Phase II turns a prepared farm into verified production.

Phase II begins when Phase I planning, training, infrastructure readiness, soil preparation, and DAO milestone conditions are complete. It is the stage where seeds go into the ground, production starts across short-, medium-, and long-cycle crops, and the farm begins generating the records that prove whether the Kokonut Framework is working. Phase II is not only a planting stage. It is the evidence-building stage: harvest records, soil readings, vegetation signals, pest observations, water data, and milestone attestations start compounding into a public operating history.

See Phase II Outputs →Read MRV Methodology

Use this page to understand what must happen after a farm is funded and prepared, but before it can be considered consolidated, certified, or expansion-ready.

Phase II is a live operating phase, not a guaranteed return phase. Harvests, revenue, soil improvement, and certification readiness depend on execution quality, weather, water, labor, market pricing, data quality, and DAO-verified milestones.

Phase II at a glance

Question	Phase II answer
When it begins	After Phase I completion, the criteria are met, and the first approved DAO milestone disbursement is released
Main purpose	Activate production, regeneration practices, and continuous MRV evidence
Typical duration	Usually 2–4 years, depending on crop mix, soil conditions, and long-cycle crop establishment
What it produces	First harvests, soil readings, MRV payloads, EAS attestations, revenue actuals, and annual impact reports
Primary risk	Production assumptions are tested against field reality
Completion signal	Sustained multi-cycle production with verified MRV data, not simply the passage of time

Production begins

Short-cycle, medium-cycle, and long-cycle crops are planted together so the farm can generate near-term harvests while longer-term perennial systems establish.

Regeneration becomes practice

Crop rotation, ground cover, beneficial plant associations, poultry integration, biochar, organic inputs, and soil monitoring move from plan to daily operations.

Evidence starts compounding

Each planting, harvest, soil reading, and verified milestone becomes part of the farm’s public operating record.

How Phase II fits the development lifecycle

Phase I makes the farm legible. Phase II tests the plan in the field. Phase III begins only after the farm has enough verified operating history to support consolidation, certification, and expansion decisions. Read Phase I →

What Phase II produces

Output	Why it matters	Evidence to collect
First plantings	Confirms the farm has moved from planning to production	Plot records, crop type, planting date, density, operator notes
First harvests	Tests whether production assumptions are realistic	Harvest records, yield, loss rate, sale price, buyer/channel
Continuous soil readings	Shows whether regeneration practices are improving the growing environment	EC, volumetric water content, soil temperature, lab results where available
Agro-ecological practice records	Documents how regeneration is implemented, not just claimed	Rotation logs, cover crop logs, input records, pest observations
MRV events	Turns operations into structured data	Farm Registry payloads, IPFS records, EAS attestations
Milestone evidence	Determines whether DAO disbursements should proceed	Verified milestone completion records and reviewer notes
Annual impact report	Summarizes environmental, economic, social, and risk evidence	EBF report, CRISP review, Data Hub records

Phase II is where the farm’s forecast becomes testable. Forecasts should be compared against actual harvests, prices, losses, soil readings, and market conditions before being used for stronger claims.

Phase II workstreams

Implement agro-ecological practices

Phase II activates the regenerative practices designed during Phase I.Core practices include:

Crop rotation to reduce pest and disease pressure
Beneficial plant associations and companion planting
Living ground cover between and around production beds
Biological pest management through biodiversity and animal integration
Organic fertility from compost, biochar, humic acids, manure processing, and crop residues
Reduced synthetic-input dependency

At Adelphi: the farm applies closed-loop fertility through poultry manure, humic acids, crop beds, forage, and poultry integration. The 110-hen flock contributes eggs, manure, pest pressure management, and nutrient cycling.Evidence to collect: crop cycle stage, plant health observations, pest and disease flags, input logs, water observations, field photos, and operator notes.

Build soil regeneration evidence

Phase II must show whether soil regeneration practices are improving the farm over time.Soil practices include:

Remineralization through mineral-rich amendments, where appropriate
Biochar application and organic matter incorporation
Humic acid and biological input application
Reduced disturbance between crop cycles
Continuous living cover to reduce erosion and heat stress

At Adelphi: biochar-mineral incorporation, humic acids, beard grass, and organic matter cycling are used to improve water retention, soil biology, and nutrient availability.Evidence to collect: EC, volumetric water content, soil temperature, soil organic matter where available, photos of ground cover, input quantities, and pre/post application notes.

