CARIBVISTA | IAGRO SAT CARIBBEAN

AGRICULTURE FEASIBILITY STUDY // THE BAHAMAS

Real costs. Real yields. Real research.
Bahamas-specific coral soil economics.

A feasibility study for food production on The Bahamas' coral limestone islands. Raised-bed farming, commercial aquaponics, protected agriculture, and cruise ship organic supply chain — engineered for the unique geology of the archipelago.

Pilot CAPEX (Andros)

$3.5M

500 ha raised-bed + aquaponics

10-Year IRR

18.5%

Cruise + resort premium pricing

Import Savings (Yr 10)

$89.7M

At full 20,825 ha activation

Food Import Rate

90%

Current: $250M/year

Coral soil requires different economics. Unlike volcanic Caribbean islands where you can plough a field and plant, The Bahamas requires infrastructure-first investment: imported topsoil for raised beds, concrete fish tanks for aquaponics, wind-rated greenhouses, and solar-powered water systems. Higher upfront cost, but the 30-50% premium pricing from Nassau resorts and cruise lines creates stronger margins than any other Caribbean nation.

PRODUCTION METHOD 1

Raised-Bed Farming on Coral Substrate

8 crops optimized for raised-bed production on coral limestone. All yields reflect Bahamas-specific conditions with imported topsoil and compost amendment.

IMPORTED TOPSOIL ECONOMICS

Raised beds require 20–30 cm of imported growing medium on top of coral substrate. Cost: $45–65/m³ delivered to Nassau, add $15–25/m³ for Family Island transport. A 1-hectare raised bed system needs ~2,500 m³ of growing medium at ~$150,000–225,000 initial cost. Subsequent years require only 10–15% topdressing as composting builds organic matter. The economics work because resort/cruise pricing absorbs the higher production cost — lettuce at $4–6/head vs. $2–3 imported.

CROP
YIELD
REVENUE/ha
CYCLES

Tomatoes (greenhouse)

30-50 t/ha

$36,000-60,000

2-3/yr

Lettuce / Greens

20-30 t/ha

$28,000-48,000

6-8/yr

Sweet Peppers

18-28 t/ha

$22,000-34,000

2/yr

Cucumbers

25-40 t/ha

$15,000-28,000

3/yr

Herbs (basil, thyme)

5-10 t/ha

$45,000-90,000

Year-round

Sweet Potatoes

10-16 t/ha

$5,000-8,000

1.5/yr

Cassava

8-14 t/ha

$3,500-6,000

1/yr

Okra

8-15 t/ha

$12,000-22,000

2-3/yr

Herb production is the highest-value opportunity. Basil and thyme at $45,000–90,000/ha/yr reflect Nassau resort demand for fresh herbs. Greenhouse-grown tomatoes and peppers command 40–60% premium over Florida imports. Root crops (sweet potato, cassava) provide food security baseline at lower margins.

PRODUCTION METHOD 2

Commercial Aquaponics: Fish + Vegetables

The ideal technology for coral limestone islands. No soil required. 90% less water than field farming. Dual output: tilapia protein and leafy greens from one integrated system.

Tilapia

40-60 kg/m3

$12,000-18,000/100m3

Primary protein output

Lettuce (float beds)

30-45 heads/m2/yr

$24,000-40,000/500m2

Highest value per sq metre

Basil (float beds)

15-25 kg/m2/yr

$35,000-60,000/500m2

Premium herb for resorts

Watercress

20-30 kg/m2/yr

$18,000-30,000/500m2

Cruise ship salad demand

Peppers (media beds)

15-25 kg/m2/yr

$20,000-35,000/500m2

Year-round greenhouse

SYSTEM DESIGN

Concrete block fish tanks (hurricane-rated to Cat 3+)

Recirculating water: fish waste feeds plants, plants clean water

Biofilter converts ammonia to nitrates for plant uptake

Backup generator essential (4-hour power loss kills fish)

Modular: 200m2 commercial unit costs $85,000-120,000

Solar-powered pumps reduce operating costs by 40%

BAHAMAS ADVANTAGES

Warm year-round: no heating costs (tropical tilapia thrive at 26-30C)

Proximity to Nassau resort market: premium pricing guaranteed

Tourism creates steady 12-month demand (no seasonal dip)

Duty-free equipment import under BAIC agricultural incentives

Existing aquaponics expertise at BAMSI on Andros

Fish protein addresses local diet gap (currently 80% imported)

PRODUCTION METHOD 3

Protected Agriculture: Wind-Rated Greenhouses

18% greenhouse allocation — the highest in any Caribbean nation. Engineered to withstand Category 3+ hurricanes while controlling the coral soil microclimate.

