Terre54
Terre54 Paper · TF-001 · Version 0.2

The Missing Middle

Why African Agricultural Export Systems Need More Than Production

Status: revisedEvidence: mixedUpdated: Sun Oct 18 2026 00:00:00 GMT+0000 (Coordinated Universal Time)
Research question

What functions must exist between agricultural production and destination markets for African exports to become reliable, scalable, market-ready and capable of capturing more value close to production?

TF-001 — The Missing Middle

Why African Agricultural Export Systems Need More Than Production

Abstract

Terre54 did not begin with a theory of agricultural exports. It began with a question of flow.

Where were African agricultural products produced? Who collected them? Where were they stored, graded, tested, packed and financed? Through which roads, ports, airports and intermediaries did they move? Who knew the requirements of the destination buyer? And where, along that journey, was value preserved, created or lost?

Field observation in Nigeria and commercial experience in Europe suggested a recurring pattern: production could exist without a reliably connected system around it.

The problem was not necessarily an absence of farmers, traders, cooperatives, exporters, freight forwarders, laboratories, ports or buyers. The problem was that the functions required to connect them were often fragmented, unevenly distributed, product-specific, or located outside the producing geography.

Terre54 calls this functional layer the Missing Middle.

The Missing Middle is not a synonym for a warehouse, cold room or logistics hub. It is the set of physical, quality, informational, commercial, administrative and financial functions that transform agricultural production into dependable market supply.

1. The Shelf Paradox

Nigeria was an especially useful provocation. It is a significant producer and exporter of commodities such as sesame and ginger, yet Nigerian origin was not proportionally visible across the European retail environments observed by Terre54.

The question was not simply: Why does Africa not export more?

It was more specific:

If production exists and demand exists, what happens between the two?

Later research reinforced the importance of separating four different ideas:

Production presence ≠ Processing presence ≠ Market presence ≠ Value capture

A country can be important in production statistics while remaining much less visible in finished products, brands, buyer relationships and downstream margins.

2. Follow the Product

The first Terre54 research method was simple: follow the product.

Where is it produced?
Who aggregates it?
Who specifies quality?
Who stores it?
Who tests it?
Who packages it?
Who finances it?
Who documents it?
Who transports it?
Who buys it?
Who carries risk between each step?

This approach exposed a central distinction.

There may already be farmers, cooperatives, traders, freight forwarders, inspection companies, laboratories, ports and buyers. The systems question is whether the required functions are connected reliably enough for a specific product to reach a specific market at the required quality, time, volume and price.

Terre54 therefore shifted from asking “Who is present?” to asking “Which functions are reliably performed, and how are they connected?”

3. The Farmer’s View and the Downstream Visibility Gap

At farm level, the visible chain may be short:

farm → local buyer → truck → cash

The buyer, processor, exporter, importer, distributor and final consumer may sit far beyond the producer’s practical field of view.

This is a Downstream Visibility Gap.

The widely shared case of an Ivorian cocoa farmer tasting chocolate for the first time should not be generalized into a claim that African cocoa farmers do not know chocolate. Its analytical value is narrower: it illustrates how physically and informationally distant primary production can be from downstream transformation and consumer markets.

The structural question is not whether a farmer knows the finished product by name. It is how much visibility and bargaining power the producer has in the stages where specifications, processing, branding and consumer value are created.

4. Production Hubs Are Not Automatically Market-Ready Corridors

Terre54’s Nigeria observations repeatedly encountered production clusters that performed an important local market function but were not organized as integrated export corridors.

Similar structural questions appeared around strawberries in Jos and yams in Benue, although the critical functions differed by commodity.

Production clusterWhat the local system can already doFunctions that become critical for wider/export markets
Bananalocal aggregation, periodic bulk buyinggrading, careful handling, packaging, timing, route coordination, temperature management
Strawberrylocal production and traderapid cooling, protective packaging, fast transport, buyer synchronization
Yambulk production and aggregationhandling, storage, predictable transport, market coordination, inventory management

A rural market can successfully bring product and buyers together while still lacking the functions required for reliable export.

A production cluster becomes an export system only when the functions around it are organized around the product’s specific route to market.

