Effect of Different Combinations of NPK Fertilizer and Seed Quantities on The Yields of Green and Dry Fodder for Egyptian Clover (Meskawi)

Author:

alzlzly Mohammad hachim nassir,Al-Tahir Faisal Mihbass Madlol

Abstract

Abstract A field experiment was carried out at Abu Al-Fadl Forest Nursery affiliated to Al-Diwaniyah Agriculture Directorate (2 km away from the city center), during the winter season (2020-2021). In order to determine the best combination of NPK fertilizer under influence of different seeding rates to shorten the life of cutting the first To increase cutting number during the growing season and to improvment the quantity and quality of green and dry fodder and seed yield, The experiment includes six combinations of NPK fertilizer are (0-0-0), (20-15-10), (40-30-20), (60-45-30), (80-60-40) and (100-75-50) kg ha−1, and four of seeding rates are (20, 40, 60, 80) kg ha−1, The experiment was applied according to the arrangement of the split plots and using R.C.B. Design with three replications. The combination of NPK fertilizer were placed in the main-plot and the quantities of seeds in the sub-plot. The results showed that NPK5 fertilizer level excelled the yields of green and dry forage for the fourth cutting (20.98, 2.28) ton ha−1 respectively, and The total green and dry fodder yields (60.87, 6.48) ton ha−1 respectively, While the fertilizer level NPK4 exceeded The ratio of leaves to stems for the fourth cutting (37.61%). As for the of seeding rates, the results showed that (80 kg h−1) excelled for the ratio of leaves to stems for third cutting (34.67%) yields of green and dry fodder for the first cutting (9.92, 1.03) ton ha−1 respectively, and the total green fodder yield (59.40 t.h-1), While the 60 kg h−1 excelled the yields of green fodder for the second, third and fourth cutting (13.04, 19.50 and 17.64) ton ha−1, dry forage yield of the second, third and fourth cutting (1.47, 1.94, and 1.90) ton ha−1sequentially. and the total dry fodder yield (6.25) ton ha−1.

Publisher

IOP Publishing

Subject

General Engineering

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