Matches in SemOpenAlex for { <https://semopenalex.org/work/W2022696581> ?p ?o ?g. }
- W2022696581 endingPage "52" @default.
- W2022696581 startingPage "43" @default.
- W2022696581 abstract "Bioremediation of oil-polluted soils under the extreme environmental conditions of deserts is challenging. Lack of nutrients, elevated temperatures and high salinities, caused by continuous evaporation of irrigation water/seawater, are among the major environmental factors that influence the diversity and activity of soil microorganisms. We compared, using microcosms, the effect of different temperatures and salinities on respiration activities, oil mineralization and bacterial community composition in desert soils with and without the addition of inorganic nutrients and exogenous bacteria. The addition of nutrients resulted in ca. 20% increase in oil mineralization rates, however additional exogenous bacteria lead to a further increase of only 1%. While the evolved CO2 increased with increasing temperatures, it decreased with increasing salinity in both untreated and biostimulated soils. The maximum amount of evolved CO2 reached 18.4 ± 1.1 mg-CO2 g−1 in the biostimulated soil at 50 °C and this corresponded to ca. 10% oil mineralization. Bacterial communities exhibited shifts at different temperatures and salinities in the favor of genera that contain potential oil-degrading aerobic and anaerobic bacteria. We conclude that fluctuations in temperature and salinity of desert soils will directly influence the activity and diversity of microorganisms therein and consequently affect the efficiency of applied bioremediation treatments." @default.
- W2022696581 created "2016-06-24" @default.
- W2022696581 creator A5020627076 @default.
- W2022696581 creator A5068391892 @default.
- W2022696581 creator A5084243037 @default.
- W2022696581 date "2015-03-01" @default.
- W2022696581 modified "2023-10-01" @default.
- W2022696581 title "Effect of biostimulation, temperature and salinity on respiration activities and bacterial community composition in an oil polluted desert soil" @default.
- W2022696581 cites W1578548116 @default.
- W2022696581 cites W1794091828 @default.
- W2022696581 cites W1921780704 @default.
- W2022696581 cites W1929089999 @default.
- W2022696581 cites W1978691187 @default.
- W2022696581 cites W1979866352 @default.
- W2022696581 cites W1982769712 @default.
- W2022696581 cites W1985257120 @default.
- W2022696581 cites W1985916025 @default.
- W2022696581 cites W1989502688 @default.
- W2022696581 cites W1994350893 @default.
- W2022696581 cites W2000059094 @default.
- W2022696581 cites W2002634173 @default.
- W2022696581 cites W2006668690 @default.
- W2022696581 cites W2007818266 @default.
- W2022696581 cites W2012680949 @default.
- W2022696581 cites W2013431700 @default.
- W2022696581 cites W2018502808 @default.
- W2022696581 cites W2019203349 @default.
- W2022696581 cites W2021404381 @default.
- W2022696581 cites W2022744528 @default.
- W2022696581 cites W2026362489 @default.
- W2022696581 cites W2026381614 @default.
- W2022696581 cites W2029989660 @default.
- W2022696581 cites W2031174321 @default.
- W2022696581 cites W2031648811 @default.
- W2022696581 cites W2031671701 @default.
- W2022696581 cites W2036857158 @default.
- W2022696581 cites W2045168933 @default.
- W2022696581 cites W2045570403 @default.
- W2022696581 cites W2046188270 @default.
- W2022696581 cites W2053261446 @default.
- W2022696581 cites W2058850524 @default.
- W2022696581 cites W2060644417 @default.
- W2022696581 cites W2063247508 @default.
- W2022696581 cites W2069505414 @default.
- W2022696581 cites W2069548458 @default.
- W2022696581 cites W2073699835 @default.
- W2022696581 cites W2074833892 @default.
- W2022696581 cites W2077950322 @default.
- W2022696581 cites W2087896703 @default.
- W2022696581 cites W2089463186 @default.
- W2022696581 cites W2102016788 @default.
- W2022696581 cites W2102233890 @default.
- W2022696581 cites W2102413143 @default.
- W2022696581 cites W2105807803 @default.
- W2022696581 cites W2108060244 @default.
- W2022696581 cites W2108200471 @default.
- W2022696581 cites W2114712862 @default.
- W2022696581 cites W2116309117 @default.
- W2022696581 cites W2116519092 @default.
- W2022696581 cites W2118312889 @default.
- W2022696581 cites W2123735672 @default.
- W2022696581 cites W2129596795 @default.
- W2022696581 cites W2130694174 @default.
- W2022696581 cites W2133237300 @default.
- W2022696581 cites W2134037455 @default.
- W2022696581 cites W2137799118 @default.
- W2022696581 cites W2139070866 @default.
- W2022696581 cites W2144890700 @default.
- W2022696581 cites W2150890726 @default.
- W2022696581 cites W2152899366 @default.
- W2022696581 cites W2155066423 @default.
- W2022696581 cites W2156438402 @default.
- W2022696581 cites W2161238178 @default.
- W2022696581 cites W2161895277 @default.
- W2022696581 cites W2162799538 @default.
- W2022696581 cites W2398192750 @default.
- W2022696581 cites W309126928 @default.
- W2022696581 doi "https://doi.org/10.1016/j.ibiod.2014.11.018" @default.
- W2022696581 hasPublicationYear "2015" @default.
- W2022696581 type Work @default.
- W2022696581 sameAs 2022696581 @default.
- W2022696581 citedByCount "70" @default.
- W2022696581 countsByYear W20226965812016 @default.
- W2022696581 countsByYear W20226965812017 @default.
- W2022696581 countsByYear W20226965812018 @default.
- W2022696581 countsByYear W20226965812019 @default.
- W2022696581 countsByYear W20226965812020 @default.
- W2022696581 countsByYear W20226965812021 @default.
- W2022696581 countsByYear W20226965812022 @default.
- W2022696581 countsByYear W20226965812023 @default.
- W2022696581 crossrefType "journal-article" @default.
- W2022696581 hasAuthorship W2022696581A5020627076 @default.
- W2022696581 hasAuthorship W2022696581A5068391892 @default.
- W2022696581 hasAuthorship W2022696581A5084243037 @default.
- W2022696581 hasConcept C107872376 @default.
- W2022696581 hasConcept C111696902 @default.
- W2022696581 hasConcept C112570922 @default.
- W2022696581 hasConcept C129513315 @default.