1982 to mid 1986 saw important advances in our understanding of processes ocurring at the sediment‐water interface. Notable were significant gains in our knowledge of the influence of bioturbation on zonation and rates of microbially‐mediated reactions, quantification of mixing processes near the interface using radiochronometric tracers, process‐oriented studies of trace metal behavior in oxic, suboxic and anoxic environments, and detailed investigations of microscale geochemical distributions and processes at the deep‐sea MANOP sites. The overriding importance of organic matter input and decomposition in driving many of these processes was noted by many investigators
The relationship between depth changes in total organic matter (TOC), biopolymers (“carbohydrates”, ...
Includes bibliographical references (p. 141-155).Sediment-water interfaces (SWIs) are loci of dynami...
Subseafloor microbial activities are central to Earth’s biogeochemical cycles. They control Earth’s ...
The activities of infaunal macrobenthos strongly influence the pathways, rates, and extent of organi...
Natural and human-induced spatial gradients provide a useful vehicle with which to better understand...
Detailed studies of benthic organic carbon recycling at a single non-bioturbated coastal site, inclu...
Process-based, mechanistic investigations of organic matter transformation and diagenesis directly b...
A steady state, coupled, non-linear model has been developed for early diagenetic processes in pelag...
Thesis (Ph.D.)--University of Washington, 2018Marine sediments play a fundamental role in long-term ...
In situ tracer experiments investigated short-term sediment mixing processes at two Carolina contine...
In situ tracer (50–125 μm plastic particles) experiments conducted using the DSV Alvin over a two ye...
The subsurface seabed is a gigantic bioreactor and would also be a substantial source for methane on...
The kinetics of sulfate reduction and inorganic nutrient production (ΣCO2, ammonium, and phosphate) ...
The kinetics of sulfate reduction and inorganic nutrient production (ΣCO2, ammonium, and phosphate) ...
In this study, we investigate the possible use of ∑CO2 production, determined from anoxic incubation...
The relationship between depth changes in total organic matter (TOC), biopolymers (“carbohydrates”, ...
Includes bibliographical references (p. 141-155).Sediment-water interfaces (SWIs) are loci of dynami...
Subseafloor microbial activities are central to Earth’s biogeochemical cycles. They control Earth’s ...
The activities of infaunal macrobenthos strongly influence the pathways, rates, and extent of organi...
Natural and human-induced spatial gradients provide a useful vehicle with which to better understand...
Detailed studies of benthic organic carbon recycling at a single non-bioturbated coastal site, inclu...
Process-based, mechanistic investigations of organic matter transformation and diagenesis directly b...
A steady state, coupled, non-linear model has been developed for early diagenetic processes in pelag...
Thesis (Ph.D.)--University of Washington, 2018Marine sediments play a fundamental role in long-term ...
In situ tracer experiments investigated short-term sediment mixing processes at two Carolina contine...
In situ tracer (50–125 μm plastic particles) experiments conducted using the DSV Alvin over a two ye...
The subsurface seabed is a gigantic bioreactor and would also be a substantial source for methane on...
The kinetics of sulfate reduction and inorganic nutrient production (ΣCO2, ammonium, and phosphate) ...
The kinetics of sulfate reduction and inorganic nutrient production (ΣCO2, ammonium, and phosphate) ...
In this study, we investigate the possible use of ∑CO2 production, determined from anoxic incubation...
The relationship between depth changes in total organic matter (TOC), biopolymers (“carbohydrates”, ...
Includes bibliographical references (p. 141-155).Sediment-water interfaces (SWIs) are loci of dynami...
Subseafloor microbial activities are central to Earth’s biogeochemical cycles. They control Earth’s ...