The Complete Handbook of Dried Fruits

Chapter 1: Understanding Dried Fruits

Dried fruits are fruit with water removed. That simple statement is true but incomplete. What matters in practice is understanding what stays, what leaves, why that trade-off exists, and how it shapes every decision you make—whether you're buying for a kitchen, stocking a shelf, or sourcing at scale.

When fruit is fresh, water typically makes up 80 to 90 percent of its mass. A fresh apricot is mostly water with a thin shell of flesh, fiber, sugar, and acid. When that water is removed—through sun exposure, heated air, freeze-thaw cycles, or specialized equipment—what remains is a smaller, denser, heavier-tasting package of the fruit's carbohydrates, proteins, minerals, and flavor compounds. A pound of fresh apricots becomes roughly one-sixth of a pound of dried apricots. That concentration is the entire point and the entire complication.

From a food preservation angle, dried fruits work because microorganisms—the bacteria, molds, and yeasts that spoil fresh food—cannot grow without water. Drop water content below roughly 15 to 20 percent (depending on the fruit and the microbe), and spoilage stops. This is why dried fruits can sit unrefrigerated for months or years and remain safe to eat. From a culinary angle, the same concentration creates texture (chewy rather than juicy), flavor intensity (raisins taste like concentrated grape juice because they are), and shelf stability that makes them ingredients in granolas, baked goods, and trail mixes rather than snacks you finish in a week.

But water removal is not neutral. It changes what