2013•BIOINFOLET - A Quarterly Journal of Life SciencesRequires access

Yield, qualityand nutrient uptake in kharif groundnut (Arachis hypogaea L)

S.C. Jathar, Rahul R. Pisal, Vaishali H. Surve, Nilima Bhosale, D. R. Padmani

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Abstract

Pod yield of groundnut was significantly influenced by adoption of all the agronomic practices like seed treatment with Thirum, recommended spacing, recommended dose of fertilizer, pre-emergence weedicide application, protective irrigation, foliar application of FeSO4 + citric acid and treatment with Trichoderma. Higher pod yield (1344 kg ha−1), haulm yield (2153 kg ha−1) and protein content (22.57%) was recorded with adoption of recommended package of practices. Oil content was unaffected under various treatments.

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What this paper is about

Pod yield of groundnut was significantly influenced by adoption of all the agronomic practices like seed treatment with Thirum, recommended spacing, recommended dose of fertilizer, pre-emergence weedicide application, protective irrigation, foliar application of FeSO4 + citric acid and treatment with Trichoderma. Higher pod yield (1344 kg ha−1), haulm yield (2153 kg ha−1) and protein content (22.57%) was recorded with adoption of recommended package of practices. Oil content was unaffected under various treatments.

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Available abstract

Pod yield of groundnut was significantly influenced by adoption of all the agronomic practices like seed treatment with Thirum, recommended spacing, recommended dose of fertilizer, pre-emergence weedicide application, protective irrigation, foliar application of FeSO4 + citric acid and treatment with Trichoderma. Higher pod yield (1344 kg ha−1), haulm yield (2153 kg ha−1) and protein content (22.57%) was recorded with adoption of recommended package of practices. Oil content was unaffected under various treatments.

Key concepts: Arachis hypogaea, Point of delivery, Kharif crop, Yield (engineering), Agronomy, Irrigation, Fertilizer, Nutrient

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