5. The Biological Clock

Different products impose different time constraints.

A dry spice, a yam tuber, a banana and a strawberry cannot be placed inside the same logistics model.

For highly perishable products, time is not merely a scheduling variable. It is part of the product economics.

The banana chain makes this visible. Harvest maturity, handling, transport, storage and ripening must be designed together. The product’s biological state is effectively synchronized with the logistics schedule.

This leads to a broader principle:

The same structural gap can appear across commodities, but the functions that matter most change with the biological and commercial characteristics of the product.

The Missing Middle must therefore be diagnosed product by product, not prescribed as one universal infrastructure template.

6. From Product to Market-Ready Offer

A commodity does not become commercially exportable simply because it exists.

Terre54 and later Nweb work around ginger made this visible through the gradual creation of product specifications: botanical identity, origin, processing method, physical characteristics, moisture, shelf life, storage conditions and allergen information.

The sequence can be understood as:

PRODUCTION
   ↓
SPECIFICATION
   ↓
CONFORMITY
   ↓
COMMERCIAL RELIABILITY

This is the difference between having ginger and being able to offer a buyer a repeatable ginger specification.

It also explains why laboratories, quality managers, packaging specialists and certification bodies are not peripheral services. They are part of the infrastructure that translates agricultural output into a commercial object that professional buyers can evaluate.

7. Market Intelligence Before Production

Terre54’s commercial learning increasingly reversed the traditional sequence.

Not:

What do we have that we can sell?

But:

What does the buyer need, at what specification, price, volume, delivery date and replenishment frequency?

A 2020 buyer-side exchange with FoodLocker captured this logic clearly: the useful commercial questions were not simply which products were available, but what quantities, target prices, specifications and buying frequencies would make sense.

The desired information flow is therefore two-directional:

PRODUCT FLOW
Farm -----------------------------------------> Market

INFORMATION FLOW
Farm <----------------------------------------- Market

A functioning system needs both.

8. Category Translation: What Can the Product Become?

Market intelligence is not only about finding buyers for an existing product category. It can also change how the product is understood.

Tiger nuts were an important Terre54 example. The crop can be approached as an African-origin food, but a specialized buyer may instead evaluate it as a gluten-free ingredient, flour input, fibre-rich ingredient or alternative raw material.

Plantain can undergo the same translation:

Plantain
   ↓
Plantain flour
   ↓
Gluten-free flour
   ↓
Bakery / food formulation ingredient
   ↓
Buyer specification

Terre54’s contact with Dr. Schär around tiger nuts helped reveal this shift in perspective.

A producer may see a crop. A processor may see a functional raw material. A specialized buyer may see an ingredient that solves an existing formulation problem.

Terre54 calls this Category Translation: translating a local product identity into a buyer-relevant commercial or technical category.

Production tells us what exists. Product specification tells us what it is. Market intelligence tells us what it could become.

9. When Demand Is Real but Too Small

Demand can be genuine and still fail to create a viable trade flow.

Terre54 encountered this with tiger nuts and Pecheur.com. The buyer was interested in a relatively small quantity — around 40 kg — but the economics of air freight, handling and importation became more workable only at a materially larger shipment size.

The problem was not absence of demand.

It was that demand existed below the economic threshold of the logistics system.

Buyer demand: ~40 kg
        ↓
Shipment economics improve at a larger volume
        ↓
Need to import more than the buyer immediately requires
        ↓
Need inventory + warehouse + working capital
        ↓
Need confidence that the remaining stock will sell
        ↓
Inventory and financing risk appear

Terre54 calls this threshold the Minimum Viable Trade Volume.

This produces another useful distinction:

A market can exist in fragments before it exists as a viable trade lane.

A warehouse can solve part of the problem by allowing a larger shipment to be broken into smaller customer orders. But the moment the exporter holds inventory, the business also assumes working-capital, storage, demand-forecasting and stock-loss risk.

10. Liquidity and the Power to Wait

The financing problem also appears upstream.

Commodity producers may prefer a higher price tomorrow but need cash today. When immediate liquidity matters, the buyer who can pay now gains bargaining power.

