Kevin Vikström
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View article: Respiration rates of marine prokaryotes and implications for the in vivo INT method
Respiration rates of marine prokaryotes and implications for the in vivo INT method Open
The balance between the uptake of CO2 by phytoplankton photosynthesis and the production of CO2 from prokaryoplankton, zooplankton and phytoplankton respiration controls how much carbon can be stored in the ocean and hence how much remains…
View article: Respiration rates of marine prokaryotes and implications for the in vivo INT method
Respiration rates of marine prokaryotes and implications for the in vivo INT method Open
The balance between the uptake of CO2 by phytoplankton photosynthesis and the production of CO2 from prokaryo-, zoo- and phytoplankton respiration controls how much carbon can be stored in the ocean and hence how much remains in the atmosp…
View article: Corrigendum: Extensive prokaryotic maintenance respiration in the sea influenced by osmoregulation
Corrigendum: Extensive prokaryotic maintenance respiration in the sea influenced by osmoregulation Open
•Incorrect Supplementary Material In the published article, there were errors in Supplementary Table_1 with primary data. Coordinates for the sampling stations were missing. The unit for prokaryotic community respiration 95% C.I. and 2 × S…
View article: Regulation of marine plankton respiration: A test of models
Regulation of marine plankton respiration: A test of models Open
Plankton respiration is a major process removing oxygen from pelagic environments and constitutes one of the largest oxygen transformations in the sea. Where the O 2 supplies due to dissolution, advection and oxygenic photosynthesis are no…
View article: Extensive prokaryotic maintenance respiration in the sea influenced by osmoregulation
Extensive prokaryotic maintenance respiration in the sea influenced by osmoregulation Open
Microbial respiration is the major process consuming oxygen in the biosphere. The relative energy demand from growth of biomass or maintenance activities determines the regulation of respiration with impact on how the development of hypoxi…
View article: Strong Influence of Baseline Respiration in an Oligotrophic Coastal Ecosystem
Strong Influence of Baseline Respiration in an Oligotrophic Coastal Ecosystem Open
Respiration is a key metabolic process in the marine environment and contemporary phytoplankton production (PhP) is commonly assumed the main driver. However, respiration in the absence of contemporary PhP, termed baseline respiration, can…
View article: Improved accuracy of optode‐based oxygen consumption measurements by removal of system drift and nonlinear derivation
Improved accuracy of optode‐based oxygen consumption measurements by removal of system drift and nonlinear derivation Open
This method evaluation aimed to improve the accuracy and precision of the previously published method to measure oxygen consumption using optodes with integrated temperature and salinity correction in dark incubations. Significant short‐te…
View article: Importance of bacterial maintenance respiration and baseline respiration for development of coastal hypoxia
Importance of bacterial maintenance respiration and baseline respiration for development of coastal hypoxia Open
Reduced oxygen concentrations and increasing hypoxic zones havebecome more common in the sea due to climate change andeutrophication. The main cause of oxygen loss in oxygenatedenvironments is respiration. Respiration rates can be estimate…