Dissolved organic matter (DOM) absorbance and fluorescence were used as optical proxies
to track terrestrial DOM fluxes through estuaries and coastal waters by comparing models …

Optical proxies, especially DOM fluorescence, were used to track terrestrial DOM fluxes
through estuaries and coastal waters by comparing models developed for several coastal …

Q3 as lignin-derived phenols—a proxy to quantify terrestrial DOM. Utilizing parallel factor
analysis (PARAFAC), and comparing models statistically using the OpenFluor database …

Terrestrial organic carbon (OC) flux from rivers and estuaries into coastal oceans is on the
order of 0.2 Pg C yr− 1 and constitutes a major part of the oceanic carbon cycle (Raymond …

Terrestrial organic carbon (OC) flux from rivers and estuaries into coastal oceans is on the
order of 0.2 Pg C yr− 1 and constitutes a major part of the oceanic carbon cycle (Raymond …

Optical Proxies for Terrestrial Dissolved Organic Matter in Estuaries and Coastal Waters
Page 94 ORIGINAL RESEARCH published: 20 January 2016 doi: 10.3389/fmars …

Dissolved organic matter (DOM) absorbance and fluorescence were used as optical proxies
to track terrestrial DOM fluxes through estuaries and coastal waters by comparing models …

Dissolved organic matter (DOM) absorbance and fluorescence were used as optical proxies
to track terrestrial DOM fluxes through estuaries and coastal waters by comparing models …

Dissolved organic matter (DOM) absorbance and fluorescence were used as optical proxies
to track terrestrial DOM fluxes through estuaries and coastal waters by comparing models …

Terrestrial organic carbon (OC) flux from rivers and estuaries into coastal oceans is on the
order of 0.2 Pg C yr− 1 and constitutes a major part of the oceanic carbon cycle (Raymond …