Add to ORKGThis thesis represent a project proposal focused on the effect of water regime restoration of degraded peatland on the carbon dioxide emissions. The aim of the project is to create a model of carbon balance on restored peatland
It is generally known that managed, drained peatlands act as carbon sources. In this study we examin...
It is generally known that managed, drained peatlands act as carbon (C) sources. In this study we ex...
Abstract. Although studies have shown that peatland drainage and harvesting alter local hydrology, m...
This work represents the grant application for project dealing with effect of water regime restorati...
Peat lands are net sinks of carbon (C) and a net source of carbon dioxide (CO2) emissions owing to d...
International audienceNatural peatlands represent 1/3 of the world C soils and contribute significan...
Upland peat is the world's largest store of soil carbon and one of the most climatically sensitive. ...
Drained peatlands contribute to anthropic emissions of carbon dioxide (CO2), so a better understandi...
In this chapter the impact of peatland restoration on greenhouse gas fluxes is discussed based on a ...
Peatland disturbance through drainage threatens to liberate large amounts of C stocks by increasing ...
Peatland restoration seeks to re-establish a number of ecosystem services, with carbon (C) sequestra...
Extensive degradation of Indonesian peatlands by deforestation, drainage and recurrent fires causes ...
A peatland is a type of ecosystem where carbon (C) along with nitrogen and several other elements ha...
This study aimed to measure the effects of ecological restoration on blanket peat water table depths...
Peatland ecosystems store between 200 and 450 Gt C (1015 gC). It is estimated that peatlands constit...
It is generally known that managed, drained peatlands act as carbon sources. In this study we examin...
It is generally known that managed, drained peatlands act as carbon (C) sources. In this study we ex...
Abstract. Although studies have shown that peatland drainage and harvesting alter local hydrology, m...
This work represents the grant application for project dealing with effect of water regime restorati...
Peat lands are net sinks of carbon (C) and a net source of carbon dioxide (CO2) emissions owing to d...
International audienceNatural peatlands represent 1/3 of the world C soils and contribute significan...
Upland peat is the world's largest store of soil carbon and one of the most climatically sensitive. ...
Drained peatlands contribute to anthropic emissions of carbon dioxide (CO2), so a better understandi...
In this chapter the impact of peatland restoration on greenhouse gas fluxes is discussed based on a ...
Peatland disturbance through drainage threatens to liberate large amounts of C stocks by increasing ...
Peatland restoration seeks to re-establish a number of ecosystem services, with carbon (C) sequestra...
Extensive degradation of Indonesian peatlands by deforestation, drainage and recurrent fires causes ...
A peatland is a type of ecosystem where carbon (C) along with nitrogen and several other elements ha...
This study aimed to measure the effects of ecological restoration on blanket peat water table depths...
Peatland ecosystems store between 200 and 450 Gt C (1015 gC). It is estimated that peatlands constit...
It is generally known that managed, drained peatlands act as carbon sources. In this study we examin...
It is generally known that managed, drained peatlands act as carbon (C) sources. In this study we ex...
Abstract. Although studies have shown that peatland drainage and harvesting alter local hydrology, m...