Where Does the Aydın Fig Really Come From?

A River Valley Built for Figs

The Aydın fig's story starts with geography: the wide alluvial plain the Büyük Menderes River has built over centuries in Turkey's Aegean region. Winters here are mild and summers hot and dry, and the prevailing winds during the ripening and drying months play a direct role in shaping the fruit's character.

That river-deposited soil, paired with the fig tree's deep root system, keeps sugar accumulating in the fruit even through the dry summer stretch. It's this intersection of Mediterranean climate and river plain that made Aydın the country's leading dried fig region.

Sarılop: The Variety Built for Drying

The cultivar behind Aydın's reputation is Sarılop, a light-skinned Ficus carica variety with a dense, honey-like interior and a naturally high sugar content that makes it especially suited to sun-drying. It's also the variety behind one of the fig world's best-known crossover names: the cultivar long grown in Turkey as 'Turkish Lob Injir' became, in California, the 'Calimyrna' — a blend of California and Smyrna, the historic name for this Aegean fig type.

The name Aydın İnciri carries legal weight, too: it has held Protected Designation of Origin status with the Turkish Patent and Trademark Office since August 2007, registered under application number 90 by the Aydın Chamber of Commerce.

The Wasp That Makes the Fig

Figs aren't ordinary fruit — botanically, they're an inverted cluster of flowers enclosed inside the fruit's skin. Smyrna-type varieties like Sarılop can't ripen without true pollination, and that pollination depends entirely on one two-millimeter insect: the fig wasp, Blastophaga psenes.

Male trees, called caprifigs, carry short-styled flowers the wasp can lay eggs in; female trees carry the long-styled flowers that produce the edible fruit, where the wasp can't lay eggs but still deposits the pollen it's carrying. Growers manage this by hanging ripening caprifig branches on the female trees — a practice known locally as 'ilekleme,' timed to the wasps' emergence and passed down as a skill within families for generations.

From Harvest to Sun-Dried Fruit

Ripe figs are picked by hand and handled carefully to avoid bruising in transit. What follows is sun-drying — a method practiced in the region for thousands of years: figs are spread out in open fields and turned regularly until their moisture drops to a set threshold, then sorted to remove damaged or moldy fruit and graded by size, which determines both domestic and export pricing.

The White Bloom on Dried Figs

A thin, powdery white coating sometimes appears on dried figs during storage — sugar bloom, caused by glucose and fructose migrating to the surface and crystallizing as moisture levels shift. It isn't a defect; it tends to show up more in sugar-rich varieties like Sarılop and is often read as a sign of a naturally sweet fruit rather than a flaw.

Aflatoxin: Export's Quiet Gatekeeper

Aflatoxin, a naturally occurring mold toxin, is one of the biggest risks facing dried fig exports — a weather-driven issue rather than anything added deliberately, with contamination rates that Turkish trade sources say can swing from a fraction of a percent to around 1.5 percent depending on the season. Export shipments go through mandatory sampling by Turkey's Ministry of Agriculture and Forestry, plus physical inspection under UV light and laser sorting by exporting firms, coordinated with the Aegean Dried Fruit Exporters' Union. Dried figs leave the country only whole and packaged — never cut.

What Figs Mean to Aydın's Economy

Figs are a major economic driver for the region. Turkey produced roughly 375,000 tons of fresh figs in 2024, and about 210,000 tons of that — some 56 percent — came from Aydın, according to the Aydın Commodity Exchange. The province's share of exports runs even higher: of Turkey's 57,320 tons of dried fig exports in the 2024/25 season, around 43,213 tons, or roughly 75 percent, originated in Aydın. That season's total export revenue reached about $348 million, with average export prices climbing 31 percent to roughly $6,000 per ton.