A recent paper by Heinemeyer et al. (2018) in this journal has suggested that the use of prescribed fire may enhance carbon accumulation in UK upland blanket bogs. We challenge this finding based on a number of concerns with the original manuscript including the lack of an unburned control, insufficient replication, unrecognised potential confounding factors, and potentially large inaccuracies in the core dating approach used to calculate carbon accumulation rates. We argue that burn‐management of peatlands is more likely to lead to carbon loss than carbon gain
Hoffmann et al. suspected a likely overestimation of carbon (C) sink reported in our paper (Eze et a...
Peatlands represent a globally important carbon stock. Peat soil carbon stock assessments rely on me...
Carbon sequestration and storage in peatlands rely on consistently highwater tables. Anthropogenic p...
A recent paper by Heinemeyer et al. (2018) in this journal has suggested that the use of prescribed ...
We would like to thank the authors Evans et al. for submitting a comment on our recent publication “...
Peatlands are globally important carbon stores, yet both natural and human impacts can influence pea...
Prescribed burning is a common land management technique in many areas of the UK uplands. However, c...
Peat moorlands are important habitats in the boreal region, where they store approximately 30% of th...
Acknowledgements We would like to thank the RSPB, Patrick Sinclair and the Forestry Commission for g...
Large amounts of carbon are stored in northern peatlands. There is concern that greater wildfire sev...
Peat moorlands are important habitats in the boreal region, where they store approximately 30% of th...
Wardle et al. (Brevia, 2 May 2008, p. 629) reported that fire-derived charcoal can promote loss of f...
This is the final version. Available on open access from Nature Research via the DOI in this recordD...
Both nationally and globally, UK upland peat is an important store of carbon as well as a source of...
This is the final version of the article. Available from Springer Verlag via the DOI in this record....
Hoffmann et al. suspected a likely overestimation of carbon (C) sink reported in our paper (Eze et a...
Peatlands represent a globally important carbon stock. Peat soil carbon stock assessments rely on me...
Carbon sequestration and storage in peatlands rely on consistently highwater tables. Anthropogenic p...
A recent paper by Heinemeyer et al. (2018) in this journal has suggested that the use of prescribed ...
We would like to thank the authors Evans et al. for submitting a comment on our recent publication “...
Peatlands are globally important carbon stores, yet both natural and human impacts can influence pea...
Prescribed burning is a common land management technique in many areas of the UK uplands. However, c...
Peat moorlands are important habitats in the boreal region, where they store approximately 30% of th...
Acknowledgements We would like to thank the RSPB, Patrick Sinclair and the Forestry Commission for g...
Large amounts of carbon are stored in northern peatlands. There is concern that greater wildfire sev...
Peat moorlands are important habitats in the boreal region, where they store approximately 30% of th...
Wardle et al. (Brevia, 2 May 2008, p. 629) reported that fire-derived charcoal can promote loss of f...
This is the final version. Available on open access from Nature Research via the DOI in this recordD...
Both nationally and globally, UK upland peat is an important store of carbon as well as a source of...
This is the final version of the article. Available from Springer Verlag via the DOI in this record....
Hoffmann et al. suspected a likely overestimation of carbon (C) sink reported in our paper (Eze et a...
Peatlands represent a globally important carbon stock. Peat soil carbon stock assessments rely on me...
Carbon sequestration and storage in peatlands rely on consistently highwater tables. Anthropogenic p...