Linked from
The 37 pages that link to Peatland, each with the reason it gives.
WetlandBroader topic: Draining peat-forming wetlands can release stored carbon and increase fire risk.
Boreal forestRelated: Boreal peatlands hold carbon and provide distinct habitat within the forest region.
Palm oilRelated: Draining peatlands for plantations releases stored carbon and increases fire risk.
Carbon sinkBroader topic: Peatlands preserve carbon-rich organic matter for millennia when they remain wet.
PeatCompared with: Peat is the material; peatland is the ecosystem and landscape in which it forms.
BryophyteRelated: Bryophytes, especially Sphagnum, help create and maintain many peatlands.
WaterloggingRelated: Persistent saturation creates the low-oxygen conditions that preserve plant material.
MossRelated: Moss growth, especially Sphagnum, helps build peat and store carbon.
Container gardeningRelated: Peat is used in many potting mixes, while harvesting it can damage carbon-storing wetland ecosystems.
Oil palmRelated: Draining peatlands for plantations releases stored carbon and increases fire risk.
Wetland drainageNarrower topic: Peatlands show how drainage can turn a long-term carbon store into a carbon source.
SphagnumNarrower topic: Sphagnum-rich peatlands are ecosystems built around the moss's growth and decay.
Forest soilCompared with: Waterlogged forested peatlands accumulate thick organic deposits rather than ordinary well-aerated soil profiles.
KalimantanRelated: Drained peatlands in Kalimantan dry out, release stored carbon, and burn readily.
PodzolRelated: Podzols can occur near peatlands, where drainage and organic inputs alter soil formation.
Raised bogNarrower topic: This broader landform group includes raised bogs and other peat-forming ecosystems.
Subantarctic climateRelated: Cool, persistently wet conditions favor peat formation on many subantarctic islands.
West Siberian PlainNarrower topic: The plain’s extensive peatlands store carbon and shape regional hydrology.
CyperaceaeRelated: Sedge species are common peatland plants and contribute to peat-forming vegetation.
PoalesRelated: Sedges and other Poales plants help build and sustain many peat-forming wetlands.
South KalimantanRelated: Peat ecosystems in the province store carbon and are vulnerable to drainage and fire.
VacciniumRelated: Cranberries and some other Vaccinium species are cultivated or harvested in peatland environments.
CarexRelated: Sedge communities, including Carex, contribute to vegetation and carbon cycling in many peatlands.
RiauRelated: Extensive peat soils in Riau are vulnerable to drainage, fire, and plantation development.
West KalimantanNarrower topic: West Kalimantan’s peatlands are vulnerable to drainage, fire, and carbon emissions.
Central KalimantanNarrower topic: The province’s peatlands underpin its hydrology and land-use challenges.
Hudson Bay LowlandsNarrower topic: Peatlands cover extensive areas of the Hudson Bay Lowlands.
DroseraceaeRelated: Peatland drainage and degradation threaten habitats used by several Droseraceae species.
Great Dismal SwampNarrower topic: The swamp’s deep peat is the product of this wetland-forming process.
Picea marianaRelated: Black spruce commonly grows in nutrient-poor peatlands and bogs.
Vasyugan SwampNarrower topic: The Vasyugan Swamp is a vast example of this broader wetland type.
AcidobacteriotaBroader topic: Acidobacteriota occur in these often acidic, carbon-rich environments.
Boreal forest of CanadaRelated: Peatlands occupy extensive boreal areas and store carbon while shaping fire behavior.
BryologyRelated: Bryophytes, especially peat mosses, shape peat formation and carbon storage.
BryopsidaRelated: Moss communities help build peatland habitats and influence their carbon storage.
Congolian rainforestsNarrower topic: Peat soils beneath some Congolian forests retain exceptionally large carbon stores.
Upper Taz Nature ReserveRelated: Peat-forming wetlands are among the habitats protected in the basin.