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Impact of sugar industry effluents on soil cellulase activity

机译:制糖工业废水对土壤纤维素酶活性的影响

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摘要

An assessment on the impact of sugar industry wastes on soil physicochemical and cellulase activity in waste dump sites, carried out in urban Nandyal, Southern India. Some core samples were collected from the selected profile pits at different soil horizons of dump (test) and non-dump sites (control). The experimental results indicated that, most of the physicochemical properties such as silt, clay, electrical conductivity, water holding capacity, organic matter and total nitrogen contents, microbial population and cellulase activities were significantly higher in the test sample than in the control. Furthermore, though the application of effluents substantially increased the cellulase activity, but was declined at high effluent concentration. Nevertheless, enzyme activity was gradually dropped upon prolonged incubation period in all three samples, such as control, test and effluent amended samples.
机译:在印度南部的南迪亚尔市,对制糖业废物对废物倾倒场中土壤理化和纤维素酶活性的影响进行了评估。从堆场(试验)和非堆场(对照)不同土壤层的选定剖面坑中收集了一些岩心样品。实验结果表明,测试样品中的大部分理化特性,如淤泥,粘土,电导率,持水量,有机质和总氮含量,微生物种群和纤维素酶活性均显着高于对照。此外,尽管废水的施用显着提高了纤维素酶的活性,但是在高废水浓度下却有所下降。然而,在延长的孵育时间后,所有三个样品(例如对照,测试样品和流出物修正样品)中的酶活性都逐渐下降。

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