This paper reviewed the strategies and methods of screening for microorganisms having strong ability bensulfuron-methyl （BSM）, and discussed BSM degradation pathways and factors affecting its microbial metabolism pr...This paper reviewed the strategies and methods of screening for microorganisms having strong ability bensulfuron-methyl （BSM）, and discussed BSM degradation pathways and factors affecting its microbial metabolism prospected the research emphasis in the future to remove Finally, it展开更多
This paper studied adsorption and deyradation of bensulfuron-methyl (BSM) by bioassay method. The results showed that adsorption rate of BSM increased with increasing organic matter content. Degradation velocity of BS...This paper studied adsorption and deyradation of bensulfuron-methyl (BSM) by bioassay method. The results showed that adsorption rate of BSM increased with increasing organic matter content. Degradation velocity of BSM changed fast with pH inreasing and temperature decreasing. There were different degradation of BSM between in water and soil. BSM was degraded rapidly in initial period. Afterward the degradation of BSM was slow dow. With increasing organic matter content deyradation of BSM in water was faster than that in soil.展开更多
基金Supported by Innovative Team Foundation of Northeast Agricultural University(CXT003-1-3)
文摘This paper reviewed the strategies and methods of screening for microorganisms having strong ability bensulfuron-methyl （BSM）, and discussed BSM degradation pathways and factors affecting its microbial metabolism prospected the research emphasis in the future to remove Finally, it
文摘This paper studied adsorption and deyradation of bensulfuron-methyl (BSM) by bioassay method. The results showed that adsorption rate of BSM increased with increasing organic matter content. Degradation velocity of BSM changed fast with pH inreasing and temperature decreasing. There were different degradation of BSM between in water and soil. BSM was degraded rapidly in initial period. Afterward the degradation of BSM was slow dow. With increasing organic matter content deyradation of BSM in water was faster than that in soil.
