Annual production and consumption of oxygen were compared in large outdoor mesocosms differing only in the presence or absence of an intact benthic community and associated sediments. Both daily apparent production and nighttime respiration of oxygen were greater in tanks with a benthos. The fluxes of oxygen into, and dissolved inorganic nitrogen out of the bottom were also greater in tanks with an intact benthos. In tanks with a benthos, calculated gross system production increased 33% relative to tanks lacking a benthos. Depending on assumed O:N ratios only 45–60% of this increase was attributable to differences in the flux of inorganic nitrogen from the benthos to the water column. Nearly 40% was evidently fueled by higher rates of recyc...
The study of benthic metabolism is an interesting tool to understand the process that occurs in bott...
AbstractWe describe the long-term response of benthic metabolism in depositional sediments of Boston...
The distribution of dissolved oxygen in the world oceans mirrors deep circulation commencing where o...
The ratio between oxygen supply and oxygen demand was examined as a predictor of benthic response to...
The exchange of O2, N2, NO3−, NH4+, Si(OH)4, and PO4−3 between the sediments and the overlying water...
Although the responses of pelagic algae and invertebrates to gradients of nutrient enrichment are we...
The decomposition of organic matter and the regeneration of nitrogen in the sediments of Buzzards Ba...
Microplankton and zooplankton respiration were calculated from ETS activity measurements in the upwe...
Sediment-water exchange rates of dissolved inorganic nitrogen (NH4+, NO3-, NO2-) and phosphorus (PO3...
Infaunal inhabitants of coastal marine sediments occupy environments along a continuum from extremel...
Benthic fluxes of dissolved nutrients, oxygen, dissolved inorganic carbon, and total alkalinity were...
Oxygen consumption and ammonium excretion rates of bathyal macro- and mcgazooplank-ton from a benthi...
Marine organisms can be categorized as benthic, planktonic or nektonic depending on their physical ...
Measurements of benthic oxygen production and consumption at 3 stations over an annual cycle in a sh...
Benthic-pelagic coupling links the sediments and the water column in shallow coastal marine ecosyste...
The study of benthic metabolism is an interesting tool to understand the process that occurs in bott...
AbstractWe describe the long-term response of benthic metabolism in depositional sediments of Boston...
The distribution of dissolved oxygen in the world oceans mirrors deep circulation commencing where o...
The ratio between oxygen supply and oxygen demand was examined as a predictor of benthic response to...
The exchange of O2, N2, NO3−, NH4+, Si(OH)4, and PO4−3 between the sediments and the overlying water...
Although the responses of pelagic algae and invertebrates to gradients of nutrient enrichment are we...
The decomposition of organic matter and the regeneration of nitrogen in the sediments of Buzzards Ba...
Microplankton and zooplankton respiration were calculated from ETS activity measurements in the upwe...
Sediment-water exchange rates of dissolved inorganic nitrogen (NH4+, NO3-, NO2-) and phosphorus (PO3...
Infaunal inhabitants of coastal marine sediments occupy environments along a continuum from extremel...
Benthic fluxes of dissolved nutrients, oxygen, dissolved inorganic carbon, and total alkalinity were...
Oxygen consumption and ammonium excretion rates of bathyal macro- and mcgazooplank-ton from a benthi...
Marine organisms can be categorized as benthic, planktonic or nektonic depending on their physical ...
Measurements of benthic oxygen production and consumption at 3 stations over an annual cycle in a sh...
Benthic-pelagic coupling links the sediments and the water column in shallow coastal marine ecosyste...
The study of benthic metabolism is an interesting tool to understand the process that occurs in bott...
AbstractWe describe the long-term response of benthic metabolism in depositional sediments of Boston...
The distribution of dissolved oxygen in the world oceans mirrors deep circulation commencing where o...