01
Potential Emission Reduction
Improved rice-farming practices may potentially reduce greenhouse-gas emissions compared with an established baseline, subject to the applicable methodology.
BUILDING A LOWER-CARBON FUTURE
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1 carbon credit commonly represents 1 tonne of CO₂-equivalent reduced, removed or avoided, subject to the applicable standard or market framework.
EARTH / CLIMATE / VALUE
1 tCO₂e
Illustrative unit of carbon reduction, removal or avoidance.
MeasureQuantify climate impact
VerifyUse credible MRV processes
TrackRecord credits transparently
ActConnect capital with projects
01 — PROJECT CASE STUDY
Rice cultivation & carbon credits
Indian Rice Farming
Sustainable farming • Water management • Climate impact
Rice cultivation can generate greenhouse-gas emissions, particularly methane associated with flooded rice fields.
EarthCred identified an opportunity to work with local farmers to introduce improved rice-farming practices that could potentially reduce emissions while maintaining agricultural productivity.
EarthCred approached a group of 500 farmers and explained the concept of carbon credits.
The farmers were told:
“If we can demonstrate that specific farming practices reduce greenhouse-gas emissions compared with an established baseline, those verified reductions may potentially be converted into carbon credits under an applicable carbon-crediting system.”
Step 1 — Establishing the Baseline
Before making changes, EarthCred collected information about the participating farms, including:
- cultivated area
- irrigation practices
- fertilizer use
- crop cycles
- residue management
- farming practices
- relevant fuel and energy use
This information was used to establish the project’s baseline and determine how emissions would be calculated under the applicable methodology.
Step 2–3
STEP 2 — CHANGING PRACTICES · STEP 3 — MEASURING BENEFIT
New practices, then measured results
Participating farmers introduced agreed sustainable practices, such as improved water management and other applicable agricultural practices. They received training and guidance from the project team, and EarthCred established a system for collecting and maintaining project data.
The project team then monitored the participating farms throughout the project period, to determine the potential emission reduction:
Baseline
emissions
emissions
−
Project
emissions
emissions
=
Potential
emission reduction
emission reduction
For this hypothetical example, suppose the project calculations indicate a total potential reduction of:
ILLUSTRATIVE ASSUMPTION
25,000 tonnes CO₂e
This figure is only an illustrative assumption. It is not a claim that the project actually achieved 25,000 tonnes of reductions.
Step 4–5
STEP 4 — VERIFICATION · STEP 5 — CREDIT ISSUANCE
Verified first, credited second
EarthCred cannot simply declare:
“We have created 25,000 carbon credits.”
The project’s calculations and supporting evidence would need to go through the applicable validation, monitoring and independent verification procedures — an appropriately qualified organization would examine the documentation, data, calculations and evidence. Only if the project satisfies the applicable requirements could credits potentially be issued.
Suppose, purely for this hypothetical example, that 25,000 carbon credits are issued. Under a system where one credit represents one tonne of CO₂-equivalent:
25,000
credits
credits
=
25,000 tonnes
CO₂e
CO₂e
Step 6
STEP 6 — FINDING A BUYER · WHAT FARMERS GAIN
A buyer, and a farmer's upside
EarthCred approaches companies interested in purchasing eligible carbon credits. The buyer conducts its own due diligence and evaluates:
Project quality
Methodology
Verification
Vintage
Ownership
Registry info
Environmental claims
Market requirements
Suppose a buyer agrees to purchase the credits — revenue is then distributed per the contractual arrangements between participants and EarthCred, after applicable costs. The farmers may potentially benefit in two ways:
Agricultural income
+
Potential carbon-project income
The exact amount received by each farmer would depend on the project's actual economics and the agreement established before the project begins.
Accountability
WHY ACCOUNTABILITY MATTERS
Why Is Accountability Important?
The most important principle of the project is:
No evidence, no credible carbon claim.
EarthCred would maintain records showing the full chain of custody:
Who participated→
What practices were used→
What was measured→
How emissions were calculated→
Who verified the project→
Credits issued→
Who purchased/retired them
This creates a transparent chain from the farmer’s field to the final carbon credit.
The Vision
SCALING THE MODEL
The Bigger Vision
The hypothetical Punjab project begins with 500 farmers. If the model proves technically and commercially viable, EarthCred could potentially expand the approach:
500FARMERS
→
5,000FARMERS
→
25,000FARMERS
→
100,000FARMERS
The long-term vision would be to create a platform connecting:
Farmers→
Carbon Measurement→
Verification→
Carbon Credits→
Buyers
The goal would not simply be to sell carbon credits. The goal would be to create a system where measurable environmental improvements can potentially create an additional economic opportunity for farmers and businesses.
Important Disclosure
This is a hypothetical project created for illustration and presentation purposes.
The farmers, project results, 25,000 tonnes CO₂e reduction, issuance of 25,000 credits, buyer and transaction described above are fictional assumptions. Actual carbon-credit projects require an appropriate methodology, project eligibility assessment, monitoring, documentation and independent validation/verification before credits can legitimately be issued or marketed as verified credits.
RICE • FARMING • CLIMATE
From farmer practices to measurable impact.
Better agricultural practices can potentially create environmental benefits while supporting an additional economic opportunity for participating farmers.
Rice Cultivation
Rice farming practices can influence greenhouse-gas emissions, particularly methane from flooded fields.
Farmer Participation
Training, agreed practices and reliable project data are central to the approach.
Sustainable Practices
Water management and other applicable practices can be monitored and measured.
PROJECT VALUE
Potential benefits of the approach
The hypothetical model is designed around environmental measurement, farmer participation and transparent project economics.
02
Farmer Opportunity
Participating farmers may potentially receive an additional income stream from the carbon project alongside their agricultural income.
03
Measurable Impact
Farm-level information, monitoring and calculations create a documented basis for assessing the project's environmental benefit.
04
Transparency
Participant records, methodology, verification, issuance and transaction information can create a traceable chain from farm activity to carbon credit.
06 — FAQ
Questions, answered.
EARTHCRED
Understand the market. Measure the impact.
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