Dried peach

Dried peach carries the stone fruit's sorbitol with the water taken out, so a few pieces deliver what a whole peach would. It is less common than dried apricot and behaves the same way, threshold included.

Dried peach concentrates the sorbitol of the fresh fruit into a fraction of the weight, so a few pieces carry what a whole peach would.

The fresh peach is lower; drying concentrates the salicylate that was there. Peeling before drying removes some of it, but commercial dried peach is usually dried with the skin on.

A dried peach concentrates what the fresh one carries, and Muir measured the peach as carrying more fructose than glucose. Drying removes water and not sugar, so the dried form cannot sit below the fresh one — that part is a derivation rather than a second measurement, and it is worth saying so.

Dried peach concentrates the fresh fruit several times over as the water leaves. The peach was low to begin with, which is why this lands at moderate rather than higher. Drying is the whole question for nickel: water leaves and everything else stays, so a dried fruit carries the metal concentrated by weight. The level here follows a study of trace elements in DRIED fruit for that reason.

A dried peach starts from a low-histamine fresh fruit, and drying concentrates rather than creates: the water leaves and everything else stays. Sun-dried fruit has had more warm hours than kiln-dried, which is the variable no label records.

Dried peach concentrates a fruit whose sugar sits mostly as free monosaccharides, so it climbs on the fructose axis without climbing much here.

Dried peach is low in oxalate, concentrated by drying like any dried fruit: what was a whole peach is now a strip, and a hundred grams of strips is several peaches. Count the strips, not the peaches they were.