Regenerative Agriculture Credits in the GCC: Beyond Carbon to Soil Health

Regenerative agriculture credits are emerging as a way to fund farming practices that restore soil, improve water retention, reduce chemical dependency and, where properly measured, store more carbon in agricultural land. For the GCC, this is a food security, desertification, water resilience and supply-chain data story.

The opportunity is real, but only if credits are built on strong measurement, clear project boundaries, credible baselines, soil-health indicators and transparent evidence. In a region where carbon markets are developing quickly, regenerative agriculture credits need to prove more than “one tonne of CO2e”. They need to prove that the land is becoming more resilient.

Key takeaways

Regenerative agriculture credits should be treated as soil-health finance, not just another offset category.
In the GCC, the strongest use cases are linked to food security, water efficiency, land restoration, supplier engagement and climate-resilient agriculture.
Soil carbon is harder to measure than many other credit types, so MRV, sampling design, baseline logic, permanence and evidence quality matter.
Recent regional momentum is growing: Saudi Arabia is scaling land restoration, the UAE’s National Register for Carbon Credits became effective on 28 December 2024, and Saudi Arabia’s VCM exchange is expanding access to Global Carbon Council-certified credits. (Source: MEWA)
For GCC companies, the best projects will connect carbon, soil health, water data, farm practices and supplier evidence in one auditable system.

What are regenerative agriculture credits?

Regenerative agriculture credits are credits generated from farming or land-management practices that improve ecosystem function and can reduce or remove greenhouse gas emissions. In practice, this may include:

Increasing soil organic carbon through better soil management
Reducing tillage
Improving crop rotation or crop diversity
Applying compost, biochar or organic amendments
Improving grazing practices
Restoring degraded rangeland
Reducing fertiliser-related emissions
Enhancing biodiversity and soil microbial activity
Improving water retention and reducing irrigation stress

In a high-integrity crediting system, the project must show that the activity created measurable climate benefits beyond business as usual. For soil carbon, this usually means proving changes in soil organic carbon stocks through sampling, modelling, monitoring and verification. FAO’s Global Soil Partnership notes that guidelines for measuring, monitoring, verifying and reporting soil organic carbon can be adapted locally to monitor soil carbon stocks and stock changes.

That local adaptation is critical for the GCC because soil, salinity, irrigation, heat, cropping systems and land-use constraints are different from temperate farming regions.

Why regenerative agriculture credits matter in the GCC now

Carbon credits usually get discussed in a simple way: one credit equals one tonne of CO2e reduced or removed. That definition is useful, but it is too narrow for regenerative agriculture in the Gulf.

A soil project in the GCC is not just about carbon. It is about whether farms can hold more moisture in extreme heat. It is about whether degraded land can regain biological function. It is about whether local food production can become less dependent on heavy inputs, imported resources and fragile supply chains.

That is why regenerative agriculture credits are interesting for the GCC. They sit at the intersection of climate, food security, water security and land restoration.

The timing matters. Saudi Arabia announced on 27 March 2026 that it had restored its first million hectares of degraded land and planted over 159 million trees under the Saudi Green Initiative, which has a broader target to plant 10 billion trees across the Kingdom. (Source: MEWA)

At the same time, the UAE’s National Register for Carbon Credits came into force on 28 December 2024, creating a formal track for registering carbon credits and retirements. Saudi Arabia’s Regional Voluntary Carbon Market Company announced on 27 January 2026 that carbon credits certified by the Global Carbon Council are now traded on Saudi Arabia’s VCM exchange platform, with more than 600,000 tons of GCC-certified carbon credits traded within the first month of integration.

For companies in food, hospitality, retail, real estate, logistics and finance, this creates a new question: can agricultural credits become a credible part of climate and nature strategy, or will they become another category of poorly documented offsets?

The answer depends on the data.

See Coral’s blog on Carbon Credits: What are they? for a primer on credit quality, additionality, permanence, measurement and retirement.

Why “beyond carbon” is the right lens

The GCC should not evaluate regenerative agriculture credits only by asking: how many tonnes were removed?

That question matters, but it is incomplete.

In arid and semi-arid systems, the more strategic question is: what changed in the land?

