Drought and frost can damage a Turkish food investment even when the company owns no farmland. A poor harvest can raise purchasing costs, reduce factory output, absorb cash in inventory and make export orders harder to fulfil. Higher selling prices may soften the blow, but they do not automatically protect profit.
The useful question is not simply whether Turkey faces bad weather. It is whether a business can obtain enough suitable raw material, recover the extra cost from customers and finance the gap. Crop exposure belongs alongside currency, borrowing and governance in an assessment of risks in Turkey’s food industry.
Separate Drought Exposure From Frost Exposure
The two hazards can occur in the same year but affect businesses differently. Turkey recorded annual precipitation of 414.9 millimetres in 2025, 27.6% below its 1991–2020 average. Between April 7 and April 15, 2025, a late spring frost also damaged agricultural products, particularly apricots in Malatya and hazelnuts in the Black Sea region. These were distinct shocks documented in the Turkish State Meteorological Service’s 2025 climate report.
Drought: Check Water Availability, Not Just Rainfall
For investment analysis, separate rain dependent crops from irrigated production. Then ask whether irrigation depends on a reliable water supply, affordable pumping and functioning infrastructure. An irrigation system is not much comfort if the water behind it runs short.
Match the weather assessment to the company’s purchasing areas and crop calendar. A national rainfall average cannot tell you whether a supplier received water during the growth stages that mattered. Nor does rain arriving after a damaged harvest restore the missing crop.
Request evidence about sourcing regions, water access and alternative suppliers. Where those details are absent, treat the exposure as unknown rather than assuming that a large factory or established brand has solved it.
Frost: Match Temperature With Crop Development
A minimum temperature reading alone does not establish the likely damage. Crop variety, development stage and preceding weather all matter. Deciduous fruit crops generally become more sensitive as flowers and small fruit develop; warm weather before a freeze can also increase sensitivity. The FAO chapter on frost damage and critical temperatures sets out these distinctions.
For shareholders, this means a regional frost warning is an early signal, not an earnings forecast. Establish whether the affected area supplies the company, how much material it normally contributes and whether usable stocks remain from the previous harvest.
Also distinguish damage to the current crop from damage to productive trees. A lost harvest and a damaged orchard require different recovery assumptions. Avoid building next year’s profit forecast on an automatic return to normal.
Map the Crop Shortage to the Business Model
The scale of a national crop decline is useful context, but it is not a company profit estimate. Turkey’s 2025 production of fruits, beverage and spice crops fell 30.9%, while hazelnut production fell 38.5%, in TurkStat’s December 26, 2025 crop production release. Those figures describe output changes; they do not establish that every decline had the same cause or every processor suffered equally.
Translate a shortage through the company’s position in the supply chain. The following are exposure tests, not predictions for every business in each category.
| Business exposure | Potential transmission | Financial question |
|---|---|---|
| Hazelnut processing and trading | Scarcer raw nuts, higher replacement costs and fewer tonnes processed | Does earnings depend mainly on a processing fee, trading spread or inventory position? |
| Dried fruit packing and exporting | Lower availability of suitable fruit and more expensive order fulfilment | Are customer prices fixed before raw material purchases are secured? |
| Flour, pasta and packaged foods | Higher grain or ingredient costs, with different opportunities to change suppliers | How quickly can selling prices adjust without losing volume? |
| Frozen and preserved foods | Less crop available during the processing season and weaker factory utilisation | Can alternative crops or purchasing regions keep production running? |
| Dairy and poultry | Exposure through purchased feed rather than the food crop sold to consumers | Can product prices recover higher feed costs? |
Supplier diversification needs examination too. Ten suppliers buying from the same growing district may provide less protection than three suppliers in genuinely separate production areas. Customer diversification solves a different problem: selling to many countries does not diversify the harvest supplying those sales.
Even within one crop, exposure varies with procurement timing, contract terms and the amount of processing performed. The distinction between commodity prices and processor earnings is especially relevant to Turkish hazelnut export investments. A higher market price can help one inventory position while making another company’s outstanding orders more expensive to deliver.
Higher Crop Prices Do Not Guarantee Higher Profit
Revenue can rise while earnings fall. A business may charge more per kilogram but sell fewer kilograms, pay substantially more for raw materials and spread factory costs across lower output. Percentage margins and cash earnings can deteriorate together.
Consider a simplified hypothetical processor, using illustrative currency units rather than company figures. It sells 1,000 units at 100 each, producing revenue of 100,000. Raw materials cost 60 per unit, other variable cash costs total 15 per unit, and fixed cash operating costs are 15,000. Earnings before depreciation, interest and tax are 10,000.
Now assume a crop shortage reduces sales volume to 900 units. Selling prices rise 12% to 112, but raw material costs rise 25% to 75 per unit. Other variable costs remain 15 per unit and fixed costs stay at 15,000. Revenue increases to 100,800, yet the same earnings measure falls to 4,800. A better sales headline conceals a much weaker business result.
