This study investigates for the first time the relative importance of dissolved organic carbon (DOC) and particulate organic carbon (POC) in the fluvial carbon flux from an actively eroding peatland catchment in the southern Pennines, UK. Event scale variability in DOC and POC was examined and the annual flux of fluvial organic carbon was estimated for the catchment. At the event scale, both DOC and POC were found to increase with discharge, with event based POC export accounting for 95% of flux in only 8% of the time. On an annual cycle, exports of 35.14 t organic carbon (OC) are estimated from the catchment, which represents an areal value of 92.47 g C m<sup>&minus;2</sup> a<sup>&minus;1</sup>. POC was the ...
This study examines the release of dissolved organic carbon (DOC) from upland peat during the period...
Upland peat catchments are usually assumed to function as carbon sinks, however, there have been ext...
Geomorphological controls and catchment sediment characteristics control the formation of floodplain...
International audienceThis study investigates for the first time the relative importance of dissolve...
International audienceThis study investigates for the first time the relative importance of dissolve...
Carbon export in streams draining peat catchments represents a potential loss of carbon from long-te...
Few studies have quantified the role of in-stream processes on net dissolved and particulate organic...
Few studies have quantified the role of in-stream processes on net dissolved and particulate organic...
Direct land-to-atmosphere carbon exchange has been the primary focus in previous studies of peatland...
Direct land-to-atmosphere carbon exchange has been the primary focus in previous studies of peatland...
Direct land-to-atmosphere carbon exchange has been the primary focus in previous studies of peatland...
Understanding dissolved organic carbon (DOC) export dynamics from carbon-rich environments is critic...
The turnover of organic carbon in rivers could represent a large source of greenhouse gases to the a...
Many catchment management schemes in the UK have focussed on peatland restoration to improve ecosyst...
Few studies have quantified the role of in-stream processes on net dissolved and particulate organic...
This study examines the release of dissolved organic carbon (DOC) from upland peat during the period...
Upland peat catchments are usually assumed to function as carbon sinks, however, there have been ext...
Geomorphological controls and catchment sediment characteristics control the formation of floodplain...
International audienceThis study investigates for the first time the relative importance of dissolve...
International audienceThis study investigates for the first time the relative importance of dissolve...
Carbon export in streams draining peat catchments represents a potential loss of carbon from long-te...
Few studies have quantified the role of in-stream processes on net dissolved and particulate organic...
Few studies have quantified the role of in-stream processes on net dissolved and particulate organic...
Direct land-to-atmosphere carbon exchange has been the primary focus in previous studies of peatland...
Direct land-to-atmosphere carbon exchange has been the primary focus in previous studies of peatland...
Direct land-to-atmosphere carbon exchange has been the primary focus in previous studies of peatland...
Understanding dissolved organic carbon (DOC) export dynamics from carbon-rich environments is critic...
The turnover of organic carbon in rivers could represent a large source of greenhouse gases to the a...
Many catchment management schemes in the UK have focussed on peatland restoration to improve ecosyst...
Few studies have quantified the role of in-stream processes on net dissolved and particulate organic...
This study examines the release of dissolved organic carbon (DOC) from upland peat during the period...
Upland peat catchments are usually assumed to function as carbon sinks, however, there have been ext...
Geomorphological controls and catchment sediment characteristics control the formation of floodplain...