Drained peatlands emit large amounts of greenhouse gases and cause downstream nutrient
pollution. Rewetting aids in restoring carbon storage and sustaining unique biodiversity …

Peatlands are among the world's most carbon-dense ecosystems and hotspots of carbon
storage. Although peatland drainage causes strong carbon emissions, land subsidence …

Rewetting drained agricultural peatlands aids in restoring their original ecosystem functions,
including carbon storage and sustaining unique biodiversity. 30–60 cm of topsoil removal …

Natural and constructed inland waters emit globally significant amounts of greenhouse
gasses (GHGs) into the atmosphere. As a result of human-induced alterations in the …

To combat the global loss of wetlands and their essential functions, the restoration and
creation of wetlands is imperative. However, wetland development is challenging when soils …

With their net carbon accumulation determined by the balance between gross ecosystem
productivity (GEP) and carbon losses (from processes such as oxidation and …

Peatlands store vast amounts of carbon (C). However, land-use-driven drainage causes
peat oxidation, resulting in CO 2 emission. There is a growing need for ground-truthing CO 2 …

Rewetting drained peatlands for paludiculture purposes is a way to reduce peat oxidation
(and thus CO 2 emissions) while at the same time it could generate an income for …

Restoration of drained peatlands through rewetting has recently emerged as a prevailing
strategy to mitigate excessive greenhouse gas emissions and re-establish the vital carbon …

Paludiculture (crop cultivation on wet peatlands) is an effective means to reduce carbon
emissions and nutrient losses from formerly drained peatlands. However, methane (CH4) …