A fig conceals its bloom. What passes for a single fruit is a syconium, a hollow structure whose inner surface carries tiny flowers rather than displaying them on exposed stems. The arrangement reverses expectations. Instead of petals announcing reproduction to the outside air, an enlarged receptacle encloses the flowers, becoming the fleshy structure that eventually reaches the plate.
That enclosure has consequences. In fig species that require pollination, female fig wasps enter through an opening called the ostiole, carrying pollen that can fertilize flowers hidden along the interior wall. Access comes at a cost. The tight passage can damage the insect's wings and antennae, while suitable flowers provide sites where eggs can develop as part of a specialized reproductive partnership. The bargain is selective. Not every flower houses a wasp offspring, and the details differ among fig species, whose flower anatomy determines which flowers support seeds and which can accommodate developing insects.
Dinner needs no wasp. Many cultivated varieties of the common fig produce their edible crop through parthenocarpy, meaning development proceeds without fertilization, so the familiar claim that every fig contains a dead wasp is false. The distinction matters here. When fertilization occurs, individual flower ovaries develop into tiny fruits called achenes, each containing a seed, while the surrounding receptacle supplies much of the flesh. The cut reveals architecture. Across the exposed interior, the little structures that seem merely part of the pulp mark a flowering arrangement that kept its display turned inward.
