Table 3.
Open in new tab

Aerobic anoxygenic phototroph (AAP) abundance and contribution to total bacterial abundance in some inland waters. Data are listed according to increasing abundance. Concentration of chlorophyll a (Chl a), total phosphorous (TP) and dissolved organic carbon (DOC) is also indicated where available; n.d., no data.

EnvironmentSampling periodAAP abundance(104 cells mL−1)AAP abundance contribution (%)Chl a (µg L−1)TP (µg L−1)DOC (mg L−1)References
freshwater lakes from arctic to trophic regions of the worldsummern.d.0.2–18n.d.0.05–751–66Ferrera et al. 2017
freshwater lakes, Czech Republicseasonaln.d.1–213–1104–1831–13Mašín et al. 2008
freshwater lakes, CanadaJuly, August3.5–13.51–41–113–163–14Garcia-Chaves et al. 2016
freshwater lakes, AustriaJune–October0.1–131–290.7–20.3–20.3–2Čuperová et al. 2013
freshwater lakes, Québecseasonal15–551–371–55up to 110 × 1031–13Fauteux, Cottrell and Kirchman 2015
peat-bog lakes, Polandsummer3–1301–183–113n.d.3–103Lew, Lew and Koblížek 2016
glacial lakes, Germany, Poland and FinlandMay, June, July10–1202–121–369–81n.d.Mašín et al. 2012
peat-bog lakes, Polandseasonal10–2003–195–60n.d.n.d.Lew, Koblížek and Lew 2015
freshwater lakes, Czech Republic, Germanysummer10–2709–280.2–489–60n.d.Cepáková et al. 2016
saline steppe lakes, Russia, Ukraine and central AsiaAugust, September7–16800.2–651–180n.d.n.d.Medová et al. 2011
freshwater lakes, Hungarysummer2–30641–342–122020–18 × 1038–988current study
EnvironmentSampling periodAAP abundance(104 cells mL−1)AAP abundance contribution (%)Chl a (µg L−1)TP (µg L−1)DOC (mg L−1)References
freshwater lakes from arctic to trophic regions of the worldsummern.d.0.2–18n.d.0.05–751–66Ferrera et al. 2017
freshwater lakes, Czech Republicseasonaln.d.1–213–1104–1831–13Mašín et al. 2008
freshwater lakes, CanadaJuly, August3.5–13.51–41–113–163–14Garcia-Chaves et al. 2016
freshwater lakes, AustriaJune–October0.1–131–290.7–20.3–20.3–2Čuperová et al. 2013
freshwater lakes, Québecseasonal15–551–371–55up to 110 × 1031–13Fauteux, Cottrell and Kirchman 2015
peat-bog lakes, Polandsummer3–1301–183–113n.d.3–103Lew, Lew and Koblížek 2016
glacial lakes, Germany, Poland and FinlandMay, June, July10–1202–121–369–81n.d.Mašín et al. 2012
peat-bog lakes, Polandseasonal10–2003–195–60n.d.n.d.Lew, Koblížek and Lew 2015
freshwater lakes, Czech Republic, Germanysummer10–2709–280.2–489–60n.d.Cepáková et al. 2016
saline steppe lakes, Russia, Ukraine and central AsiaAugust, September7–16800.2–651–180n.d.n.d.Medová et al. 2011
freshwater lakes, Hungarysummer2–30641–342–122020–18 × 1038–988current study
Table 3.
Open in new tab

Aerobic anoxygenic phototroph (AAP) abundance and contribution to total bacterial abundance in some inland waters. Data are listed according to increasing abundance. Concentration of chlorophyll a (Chl a), total phosphorous (TP) and dissolved organic carbon (DOC) is also indicated where available; n.d., no data.

EnvironmentSampling periodAAP abundance(104 cells mL−1)AAP abundance contribution (%)Chl a (µg L−1)TP (µg L−1)DOC (mg L−1)References
freshwater lakes from arctic to trophic regions of the worldsummern.d.0.2–18n.d.0.05–751–66Ferrera et al. 2017
freshwater lakes, Czech Republicseasonaln.d.1–213–1104–1831–13Mašín et al. 2008
freshwater lakes, CanadaJuly, August3.5–13.51–41–113–163–14Garcia-Chaves et al. 2016
freshwater lakes, AustriaJune–October0.1–131–290.7–20.3–20.3–2Čuperová et al. 2013
freshwater lakes, Québecseasonal15–551–371–55up to 110 × 1031–13Fauteux, Cottrell and Kirchman 2015
peat-bog lakes, Polandsummer3–1301–183–113n.d.3–103Lew, Lew and Koblížek 2016
glacial lakes, Germany, Poland and FinlandMay, June, July10–1202–121–369–81n.d.Mašín et al. 2012
peat-bog lakes, Polandseasonal10–2003–195–60n.d.n.d.Lew, Koblížek and Lew 2015
freshwater lakes, Czech Republic, Germanysummer10–2709–280.2–489–60n.d.Cepáková et al. 2016
saline steppe lakes, Russia, Ukraine and central AsiaAugust, September7–16800.2–651–180n.d.n.d.Medová et al. 2011
freshwater lakes, Hungarysummer2–30641–342–122020–18 × 1038–988current study
EnvironmentSampling periodAAP abundance(104 cells mL−1)AAP abundance contribution (%)Chl a (µg L−1)TP (µg L−1)DOC (mg L−1)References
freshwater lakes from arctic to trophic regions of the worldsummern.d.0.2–18n.d.0.05–751–66Ferrera et al. 2017
freshwater lakes, Czech Republicseasonaln.d.1–213–1104–1831–13Mašín et al. 2008
freshwater lakes, CanadaJuly, August3.5–13.51–41–113–163–14Garcia-Chaves et al. 2016
freshwater lakes, AustriaJune–October0.1–131–290.7–20.3–20.3–2Čuperová et al. 2013
freshwater lakes, Québecseasonal15–551–371–55up to 110 × 1031–13Fauteux, Cottrell and Kirchman 2015
peat-bog lakes, Polandsummer3–1301–183–113n.d.3–103Lew, Lew and Koblížek 2016
glacial lakes, Germany, Poland and FinlandMay, June, July10–1202–121–369–81n.d.Mašín et al. 2012
peat-bog lakes, Polandseasonal10–2003–195–60n.d.n.d.Lew, Koblížek and Lew 2015
freshwater lakes, Czech Republic, Germanysummer10–2709–280.2–489–60n.d.Cepáková et al. 2016
saline steppe lakes, Russia, Ukraine and central AsiaAugust, September7–16800.2–651–180n.d.n.d.Medová et al. 2011
freshwater lakes, Hungarysummer2–30641–342–122020–18 × 1038–988current study
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