Using 14,643 chamber observations from 285 peatland sites, we found that wetter conditions were associated with higher CH4 emissions but lower ecosystem respiration and combined CO2-equivalent emissi....

Tradeoffs between nutrient load reductions and greenhouse gas dynamics in constructed agricultural wetlands, Futter, Martyn N, Peacock, Mike, Lannergård, Emma E, Audet, Joachim, Djodjic, Faruk, Strand, John, Liu, Tong, Geranmayeh, Pia

Mitacs drives industry–academic collaboration, deploys skilled talent, and builds innovation capacity in Canada. Discover our impact.

Mitacs drives industry–academic collaboration, deploys skilled talent, and builds innovation capacity in Canada. Discover our impact.

Drained grassland sites had lower organic matter content compared to semi-natural sites Peatland cores near historic industrial centers had metal enrichment Agricultural land use was also linked...

Drainage canals are potential hotspots of methane (CH4) emissions from degraded peatlands in Southeast Asia. Estimates of CH4 emissions from these canals remain scarce, and both the temporal variabil...

Simulations of a blanket peatland continue accumulating carbon until 2100 under all climate scenarios Topographic wetness correlates with peat thickness but does not fully explain accumulation pa...

Peatlands are central to climate change, yet basic questions remain unanswered. A global research community has mapped out what we most urgently need to know.