Plant across three crop cycles

Phase II activates the Framework’s three-cycle production strategy.

Cycle	Role	Example crops	Evidence
Short cycle	Near-term harvest and cash flow	Lettuce, spinach, arugula, tomatoes, broccoli	Planting and harvest records
Medium cycle	Seasonal production and mid-canopy structure	Passion fruit, Indian yam, plantain, banana	Establishment and yield records
Long cycle	Perennial structure and long-term value	Coconut, cacao, hardwood, agroforestry trees	Tree health, survival, growth records

At Adelphi: lettuce drives short-cycle production, passion fruit and Indian yam support medium-cycle output, and coconut anchors the long-cycle agroforestry system.Evidence to collect: crop type, plot, planting density, cycle length, yield, loss rate, pricing, buyer/channel, and survival rates for perennial species.

Record harvests and revenue actuals

Phase II is where forecasted production meets actual field performance.Each harvest should record:

Crop and variety
Plot or bed
Harvest date
Units harvested
Loss rate
Units sold or distributed
Sale price
Buyer or distribution channel
Public goods allocation, if applicable

At Adelphi: lettuce, passion fruit, coconut, and eggs should be tracked separately so the farm can distinguish short-cycle cash flow, medium-cycle production, long-cycle maturity, and continuous poultry output.Evidence to collect: harvest payloads, receipts where available, field logs, buyer records, and Data Hub updates.

Trigger milestone reviews

DAO milestone disbursements should be tied to verified events, not calendar promises.

Milestone type	Example trigger	Reviewer question
Planting milestone	Crop beds are planted across approved zones	Was planting completed according to the approved plan?
MRV milestone	First data payload accepted	Is the evidence structured, complete, and inspectable?
Harvest milestone	First harvest submitted and reviewed	Does the record match the farm’s forecast assumptions?
Soil milestone	Soil readings compared against baseline	Is improvement observed, uncertain, or not yet visible?
Impact milestone	Interim or annual report published	Are claims supported by evidence?

Evidence to collect: milestone record, reviewer notes, related MRV event, attestation link, and DAO decision reference.

Adelphi Phase II reference

At Adelphi, Phase II is the live proof stage. The farm is actively testing whether the Kokonut Framework can combine food production, regenerative practices, community income, MRV, and public goods allocation on real land.

Adelphi element	Phase II role	Verification path
Lettuce and fast-cycle crops	Early production and cash-flow test	Harvest records and loss-rate comparison
Passion fruit and Indian yam	Medium-cycle production bridge	Establishment logs and first harvest records
Coconut trees	Long-cycle agroforestry anchor	Tree health, GPS records, satellite vegetation indicators
Poultry system	Eggs, pest pressure management, manure, fertility loop	Poultry logs, manure/input records, egg production records
Biofactory and nursery	Organic inputs and biodiversity propagation	Input logs, nursery inventory, species records
Ground cover and syntropic plots	Soil protection and ecological resilience	Field observations, soil readings, vegetation indices
Public Data Hub	Public progress visibility	MRV events, harvest records, impact metrics

Explore Adelphi live farm data →

Phase II MRV milestones

Phase II evidence should move through the Kokonut MRV pipeline:

Farm activity → structured payload → IPFS record → Farm Registry event → EAS attestation → public Data Hub → annual impact report

Milestone	Trigger	Evidence standard
First planting complete	Approved crop beds planted across cycle lengths	Planting record, field notes, plot references
First MRV data submitted	First accepted MRV payload	Structured record, timestamp, source, reviewer notes
First harvest recorded	First confirmed crop harvest	Crop type, yield, loss, sale/distribution record
Soil baseline comparison	Soil readings after regeneration practices begin	EC, VWC, temperature, lab data where available
Six-month production review	Interim operational report	Harvest, soil, water, pest, labor, and market notes
Annual impact report	Full reporting period completed	EBF report, CRISP review, public records, DAO summary

Do not treat every Phase II observation as proof of regeneration. Some changes may be seasonal, weather-driven, or caused by measurement error. Strong claims require repeated measurements, clear baselines, and transparent methodology.

What Phase II does not guarantee

Phase II reduces uncertainty by producing evidence, but it does not eliminate risk.

