Role of micronutrients and antioxidants application in stimulating growth and yield of fresh edible vegetables
Taha, A. A.
Role of micronutrients and antioxidants application in stimulating growth and yield of fresh edible vegetables [electronic resources]. دور إضافة العناصر الغذائية الصغرى ومضادات الأكسدة فى تحسين النمو والمحصول للخضروات المأكولة طازجة . - p.251-263
Includes references.
A pot experiment was conducted at the greenhouse of Fac. of Agric., Mansoura University during the successive winter seasons of 2009/ 2010. This WOf1( aimed to evaluate the effect of different nitrogen levels in the presence of (Na -Molybdate (10ppm), boron (50ppm) , Na -salsalate (lOppm) and Ascorbic acid (250ppm» as foliar application on yield and chemical composition of lettuce (/actuca sativa, L., CV, ba/ady) vegetables. As fore soil used in this investigation ; 24 treatments were arranged in a split- split block design with three replicates,
Summary in Arabic.
Antioxidants.
Vegetables--Fertilizers.
Lettuce--Planting.
Lettuce--Fertilizers.
Nitrogen fertilizers.
Nitrites--Physiological effect
Role of micronutrients and antioxidants application in stimulating growth and yield of fresh edible vegetables [electronic resources]. دور إضافة العناصر الغذائية الصغرى ومضادات الأكسدة فى تحسين النمو والمحصول للخضروات المأكولة طازجة . - p.251-263
Includes references.
A pot experiment was conducted at the greenhouse of Fac. of Agric., Mansoura University during the successive winter seasons of 2009/ 2010. This WOf1( aimed to evaluate the effect of different nitrogen levels in the presence of (Na -Molybdate (10ppm), boron (50ppm) , Na -salsalate (lOppm) and Ascorbic acid (250ppm» as foliar application on yield and chemical composition of lettuce (/actuca sativa, L., CV, ba/ady) vegetables. As fore soil used in this investigation ; 24 treatments were arranged in a split- split block design with three replicates,
Summary in Arabic.
Antioxidants.
Vegetables--Fertilizers.
Lettuce--Planting.
Lettuce--Fertilizers.
Nitrogen fertilizers.
Nitrites--Physiological effect