Dried Peach

High FODMAP

Serving sizes

Dried Peach changes rating with portion size. Its rating is estimated from what it is made of, so the servings are described rather than weighed.

Small serving Moderate
Moderate serving High
Large serving High

Sorbitol Excess Fructose

Dried peach is High FODMAP, since drying a stone fruit shrinks it right down and packs its natural sugars into every bite.

Peaches naturally carry sorbitol, and drying concentrates the sugars so both sorbitol and excess fructose climb fast: a small serving sits at moderate, and it reaches high by a moderate serving.
Dried fruit is easy to eat quickly, which is what pushes the load up, and added glazes or sugar can concentrate things further.

For a fruity snack that goes easier, reach for a small portion of a low-FODMAP fresh fruit instead.

Why dried peach is rated high

Dried peach is high FODMAP. The rating is estimated from what the fruit is made of rather than from a measured serving, and it comes down to sorbitol and excess fructose. Peaches carry both, and drying takes the water out while leaving every bit of that sugar and sorbitol behind, so the same load ends up packed into far less fruit than you would eat fresh. The ladder shows how fast it climbs: a "Small serving" is already MODERATE, a "Moderate serving" reaches HIGH, and a "Large serving" stays HIGH. No rung on this ladder comes in low, so there is no amount of dried peach that reads as a low FODMAP choice.

What changes your risk

Serving size The lowest rung is "Small serving" at MODERATE. From "Moderate serving" upward it is HIGH, and "Large serving" is HIGH as well. Smaller is less, but nothing on the ladder gets it down to low.
Drying itself Fresh peach already carries sorbitol. Drying removes water and concentrates the sorbitol and excess fructose that remain, which is why a chewy dried portion goes a long way and why dried peach is so easy to overeat compared with the fresh fruit.
Stacking the same subgroups Sorbitol and excess fructose add up across a meal. Dried peach in a trail mix with dried apricot, dried apple or dried mango, in granola sweetened with honey or agave, or eaten alongside a glass of apple juice piles more of the same two subgroups onto an already high load.
Juice infusions and coatings Some dried peaches are infused with apple or pear juice concentrate, and "no added sugar" versions can be sweetened with sorbitol. Both add more of the problem this food already has, so the ingredient list matters.
Soaking and stewing Plumping dried peach in water or simmering it into a compote does not break down sorbitol or fructose. Anything that leaves the fruit simply ends up in the liquid, so a compote served with its syrup is no lighter than the dried fruit.

Swaps

For a sweet, chewy snack or an oatmeal topping, fresh strawberries, blueberries, raspberries, kiwi, pineapple or slices of firm just-yellow banana do the job without the sorbitol. On a cheese board, grapes or orange segments with cheddar, parmesan or swiss fill the same spot dried peach usually takes. For crunch-and-sweet trail mix, build it from walnuts, pecans, macadamias, peanuts and pumpkin seeds instead of dried fruit, and in baking use maple syrup or table sugar for sweetness with fresh berries folded in. Fresh peach is not the escape route, because it carries sorbitol too, and neither are nectarine, apricot, plum, prunes, cherries, mango, apple or pear in any form.

How to lower the load

Read the ingredient list before buying: skip packs that mention apple or pear juice concentrate, honey, or sorbitol, and steer clear of mixed dried fruit bags and trail mixes where dried peach sits alongside other dried stone fruit. Muesli, breakfast bars and bakery fruit loaves are common hiding places, so check them too. If you do choose to eat dried peach, plate a "Small serving" rather than eating from the packet, and remember that even that rung is MODERATE, so do not pair it with other sorbitol or fructose sources in the same sitting. In recipes, replacing the dried peach with fresh berries or chopped firm banana is more reliable than trying to scale it down.

Common questions

is dried peach low fodmap

No. Dried peach is rated high FODMAP overall, estimated from what it is made of. Even a "Small serving" is MODERATE, and it reaches HIGH by a "Moderate serving".

is dried peach high in sorbitol

Yes. Peaches carry sorbitol and excess fructose, and drying removes the water and concentrates both, which is what pushes dried peach up to high.

is fresh peach better than dried peach for ibs

Fresh peach is less concentrated, but it is not a low FODMAP swap, because it carries sorbitol too. Fresh strawberries, blueberries, kiwi or pineapple are better picks if you want fruit.

what can i eat instead of dried peach

Fresh berries, kiwi, pineapple, oranges or firm just-yellow banana work as sweet snacks and toppings, and walnuts, pecans, macadamias and pumpkin seeds make a trail mix without dried fruit.

Learn more

Informational only, not medical advice. Individual tolerance varies. Talk to a healthcare professional or a dietitian for personal guidance.

Dried Peach is an estimated rating: it is inferred from the food's ingredients and composition and cross-checked, not measured directly in the papers below. The low, moderate and high cutoffs are still those of Varney et al. (2017).

References

Fructan and free fructose content of common Australian vegetables and fruit. Muir et al. (2007), J. Agricultural and Food Chemistry 55(16):6619-6627.
Measurement of short-chain carbohydrates in common Australian vegetables and fruits by HPLC. Muir et al. (2009), J. Agricultural and Food Chemistry 57(2):554-565.
Quantification of fructans, galacto-oligosaccharides and other short-chain carbohydrates in processed grains and cereals. Biesiekierski et al. (2011), J. Human Nutrition and Dietetics 24(2):154-176.
Dietary sorbitol and mannitol: food content and distinct absorption patterns. Yao et al. (2014), J. Human Nutrition and Dietetics 27(Suppl 2):263-275.
FODMAPs: food composition, defining cutoff values and international application. Varney et al. (2017), J. Gastroenterology and Hepatology 32(Suppl 1):53-61. Supplies the low, moderate and high cutoffs used on this page.