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Revenue summary at a glance

CropCyclePlotsAnnual productionAnnual revenue
LettuceShort (5 harvests/yr)1048,450 units$133,237.50
Passion fruitMedium (annual)847,600 fruits Β· 3,661 nets$11,019.00
CoconutLong (perennial)86,144 coconuts$4,853.76
Poultry eggsContinuousβ€”~36,500 eggs/yrAdditional revenue stream
Total projected~$149,110.26 / yr
10% of gross revenue β€” ~$14,911/yr β€” is allocated to public goods activities per the Kokonut Common Data Schema. Actuals are tracked at hub.kokonut.network/projects/41. Exchange rates and final amounts are subject to change.

Crop mix overview

Adelphi’s three-cycle production model ensures revenue flows at different timescales β€” short-cycle vegetables generate cash from the first harvest, medium-cycle fruits compound over the growing season, and long-cycle coconut trees build a permanent income base.
CycleCropsFirst harvestRevenue character
ShortLettuce, broccoli, spinach, tomatoes, arugula, and other minor crops30–75 days after plantingHigh-frequency, recurring cash flow
MediumIndian Yam, Passion Fruit6–12 monthsSeasonal, compounding per plant as the plantation matures
LongCoconut3–5 years (then 20-year production life)Perennial anchor income; permanent once established
This staggered structure is central to the syntropic farming methodology β€” species at different successional stages occupying the same land simultaneously, each supporting the others’ growth while generating independent revenue.

Total production formula

All crop forecasts derive from the same base formula:
Total Production = (Planting Density per mΒ²)
                 Γ— (Bed Area in mΒ²)
                 Γ— (Number of Beds per Plot)
                 Γ— (Number of Plots)
                 Γ— (1 βˆ’ Loss Rate)
The loss rate accounts for crop management variability, climate conditions, soil health fluctuations, and pest pressure. The figures below use a 15% loss rate (0.85 multiplier) as the planning baseline β€” consistent with conservative regenerative agriculture projections. Actual rates are tracked per harvest in the Data Hub and used to refine future forecasts.

Short cycle β€” Lettuce

Production variables

Planting Density:            12 lettuces / mΒ²
Bed Area:                    25 mΒ²
Number of Beds per Plot:     19
Number of Plots:             10
Loss Rate:                   15% (multiplier: 0.85)
Harvests per year:           5 (conservative planning basis)
Theoretical maximum:         8–10 cycles/yr for fast-growing loose-leaf varieties
The annual projection uses 5 harvests per year as the conservative planning figure. Fast-growing loose-leaf varieties can theoretically achieve 8–10 cycles per year, but the revenue forecast is based on 5 to account for planting preparation, soil recovery periods, and seasonal variability. Any harvests above 5 represent upside beyond the projection.

Applied example

  • Lettuce per bed: 12 lettuces/mΒ² Γ— 25 mΒ² = 300 lettuces/bed
  • Lettuce per plot: 300 lettuces/bed Γ— 19 beds/plot = 5,700 lettuces/plot
  • Lettuce across 10 plots: 5,700 Γ— 10 = 57,000 lettuces before loss adjustment
  • Applying 15% loss: 57,000 Γ— 0.85 = 48,450 effective lettuces per harvest

Production time by variety

VarietyDays to harvest
Loose-leaf lettuce30–45 days
Head lettuce (Iceberg, Romaine, etc.)60–75 days

Selling price

Each lettuce is sold wholesale at 0.63 per unit.

Revenue per harvest

CalculationResult
Minimum48,450 Γ— $0.55$26,647.50
Maximum48,450 Γ— $0.63$30,523.50

Annual revenue projection

Annual revenue = $26,647.50 per harvest Γ— 5 harvests = $133,237.50

Additional considerations

  • The loss rate may vary with crop management quality, irrigation consistency, and climate conditions.
  • Soil health, pest control, and drainage all materially affect final effective production β€” tracked per cycle via community analytics in the MRV stack.
  • Keeping production records per harvest is recommended to refine loss projections over time; actuals are logged to the Data Hub.

Medium cycle β€” Passion fruit

Production variables

Area per plot:               629 mΒ²
Planting spacing:            3 Γ— 3 meters (9 mΒ²/plant)
Plants per plot:             70
Total plants (8 plots):      560
Annual production per plant: 100 passion fruits
Loss Rate:                   15% (multiplier: 0.85)
Net annual production/plant: 85 passion fruits
Selling price per net:       $3.01 (average 13 passion fruits per net)

Applied example

  • Total annual production: 85 passion fruits/plant Γ— 560 plants = 47,600 passion fruits
  • Number of nets produced: 47,600 Γ· 13 passion fruits/net = 3,661 nets
  • Total annual revenue: 3,661 nets Γ— $3.01/net = $11,019.61

Revenue characteristics

Passion fruit is a medium-cycle crop that reaches full productive yield in its first growing season and compounds as plants mature. Unlike the lettuce short cycle β€” which resets with each planting β€” passion fruit vines build productive capacity over successive seasons, meaning the 85-fruit-per-plant figure is a baseline that improves as the plantation establishes. The net-based selling format ($3.01 per net of 13 fruits) is the wholesale structure used in the Dominican Republic organic markets. Individual or retail pricing above this baseline is achievable through direct community sales and the organic certification distribution channels being developed.

