Detailed studies of benthic organic carbon recycling at a single non-bioturbated coastal site, including direct seasonal rate determinations and sediment-water dissolved carbon flux measurements, serve to test the usefulness of a simple kinetic model for degradation based strictly on sedimentary organic carbon distribution
Benthic fluxes and pore-water profiles of dissolved organic nitrogen and carbon (DON and DOC, respec...
The degradation and transformation of organic carbon (C) in inland waters result in significant CO2 ...
We test whether organic matter degradability, mixing activity, and total sediment mineralization can...
Benthic degradation of organic matter and the cycling of its C, N, P components was investigated at ...
Seafloor recycling of organic materials in Santa Monica Basin, California was examined through in si...
Benthic chamber measurements of the reactants and products involved with biogenic matter diagenesis ...
Benthic chamber measurements of the reactants and products involved with biogenic matter diagenesis ...
Organic detritus passing from the sea surface through the water column to the sea floor controls nut...
Seafloor recycling of organic materials in Santa Monica Basin, California was examined through in si...
Seasonal remineralization rates of organic carbon are calculated in the top 20-30 cm of biologically...
Benthic fluxes (sediment-water exchange) of dissolved organic carbon (DOC) represent a poorly quanti...
Benthic chamber measurements of the reactants and products involved with biogenic matter diagenesis ...
Temporal and depth variations in benthic carbon metabolism rates were examined in relation to partic...
Thesis (Ph.D.)--University of Hawaii at Manoa, 2008.This dissertation explores two recently recogniz...
The overall objectives of this project are to quantify the rates of organic carbon export from the s...
Benthic fluxes and pore-water profiles of dissolved organic nitrogen and carbon (DON and DOC, respec...
The degradation and transformation of organic carbon (C) in inland waters result in significant CO2 ...
We test whether organic matter degradability, mixing activity, and total sediment mineralization can...
Benthic degradation of organic matter and the cycling of its C, N, P components was investigated at ...
Seafloor recycling of organic materials in Santa Monica Basin, California was examined through in si...
Benthic chamber measurements of the reactants and products involved with biogenic matter diagenesis ...
Benthic chamber measurements of the reactants and products involved with biogenic matter diagenesis ...
Organic detritus passing from the sea surface through the water column to the sea floor controls nut...
Seafloor recycling of organic materials in Santa Monica Basin, California was examined through in si...
Seasonal remineralization rates of organic carbon are calculated in the top 20-30 cm of biologically...
Benthic fluxes (sediment-water exchange) of dissolved organic carbon (DOC) represent a poorly quanti...
Benthic chamber measurements of the reactants and products involved with biogenic matter diagenesis ...
Temporal and depth variations in benthic carbon metabolism rates were examined in relation to partic...
Thesis (Ph.D.)--University of Hawaii at Manoa, 2008.This dissertation explores two recently recogniz...
The overall objectives of this project are to quantify the rates of organic carbon export from the s...
Benthic fluxes and pore-water profiles of dissolved organic nitrogen and carbon (DON and DOC, respec...
The degradation and transformation of organic carbon (C) in inland waters result in significant CO2 ...
We test whether organic matter degradability, mixing activity, and total sediment mineralization can...
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