Linked from

The 16 pages that link to Peatland restoration, each with the reason it gives.

• Ecological restorationBroader topic: Rewetting drained peatlands can revive ecosystem functions and reduce carbon losses.

• Wetland conservationBroader topic: Rewetting peatlands protects specialized habitat and limits carbon loss from drained soils.

• PeatlandRelated: Restoration can recover water regulation and reduce emissions from drained peat.

• Nature-based solutionsBroader topic: Rewetted peatlands can limit carbon emissions and reduce fire risk.

• PeatRelated: Rewetting can slow peat loss and support renewed carbon storage.

• Wetland restorationBroader topic: Rewetting drained peatlands can rebuild habitat and reduce ongoing carbon loss.

• Soil carbon sequestrationBroader topic: Rewetting can curb oxidation losses from exceptionally carbon-rich soils.

• SphagnumRelated: Reintroducing Sphagnum can help restore peat-forming vegetation and water retention.

• BogRelated: Rewetting drained bogs can reduce carbon losses and support peat-forming plants.

• Peat extractionRelated: Restoration can reduce emissions and recover functions after extraction ends.

• The FensCompared with: It offers an alternative to drainage, which causes peat loss and surface subsidence.

• Peatland drainageCompared with: Rewetting reverses some hydrological effects of drainage, though recovery can take time.

• Raised bogNarrower topic: Restoration can re-establish waterlogged conditions needed for raised-bog functions.

• Peat swamp forestRelated: Rewetting and habitat recovery can reduce fires and protect peat carbon.

• Central KalimantanRelated: Restoration projects seek to reduce fire risk and recover ecosystem functions.

• MoorlandRelated: Restoration can raise water tables and recover carbon storage on damaged moorland peat.