Annual revenue projection

Annual revenue = 3,661 nets Γ— $3.01/net = $11,019.61

Long cycle β€” Coconut

Production variables

Area per plot:               629 mΒ²
Planting spacing:            7 Γ— 7 meters (49 mΒ²/plant)
Plants per plot:             12
Total plants (8 plots):      96
Annual production per plant: 75 coconuts (at full maturity)
Loss Rate:                   15% (multiplier: 0.85)
Net annual production/plant: 64 coconuts
Selling price per coconut:   $0.79
First harvest timeline:      3–5 years from planting
Production life:             Up to 20 years under optimal conditions

Applied example

  • Total annual production: 64 coconuts/plant Γ— 96 plants = 6,144 coconuts
  • Total annual revenue: 6,144 Γ— $0.79/coconut = $4,853.76

Revenue characteristics and timeline

The coconut is the long-term anchor of Adelphi’s revenue model β€” and of the Kokonut Network’s cooperative structure itself. Each $vKKN governance token is backed 1:1 by a real coconut tree, which means the 96 trees at Adelphi directly underpin the token legitimacy of DAO members who funded this farm. Coconuts do not generate revenue immediately. The first harvest typically arrives 3–5 years after planting, with full productive yield developing over the following seasons. This delayed payback is offset by the short and medium-cycle crops that generate revenue from year one β€” the staggered structure exists specifically to bridge the coconut’s establishment period with immediate cash flow. Once established, coconut trees produce for up to 20 years under optimal conditions. When they end their productive life, they are replanted β€” restarting the production cycle and continuing the cooperative indefinitely. This is the origin of the Kokonut Network’s β€œno expiration date” model. Additional value streams beyond fresh coconut:
  • Coconut oil, milk, and water (processing derivatives)
  • Coconut husks β†’ on-site fertilizer (closing the nutrient cycle)
  • Harvested wood β†’ furniture and construction materials

Annual revenue projection

Annual revenue = 6,144 coconuts Γ— $0.79/coconut = $4,853.76

Combined revenue and public goods allocation

Lettuce (short cycle):        $133,237.50 / yr
Passion fruit (medium cycle):  $11,019.61 / yr
Coconut (long cycle):           $4,853.76 / yr
─────────────────────────────────────────────
Total projected gross revenue: $149,110.87 / yr
 
Public goods allocation (10%):  $14,911.09 / yr
  β†’ Community workshops
  β†’ Free seedling distribution for neighbors
  β†’ Endangered species nursery operations
  β†’ Educational programming at the farm gazebo
 
Net operating revenue (90%):   $134,199.78 / yr
The SDG Impact Calculator uses these revenue figures as its calibration data. Enter Adelphi’s parameters β€” 15,725 mΒ², full crop mix, rural location, women in leadership, biochar, native species nursery β€” to see the estimated SDG scores and carbon sequestration outputs that correspond to this forecast.

These figures are presented in USD for informational purposes. Exchange rates and final amounts are subject to change. Actuals β€” recorded per harvest, per cycle, per crop β€” are published in real time at hub.kokonut.network/projects/41. The projections on this page use the conservative 15% loss rate; actual performance may be higher or lower depending on seasonal conditions, soil health, and crop management quality.

Crops, Biodiversity & Infrastructure

The physical production system behind these numbers β€” how the beds, plots, poultry system, and soil regeneration techniques produce the yields forecast here.

SDG Impact Calculator

Enter Adelphi’s parameters and see the estimated SDG scores, carbon sequestration, and employment figures derived from this harvest forecast data.

MRV β€” Measurement & Verification

How every harvest cycle is measured, recorded, and attested on-chain β€” turning these projections into verified, auditable impact data.

Adelphi Data Hub

The live source of truth β€” actual harvest records, MRV events, and revenue actuals for every crop cycle since Adelphi began production.

Sustainable Development Goals

How the revenue and employment generated by this forecast map to Adelphi’s five SDG commitments β€” No Poverty, Zero Hunger, Gender Equality, Decent Work, and Life on Land.

Adelphi Executive Summary

The full Adelphi overview β€” project context, founders, framework phase status, and all key facts in one place.