Healthy soil is not just a carbon sink. It is a living infrastructure layer. It affects water retention, nutrient cycling, plant resilience, erosion risk, salinity stress and long-term productivity. IPCC highlights soil carbon sequestration, better grazing land management and improved agricultural practices as land-sector mitigation options, but also notes that soil carbon sequestration rates decrease over time.

That means GCC buyers should not treat soil carbon credits as a permanent magic solution. They should treat them as outcome-based finance for better land management, with carbon as one measurable output.

For example, a regenerative project in the Gulf might be valuable because it:

Stores additional soil carbon
Improves soil organic matter
Reduces irrigation intensity per unit of output
Improves crop survival in high-heat periods
Reduces dependence on synthetic fertilisers
Supports local farmers and food resilience
Creates traceable supplier-level data for retailers or hospitality groups

This is where the “credit” becomes more than an offset. It becomes a way to fund verified resilience.

The GCC use case: food security, water and land restoration

For the GCC, regenerative agriculture credits can support three linked priorities.

1. Food security

The UAE and Saudi Arabia are investing heavily in local food resilience. The UAE’s Ministry of Climate Change and Environment launched the first National Agricultural Guidance Forum to support sustainable agricultural transformation, knowledge exchange and climate-smart farming practices.

Regenerative agriculture can support this agenda because it focuses on the productive capacity of the land, not just the crop cycle. If soil quality improves, farms may become more resilient to heat, salinity and water stress.

This matters to food retailers, hospitality groups, supermarkets, agrifood brands and large buyers who increasingly need to understand the climate and nature impact of their supply chains.

See Coral’s blog on Marketplace Scope 3: Sellers, Goods, and the Data Model for E-commerce Reality in the GCC for more on why seller and goods-level data matter when supply chains become harder to measure.

2. Water resilience

In the GCC, water is not a side issue. It is the operating constraint.

A regenerative agriculture project that increases soil organic matter may help improve water retention, but this cannot be assumed without evidence. Projects need to track irrigation, soil condition, crop performance and practice changes over time.

This is why soil-health credits in the GCC should include water-related indicators wherever possible. A project that claims carbon benefits but ignores water use is missing the regional reality.

Regional conversations are already moving in this direction. Goumbook’s MENAT Regenerative Agriculture Venture Programme lists healthy soil regeneration, sustainable food security, water security, biodiversity, organic and bio-fertilisers, and reduced chemical use among its solution themes.

3. Land restoration and desertification response

The GCC is directly exposed to land degradation, desertification and drought risk. UNCCD COP16 in Riyadh focused on land degradation, desertification, drought and water scarcity, with sessions on land restoration and resilient ecosystems.

This makes regenerative agriculture credits especially relevant. They can help direct private finance toward land restoration, but only if project developers and buyers avoid vague “nature-positive” claims.

A credible project should answer:

Which land parcel is included?
What was the baseline condition?
What practice changed?
What evidence proves implementation?
How was soil carbon measured?
What soil-health indicators are tracked?
How are reversals handled?
Who verifies the results?
Where is the credit registered?
Has the credit been retired or is it still tradable?

Without these answers, the project may be a good sustainability story, but it is not an assurance-ready credit.

The big risk: soil carbon credits are hard to measure

Soil carbon is not like replacing a diesel generator with solar electricity. The carbon is underground, unevenly distributed and influenced by weather, land management, crop type, soil type, irrigation, grazing and sampling depth.

That does not make soil carbon credits impossible. It means they need stronger controls.

Research and carbon-market guidance consistently point to the same issues: additionality, permanence, leakage, uncertainty, monitoring design and verification. CarbonPlan’s review of soil carbon offset protocols found that protocol design choices strongly influence whether credits are quantifiable and additional.

For GCC buyers, this creates a simple rule: do not buy the story before checking the methodology.

A strong regenerative agriculture credit should include:

A clear project boundary
A defensible baseline
Soil sampling design and lab methodology
Remote sensing or digital monitoring where useful
Practice-change evidence from farm operations
Data on irrigation, fertiliser, compost, biochar or amendments
Reversal and permanence controls
Independent validation and verification
Registry documentation
Retirement evidence
Transparent claims language

This is the difference between “we supported regenerative farming” and “we funded a verified project with documented carbon and soil-health outcomes.”

See Coral’s blog on Carbon Credit Controversies: Addressing Market Flaws for more on why transparency, verification and market integrity matter.

What should GCC companies look for before buying or funding these credits?

