Northern peatlands have accumulated carbon for thousands of years and currently hold around one third of all soil carbon on earth. Large uncertainties are associated with predictions of how northern peatlands will react to climate change. This is because the cold, wet and anaerobic conditions lead to two opposing forces from a radiative forcing perspective – CO[sub]2[/sub] sequestration from photosynthesis being greater than respiration, and release of the potent greenhouse gas CH[sub]4[/sub]. Accurately measuring fluxes of CO[sub]2[/sub] and CH[sub]4[/sub] is therefore key in order to understand the underlying processes and thereby implementing them in the global climate models. In this thesis, the commonly used eddy covariance (EC) techni...
International audienceThe function of peatlands as a large carbon (C) reservoir results from the net...
The subarctic landscape consists of diverse ecosystems, each having a multitude of biological proces...
We monitored CO2 and CH4 fluxes using eddy covariance from 19 May to 27 September 2011 in a poor fen...
The rate of change of our climate has been amplified since the industrial revolution and is expected...
To be able to predict the strength of climate change and its consequences for mankind, it is of majo...
Natural peatland are efficient ecosystems in storing carbon and serve as a net sink of atmospheric C...
Northern peatlands are thought to store one third of all soil carbon (C). Besides the C sink functio...
In this study, we compare annual fluxes of methane (CH4), nitrous oxide (N2O) and soil respiratory c...
During the last century the carbon dioxide, CO2, concentration in our atmosphere has increased becau...
Northern peatlands are important in the context of the climate change. Since they comprise huge amou...
n this study, we compare annual fluxes of methane (CH4), nitrous oxide (N2O) and soil respiratory ca...
Peat extraction for horticultural purposes and energy production has a long tradition in Northern Eu...
The most common forest management method in Fennoscandia is rotation forestry, including clear-cutti...
Ökad växthuseffekt har länge varit i fokus för dess inverkan på framtida klimat. Det är i huvudsak m...
International audienceGlobally, peat lands are considered to be a sink of CO2, but a source when dra...
International audienceThe function of peatlands as a large carbon (C) reservoir results from the net...
The subarctic landscape consists of diverse ecosystems, each having a multitude of biological proces...
We monitored CO2 and CH4 fluxes using eddy covariance from 19 May to 27 September 2011 in a poor fen...
The rate of change of our climate has been amplified since the industrial revolution and is expected...
To be able to predict the strength of climate change and its consequences for mankind, it is of majo...
Natural peatland are efficient ecosystems in storing carbon and serve as a net sink of atmospheric C...
Northern peatlands are thought to store one third of all soil carbon (C). Besides the C sink functio...
In this study, we compare annual fluxes of methane (CH4), nitrous oxide (N2O) and soil respiratory c...
During the last century the carbon dioxide, CO2, concentration in our atmosphere has increased becau...
Northern peatlands are important in the context of the climate change. Since they comprise huge amou...
n this study, we compare annual fluxes of methane (CH4), nitrous oxide (N2O) and soil respiratory ca...
Peat extraction for horticultural purposes and energy production has a long tradition in Northern Eu...
The most common forest management method in Fennoscandia is rotation forestry, including clear-cutti...
Ökad växthuseffekt har länge varit i fokus för dess inverkan på framtida klimat. Det är i huvudsak m...
International audienceGlobally, peat lands are considered to be a sink of CO2, but a source when dra...
International audienceThe function of peatlands as a large carbon (C) reservoir results from the net...
The subarctic landscape consists of diverse ecosystems, each having a multitude of biological proces...
We monitored CO2 and CH4 fluxes using eddy covariance from 19 May to 27 September 2011 in a poor fen...