Matches in SemOpenAlex for { <https://semopenalex.org/work/W2004970752> ?p ?o ?g. }
- W2004970752 endingPage "2296" @default.
- W2004970752 startingPage "2213" @default.
- W2004970752 abstract "Ammonia oxidation is a central step in the global nitrogen cycle that involves several different-conditions and metabolic bioprocesses, including aerobic versus anaerobic ammonia oxidation, and autotrophic versus heterotrophic ammonia oxidation. With the development and application of metagenomics and other modern molecular approaches, some new organisms (particularly ammonia-oxidizing archaea) and novel pathways related to ammonia oxidation have been identified. Consequently, the understanding of nitrogen cycling processes and the microorganisms that mediate them have been greatly improved. Here the authors summarize the biochemistry, microbiology, and ecophysiology of these organisms (including autotrophic ammonia-oxidizing bacteria, heterotrophic nitrifying bacteria, anaerobic ammonia-oxidizing bacteria, and ammonia-oxidizing archaea) and discuss the current knowledge and important concepts associated with their corresponding pathways. Factors influencing their distribution, abundance, community structure and potential ammonia oxidation rates in natural and engineered ecosystems are also addressed. Furthermore, the mechanism of nitrous oxide emission during these processes and the specific control strategies are explained or proposed. The significant roles of these organisms in novel biological wastewater treatment processes are also evaluated. Finally, several urgent issues and significant perspectives related to these novel pathways and players have been addressed to evoke the involvement of researchers in broadening future studies." @default.
- W2004970752 created "2016-06-24" @default.
- W2004970752 creator A5005999266 @default.
- W2004970752 creator A5006360053 @default.
- W2004970752 creator A5015197363 @default.
- W2004970752 creator A5040454413 @default.
- W2004970752 creator A5061907624 @default.
- W2004970752 creator A5063373699 @default.
- W2004970752 creator A5066730504 @default.
- W2004970752 creator A5071332648 @default.
- W2004970752 creator A5075095992 @default.
- W2004970752 date "2013-01-01" @default.
- W2004970752 modified "2023-10-16" @default.
- W2004970752 title "Pathways and Organisms Involved in Ammonia Oxidation and Nitrous Oxide Emission" @default.
- W2004970752 cites W109478395 @default.
- W2004970752 cites W113118156 @default.
- W2004970752 cites W1485917503 @default.
- W2004970752 cites W1502187033 @default.
- W2004970752 cites W1506969342 @default.
- W2004970752 cites W1511299275 @default.
- W2004970752 cites W1523019710 @default.
- W2004970752 cites W1536042751 @default.
- W2004970752 cites W1538026004 @default.
- W2004970752 cites W1538739033 @default.
- W2004970752 cites W1546000510 @default.
- W2004970752 cites W1550711487 @default.
- W2004970752 cites W1552774721 @default.
- W2004970752 cites W1556266803 @default.
- W2004970752 cites W1556656221 @default.
- W2004970752 cites W1565374436 @default.
- W2004970752 cites W1566902586 @default.
- W2004970752 cites W1574075066 @default.
- W2004970752 cites W1592542047 @default.
- W2004970752 cites W1600274958 @default.
- W2004970752 cites W1605597408 @default.
- W2004970752 cites W1614912103 @default.
- W2004970752 cites W1644271280 @default.
- W2004970752 cites W1653191221 @default.
- W2004970752 cites W1658815594 @default.
- W2004970752 cites W1679240242 @default.
- W2004970752 cites W1711380120 @default.
- W2004970752 cites W1850412500 @default.
- W2004970752 cites W18673004 @default.
- W2004970752 cites W1878020421 @default.
- W2004970752 cites W1896269736 @default.
- W2004970752 cites W1922664517 @default.
- W2004970752 cites W1923847788 @default.
- W2004970752 cites W1956187988 @default.
- W2004970752 cites W1956380837 @default.
- W2004970752 cites W1963614286 @default.
- W2004970752 cites W1964386423 @default.
- W2004970752 cites W1965056144 @default.
- W2004970752 cites W1966901041 @default.
- W2004970752 cites W1967904323 @default.
- W2004970752 cites W1968643322 @default.
- W2004970752 cites W1968930703 @default.
- W2004970752 cites W1969351926 @default.
- W2004970752 cites W1970944172 @default.
- W2004970752 cites W1971406859 @default.
- W2004970752 cites W1972013006 @default.
- W2004970752 cites W1973005481 @default.
- W2004970752 cites W1973263615 @default.
- W2004970752 cites W1973691995 @default.
- W2004970752 cites W1974535248 @default.
- W2004970752 cites W1975098934 @default.
- W2004970752 cites W1977262176 @default.
- W2004970752 cites W1978298060 @default.
- W2004970752 cites W1979503419 @default.
- W2004970752 cites W1979693950 @default.
- W2004970752 cites W1980875754 @default.
- W2004970752 cites W1981312471 @default.
- W2004970752 cites W1981436073 @default.
- W2004970752 cites W1981855406 @default.
- W2004970752 cites W1981871101 @default.
- W2004970752 cites W1982032829 @default.
- W2004970752 cites W1982666398 @default.
- W2004970752 cites W1983667035 @default.
- W2004970752 cites W1984198035 @default.
- W2004970752 cites W1984545026 @default.
- W2004970752 cites W1984910087 @default.
- W2004970752 cites W1986977846 @default.
- W2004970752 cites W1987349940 @default.
- W2004970752 cites W1987448323 @default.
- W2004970752 cites W1987490818 @default.
- W2004970752 cites W1987499922 @default.
- W2004970752 cites W1987836101 @default.
- W2004970752 cites W1989786302 @default.
- W2004970752 cites W1989995058 @default.
- W2004970752 cites W1990166027 @default.
- W2004970752 cites W1990990822 @default.
- W2004970752 cites W1991804553 @default.
- W2004970752 cites W1992947339 @default.
- W2004970752 cites W1993534461 @default.
- W2004970752 cites W1994252628 @default.
- W2004970752 cites W1994259230 @default.
- W2004970752 cites W1995608782 @default.
- W2004970752 cites W1995704030 @default.
- W2004970752 cites W1995836956 @default.