2020Asian Journal of Agriculture and BiologyOpen access

Response of hybrid maize to multiple soil organic amendments under sufficient or deficient soil zinc situation

Naeem Sarwar

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Abstract

We studied the role of addition of various organic supplements for zinc uptake and overall maize crop performance.In field experiment, different sources of organic matter were added as supplement doses in the form of compost, biochar, humic acid and biofertilizer with or without soil zinc application.All other agronomic practices were remained normal as per farming community recommendation.Results revealed that various organic supplements significantly improved the crop performance not under zinc applied soil while also under zinc deficient soil.Crop showed accelerated growth in term of leaf area index, leaf area duration, crop growth rate etc which further leads toward better crop yield and quality.Organic supplements (biochar>compost>humic acid>biofertilizer) improve the crop production in zinc deficient as well as in zinc fertile soil but this effect was most prominent under biochar application.Findings suggest that farmers can enhance the maize crop productivity with the addition of organic supplements under zinc fertilization.

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We studied the role of addition of various organic supplements for zinc uptake and overall maize crop performance.In field experiment, different sources of organic matter were added as supplement doses in the form of compost, biochar, humic acid and biofertilizer with or without soil zinc application.All other agronomic practices were remained normal as per farming community recommendation.Results revealed that various organic supplements significantly improved the crop performance not under zinc applied soil while also under zinc deficient soil.Crop showed accelerated growth in term of leaf area index, leaf area duration, crop growth rate etc which further leads toward better crop yield and quality.Organic supplements (biochar>compost>humic acid>biofertilizer) improve the crop production in zinc deficient as well as in zinc fertile soil but this effect was most prominent under biochar application.Findings suggest that farmers can enhance the maize crop productivity with the addition of organic supplements under zinc fertilization.

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Available abstract

We studied the role of addition of various organic supplements for zinc uptake and overall maize crop performance.In field experiment, different sources of organic matter were added as supplement doses in the form of compost, biochar, humic acid and biofertilizer with or without soil zinc application.All other agronomic practices were remained normal as per farming community recommendation.Results revealed that various organic supplements significantly improved the crop performance not under zinc applied soil while also under zinc deficient soil.Crop showed accelerated growth in term of leaf area index, leaf area duration, crop growth rate etc which further leads toward better crop yield and quality.Organic supplements (biochar>compost>humic acid>biofertilizer) improve the crop production in zinc deficient as well as in zinc fertile soil but this effect was most prominent under biochar application.Findings suggest that farmers can enhance the maize crop productivity with the addition of organic supplements under zinc fertilization.

Key concepts: Compost, Agronomy, Biochar, Zinc, Biofertilizer, Crop, Crop yield, Humic acid

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