Ponds are aquatic habitats defined by their small size. Although small they are found on every continent, they are disproportionately rich in aquatic biodiversity, benefit terrestrial wildlife and have important ecosystem function benefits. One of these benefits might be carbon sequestration, a possibility suggested by (1) their abundance, (2) the intensity of their biogeochemical activity. Whilst greenhouse gas fluxes from ponds have been monitored widely, quantifying the stocks of organic carbon buried in sediment is a gap in our knowledge. Here we summarise measures of organic carbon in pond sediments cores from a diverse range of lowland ponds in England. We estimate a general measure of 9.38 kg OC in a 1 m2 × 20 cm block of pond sedime...
Ponds are globally abundant and important to the global carbon cycle. While ponds have large greenho...
Small water bodies (SWBs) are an important biogeochemical sub-compartment of the global carbon cycle...
The carbon cycle was quantified in the catchment of Doe House Gill, which drains high-relief moorlan...
Ponds are aquatic habitats defined by their small size. Although small they are found on every conti...
Ponds may hold significant stocks of organic carbon in their sediments and pond creation may offer a...
The role of ponds within the terrestrial carbon cycle has been receiving increasing interest. Existi...
Temperate ponds may be important sinks and sources of greenhouse gases but just how quickly ponds bu...
Small natural ponds from Druridge Bay, Northumberland (UK), were sampled to investigate the variatio...
Lake carbon-storage is an emerging climate and environmental research theme. Small lakes are increas...
The contribution of aquaculture and allied activities to the emission of green house gases and cons...
We estimated organic carbon (OC) burial over the past century in 40 impoundments in one of the most ...
Hydrological fluxes in lowland peatlands can be challenging to measure but they drive poorly underst...
The peat soils found in blanket bogs are significant stores of carbon. The degree to which these eco...
Small ponds comprise a substantial portion of the total area of the Earth’s inland waters. They can ...
Shallow lakes and ponds, including those commonly found in agricultural landscapes are often only a ...
Ponds are globally abundant and important to the global carbon cycle. While ponds have large greenho...
Small water bodies (SWBs) are an important biogeochemical sub-compartment of the global carbon cycle...
The carbon cycle was quantified in the catchment of Doe House Gill, which drains high-relief moorlan...
Ponds are aquatic habitats defined by their small size. Although small they are found on every conti...
Ponds may hold significant stocks of organic carbon in their sediments and pond creation may offer a...
The role of ponds within the terrestrial carbon cycle has been receiving increasing interest. Existi...
Temperate ponds may be important sinks and sources of greenhouse gases but just how quickly ponds bu...
Small natural ponds from Druridge Bay, Northumberland (UK), were sampled to investigate the variatio...
Lake carbon-storage is an emerging climate and environmental research theme. Small lakes are increas...
The contribution of aquaculture and allied activities to the emission of green house gases and cons...
We estimated organic carbon (OC) burial over the past century in 40 impoundments in one of the most ...
Hydrological fluxes in lowland peatlands can be challenging to measure but they drive poorly underst...
The peat soils found in blanket bogs are significant stores of carbon. The degree to which these eco...
Small ponds comprise a substantial portion of the total area of the Earth’s inland waters. They can ...
Shallow lakes and ponds, including those commonly found in agricultural landscapes are often only a ...
Ponds are globally abundant and important to the global carbon cycle. While ponds have large greenho...
Small water bodies (SWBs) are an important biogeochemical sub-compartment of the global carbon cycle...
The carbon cycle was quantified in the catchment of Doe House Gill, which drains high-relief moorlan...