Terre54 treats this as Liquidity-Constrained Selling.

Harvest
   ↓
Immediate cash requirement
   ↓
Limited finance / storage options
   ↓
Need to sell quickly
   ↓
Buyer with liquidity gains bargaining leverage

Storage alone does not automatically create bargaining power. If the producer still needs immediate cash, inventory may leave the farm regardless of whether a warehouse exists.

This is why storage, inventory finance, aggregation and buyer contracts should be analysed together.

11. Transport Friction and the Cost of Delay

First-mile transport, urban gridlock, road reliability, port access and waiting time all affect the effective economics of trade.

A commodity moving from a rural hub toward a port may accumulate cost long before ocean or air freight begins.

Farm / rural hub
   ↓
first-mile transport
   ↓
regional road network
   ↓
urban congestion / waiting
   ↓
port or airport interface
   ↓
international transport

For perishables, delay can reduce shelf life and quality. For durable commodities, delay still ties up trucks, labour, inventory and finance.

12. The Cashew Route: Production Geography and Value-Capture Geography

Cashew provides a particularly clear example of why production geography and value-capture geography can diverge.

Nigeria produces and exports substantial volumes of raw cashew nuts. A significant share of African raw cashew moves to Asian processing hubs, especially Vietnam and India, where industrial systems shell, grade, process and package kernels before they reach major consumer markets.

The analytical issue is not simply that “a factory is missing.” What the processing hub has accumulated is a bundle of functions:

  • processing capacity and machinery,
  • throughput and economies of scale,
  • skilled labour and technical know-how,
  • quality control,
  • packaging,
  • finance,
  • buyer relationships,
  • established re-export channels.

This produces a useful diagnostic frame:

GEOGRAPHY OF PRODUCTION
        ↓
GEOGRAPHY OF TRANSFORMATION
        ↓
GEOGRAPHY OF MARKET COORDINATION
        ↓
GEOGRAPHY OF FINAL DEMAND
        ↓
GEOGRAPHY OF VALUE CAPTURE

13. Trust Infrastructure

Terre54’s archive shows a repeated search for ways to make product quality legible and verifiable.

In 2020, Terre54 contacted SGS Nigeria asking how agricultural products could be tested for export quality, moisture and other product characteristics, particularly when some suppliers had never exported before.

Other archive material documents engagement with laboratory testing, HACCP/PMS training, quality consulting, co-packing and customs/documentation services.

These functions belong to what Terre54 calls Trust Infrastructure.

Trust infrastructure may include:

  • product specifications,
  • laboratory analysis,
  • food-safety systems,
  • HACCP and hygiene competence,
  • traceability,
  • inspection,
  • grading,
  • documentation,
  • packaging controls,
  • certification where required,
  • reliable shipment records.

Compliance is not always a source of differentiation. In many professional markets, it is simply the minimum condition for participation.

14. Administrative Exportability Is Not Commercial Readiness

A shipment may possess enough documentation to move through an export interface while still failing the requirements of a specific buyer or destination market.

Terre54’s early customs research exposed the difference between generic shipment documentation and product- or market-specific requirements.

Terre54 calls the distance between the two the Exportability Gap.

A commercially market-ready offer may need much more than customs paperwork: agreed specifications, tolerances, quality evidence, packaging, shelf life, Incoterms, delivery windows, claims procedures, payment terms and replenishment reliability.

15. Specialized Buyers and Specialized Sellers

Agricultural B2B purchasing is not simply a transaction around a commodity name.

Professional buyers evaluate supply risk.

That evaluation may include:

specification + consistency + source + traceability + price + documentation + volume + packaging + delivery reliability + payment terms + supplier capacity

This also means that specialized selling matters. A seller must be able to translate production realities into the language of buyer requirements and, in the opposite direction, translate buyer requirements back into sourcing and production decisions.

16. A Platform Is Not a Market

Terre54 initially explored a marketplace model designed to make African supply visible and purchasable internationally.

That was a rational response to the original visibility problem, but operating experience exposed its limits.

A catalogue can display products. It cannot guarantee committed demand.

