Peatland restoration is essential to preserve biodiversity and carbon stored in peat soils.
Common restoration techniques such as rewetting do not always result in the full recovery of …

Wildfire is the dominant disturbance in northern peatlands and can release large quantities
of carbon to the atmosphere through combustion. Post-fire peat hydrophobicity can inhibit …

Bogs are known to be relatively resistant and resilient to fire, due to the dominance of wet
Sphagnum mosses. Indeed, Sphagnum mosses by holding water, ensure bog resistance …

Reclaiming peatland ecosystems is challenging our understanding of how to rebuild
functioning landscapes. Assisted succession may provide a practical approach to guide the …

Recent advances in peatland restoration techniques have succeeded in establishing
Sphagnum moss on the remnant cutover peat surface following peat extraction; however …

The re-introduction of Sphagnum angustifolium by moss material with capitula showed a
high potential for the rapid formation of a closed Sphagnum carpet if the moss material did …

Peatland restoration is an efficient approach to enhance soil carbon sequestration and
mitigate climate change. However, successful restoration outcomes require an in-depth …

Fertilization is a common and effective restoration practice for some ecosystems. However,
there are still knowledge gaps about the long-term effectiveness and impact of phosphorus …

In North America, mulching of vacuum-harvested sites combined with blocking of the
drainage system is widely used for peatland restoration to accelerate Sphagnum …

Degradation of ecosystems is a great concern on the maintenance of biodiversity and
ecosystem services. Ecological restoration fights degradation aiming at the recovery of …