Linked from

The 17 pages that link to Bog, each with the reason it gives.

• WetlandBroader topic: Bogs show how water source and acidity can define a distinctive wetland type.

• PeatlandBroader topic: Bogs are peatlands sustained largely by rain rather than mineral-rich groundwater.

• Pollen analysisRelated: Peat layers preserve pollen from vegetation and environmental conditions around the bog.

• Carnivorous plantRelated: Many carnivorous plants grow in acidic, nutrient-poor bogs.

• SphagnumBroader topic: Sphagnum often dominates bog vegetation and helps maintain its acidic conditions.

• MarshCompared with: Bogs differ in water source, acidity, and characteristic plant communities.

• Raised bogNarrower topic: Raised bogs are a form of bog distinguished by their domed profile.

• CranberryRelated: Cranberries thrive in the acidic wetland habitats that include peat bogs.

• DroseraRelated: Many Drosera species grow in acidic, nutrient-poor bogs where prey-derived nutrients are valuable.

• Star-nosed moleBroader topic: Bogs are among the wet habitats that can support the species.

• Hudson Bay LowlandsBroader topic: Bogs are a major peatland type in the lowlands.

• DroseraceaeRelated: Many sundews grow in bogs, where nutrient-poor conditions favor carnivory.

• Tollund ManNarrower topic: Tollund Man’s burial environment supplied the conditions that preserved his soft tissues.

• Shigir IdolNarrower topic: Waterlogged, oxygen-poor peat slowed the decay of the idol’s wood.

• DartmoorRelated: Dartmoor’s peat stores water and carbon across its high, often saturated ground.

• Flora of Central EuropeRelated: Acidic, nutrient-poor bogs support specialized plants unlike those of surrounding habitats.

• MeadowCompared with: Bogs have distinctive acidic, waterlogged conditions unlike most meadows.