Regenerative agriculture credits can be attractive to GCC companies because they connect climate action with regional resilience. But they should not be treated as a shortcut.

Before buying, co-funding or sponsoring a project, companies should check five things.

1. Is the project regionally relevant?

A soil carbon methodology designed for a temperate pasture system may not translate neatly to a hot, arid, irrigated farming system. GCC buyers should ask whether the methodology, baseline and monitoring approach make sense for local soil, climate and farm conditions.

2. Is soil health measured alongside carbon?

A project that only reports tonnes of CO2e may miss important outcomes. Soil organic matter, water retention, salinity, nutrient condition, microbial activity, erosion control and crop resilience can all be relevant depending on the project type.

3. Is the data traceable?

Every claim should connect back to evidence: farm records, soil tests, geospatial boundaries, input data, practice logs, monitoring records, verification statements and registry documents.

This is especially important for companies that may later use the project in ESG reports, annual reports, customer claims or investor communications.

See Coral’s blog on Product Carbon Footprints Without Version-Control Hell for a related discussion on why factor versions, evidence, audit trails and change logs matter for defensible carbon numbers.

4. Is the credit being used correctly?

A regenerative agriculture credit should complement direct emissions reduction, not replace it. Buyers should be careful with claims such as “carbon neutral food”, “net zero product” or “soil positive” unless the claim is supported by a clear methodology, retirement evidence and communications review.

5. Can the project survive assurance?

This is the question many teams ask too late.

If an auditor, regulator, investor or customer asks for proof, can the company show the full evidence chain? Can it show what was purchased, from where, under which methodology, how it was verified and when it was retired?

If not, the credit may create reputational risk instead of climate value.

Where Coral fits

Regenerative agriculture credits will only scale in the GCC if the data layer becomes stronger.

Coral helps organisations move from fragmented sustainability evidence to structured, audit-ready workflows across emissions management, ESG reporting and carbon-related documentation. For regenerative agriculture credits, that means companies can build a clearer system around:

Project-level evidence
Supplier and farm data
Scope 3 links
Credit documentation
Registry and retirement records
Claims governance
Reporting workflows
Version control and audit trails

For GCC companies, this is especially relevant when agricultural credits are connected to procurement, food supply chains, hospitality sourcing, retail, financing or offsets.

Explore Coral’s Emissions Management System, ESG Reporting, or Book a Demo to see how Coral helps teams turn sustainability data into evidence-backed decisions.

FAQ

What are regenerative agriculture credits?

Regenerative agriculture credits are carbon or nature-linked credits generated from farming practices that improve land condition and can reduce or remove greenhouse gas emissions. In soil carbon projects, credits are usually linked to measured or modelled increases in soil organic carbon.

Why are regenerative agriculture credits relevant to the GCC?

They are relevant because the GCC faces heat, water scarcity, land degradation and food-security pressures. Regenerative agriculture credits can help finance practices that improve soil health, water resilience and climate adaptation, while also supporting carbon goals.

Are soil carbon credits reliable?

They can be, but quality varies. Soil carbon is difficult to measure because it changes across soil types, depths, climate conditions and farm practices. Reliable credits need strong MRV, sampling design, additionality, permanence controls, verification and transparent registry documentation.

What should GCC companies avoid?

Avoid credits with vague claims, weak documentation, unclear baselines, no soil data, no registry evidence or no retirement proof. Also avoid using credits to make broad claims such as “carbon neutral” or “nature positive” unless the claim is carefully supported.

How are regenerative agriculture credits different from regular carbon credits?

A regular carbon credit focuses on one tonne of CO2e reduced or removed. A regenerative agriculture credit may also produce wider benefits, such as improved soil health, water retention, biodiversity and farm resilience. These co-benefits should be measured and documented, not assumed.

Can regenerative agriculture credits help with Scope 3?

Potentially, yes. For food retailers, hospitality groups, agrifood companies and financiers, regenerative agriculture projects may connect to supplier engagement and value-chain emissions. However, companies need clear accounting rules to avoid double counting or overclaiming.

What makes a regenerative agriculture credit “GCC-ready”?

A GCC-ready credit should reflect local climate and soil conditions, track water and soil-health outcomes, maintain strong evidence records, use credible methodologies, and provide transparent verification and registry documentation. The strongest projects will connect carbon data with land, water and supplier evidence.