Peatland restoration is essential to preserve biodiversity and carbon stored in peat soils. Common techniques such as rewetting do not always result the full recovery of peatland taxonomic functional properties, threatening resilience restored peatlands their stores. Here, we study use moss inoculation stimulating short-term a wildfire-impacted using mesocosms at high low water table depth, rep...

Models are widely used to assess hydrologic impacts of land-management, land-use change and climate change. Two hydrologic models with different spatial scales, MIKE SHE (spatially distributed, watershed-scale) and DRAINMOD (lumped, fieldscale), were compared in terms of their performance in predicting stream flow and water table depth in a first-order forested watershed in coastal South Caroli...

Our study measured heterotrophic carbon dioxide (CO 2 ) emissions in a drained peatland under potato cultivation south-western Uganda. Soil losses have not previously been reported for this land use, and our set out to capture the range temporal variation emissions, as well investigate relationships with key environmental variables. chamber-based emission measurements were taken over five days ...

[1] This study examined daily, seasonal, and interannual variations in CH4 emissions at a temperate peatland over a 5-year period. We measured net ecosystem CO2 exchange (NEE), CH4 flux, water table depth, peat temperature, and meteorological parameters weekly from the summers (1 May to 31 August) of 2000 through 2004 at Sallie’s Fen in southeastern New Hampshire, United States. Significant int...