Linked from

The 19 pages that link to Hindgut fermentation, each with the reason it gives.

• HerbivoreRelated: Many herbivores extract nutrients from plants through fermentation in the hindgut.

• PerissodactylaRelated: Perissodactyls extract nutrients from fibrous plants through fermentation in the hindgut.

• EquidaeRelated: Equids extract energy from fibrous forage through fermentation in the large intestine.

• EquusRelated: Equus species extract nutrients from fibrous forage after it passes through the stomach.

• Animal nutritionRelated: It supplies fermentation products to animals such as horses and rabbits.

• WombatRelated: This process helps wombats extract nutrients from fibrous plant foods.

• MacropodiformesRelated: This digestive strategy supports plant-based diets in many kangaroos and wallabies.

• PeramelemorphiaRelated: This digestive strategy helps some bandicoots process fibrous foods.

• CoprophagiaRelated: It produces nutrients that some animals retrieve by consuming soft feces.

• NeocallimastigomycotaRelated: These fungi also occur in herbivores whose main fermentation happens beyond the stomach.

• SifakaRelated: Hindgut fermentation helps sifakas extract nutrients from leaves.

• ChlorocebusRelated: Chlorocebus relies on hindgut fermentation to extract nutrients from fibrous foods.

• PedetesRelated: This digestive strategy helps springhares extract nutrients from grasses and other fibrous plants.