Risk	Why it still matters
Weather risk	Rainfall, drought, storms, and heat can affect yields and soil readings
Execution risk	Planting, pruning, harvesting, and input timing determine outcomes
Labor risk	Regenerative systems require consistent, skilled fieldwork
Market risk	Prices, buyers, and demand can change after planting
Data risk	Missing, inconsistent, or low-quality records weaken verification
Soil risk	Soil improvement can take multiple cycles and may not be linear
Governance risk	Milestones still require DAO review, documentation, and approval

The safest way to read Phase II is as a validation period: the farm is proving what works, what needs adjustment, and what evidence should guide future funding.

Phase II completion criteria

Phase II is complete when the farm demonstrates sustained production with verified evidence.

Criterion	How to verify it
At least three complete short-cycle harvest records	Harvest records submitted, reviewed, and compared against forecast assumptions
Medium-cycle crops established and productive	First medium-cycle harvest recorded and verified
Long-cycle crops established and healthy	Tree health records, survival checks, GPS/geospatial records, and vegetation signals
Soil improvement evidence collected	Readings compared against the Phase I baseline across multiple cycles
Annual impact report published	Environmental, economic, social, and risk evidence summarized and linked
CRISP or equivalent risk review completed	Risk factors were scored and included in the annual impact review
DAO has enough evidence to evaluate consolidation	Milestones, actuals, risks, and next-step budget are visible

Advancing to Phase III

Phase III begins when the evidence from Phase II shows that the farm is ready to consolidate, certify, and expand. Phase III should not begin because a calendar says enough time has passed. It should begin because the farm has:

A verified production record
Clear harvest actuals
Documented soil and operational evidence
Healthy long-cycle crop establishment
A public impact report
A risk review
A credible path toward certification, market expansion, or replication

Read Phase III →

Reviewer checklist

Use this checklist before approving Phase II milestone disbursements or advancing to Phase III.

Are planting and harvest records complete?
Are actual yields separated from forecasts?
Are loss rates documented instead of assumed?
Are sale prices and distribution channels recorded?
Are soil readings compared against the Phase I baseline?
Are MRV payloads structured and inspectable?
Are EAS attestations linked where applicable?
Are claims about carbon, biodiversity, soil, or income supported by evidence?
Are risks and failed assumptions documented?
Is the next milestone clearly defined?

Next steps

Phase I — Planning and Preparation

The readiness work that must happen before Phase II production begins.

Phase III — Consolidation and Expansion

The certification, market, and expansion phase that Phase II evidence makes possible.

Crops & Harvest Forecast

The Adelphi forecast is used to compare expected production against actual harvest data.

Measurement, Reporting & Verification

How Phase II farm activity becomes public, verifiable evidence.

5 Principles of Regeneration

The regenerative practices of Phase II are put into operation.

Ecological Impact Frameworks

How EBF and CRISP interpret Phase II evidence for impact and risk reporting.

Framework Components

Framework Features

Framework Add-ons

Development Phases

PHASE II: Production and Regeneration

Phase II turns a prepared farm into verified production.

Phase II at a glance

Production begins

Regeneration becomes practice

Evidence starts compounding

How Phase II fits the development lifecycle

What Phase II produces

Phase II workstreams

Adelphi Phase II reference

Phase II MRV milestones

What Phase II does not guarantee

Phase II completion criteria

Advancing to Phase III

Reviewer checklist

Next steps

Phase I — Planning and Preparation

Phase III — Consolidation and Expansion

Crops & Harvest Forecast

Measurement, Reporting & Verification

5 Principles of Regeneration

Ecological Impact Frameworks

​Phase II turns a prepared farm into verified production.

​Phase II at a glance

Production begins

Regeneration becomes practice

Evidence starts compounding

​How Phase II fits the development lifecycle

​What Phase II produces

​Phase II workstreams

​Adelphi Phase II reference

​Phase II MRV milestones

​What Phase II does not guarantee

​Phase II completion criteria

​Advancing to Phase III

​Reviewer checklist

​Next steps

Phase I — Planning and Preparation

Phase III — Consolidation and Expansion

Crops & Harvest Forecast

Measurement, Reporting & Verification

5 Principles of Regeneration

Ecological Impact Frameworks

Phase II turns a prepared farm into verified production.

Phase II at a glance

How Phase II fits the development lifecycle

What Phase II produces

Phase II workstreams

Adelphi Phase II reference

Phase II MRV milestones

What Phase II does not guarantee

Phase II completion criteria

Advancing to Phase III

Reviewer checklist

Next steps