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首页> 外文期刊>Research on Crops >Evaluation of soil test crop response based integrated plant nutrition system (STCR-IPNS) recommendations for transgenic cotton on Inceptisol
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Evaluation of soil test crop response based integrated plant nutrition system (STCR-IPNS) recommendations for transgenic cotton on Inceptisol

机译:基于土壤试验作物响应的整合植物营养系统(STCR-IPNS)建议对Inceptisol上转基因棉花的评价

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Soil test bo ed fertilizer prescription equations (FPEs) were developed for desired yield target of transgenic cotton under Integrated Plant Nutrition System (IPNS) through drip fertigation on Vertic Ustropept of Tamil Nadu, south India. To validate the equations, an experiment was conducted on the same soil series. The results revealed that the deviation recorded in the achievement of target aimed, was within the range of ±10% (90-110%) proving the validity of the FPEs. STCR treatments greatly influenced the growth and yield attributes of the crop and recorded significantly higher yield, response ratio (RR) and benefit-cost ratio (BCR) than blanket, farmer's practice and control. STCR-IPNS treatments performed better than STCR-NPK alone treatments. There was build-up of post-harvest soil fertility in the STCR treatments. The treatment, STCR-IPNS for 4.0 t/ha of cotton proved its superiority over all other treatments in terms of yield, uptake, response ratio, BCR and quality parameters. This treatment recorded an yield increase of 62.4 and 65.6%, respectively, over blanket and farmer's practice. Therefore, it could be concluded that these FPEs could be made use of for prescribing soil test based fertilizer doses for transgenic cotton on Inceptisols under drip fertigation.
机译:通过在印度南部泰米尔纳德邦的Vertic Ustropept上滴灌施肥,在综合植物营养系统(IPNS)下,针对转基因棉花的理想产量目标,开发了土壤试验肥料配方方程(FPE)。为了验证方程,在相同的土壤系列上进行了实验。结果表明,实现目标所记录的偏差在±10%(90-110%)的范围内,证明了FPE的有效性。 STCR处理极大地影响了农作物的生长和产量属性,并且记录的单产,响应率(RR)和效益成本比(BCR)明显高于毯子,农民的实践和控制。 STCR-IPNS治疗的效果优于单独使用STCR-NPK的治疗。在STCR处理中,收获后土壤肥力增加。 STCR-IPNS处理棉花4.0吨/公顷证明了其在产量,吸收率,响应比,BCR和质量参数方面优于所有其他处理的优势。与毯子和农民的做法相比,这种处理的产量分别增加了62.4%和65.6%。因此,可以得出结论,这些FPE可以用于在滴灌施肥条件下,对基于Inceptisols的转基因棉花规定基于土壤试验的肥料剂量。

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