In his Letter to Editor, Delarue (2016) suggests that our observation of increased microbial activity cannot adequately explain the observed changes in peat chemistry (Bragazza et al., 2016). Shortly, he argues that our interpretation of the results does not account for the plant cover dynamics, and/or the preferential decomposition of labile polysaccharides. Whilst Delarue (2016) raises an interesting point, below we demonstrate that his comments cannot explain the pattern in our data. This article is protected by copyright. All rights reserved
Hoffmann et al. suspected a likely overestimation of carbon (C) sink reported in our paper (Eze et a...
Item does not contain fulltext1. Peatlands are natural sources of atmospheric methane (CH4), an impo...
Peatlands represent large terrestrial carbon banks. Given that most peat accumulates in boreal regio...
In his Letter to Editor, Delarue (2016) suggests that our observation of increased microbial activit...
We would like to thank the authors Evans et al. for submitting a comment on our recent publication “...
This is the final version of the following article : Role of microorganisms in the carbon cycling of...
International audienceFirst of all, we recall that the message conveyed in our paper is that Amazoni...
In 2008, the very extensive tropical peats were estimated to be about 182 million ha spanning South ...
A recent paper by Heinemeyer et al. (2018) in this journal has suggested that the use of prescribed ...
A recent paper by Heinemeyer et al. (2018) in this journal has suggested that the use of prescribed ...
ArticleBlanket bog is a highly distinctive biome restricted to disjunct hyperoceanic regions. It is ...
Northern peatlands store approximately 30% of the world’s soil carbon, and are also responsible for...
[1] Peat soils consist of poorly decomposed plant detritus, preserved by low decay rates, and deep p...
Peatlands are an important component of the global carbon (C) cycle, accounting for around 20-30 % o...
The peatland carbon store is threatened by climate change and is expected to provide positive feedba...
Hoffmann et al. suspected a likely overestimation of carbon (C) sink reported in our paper (Eze et a...
Item does not contain fulltext1. Peatlands are natural sources of atmospheric methane (CH4), an impo...
Peatlands represent large terrestrial carbon banks. Given that most peat accumulates in boreal regio...
In his Letter to Editor, Delarue (2016) suggests that our observation of increased microbial activit...
We would like to thank the authors Evans et al. for submitting a comment on our recent publication “...
This is the final version of the following article : Role of microorganisms in the carbon cycling of...
International audienceFirst of all, we recall that the message conveyed in our paper is that Amazoni...
In 2008, the very extensive tropical peats were estimated to be about 182 million ha spanning South ...
A recent paper by Heinemeyer et al. (2018) in this journal has suggested that the use of prescribed ...
A recent paper by Heinemeyer et al. (2018) in this journal has suggested that the use of prescribed ...
ArticleBlanket bog is a highly distinctive biome restricted to disjunct hyperoceanic regions. It is ...
Northern peatlands store approximately 30% of the world’s soil carbon, and are also responsible for...
[1] Peat soils consist of poorly decomposed plant detritus, preserved by low decay rates, and deep p...
Peatlands are an important component of the global carbon (C) cycle, accounting for around 20-30 % o...
The peatland carbon store is threatened by climate change and is expected to provide positive feedba...
Hoffmann et al. suspected a likely overestimation of carbon (C) sink reported in our paper (Eze et a...
Item does not contain fulltext1. Peatlands are natural sources of atmospheric methane (CH4), an impo...
Peatlands represent large terrestrial carbon banks. Given that most peat accumulates in boreal regio...