Wind-Rated Structures

Galvanized steel frame rated to 130+ mph sustained winds

Polycarbonate panels (not polyethylene film) for hurricane zones

Foundation bolted to coral substrate (anchor advantage)

Cost: $120-180/m2 fully installed

Lifespan: 15-20 years with minimal maintenance

Shade Houses

Woven shade cloth (50-70% shade) on steel frame

Lower cost: $40-60/m2 installed

Reduces solar radiation and wind exposure

Ideal for lettuce, herbs, seedlings

Can be rebuilt in days after hurricane damage

Hydroponic Systems

NFT (Nutrient Film Technique) for leafy greens

Dutch bucket systems for tomatoes and peppers

Eliminates soil entirely: pure water + nutrients

Water use: 80% less than field farming

Highest yields per square metre of any method

PREMIUM MARKET

Cruise & Resort Organic Supply Chain

7M+ cruise visitors and 8,000+ resort rooms create a captive premium market. "Grown in The Bahamas" organic certification commands 30–50% over import pricing.

CRUISE LINE DEMAND

Royal Caribbean

~$8M/yr fresh produce for CocoCay + Nassau calls

MSC Cruises

~$5M/yr for Ocean Cay Marine Reserve provisioning

Norwegian Cruise Line

~$4M/yr Great Stirrup Cay + Nassau

Disney Cruise Line

~$3M/yr Castaway Cay + Nassau

Carnival Corporation

~$6M/yr Half Moon Cay + Nassau + Freeport

RESORT HOTEL DEMAND

Atlantis Paradise Island

3,414 rooms — $15M+/yr total food procurement

Baha Mar

2,300 rooms — $12M+/yr, SLS/Grand Hyatt/Rosewood

Sandals Royal Bahamian

404 rooms — $3M+/yr all-inclusive

Harbour Island boutiques

~200 rooms combined — $2M+/yr luxury farm-to-table

Exuma resorts

~150 rooms combined — $1.5M+/yr eco-tourism aligned

Combined addressable market: $42M+/year in fresh produce procurement from cruise lines and resort hotels alone. Currently 95%+ sourced from Florida. A "Grown in The Bahamas" certification with organic and sustainability credentials commands premium pricing and aligns with ESG reporting requirements that major cruise lines (Royal Caribbean, MSC) now mandate in their supply chain policies.

CAPITAL REQUIREMENTS

Setup Costs: Pilot vs Full Scale

ITEM
DESCRIPTION
PILOT ($K)
FULL ($K)

Raised Bed Construction

Imported topsoil, compost, retaining walls, grading on coral substrate

420

2,100

Aquaponics Systems

Concrete fish tanks, grow beds, pumps, biofilters, tilapia stock

680

3,400

Greenhouses / Shadehouses

Wind-rated (Cat 3+) structures, shade cloth, drip irrigation

920

4,600

Solar + Water Systems

Solar panels, rainwater harvesting, RO desalination backup

380

1,900

Cold Chain & Logistics

Cold storage, refrigerated trucks, boat dock infrastructure

340

1,700

Training & Operations

BAMSI partnership, agronomist salaries, initial operating costs

280

1,400

Contingency (15%)

Hurricane risk buffer, supply chain disruption reserve

453

2,265

TOTAL

$3,473K

$17,365K

Pilot Investment

$3.5M

Andros 500 ha + 20 ha aquaponics

Full Scale

$17.4M

20,825 ha multi-island programme

Pilot Breakeven

Year 3

Resort + cruise revenue stream

DATA SOURCES & METHODOLOGY

^[1] FAO Caribbean Small Island Developing States Agricultural Assessment (2023)

^[2] BAIC Agricultural Development Programme Guidelines (2024)

^[3] BAMSI (Bahamas Agricultural & Marine Science Institute) Research Reports

^[4] Central Bank of The Bahamas — Annual Report & Balance of Payments (2024)

^[5] IDB Bahamas Country Strategy 2022-2026 — Food Security Component

^[6] CARDI Coral Soil Agronomy Technical Bulletin (2022)

^[7] Royal Caribbean Group Sustainability Report 2024 — Supply Chain Data

^[8] Bahamas Department of Statistics — GDP, Population, Trade (2024)

^[9] University of Florida IFAS — Aquaponics Commercial Feasibility in Tropical Islands