Potential of Various Organic Nutrient Management Practices for Augmenting the Growth, Yield Attribut

During Kharif, 2016, a field experiment was carried out on sandy loam soils of the S.V. dry land farm. Agricultural College, Tirupati, University of Agriculture of Acharya N.G. Ranga. The experiment with three replications was laid out in a randomised block method. Eight treatments were performed, i.e., control (T1), 100 percent RDF (60:30:30 kg ha-1 N:P2O5:K2O) (T2), 100 percent N through farm yard manure (FYM) (T3), 100 percent N through FYM + biofertilizer seedling treatment (Azospirillum+ PSB) (T4), beejamruta seedling treatment + jeevamruta soil application @ 500 l ha-1 immediately after transplantation and up to 15 days befo treatment every 10 days (T5), Beejamruta seedling treatment + foliar application of panchagavya @ 3% foliar spray up to 15 days before harvesting every 10 days (T6), T3 + T5 (T7) and T3+ T66) (T8). 'Vakula' was the test finger millet type. Development and yield attributing parameters, i.e. plant height, leaf area index, number of m-2 tillers and production of dry matter at harvest time, number of m-2 tillers and ear weight, yield and economy of finger millet crops, were found to be significantly affected by different nutrient sources. In conclusion, the study found that higher finger millet grain yields as well as economic returns could be achieved by fertilisers with a 100 percent recommended dose of nutrients. 100 percent N via FYM + seedling treatment with beejamruta + soil application of jeevamruta @ 500 l ha-1 immediately after transplanting and at every 10 days interval up to 15 days before harvesting (T7) was shown to be the most promising integrated organic nutrient management practise for higher yield, finger millet economics along with maintenance of finger millet of study

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