Dissolved and particulate organic carbon in two wetlands in southwestern New South Wales, Australia

@article{Briggs2004DissolvedAP,
  title={Dissolved and particulate organic carbon in two wetlands in southwestern New South Wales, Australia},
  author={Sue V. Briggs and Meghan T. Maher and David J. Tongway},
  journal={Hydrobiologia},
  year={2004},
  volume={264},
  pages={13-19}
}
Concentrations of dissolved (DOC) and particulate organic carbon (POC) in two billabong wetlands (Murrumbidgil Swamp and Lake Merrimajeel) in inland temperate Australia were positively correlated with leaf fall from river red gums Eucalyptus camaldulensis (DOC and POC in Murrumbidgil Swamp), phytoplankton productivity (DOC in Murrumbidgil Swamp, DOC and POC in Lake Merrimajeel), and with biomass of aquatic macrophytes (DOC in the two wetlands). DOC correlated with water level at both sites… CONTINUE READING

3 Figures & Tables

Connections & Topics

Mentioned Connections BETA
Concentrations of dissolved ( DOC ) and particulate organic carbon ( POC ) in two billabong wetlands ( Murrumbidgil Swamp and Lake Merrimajeel ) in inland temperate Australia were positively correlated with leaf fall from river red gums Eucalyptus camaldulensis ( DOC and POC in Murrumbidgil Swamp ) , phytoplankton productivity ( DOC in Murrumbidgil Swamp , DOC and POC in Lake Merrimajeel ) , and with biomass of aquatic macrophytes ( DOC in the two wetlands ) .
Concentrations of dissolved ( DOC ) and particulate organic carbon ( POC ) in two billabong wetlands ( Murrumbidgil Swamp and Lake Merrimajeel ) in inland temperate Australia were positively correlated with leaf fall from river red gums Eucalyptus camaldulensis ( DOC and POC in Murrumbidgil Swamp ) , phytoplankton productivity ( DOC in Murrumbidgil Swamp , DOC and POC in Lake Merrimajeel ) , and with biomass of aquatic macrophytes ( DOC in the two wetlands ) .
All Topics