EFFECT OF MICRONUTRIENTS AND BIOFERTILIZER INOCULATION ON GRAIN YIELD, PROTEIN CONTENT, MICRONUTRIENTS CONTENT AND ECONOMICS OF CHICKPEA CROP

Seema Sahu; P.K. Singh

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EFFECT OF MICRONUTRIENTS AND BIOFERTILIZER INOCULATION ON GRAIN YIELD, PROTEIN CONTENT, MICRONUTRIENTS CONTENT AND ECONOMICS OF CHICKPEA CROP

机译：微量元素和生物肥料的接种对小鸡作物谷物产量，蛋白质含量，微量元素含量和经济的影响

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A field experiment was conducted to evaluate the effect of micronutrients and biofertilizers on yield and economics of chickpea crop. The experiment was laid down in split plot design with four micronutrients alone and in combination of all, along with biofertilizers against the control. The highest grain yield (1866 kg/ha) was produced with the micronutrient treatment RDF + AM @ 1 kg/ ha (M) followed by the combination of micronutrients viz. Fe, B, Zn and MO (M6) 1477 kg/ha. Protein content in grainwas significantly higher in all the micronutrient treatments as well as biofertilizers, except treatment M2 (RDF+Fe+FeSOJ over the control. It varied from 21.87-23.46 in micronutrient treatment and 22.15-23.47 in biofertilizer treatment experiments. Micronutrients content were recorded significantly higher over the control in grain and straw. Economics of various treatments indicate the maximum net return over control with the treatment RDF+AM @ 1 kg/ha + Rhizobium + PSB (Rs 1525/ha). The maximum B:C ratio (1:56.15) ratio was recorded with RDF + Rhizobium + PSB followed by with RDF + AM + Rhizobium + PSB (1:9.90).

机译：进行了田间试验，以评估微量元素和生物肥料对鹰嘴豆作物产量和经济性的影响。该实验以分块设计的方式进行，其中单独使用四种微量营养素，以及全部使用四种微量营养素，以及针对对照的生物肥料。微量营养素处理RDF + AM @ 1 kg / ha（M）产生最高的谷物产量（1866 kg / ha），然后结合微量营养素即。铁，硼，锌和钼（M6）1477千克/公顷。在所有微量营养素处理和生物肥料中，除对照M2（RDF + Fe + FeSOJ）处理外，谷物中的蛋白质含量均显着较高。在微量营养素处理中，蛋白质含量从21.87-23.46变化，在生物肥料处理实验中为22.15-23.47。相对于谷物和稻草的控制，记录的收成要高得多。各种处理的经济性表明，RDF + AM @ 1 kg / ha +根瘤菌+ PSB处理的最大净收益高于控制（Rs 1525 / ha）。用RDF +根瘤菌+ PSB记录（1：56.15）比率，然后使用RDF + AM +根瘤菌+ PSB（1：9.90）记录。

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《Annals of Agricultural Research》 |2009年第2期|共4页
作者
Seema Sahu; P.K. Singh;
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正文语种 eng
中图分类农业科学;
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Grain yield; nutrient content; economics;

机译：粮食产量;营养成分;经济学;

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1. EFFECT OF MICRONUTRIENTS AND BIOFERTILIZER INOCULATION ON GRAIN YIELD, PROTEIN CONTENT, MICRONUTRIENTS CONTENT AND ECONOMICS OF CHICKPEA CROP [J] . Seema Sahu, P.K. Singh Annals of Agricultural Research . 2009,第1a2期

机译：微量元素和生物肥料的接种对小鸡作物谷物产量，蛋白质含量，微量元素含量和经济的影响
2. Effect of Micronutrients and Biofertilizers on N, P, K and S Content Uptake and Yield of Chickpea Crop [J] . Singh PK, Sahu S Environment and Ecology . 2009,第3期

机译：微量元素和生物肥料对鹰嘴豆作物氮，磷，钾和硫含量吸收及产量的影响
3. Effect of Micronutrients and Biofertilizers Inoculation on Nutrients Budgeting and Yield of Chickpea Crop in Vertisols [J] . Singh P. K., Sahu Seema, Gohain T. Advances in Plant Sciences . 2013,第2期

机译：微量营养素和生物肥料的接种对鹰嘴豆垂直生长的作物营养素收支和产量的影响
4. Impacts of increased mineral micronutrient content of rice and wheat seed/grain on crop productivity and human nutrition in Bangladesh [C] . J. M. Duxbury, Md. Bodruzzaman, S. Johnson, International Plant Nutrition Colloquium; 2005; Beijing . 2005

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5. The effect of dietary fat, dietary fibre and added-sugar intake on the micronutrient content of self-selected children's diets [D] . Teron, Adrienne Christine 2002

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6. Carbon dioxide (CO2) levels this century will alter the protein micronutrients and vitamin content of rice grains with potential health consequences for the poorest rice-dependent countries [O] . Chunwu Zhu, Kazuhiko Kobayashi, Irakli Loladze, 2018

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7. Response of Micronutrients and Biofertilizers on Yield Attributes and Protein Content under Rice – Chickpea Cropping System in Central Uttar Pradesh [O] . Namrata Kashyap, Rajendra Pathak, A. K. Sacchan, 2020

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EFFECT OF MICRONUTRIENTS AND BIOFERTILIZER INOCULATION ON GRAIN YIELD, PROTEIN CONTENT, MICRONUTRIENTS CONTENT AND ECONOMICS OF CHICKPEA CROP

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