Add to ORKGThe aim of this guidance is to provide information to enable peatland restoration projects to develop appropriate monitoring programmes. Degraded peatlands are restored for a wide range of reasons. Restoration objectives can include protecting and enhancing biodiversity, improving water quality, reducing flood risk and protecting cultural heritage or carbon stores. Restoration projects need monitoring programmes to show whether these objectives are being met and to help them to adapt practices to respond to environmental changes
Peatland self-recovery after peat extraction is restricted and without any purposeful actions, recov...
Eyes on the Bog provides a scientifically robust, repeatable, low tech, long-term monitoring initiat...
In spite of increased attention to wetland conservation following the Ramsar Convention on Wetlands ...
The aim of this guidance is to provide information to enable peatland restoration projects to develo...
An important element of all peatland restorationprojects is a programme of monitoring to checkresult...
Peatland restoration is a complex process that requires continuous monitoring to enable an adaptive,...
The focus of this review paper is on peatland restoration, in particular what are the policies, pres...
As the world's most abundant source of terrestrial carbon, peatlands provide numerous ecosystem serv...
There is concern that ecosystem services provided by blanket peatlands have come under threat due to...
Peatland practitioners and scientists have increasingly recognised the damage resulting from various...
Peatlands are the most efficient terrestrial carbon store on Earth, and deliver multiple other ecosy...
Peatlands cover about three percent of earth’s land surface in primarily the northern hemisphere and...
When evaluating the success or failure of ecological restoration projects, practitioners need to ver...
Removal of peat for commercial use, now largely as a horticultural growing medium but in earlier tim...
o Restoring peatlands not only has the potential to promote biodiverse ecosystems but also to mitiga...
Peatland self-recovery after peat extraction is restricted and without any purposeful actions, recov...
Eyes on the Bog provides a scientifically robust, repeatable, low tech, long-term monitoring initiat...
In spite of increased attention to wetland conservation following the Ramsar Convention on Wetlands ...
The aim of this guidance is to provide information to enable peatland restoration projects to develo...
An important element of all peatland restorationprojects is a programme of monitoring to checkresult...
Peatland restoration is a complex process that requires continuous monitoring to enable an adaptive,...
The focus of this review paper is on peatland restoration, in particular what are the policies, pres...
As the world's most abundant source of terrestrial carbon, peatlands provide numerous ecosystem serv...
There is concern that ecosystem services provided by blanket peatlands have come under threat due to...
Peatland practitioners and scientists have increasingly recognised the damage resulting from various...
Peatlands are the most efficient terrestrial carbon store on Earth, and deliver multiple other ecosy...
Peatlands cover about three percent of earth’s land surface in primarily the northern hemisphere and...
When evaluating the success or failure of ecological restoration projects, practitioners need to ver...
Removal of peat for commercial use, now largely as a horticultural growing medium but in earlier tim...
o Restoring peatlands not only has the potential to promote biodiverse ecosystems but also to mitiga...
Peatland self-recovery after peat extraction is restricted and without any purposeful actions, recov...
Eyes on the Bog provides a scientifically robust, repeatable, low tech, long-term monitoring initiat...
In spite of increased attention to wetland conservation following the Ramsar Convention on Wetlands ...