Calories in Figs

What makes figs so powerful?

Figs are not technically fruits; they are inverted flowers called syconia. The fleshy interior is a cluster of hundreds of tiny flowers and seeds. This unique botanical structure requires a specialized pollination process. Most commercial varieties grown today, like the common Black Mission or Brown Turkey, are parthenocarpic, meaning they develop without pollination. However, traditional varieties like Smyrna figs rely on a tiny wasp, Blastophaga psenes, to complete their life cycle. The female wasp crawls inside the fig through a small opening called the ostiole, losing her wings in the process, and pollinates the inner flowers before dying. Enzymes within the fig then digest the wasp, converting her body into protein that nourishes the growing fruit. When figs are dried, their natural sugars concentrate, yielding a dense, energy-rich food that has sustained civilizations across the Mediterranean and Middle East for millennia. The drying process also preserves their high fiber and mineral content, particularly calcium and potassium, making them a shelf-stable nutritional powerhouse.