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Agriculture

Achieve Your Ambitious Emissions Reduction Goals Through Decarbonized Agricultural Value Chains

We support you in reaching your Scope 3 climate goals by unlocking the full potential of decarbonized value chains.

Address your Scope 3 emissions

Scope 3 emissions often account for up to 90% of total emissions across the food sector. However, gaining transparency is difficult—and reducing these emissions is even more complex. That’s where carbon farming becomes part of the solution. 

BASF supports companies in achieving their climate goals by offering a practical way to address Scope 3 emissions, comply with evolving ESG and regulatory requirements, and deliver real, data-driven results. In addition, carbon farming can transform supply chains to become more resilient, strengthen brand positioning, and build trust with consumers and stakeholders. Ultimately, it’s about turning environmental responsibility into a strategic business advantage. 

Why carbon farming is part of the solution

We are driving meaningful changes, with greater transparency and accountability to support agricultural value chain partners to fulfil their own voluntary and compliant reporting requirements. 

By gaining end-to-end traceability, reducing emissions, and strengthening supply chain sustainability, our partners are enabled to meet their long-term climate and sustainability objectives. 

Why to work with us

At BASF, we see ourselves as a partner in delivering shared value through sustainable agriculture, not just a provider of solutions.  

Our Global Carbon Farming Program operates to the highest standards. We validate and verify all insetting projects with SustainCERT and all offsetting projects with Verra, always following Verra’s agricultural protocol (VM0042).  

Our key benefits

  • We deliver high integrity nature-based, validated insets to account for Scope 3 reductions  
  • We use a Monitoring, Reporting and Verification (MRV) tool to set baselines and record progress towards decarbonization 
  • We are a trusted partner with over 100 years of agronomic expertise. We focus on understanding the challenges farmers face and on supporting them with innovative technologies and services as they work toward decarbonization and greater climate resilience. 
  • We are building resilient supply chains from the field up. 

Success Story

BASF and Boortmalt, the world’s leading malted barley provider, understand both the challenges farmers face and the strategic importance of sustainable barley cultivation. Barley plays a vital role in producing beer, whisky, and food products. Making its production sustainable is essential for the future of multiple industries. 

Which is why BASF’s partnership with Boortmalt was so crucial in supporting all participants in the agricultural value chain benefit – from field to end product. Here is how it works:

Please click on the hot spot (+) of your choice to find out more about our success story.

Infographic showing a sustainable agricultural value chain with harvesting, transport, CO2e savings, and renewable energy sources illustrated.
That decarbonized barley was then malted by Boortmalt and then distilled into the end product, which in this case was Waterford Whisky. 
Waterford Whisky ends up on the physical and digital shelves of shops across the world. 
The results speak for themselves: on average, a reduction of 2.3 tons of CO2e savings per hectare was achieved, resulting in a 90% saving of the carbon footprint per ton of barley produced. 
As part of BASF’s Global Carbon Farming Program, Irish farmers began adopting climate-smart agricultural practices such as cover crops, used between main crops to improve soil health, prevent erosion, and naturally retain nutrients.
Infographic showing a sustainable agricultural value chain with harvesting, transport, CO2e savings, and renewable energy sources illustrated.
Waterford Whisky ends up on the physical and digital shelves of shops across the world. 
As part of BASF’s Global Carbon Farming Program, Irish farmers began adopting climate-smart agricultural practices such as cover crops, used between main crops to improve soil health, prevent erosion, and naturally retain nutrients.
The results speak for themselves: on average, a reduction of 2.3 tons of CO2e savings per hectare was achieved, resulting in a 90% saving of the carbon footprint per ton of barley produced. 
That decarbonized barley was then malted by Boortmalt and then distilled into the end product, which in this case was Waterford Whisky. 

Five steps to decarbonize your agricultural value chain

STEP 1

Understanding where you are today

We can work with your existing farmer groups to better understand where you are today in terms of your Scope 3 emissions. This begins with establishing a baseline by conducting soil sampling to assess carbon stocks in the soil. In addition, we identify potential interventions that can be implemented to reduce CO₂e emissions effectively. 

Green agriculture icons with a tractor and CO2e cloud, illustrating sustainable farming and carbon reduction.
STEP 2

Plan scalable projects

We will work with you to plan and develop scalable, tailored projects that meet your specific needs. These projects often begin with selected farmers at a local level, but our solutions are built to scale globally.  
Through our Global Carbon Farming Program, we provide end-to-end support—including project design, implementation, and robust MRV (Measurement, Reporting, and Verification) processes—carried out in close collaboration with partners across your supply chain. Emissions reductions are measured using transparent methodologies and third-party audits, enabling you to track and report verified carbon savings as you progress toward decarbonizing your agricultural value chain. 

Green and white graphic with wheat and satellite icons, representing digital agriculture and sustainability.
STEP 3

Support change

We will support farmers within your agricultural value chain in making the transition to reduce their carbon footprint through agronomic advice and a holistic product portfolio. We will help them collect the required data to measure the progress over time. 

Icons of a scale and a tablet showing how farmers can balance sustainability and yield through digital agriculture.
STEP 4

Report your gains

We collaborate with you to fulfill your own voluntary and compliance-related reporting requirements. We ensure the generation of your verified climate impacts with independent registries to measure, monitor, report, audit and deliver on your emission reductions. The output from such a process can be used by you to report progress toward your Scope 3 reduction targets. 