A platform can facilitate discovery. It cannot replace quality systems, logistics, finance, inventory, buyer qualification or repeat purchasing.

A 2021 partnership approach from another marketplace, TERROIR en OR, independently illustrated a related problem: a technically functioning marketplace with producers and some customers still faced higher-than-expected costs in building consumer awareness and traffic.

The more durable sequence became:

Understand demand
      ↓
Define specification
      ↓
Engineer supply
      ↓
Aggregate and preserve
      ↓
Verify
      ↓
Package and document
      ↓
Finance and deliver
      ↓
Replenish

17. When the Exporter Becomes the Integration Layer

Terre54’s archive contains repeated searches for services that mature systems may take for granted: packaging suppliers, laboratories, customs tools, freight partners, buyer networks, quality consultants, certification bodies, warehouses and financing options.

This suggests an important hypothesis.

The founder or small export company must discover and coordinate each function separately.

That increases transaction cost and managerial complexity even if every individual service technically exists somewhere in the market.

The problem is therefore not only infrastructure availability. It is also integration cost.

18. Rungis and Mature Commercial Ecosystems

Rungis provided a useful comparative case because many middle functions become visible within one ecosystem: specialized wholesale buyers and sellers, storage, temperature-controlled infrastructure, logistics, category specialization, commercial offices, packaging, food services and rapid product circulation.

Terre54 does not treat Rungis as a blueprint for African systems.

Its value is analytical.

The Fresh Produce Centre in the Netherlands offers a complementary institutional example: sector coordination extends beyond individual companies into specialized networks around quality, food safety, packaging, phytosanitary issues and market intelligence.

19. Integrated Firms as Another Organizational Form

Not every system organizes functions through a shared wholesale ecosystem.

Companies such as HPW Ghana offer a different comparative model in which sourcing, processing, quality, traceability and export delivery can be integrated more tightly inside one organization.

ProNatura provides another useful lead for studying how a commercial actor can combine sourcing, quality controls and market access.

This is Functional Thinking.

20. Six Layers of the Missing Middle

The accumulated Terre54 evidence suggests that the Missing Middle is broader than a physical logistics gap.

1. Physical infrastructure

Aggregation, handling, storage, cold chain, conditioning, packaging and transport.

2. Quality infrastructure

Specifications, food safety, laboratory testing, grading, traceability, HACCP, inspection and verification.

3. Information infrastructure

Buyer requirements, market intelligence, pricing, production planning, demand forecasts and the backward flow of specifications.

4. Commercial infrastructure

Specialized sales, buyer qualification, negotiation, channel knowledge, distribution and replenishment management.

5. Administrative infrastructure

Customs, origin, certificates, shipment documentation, product compliance and destination-market requirements.

6. Financial infrastructure

Working capital, payment terms, trade finance, foreign exchange, inventory finance, credit risk and the ability to wait.

21. Functional Architecture of an Export System

MARKET INTELLIGENCE
        ↓
BUYER REQUIREMENTS
        ↓
PRODUCTION PLANNING
        ↓
PRODUCTION
        ↓
FIELD QUALITY
        ↓
HARVEST
        ↓
FIRST-MILE COLLECTION
        ↓
AGGREGATION
        ↓
CONDITIONING
        ↓
STORAGE / COLD CHAIN
        ↓
QUALITY + FOOD SAFETY + TRACEABILITY
        ↓
PACKAGING
        ↓
FINANCING / INVENTORY
        ↓
DOCUMENTATION + CUSTOMS
        ↓
TRANSPORT COORDINATION
        ↓
PORT / AIRPORT
        ↓
IMPORT / DISTRIBUTION
        ↓
BUYER
        ↓
REPLENISHMENT SIGNAL
        └──────────── back to market intelligence

The architecture does not imply that one company should own every step.

The diagnostic question is whether each function exists, whether it is economically accessible, and whether the interfaces between functions are reliable.

22. The Export Preparation Corridor

A particularly fragile layer sits between harvest and the international gateway.

For many products, the corridor may include:

Harvest → First-mile collection → Aggregation → Handling → Storage → Cooling → Sorting → Packaging → Transport timing → Port/Airport

Terre54 calls this the Export Preparation Corridor.

