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Agro-Economic Analysis of Maize-based Cropping Systems in India

机译:印度玉米种植系统的农业经济分析

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摘要

Under the current scenario of farming with changing natural resource base,food habits,industrialisation,maize having adaptability across diverse soil and climatic conditions has emerged as an important crop for food and nutritional security and farm economy.Among all the cereals,the growth of maize production is highest (4.2%),which is much higher than the major crops (rice and wheat).Although there has been an increasing trend in area,production and productivity of maize,there exists wide gap between attainable and actual yields at farm level.Greater risks of abiotic stresses,inadequate and imbalance plant nutrition,improper agro-techniques and use of low yield potential genotypes are the major reasons for wide yield gaps across the agro-ecologies.There is a great variability in profitability (CV= 32%) and B:C ratio (CV=38%) in maize production across the states,which is associated with genotype,management and environmental factors.Being a crop with wide adaptability across the agro-environments and changing natural resources base,situation specific maize-based cropping systems with compatible genotypes and best management practices needs to be developed and disseminated at farm level to meet the growing demand of maize by different sectors.
机译:在具有不断变化的自然资源基础,饮食习惯,工业化的农业形势下,具有适应各种土壤和气候条件的适应性玉米已经成为粮食,营养安全和农业经济的重要作物。在所有谷物中,玉米的生长产量最高(4.2%),远高于主要农作物(稻米和小麦)。尽管玉米的面积,产量和生产力都有增加的趋势,但在农场一级可达到的产量与实际产量之间仍存在较大差距非生物胁迫,植物营养不足和失衡,农业技术不当以及使用低产量潜在基因型的更大风险是造成整个农业生态系统之间巨大的产量差距的主要原因。获利能力差异很大(CV = 32% )和全州玉米产量中的B:C比(CV = 38%),这与基因型,管理和环境因素有关。成为在整个农业领域具有广泛适应性的作物在环境和不断变化的自然资源基础上,需要开发具有适合的基因型和最佳管理规范的特定情境的玉米种植系统,并在农场一级进行推广,以满足不同部门对玉米日益增长的需求。

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