Microbial Ecology of the Oceans 2008
DOI: 10.1002/9780470281840.ch5
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Photoheterotrophic Marine Prokaryotes

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Cited by 24 publications
(7 citation statements)
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References 93 publications
(77 reference statements)
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“…The magnitude of response of BP to the incubation conditions might be related to the composition of communities and to the degree of dissimilarity between the initial samples. Higher values of BP in the laboratory dark condition are consistent with those obtained in other studies (Morán et al 2001;AlonsoSaez et al 2006;Béjà and Suzuki 2008). However, another study observed BP stimulation in laboratory conditions, but when bacteria were exposure to PAR, not in the dark control as in our study (Ruiz-González et al (2012).…”
Section: Impact Of Incubation Conditions On Bacterial Production Detesupporting
confidence: 94%
See 1 more Smart Citation
“…The magnitude of response of BP to the incubation conditions might be related to the composition of communities and to the degree of dissimilarity between the initial samples. Higher values of BP in the laboratory dark condition are consistent with those obtained in other studies (Morán et al 2001;AlonsoSaez et al 2006;Béjà and Suzuki 2008). However, another study observed BP stimulation in laboratory conditions, but when bacteria were exposure to PAR, not in the dark control as in our study (Ruiz-González et al (2012).…”
Section: Impact Of Incubation Conditions On Bacterial Production Detesupporting
confidence: 94%
“…However, this technique has some limitations such as the dark incubations of the samples (Aas et al 1996;Pakulski et al 1998;Morán et al 2001), which intend to avoid reproduction of the levels of ambient light (Morán et al 2001), removing the stimulatory effects of primary production and eliminate the harmful effects of solar radiation on bacteria (Aas et al 1996). Several studies have been published about this subject; however, there is no agreement on the ideal incubation condition since, in some works, there is stimulation of leucine incorporation rates by PAR (photosynthetically active radiation, 400-700 nm) light irradiation (Mary et al 2008;Ruiz-González et al 2012), and in others, there is a strong inhibition (Morán et al 2001;Alonso-Saez et al 2006;Béjà and Suzuki 2008).…”
Section: Introductionmentioning
confidence: 97%
“…In photoheterotrophs, the proton motive force generated by light can be used to drive active transport, motility, and ATP synthesis but is not used for C fixation; these microbes require organic C for growth. AAP bacteria have bacteriochlorophyll and make up 1-30% of the bacteria in surface waters (Béja & Suzuki 2008, Kirchman & Hanson 2013. They belong to the alpha, beta, and gamma subclasses of the Proteobacteria, and common marine genera include Roseobacter, Erythrobacter, and the gammaproteobacterial clade OM60; these bacteria occur in estuaries, bays, and the open ocean (Eiler 2006, Béja & Suzuki 2008.…”
Section: Photoheterotrophic Bacteria and Archaeamentioning
confidence: 99%
“…Many species of bacteria (e.g., Pierson et al, 1985;Madigan and Ormerod, 1995;Be ´ja et al, 2000;Rappe ét al., 2002;Bryant et al, 2007;Zeng et al, 2014;Zervas et al, 2019) as well as some fungi (Gleason et al, 2019), zooplankton (Stoecker et al, 2017), and aphids (Valmalette et al, 2012) are pure photoheterotrophs, using light solely to generate metabolic energy and gathering carbon from other sources. A range of photosynthetic organisms can also switch to a photoheterotrophic metabolism if organic carbon is available in their environment (Be ´ja `and Suzuki, 2008;Stoecker et al, 2017). Thus, on Earth, the use of light solely as a source of energy, and not to power the generation of electrons to reduce CO 2 , is widespread.…”
Section: Energymentioning
confidence: 99%