The corridor should be designed around the commodity. A strawberry corridor should not be designed like a dried-ginger corridor, and a yam corridor should not be designed like a banana corridor.

23. A Diagnostic for African Agricultural Export Systems

TF-001 does not prescribe one universal warehouse, hub or institutional model.

For a given product + geography + destination market, ask:

  1. What does the buyer actually require?
  2. What commercial category does the buyer place the product in?
  3. Which functions are necessary to satisfy that requirement?
  4. Which functions already exist locally?
  5. Who performs them, and at what cost?
  6. Where does information stop moving backward?
  7. Where does the product wait?
  8. Where does quality deteriorate?
  9. Where does volume become too small for viable logistics?
  10. Who finances inventory and waiting time?
  11. Where are processing and specification performed?
  12. Where is value captured?
  13. Which functions should be shared infrastructure?
  14. Which functions are better performed by specialized firms?
  15. Which functions must remain close to production, and which can be distributed internationally?

The principle is simple:

24. Open Questions

25. Limitations

TF-001 remains a working paper.

The evidence is strongest where Terre54 has surviving primary archive material or direct practitioner observation. Several field observations — including rural banana, strawberry and yam flows — require additional independent documentation before they can support broad sector-wide claims.

The Nigeria-Europe experience is also not automatically representative of all African agricultural export systems. Different commodities, countries and destination markets have different regulatory, biological, logistical and commercial structures.

Several comparative company cases rely partly on company-reported information. They are used as functional illustrations, not as independently verified performance claims.

Trade statistics, regulations and buyer requirements also change. Operational use of the Framework should always rely on current product- and market-specific verification.

26. Working Principles Emerging from TF-001 v0.2

Evidence Notes and Sources for v0.2

Terre54 primary archive and practitioner evidence

  • Terre54 practitioner account: European retail and B2B market observations that motivated the original “where does the product go?” question.
  • Terre54 practitioner account: Nigeria field observations of producers, rural markets, first-mile transport, banana hubs, strawberries in Jos and yams in Benue.
  • Terre54 archive: Business Model Canvases, supplier mapping, buyer/persona research and commercial models.
  • Terre54 archive: tiger-nut supplier quotations, logistics estimates and Pecheur.com demand interaction.
  • Terre54 archive: FoodLocker commercial exchange around buyer requirements, volume, target price and frequency.
  • Terre54 archive: Rungis & Co incubation observations and buyer interactions.
  • Terre54 archive: SGS Nigeria exchange on agricultural product testing and quality assurance, 2020.
  • Terre54 archive: Eurofins microbiology services agreement, 2022.
  • Terre54 archive: Novalim quality/R&D consulting and PMS/HACCP training materials, 2022.
  • Terre54 archive: Gestra co-packing quotation for ginger powder, 2022.
  • Terre54 archive: customs documentation research and trade-payment materials.
  • Terre54 archive: Europages profile and sourcing research.
  • Terre54 archive: TERROIR en OR marketplace partnership approach, 2021.
  • Post-Terre54 / Nweb evidence: ginger product specification work, 2024. Used as a later comparative example, not as Terre54 operational evidence.

External and comparative sources

Evidence discipline

The Terre54 Framework distinguishes among practitioner observation, primary archive evidence, planning artifacts, contracted services, implemented activities, external technical evidence, company-reported comparative evidence and independently verified comparative evidence. Version 0.2 intentionally leaves some propositions as hypotheses or open questions where the evidence is not yet sufficient for a general claim.

Version History

v0.2 — 2026-10-18

Major conceptual and evidentiary revision.

Adds the “follow the product” origin story; production-hub versus market-ready-corridor distinction; product-specific biological clocks; specification and conformity; Category Translation; Minimum Viable Trade Volume; liquidity-constrained selling; Nigeria-Vietnam cashew value-capture analysis; six-layer Missing Middle architecture; and a stricter distinction between observation, principle, hypothesis and comparative evidence.

v0.1 — 2026-10-03

Initial working-paper prototype.

Established the first functional formulation of the Missing Middle from Terre54 practitioner observations and surviving archive material.