Germany has committed just under €2 million (£1.7m) in funding to support the sustainable management and protection of some of the world’s most vulnerable peatlands.
CO2emissions from drained and burned peatlands equate to 10 per cent of all annual fossil fuel emissions.
Peatlands are increasingly playing a bigger role in forest conservation thanks to their extraordinary proficiency at carbon sequestration.
Re-wetting peatlands can improve management to protect climate, say
Global Landscapes Forum delegates.
In partnership with Newcastle University, Durham University, Northumbrian Water and the North Pennines AONB Partnership, a new IAPETUS PhD project: Surface and sub-surface changes in peatland during restoration: an insight into hydrological and vegetation dynamics from new technologies is now open to interested applicants. Please click here for more details.
The deadline for applications is 18th January 2019.
Living peatlands sequester carbon-dioxide, drawing it down from the atmosphere through plants and trapping it underground as carbon.
Peatlands offer the world enormous wealth in biodiversity, but without careful management of competing conservation and development objectives, the release of their large locked-in carbon reserves will lead to unprecedented greenhouse emissions and devastating wildfires,” says acting head of UN Environment Joyce Msuya.
They’re brackish and swampy, with little of the aesthetic appeal of a lush rainforest or a pristine coral reef. Perhaps that’s why we’ve taken so long to give peatlands – wetlands that produce peat soil from decaying organic matter – the attention they deserve.
Peatlands are part of the solution as nations struggle to control their carbon emissions. Damaged peatlands around the world emit 6% of the annual carbon dioxide total. Sustainable management and restoration of peatlands is a cost effective natural way to reduce global carbon emissions that provides other benefits such as floor amelioration, increased water quality and quantity and the protection of biodiversity.
Peatlands, formed by the accumulation of decayed vegetation, help regulate the climate by removing carbon dioxide from the atmosphere and storing carbon within the peat.