Response of zea maize to bio-organic and N fertilizer in sandy soils - Noreldin, Tahany;Gaber, Sayed
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Two field experiments were conducted in sandy soil during 2002/03 growing seasons to study the response of maize plants to bio-organic, N and P, K fertilization. Two different kinds of compost, maize and wheat compost were used at the rate of 5 ton/fed. The experiment design was split-split plot with 4 replications. Compost treatments (0 and 5 ton/fed) of maize and wheat compost were assigned in the main plots whereas N-fertilizer rates (0, 45, 90 and 135 N/fed) and PK rates (0, 31 kg P O + 48 kg K O/fed) were randomly distributed in sub and sub-sub plots, respectively. Vegetative and yield…mehr

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Produktbeschreibung
Two field experiments were conducted in sandy soil during 2002/03 growing seasons to study the response of maize plants to bio-organic, N and P, K fertilization. Two different kinds of compost, maize and wheat compost were used at the rate of 5 ton/fed. The experiment design was split-split plot with 4 replications. Compost treatments (0 and 5 ton/fed) of maize and wheat compost were assigned in the main plots whereas N-fertilizer rates (0, 45, 90 and 135 N/fed) and PK rates (0, 31 kg P O + 48 kg K O/fed) were randomly distributed in sub and sub-sub plots, respectively. Vegetative and yield characters were measured during plant growth and at harvest. Results showed that applying compost at 5 ton/fed improved plant growth and ear height and induced earlier tasseling and silking. It also, led to a significant increase in yield/fed. Increasing N rate up to 135 kg N/fed markedly increased both plant and ear height, ear length, ear diameter, number of rows/ear, grain yield/fed. It also induced early flowering two growing seasons. The same trend applying phosphorus and potassium level.
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Autorenporträt
Tahany Noreldin est chercheur associé en irrigation et modélisation à la ferme, Institut de recherche sur les sols, l'eau et l'environnement, ARC, Egypte. Il est titulaire d'un doctorat de l'Université du Caire (2010). Elle a publié 28 articles, 2 livres et un chapitre sur l'utilisation des modèles de simulation. Elle a également été membre de l'équipe de plusieurs projets de recherche portant sur la gestion de l'eau au sein de l'organisation ICARDA.