The timing of price adjustments matters as much as the size. A customer price increase negotiated in September does not repair a loss incurred on an order delivered in June. Examine contract renewal dates, pricing formulas and whether purchases are secured before sales commitments are made.
Keep currency effects separate from crop effects. Foreign currency sales do not automatically offset higher agricultural costs, particularly when purchasing prices also respond to export demand. Assess the lira’s effect on food exporters and foreign shareholders alongside, rather than instead of, the raw material exposure.
Imports and Feed Costs Can Spread the Shock
Domestic crop damage does not necessarily translate into an equivalent reduction in industrial production. Imported inputs can provide an alternative, but their availability, suitability and delivered cost must be tested.
The USDA’s January 30, 2026 Türkiye grain and feed update assessed drought related wheat and barley shortfalls for the 2025/26 marketing year. It also expected corn production to increase with irrigation and a larger harvested area, while describing government measures supporting grain imports. That dated assessment illustrates why different crops should not be assigned one uniform weather assumption.
For a processor considering replacement imports, compare the full delivered cost: purchase price, freight, insurance, financing and any applicable border charges. Check whether the imported material meets the required quality and whether it can arrive before production or delivery deadlines.
For dairy and poultry investments, include feed purchasing in the stress test. A portfolio can hold several food categories yet still depend on the same grain supply. Different products on supermarket shelves do not necessarily mean different agricultural risks.
Watch Working Capital Before the Income Statement
A shortage can create a financing problem before its full effect appears in annual profit. Buying the same physical quantity at a higher price requires more cash. Buying earlier to secure supply adds another demand on funding, unless customer advances or supplier credit cover it.
Suppose a hypothetical company normally holds 100 million lira of raw materials. If replacement prices rise 30%, maintaining the same physical stock requires 130 million lira, before changes in payment terms, volume or storage costs. An unchanged inventory quantity can therefore require another 30 million lira of funding.
Read inventory values alongside physical quantities where disclosed. More inventory in lira does not necessarily mean more tonnes available for production. Compare seasonal balances with the same point in earlier years rather than treating every quarter as interchangeable.
Then examine receivables, supplier advances, trade payables, operating cash flow and short term borrowing together. If expensive stock is financed with debt while customers take longer to pay, a stable gross margin may offer little reassurance.
The process for reading Turkish company reports and KAP disclosures helps connect these movements. Look for explanations of procurement changes, stock commitments and borrowing needs, not just management’s description of revenue growth.
Insurance and Adaptation Are Partial Defences
Insurance deserves attention, but “the crop is insured” is not enough. Establish who holds the policy, what property or crop is covered, which event triggers payment and who receives the money.
Under TARSİM’s crop insurance coverage framework, crops and trees or saplings are insured separately, and frost coverage for relevant fruit crops can be an optional addition. Coverage depends on the insured crop and policy arrangements. Do not treat the existence of agricultural insurance as proof that a listed processor’s purchasing costs or lost factory output are protected.
A payment to a farmer can support that farmer without replacing the processor’s missing raw material. The processor’s own financial protection requires separate examination. Deductibles, exclusions, insured amounts and payment timing also belong in the review.
Assess operational defences with the same discipline. Alternative sourcing, water saving equipment, storage and frost protection should have measurable objectives. Ask what exposure the spending addresses, how much capacity it protects and what running costs it creates.
More storage, for example, might improve purchasing flexibility but also tie up cash. Irrigation spending should be assessed against dependable water access. Adaptation expenditure is an investment proposal, not an automatic earnings upgrade.
Build a Crop Shock Test Before Buying
A useful stress test connects weather to purchasing, purchasing to earnings, and earnings to cash. It does not require a precise forecast of next spring’s temperature. Start with the company’s ordinary seasonal requirements, then change the assumptions that would hurt it.
- Availability: Reduce usable raw material supply and identify which production lines would lose output.
- Pricing: Raise input costs faster than customer prices, allowing for the actual delay between purchase and sale.
- Funding: Increase inventory financing needs and test whether committed facilities cover the seasonal cash gap.
- Recovery: Consider a second difficult harvest rather than assuming immediate normalisation.
Keep the scenario internally consistent. A company cannot simultaneously benefit from buying cheap stock early and avoid financing that stock. Nor should a model assume higher selling prices with no customer response unless there is evidence supporting that assumption.
For valuation, separate repeatable earnings from temporary inventory benefits and unusually favourable procurement conditions. Test whether the investment remains acceptable without another good harvest or another helpful price movement.
The stronger investment case is not the company claiming immunity from weather. It is the business whose sourcing, contracts, cash reserves and borrowing capacity can withstand a poor crop without forcing shareholders to fund an emergency. That is the practical standard to apply before treating a harvest recovery as part of the return.