring of project quality.
Providing continuous, data-driven monitoring of project quality.
Additionality
Additionality
Additionality
Durability
Durability
Durability
Practice verification
Practice verification
Practice verification
Leakage
Leakage
Leakage
Data transparency
Data transparency
Data transparency
Co-benefit quantification
Co-benefit quantification
Co-benefit quantification
MRV independence
MRV independence
MRV independence
Result communication
Result communication
Result communication
Providing high quality MRV for projects in:
Providing high quality MRV for projects in:
Providing high quality MRV for projects in:
Regenerative Agriculture
Regenerative agriculture is a farming approach that prioritizes soil health, ecosystem diversity, and carbon sequestration. It includes practices like cover cropping, no-till farming, and compost application that increase soil organic matter and promote biodiversity.
Rotational Grazing & Grassland Restoration
Rotational grazing involves moving livestock across pastures to prevent overgrazing, while grassland restoration includes actions to recover degraded grasslands and return them to their natural, carbon-rich state.
Rice Methane Avoidance
Traditional rice farming methods produce significant amounts of methane, a potent greenhouse gas. Newer practices such as intermittent flooding reduce methane emissions while maintaining yields.
Biochar
Biochar is a charcoal-like substance made from organic waste, which when added to soil, can lock away carbon for hundreds to thousands of years. It also enhances soil fertility and water retention.
Enhanced Rock Weathering
Enhanced rock weathering involves applying finely ground rock to soils. These rocks react with CO2 and store it in a stable form while also improving soil health and crop yields.
Regenerative Agriculture
Regenerative agriculture is a farming approach that prioritizes soil health, ecosystem diversity, and carbon sequestration. It includes practices like cover cropping, no-till farming, and compost application that increase soil organic matter and promote biodiversity.
Rotational Grazing & Grassland Restoration
Rotational grazing involves moving livestock across pastures to prevent overgrazing, while grassland restoration includes actions to recover degraded grasslands and return them to their natural, carbon-rich state.
Rice Methane Avoidance
Traditional rice farming methods produce significant amounts of methane, a potent greenhouse gas. Newer practices such as intermittent flooding reduce methane emissions while maintaining yields.
Biochar
Biochar is a charcoal-like substance made from organic waste, which when added to soil, can lock away carbon for hundreds to thousands of years. It also enhances soil fertility and water retention.
Enhanced Rock Weathering
Enhanced rock weathering involves applying finely ground rock to soils. These rocks react with CO2 and store it in a stable form while also improving soil health and crop yields.
Access the high integrity carbon market
Access the high integrity carbon market
Access the high integrity carbon market
Sell more high integrity verified credits through our high-paying, quality-conscious buyer network
Sell more high integrity verified credits through our high-paying, quality-conscious buyer network
Sell more high integrity verified credits through our high-paying, quality-conscious buyer network
Increase credit value
Build confidence in the climate impact of carbon projects that are real, additional, and durable – maxmimizing the value of each project.
Increase credit value
Build confidence in the climate impact of carbon projects that are real, additional, and durable – maxmimizing the value of each project.
Decrease time to market
Streamline the validation and verification process like Verra's VM0042 Methodology and launch projects with customized finance and offtakes.
Decrease time to market
Streamline VM42 verification through our process and launch projects with customized finance and offtakes.
Powering climate action for:
Powering climate action for:
Powering climate action for:
Project Developers
Agribusiness
Governments
NGOs
Helping build a sustainable future
Our mission is guided by making planetary scale impact across multiple UN Sustainable Development Goals (SDGs)
People
We will improve farmer livelihoods through improved yields and ecosystem health
Planet
Our mission is to scale soil-based GHG removal and reduction to 1 gigaton of CO2e / year by 2030
Prosperity
We can strengthen global food security through increased soil health and resilience.
UN SDGs
1
No Poverty
2
Zero Hunger
13
Climate Action
15
Life on Land
Helping build a sustainable future
Our mission is guided by making planetary scale impact across multiple UN Sustainable Development Goals (SDGs)
People
We will improve farmer livelihoods through improved yields and ecosystem health
Planet
Our mission is to scale soil-based GHG removal and reduction to 1 gigaton of CO2e / year by 2030
Prosperity
We can strengthen global food security through increased soil health and resilience.
UN SDGs
1
No Poverty
2
Zero Hunger
13
Climate Action
15
Life on Land
Helping build a sustainable future
Our mission is guided by making planetary scale impact across multiple UN Sustainable Development Goals (SDGs)
People
We will improve farmer livelihoods through improved yields and ecosystem health
Planet
Our mission is to scale soil-based GHG removal and reduction to 1 gigaton of CO2e / year by 2030
Prosperity
We can strengthen global food security through increased soil health and resilience.
UN SDGs
1
No Poverty
2
Zero Hunger
13
Climate Action
15
Life on Land
Book a demo,
speak with an expert
Book a demo,
speak with an expert
Book a demo,
speak with an expert
Reach out today
Interested in working with us? Send us a message and we'll get back to you as soon as we can!
Address
Stanford, CA
Reach out today
Interested in working with us? Send us a message and we'll get back to you as soon as we can!
Address
Stanford, CA
Reach out today
Interested in working with us? Send us a message and we'll get back to you as soon as we can!
Address
Stanford, CA