Add to ORKGThe thesis focuses on the transport and transformation of nutrients and oxygen across the benthic boundary layer (BBL). The BBL denotes the water layer that is directly influenced by the interface between the sediment and the overlying water column and which is characterized by intense turbulent mixing, gradients in solutes and increased concentrations of suspended particulate matter. So far, the rates and regulation of nutrient exchange across and microbial activity within the BBL are poorly understood. The aim of this thesis is to characterize and quantify the vertical transport of nutrients and oxygen across the BBL as well as the microbial activity within the BBL. The vertical turbulent transport in the benthic boundary layer is subject...
This work is part of ongoing research on the exchange of matter between marine sediments and the ove...
Long-term investigations of pore-water ammonium concentrations and sediment oxygen uptake were carri...
Mass fluxes of particulate matter were studied in two large seawater flumes under three different fl...
The thesis focuses on the transport and transformation of nutrients and oxygen across the benthic bo...
In aquatic environments, the benthic boundary layer (BBL) is the transition zone for dissolved solut...
More than 50% of the continental shelves are covered by sandy sediments that are permeable and allow...
More than 50% of the continental shelves are covered by sandy sediments that are permeable and allow...
A simple, steady state, reaction-diffusion diagenesis model is used to quantify the possible error a...
The coastal ocean is characterized by high exchange rates of organic matter, oxygen, and nutrients b...
In this paper, we develop and validate a rigorous modeling framework, based on Duhamel\u27s Theorem,...
In this paper, we develop and validate a rigorous modeling framework, based on Duhamel’s Theorem, fo...
Continental margin sediments play an important role in marine biogeochemical cycles, partly due to h...
Interfacial processes in sediments, biofilms, and other benthic aquatic systems can be strongly affe...
To assess the influence of boundary flow on interfacial oxygen flux in sediments inhabited by benthi...
Within the last decades, there have been spectacular developments in experimental and analytical tec...
This work is part of ongoing research on the exchange of matter between marine sediments and the ove...
Long-term investigations of pore-water ammonium concentrations and sediment oxygen uptake were carri...
Mass fluxes of particulate matter were studied in two large seawater flumes under three different fl...
The thesis focuses on the transport and transformation of nutrients and oxygen across the benthic bo...
In aquatic environments, the benthic boundary layer (BBL) is the transition zone for dissolved solut...
More than 50% of the continental shelves are covered by sandy sediments that are permeable and allow...
More than 50% of the continental shelves are covered by sandy sediments that are permeable and allow...
A simple, steady state, reaction-diffusion diagenesis model is used to quantify the possible error a...
The coastal ocean is characterized by high exchange rates of organic matter, oxygen, and nutrients b...
In this paper, we develop and validate a rigorous modeling framework, based on Duhamel\u27s Theorem,...
In this paper, we develop and validate a rigorous modeling framework, based on Duhamel’s Theorem, fo...
Continental margin sediments play an important role in marine biogeochemical cycles, partly due to h...
Interfacial processes in sediments, biofilms, and other benthic aquatic systems can be strongly affe...
To assess the influence of boundary flow on interfacial oxygen flux in sediments inhabited by benthi...
Within the last decades, there have been spectacular developments in experimental and analytical tec...
This work is part of ongoing research on the exchange of matter between marine sediments and the ove...
Long-term investigations of pore-water ammonium concentrations and sediment oxygen uptake were carri...
Mass fluxes of particulate matter were studied in two large seawater flumes under three different fl...