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- W4281787274 endingPage "115474" @default.
- W4281787274 startingPage "115474" @default.
- W4281787274 abstract "Nitrogen loss during composting is closely related to NH4+-N conversion, and ammonia-oxidizing bacteria (AOB) are important microorganisms that promote NH4+-N conversion. Since the biological activity of conventional AOB agents used for compost inoculation declines rapidly during the thermophilic phase of composting, new compound inoculants should be developed that are active during that phase. In the current study, the effects of inoculating cattle manure compost with newly isolated AOB (5%, v/w) [thermotolerant AOB X-2 strain (T-AOB-2), mesophilic AOB X-4 strain (M-AOB-4), and AOB X-2 combined with AOB X-4 (MT-AOB-2-4)] on the conversion of nitrogen, compost maturity, and the resident microbial community were studied. During 35 days of composting, compared with the control, AOB inoculation reduced NH3 emissions by 29.98-46.94%, accelerated the conversion of NH4+-N to NO2--N, increased seed germination values by 13.00-25.90%, and increased the abundance of the microbial community at the thermophilic phase (16.38-68.81%). Network analysis revealed that Bacillaceae play a crucial role in the composting process, with the correlation coefficients: 0.83 (p < 0.05) with NH3, 0.64 (p < 0.05) with NH4+-N, and 0.81 (p < 0.05) with NO2--N. In addition, inoculation with MT-AOB-2-4 notably increased the total nitrogen content of compost, prolonged the sanitation stage, and promoted compost maturity. Hence, MT-AOB-2-4 may be used to increase the microbial community abundance and improve the efficiency of cattle manure composting." @default.
- W4281787274 created "2022-06-13" @default.
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- W4281787274 date "2022-09-01" @default.
- W4281787274 modified "2023-10-11" @default.
- W4281787274 title "Effect of inoculation with newly isolated thermotolerant ammonia-oxidizing bacteria on nitrogen conversion and microbial community during cattle manure composting" @default.
- W4281787274 cites W1556182964 @default.
- W4281787274 cites W165784414 @default.
- W4281787274 cites W1975693574 @default.
- W4281787274 cites W1987490818 @default.
- W4281787274 cites W1990328225 @default.
- W4281787274 cites W1995279407 @default.
- W4281787274 cites W1999378978 @default.
- W4281787274 cites W2025503837 @default.
- W4281787274 cites W2025904535 @default.
- W4281787274 cites W2030259435 @default.
- W4281787274 cites W2037843626 @default.
- W4281787274 cites W2040068046 @default.
- W4281787274 cites W2088361226 @default.
- W4281787274 cites W2091614528 @default.
- W4281787274 cites W2097792775 @default.
- W4281787274 cites W2098769257 @default.
- W4281787274 cites W2124541111 @default.
- W4281787274 cites W2258417703 @default.
- W4281787274 cites W2402851760 @default.
- W4281787274 cites W2516440246 @default.
- W4281787274 cites W2521642003 @default.
- W4281787274 cites W2592490302 @default.
- W4281787274 cites W2599612848 @default.
- W4281787274 cites W2750131096 @default.
- W4281787274 cites W2753332180 @default.
- W4281787274 cites W2760516739 @default.
- W4281787274 cites W2763618928 @default.
- W4281787274 cites W2769079032 @default.
- W4281787274 cites W2795722206 @default.
- W4281787274 cites W2808226306 @default.
- W4281787274 cites W2809796236 @default.
- W4281787274 cites W2811334756 @default.
- W4281787274 cites W2890307450 @default.
- W4281787274 cites W2890494373 @default.
- W4281787274 cites W2890910459 @default.
- W4281787274 cites W2891364580 @default.
- W4281787274 cites W2893432970 @default.
- W4281787274 cites W2911818736 @default.
- W4281787274 cites W2942461464 @default.
- W4281787274 cites W2945126687 @default.
- W4281787274 cites W2946246228 @default.
- W4281787274 cites W2963136560 @default.
- W4281787274 cites W2967098306 @default.
- W4281787274 cites W2980710742 @default.
- W4281787274 cites W2981196743 @default.
- W4281787274 cites W2985328404 @default.
- W4281787274 cites W2987588809 @default.
- W4281787274 cites W2994691666 @default.
- W4281787274 cites W2995821978 @default.
- W4281787274 cites W2998571434 @default.
- W4281787274 cites W3008316040 @default.
- W4281787274 cites W3010511313 @default.
- W4281787274 cites W3013422796 @default.
- W4281787274 cites W3013589922 @default.
- W4281787274 cites W3015584599 @default.
- W4281787274 cites W3020970398 @default.
- W4281787274 cites W3022169674 @default.
- W4281787274 cites W3022535608 @default.
- W4281787274 cites W3028196215 @default.
- W4281787274 cites W3032292142 @default.
- W4281787274 cites W3033880449 @default.
- W4281787274 cites W3034045216 @default.
- W4281787274 cites W3034880110 @default.
- W4281787274 cites W3045997568 @default.
- W4281787274 cites W3086897938 @default.
- W4281787274 cites W3092098038 @default.
- W4281787274 cites W3127342475 @default.
- W4281787274 cites W3133850791 @default.
- W4281787274 cites W3134340654 @default.
- W4281787274 cites W3154532857 @default.
- W4281787274 cites W3196224469 @default.
- W4281787274 cites W3215621114 @default.
- W4281787274 cites W4214590362 @default.
- W4281787274 doi "https://doi.org/10.1016/j.jenvman.2022.115474" @default.
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- W4281787274 hasPublicationYear "2022" @default.
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