Icons of a certificate and money stack symbolizing BASF’s verified Carbon Farming Program and internationally recognized carbon credits.
STEP 5

Share value

We partner with you and your farmers to achieve your sustainability goals, maintain or even enhance the yields of your suppliers while strengthening the resilience of your supply chains.  

Icons of bread and a handshake, symbolizing collaboration in maintaining yield while meeting sustainability goals.

Meet our experts

To learn more about the Global Carbon Farming Program, get in touch with us. 

Andy Beadle
Global Carbon Farming Lead
Jessica Monserrate
Head of Sustainability North America
Gabor Mehn
New Business Development, Sustainability & Digital Solutions, EMEA

Take a look at further examples of carbon farming

Glossary and FAQ

What is an agricultural value chain? 

Agricultural value chain refers to the full range of activities and players involved in producing, processing, and delivering agricultural products — including food, feed, and fibre — to consumers. It encompasses all steps from input supply, farming, harvesting, and processing to marketing and retail, where goods are sold.  

What is a decarbonized agricultural value chain?

A decarbonized agricultural value chain is one in which all players are working to reduce/remove greenhouse gas (GHG) emissions  at every stage of the agricultural process—from input production and on-farm practices to processing, distribution, and retail. 

This transformation is achieved at farm level through the adoption of sustainable agricultural practices, carbon sequestration, the use of low-emission technologies and renewable energy. Robust measurement, reporting, and verification (MRV) frameworks ensure transparency and accountability. 

The ultimate goal is to build a more climate-resilient, sustainable, and competitive agricultural system—one that contributes to global climate goals while supporting productivity, farmer and local livelihoods, and food security. 

How can BASF’s Global Carbon Farming Program contribute to private companies’ carbon footprint reduction targets? 

The voluntary carbon market allows companies who wish to demonstrate their commitment to reaching Net Zero – for instance by having set a Science-Based Target – to either use any carbon savings deriving from efficiencies enabled within their value chain as an inset for Scope 3 reporting purposes or to claim an offset certificate (i.e., a carbon credit) to account for residual GHG emissions. 

Companies looking to account for and reduce emissions within their value chain (i.e., their own Scope 3 emissions) that are attributable to agricultural activities can work with BASF to measure and monitor their existing carbon footprint. They then can reduce the carbon footprint of their supply shed. As part of SustainCERT’s Value Change Initiative (VCI), these reductions can be measured, monitored, and verified, leading to the issuance of a Verified Impact Unit (VIU). Companies following SBTi can use VIUs as a widely accepted accounting tool to demonstrate their path towards Net Zero.  

Companies on the path to Net Zero may also find themselves needing to account for residual GHG emissions (be they of Scope 1, 2, or 3). To this end, they can rely on BASF's Global Carbon Farming Program to purchase rigorously developed and internationally recognized offset carbon credits. In particular, BASF works with the Verra registry for all offset carbon credits.

What are the roles and responsibilities of parties involved in collaborations and the carbon farming ecosystem? 

Farmers: play a crucial role in the agricultural carbon marketplace by implementing sustainable agricultural practices and participating in the program to reduce emissions and sequester carbon into the soil – - ultimately generating verified climate impacts. 

BASF: depending on the specific project and geographic region, BASF plays the following roles:  

solutions provider: BASF Agricultural Solutions provides farmers with its portfolio of seeds, , crop protection products, nitrogen use efficiency products, and digital farming solutions to drive carbon emissions reductions and removals.  

project developer: BASF acts as project developer/project proponent. In this role, BASF defines and documents the proposed project in association with the certification body, identifies buyers and investors, onboards farmers. We ensure that enrolled growers receive the agronomic guidance needed to implement climate-smart agricultural practices in line with internationally recognized standards. Additionally, BASF coordinates with verifiers, standard makers, and registries to convert the practices adopted into verified carbon savings. 

Rules & standards makers: these include regulatory agencies and voluntary standards organizations. They ensure the integrity of the carbon marketplace and develop standards and protocols for carbon farming and credit verification. They establish the requirements for measuring and verifying carbon sequestration and emission reductions and the eligibility criteria for participating in carbon credit markets.  

Food Value Chain Players: partners within the value chains are collaborating to support and scale sustainable agricultural practices, thereby enhancing overall carbon saving efforts across the whole value chain. 

Verifiers/certification bodies: third-party organizations that provide assurance that carbon savings have been accurately measured, validated and verified under the chosen standards. They verify and quantify carbon sequestration and emissions reductions. They conduct on-site inspections and laboratory analyses to measure and verify the carbon stored in the soil or the greenhouse gas emissions avoided by implementing carbon farming practices.  

Registries: platforms that manage the creation, transfer, and retirement of carbon saving and credits and maintain records of all carbon transactions  held by different entities. 

Carbon credit buyers: purchase internationally recognized and robust carbon credits from BASF's Global Carbon Farming Program to offset their carbon emissions to meet their sustainability targets and contribute to the transition to a low-carbon economy.  

What are some examples of BASF’s work on carbon farming?  

The BASF Global Carbon Farming Program has initiated several projects targeting different crops & and regions – further projects are being planned.  

Our active projects: 

  • CO2 e optimized barley in collaboration with Boortmalt in Ireland 

  • Insetting project with Simpsons Malt in the UK  

  • Climate Partner Agriculture “KlimaPartner Landwirtschaft” collaboration with RWZ Raiffeisen in Germany  

  • Biofuel Carbon Intensity Project in US  

  • NEWGREEN Rice Project in Japan 

  • Carbon offsetting pilot in collaboration with Cérèsia in France