Market
Dried figs are a traditional processed fruit product in Greece, produced in multiple fig-growing areas including Evia (notably the PDO “Ξερά σύκα Κύμης / Xera syka Kymis”) and the southern Peloponnese where large-scale processing/packing also exists. The product is typically sun-dried (with some controlled/oven-drying practices) and then sorted/graded and packed for domestic sale and export by cooperatives and private packers. As a shelf-stable product, dried figs can be marketed year-round, but raw fruit harvest is seasonal and concentrated in late summer. The most trade-critical compliance constraint is food-safety control of mycotoxins (especially aflatoxins) under EU maximum-level rules for dried figs.
Market RoleProducer and exporter
Domestic RoleTraditional dried-fruit product consumed domestically and supplied to retail and ingredient users
SeasonalityFresh fig harvest is seasonal (late summer), while dried-fig market availability is effectively year-round due to shelf-stable storage and staged release of packed product.
Risks
Food Safety HighMycotoxin non-compliance (especially aflatoxins) is a market-access blocker for dried figs in the EU: EU rules set specific maximum levels for dried figs (e.g., aflatoxin B1 and total aflatoxins) and authorities can detain, reject, or require corrective actions for non-compliant lots.Implement HACCP-based mycotoxin control: strict sorting/defect removal, validated drying and conditioning, moisture control through storage/shipping, and routine lot testing against EU maximum levels before dispatch.
Regulatory Compliance MediumWhere “white” dried figs are produced using sulphur dioxide/sulphites, EU allergen-labelling rules apply above the specified threshold; mislabelling or missing allergen emphasis can trigger recalls or enforcement actions.Maintain additive-use records, verify residual sulphite levels where applicable, and ensure labels correctly declare and emphasise “sulphur dioxide and sulphites” per EU food information rules.
Climate MediumEFSA notes that climate change is expected to affect aflatoxin occurrence in Europe; warmer/humid conditions during drying, conditioning, or storage can elevate mould and mycotoxin risk in dried figs.Use controlled drying/conditioning parameters when weather is unfavorable, improve on-farm and packhouse hygiene, and apply tighter temperature/humidity management during storage and transport.
Logistics MediumDespite shelf stability, dried figs remain sensitive to moisture ingress and temperature abuse during storage and shipping, which can drive mould growth and associated mycotoxin risk.Specify moisture-barrier packaging, desiccants/liners where appropriate, dry-container loading practices, and storage/transport conditions aligned to quality and mycotoxin-prevention plans.
FAQ
What is “Ξερά σύκα Κύμης / Xera syka Kymis” and why is it important in Greece’s dried-fig market?“Ξερά σύκα Κύμης / Xera syka Kymis” is a Protected Designation of Origin (PDO) for dried figs from Greece, linked to the Kymi area of Evia. It is a key provenance/quality signal used in premium dried-fig positioning and is associated with the traditional “askada” paired-fig presentation.
What is the main food-safety compliance issue for dried figs sold in or exported from Greece into the EU market?Mycotoxins are the most critical issue, especially aflatoxins: EU rules set specific maximum levels for dried figs, and non-compliant lots can be blocked from the market. This is why Greek packers emphasise sorting, controlled drying/conditioning, and testing as part of quality control.
Do Greek dried figs use sulphites, and what does that mean for labelling?Some “white” dried-fig products are made using sulphur dioxide/sulphites as part of processing. In the EU, sulphur dioxide and sulphites must be declared as allergens on labels when present above 10 mg/kg or 10 mg/L (as SO2), so exporters and packers need to manage both additive controls and label compliance.