Rao Y R, Sethunathan N
J Environ Sci Health B. 1979;14(3):335-51. doi: 10.1080/03601237909372132.
In an isotope study, the effect of ferrous sulfate on the degradation of parathion was studied under flooded soil conditions. The addition of ferrous sulfate to flooded soil led to more rapid and extensive degradation of parathion with the formation of additional degradation products in ferrous sulfate-amended soil. This effect was not pronounced when ferrous sulfate was added to non-flooded soil or to flooded autoclaved soil. Sulfate, rather than Fe2+, was implicated in the extensive degradation of parathion.
在一项同位素研究中,研究了硫酸亚铁在淹水土壤条件下对毒死蜱降解的影响。向淹水土壤中添加硫酸亚铁会导致毒死蜱更快、更广泛地降解,并在添加硫酸亚铁的土壤中形成额外的降解产物。当将硫酸亚铁添加到非淹水土壤或淹水灭菌土壤中时,这种效果并不明显。硫酸根而非亚铁离子与毒死蜱的广泛降解有关。