08/08/2026
Most people look at a corn ear and see hundreds of kernels. Experienced farmers/gardeners see hundreds of individual pollination events.
That's what makes corn so different from almost every other vegetable in the garden.
Every single kernel begins with its own silk.
Each silk is connected to one tiny ovule inside the ear, and every one of those silks needs its own pollen grain to produce a kernel. Miss just one silk, and that spot stays empty. Miss hundreds of them, and you end up with an ear full of gaps.
That's why a perfectly filled ear of corn is actually a small miracle of timing.
The tassels have to be shedding pollen while fresh silks are still emerging. The wind has to carry enough pollen through the patch. Rain can wash pollen away. Extreme heat can shorten the pollination window. Even planting only a short row instead of a block can leave many silks waiting for pollen that never arrives.
It's also why veteran corn growers almost always plant in blocks instead of one long row. Corn depends on the wind—not bees—to move pollen from plant to plant. The more pollen floating through the patch during tasseling, the better the odds that every silk gets the one pollen grain it's waiting for.
The next time you peel back the husk on a beautifully filled ear, remember what you're really looking at. Not just rows of kernels... but hundreds of tiny pollination successes that all had to happen at exactly the right time.
