EFFECT OF LEBOSOL® FOLIAR FERTILIZERS ON ENERGY AND PROTEIN TRANSFORMATION ALONG THE ECO-TECHNICAL CHAIN ‘SEED MATERIAL – GRAIN YIELD OF MAIZE

Author:

Ivanov L.1,Uzunova K.2,Penkov D.2

Affiliation:

1. Institute of Agriculture and Seed Science ‘Obraztsov Chiflik’, Ruse, Bulgaria

2. Agricultural University, Plovdiv, Bulgaria

Abstract

The aim of the study was to calculate the “multiplication effect” between the included gross energy (crude protein) with the seeds and the same, obtained with the grain yields in the eco-technical system “seed material – soil – grain yield”, so as the influence of some foliar fertilizers Lebozol® on it. For variants were investigated – control without foliar fertilizers and three experimental – trated with Aminosol + Lebosol Zin, Nutriplant 36 and Mix for maize respectively. The multiplication effects were: - For the Gross energy: Control – 1048.7 times (with variations from 833.36 to 1287.73); First experimental – 1099 times (with variations from 876.49 to 1343.75) – 4.55% exceeding the control; Second experimental – 1093.3 times (with variations from 863.57 to 1341.62) – 4.08% exceeding the control; Third experimental – 1078.8 times (with variations from 862.5 to 1322.54) – 2.80% exceeding the control. - For the crude protein: - Control – 997.2 times (with variations from 803.28 to 1224.43); First experimental - 1050 times (with variations from 837.58 to 1284.1) – 11.86% exceeding the control; Second experimental – 1131.3 times (with variations from 893.7 to 1338.42) - 11.86% exceeding the control; Third experimental - 1047.7 times (with variations from 837.71 to 1284.57) – 4.83% exceeding the control.

Publisher

Trakia University

Reference24 articles.

1. FAO Nutrition Meetings Report Series, No. 52; WHO Technical Report Series, No. 522, (Energy and protein requirements: report of a Joint FAO/WHO Ad Hoc Expert Committee), 1973.

2. Kirchev, Chr. and D. Penkov, Yield of total and digestible amino acids from triticale by experiments with Muscovy ducks, Scientific works Agricultural University Plovdiv, 55, 1, 113-118, 2010.

3. Delibaltova, V.and D. Penkov, Yield of energy and protein from grain maize hybrids using agrotechnical system, optimal for the conditions in the Plovdiv region, J. of Central European Agric., 11, 3, 265-270, 2010.

4. Yanchev, I., D. Penkov and J. Terziev, Yield of crude nutritional substances and energy from maize – second culture in compacted land use, Bulgarian Journal of Crop Science, 36, 475-477, 1999.

5. Tarighaleslami, M., Zarghami, R., Boojar, M. M. A.and M. Oveysi, Effects of drought stress and different nitrogen levels on morphological traits of proline in leaf and protein of corn seed (Zea mays L.). American-Eurasian Journal of Agricultural and Environmental Sciences, 12, pp 49-56, 2012.

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