فاتن حسن محمود اسماعيل
أستاذ
Minimizing salinity hazard of Valencia orange trees through manipulation of anti-salt stress substances
Middle East Journal of Agriculture Research • 2017
معلومات البحث
المؤلفون
1Atawia, A.A.R., 1Abd-Latif, F.M.,1Ismaeil, Faten H. M., 2Youniss, S.A. and 2Maghoury,
F. I. F.
الكلمات المفتاحية
potassium silicate, Nile Fertile, magnetic iron, vegetative growth, leaf physiological
characteristics, saline irrigation water and Valencia orange trees.
المجلة العلمية
Middle East Journal of Agriculture Research
الناشر
Atawia, A. A. R.
المجلد
6
العدد
4
الصفحات
868-886
publication.type
International
رابط البحث
Not Available
المواد المرفقة
Not Available
الملخص
Vegetative growth and some leaf physiological characteristics of drip irrigated Valencia
orange trees with saline irrigation water. In relation to K-silicate, Nile Fertile and Magnetic Iron as
anti-salt stress substances were investigated during 2014-2015 and 2015-2016 experimental seasons.
Results revealed that sprayed trees with K-silicate or Nile Fertile or Magnetic Iron or triple treated
trees were highly responded as most of vegetative growth salinity symptom were disappeared as well
as leaf physiological characteristics. The best results in this regard were obtained when the trees were
received K-silicate at 10ml/L + Nile Fertile at 500 g/tree + Magnetic Iron at 300 g/tree as such
treatments enhanced vegetative growth and leaf physiological characteristics as well as minimized leaf osmotic pressure.
orange trees with saline irrigation water. In relation to K-silicate, Nile Fertile and Magnetic Iron as
anti-salt stress substances were investigated during 2014-2015 and 2015-2016 experimental seasons.
Results revealed that sprayed trees with K-silicate or Nile Fertile or Magnetic Iron or triple treated
trees were highly responded as most of vegetative growth salinity symptom were disappeared as well
as leaf physiological characteristics. The best results in this regard were obtained when the trees were
received K-silicate at 10ml/L + Nile Fertile at 500 g/tree + Magnetic Iron at 300 g/tree as such
treatments enhanced vegetative growth and leaf physiological characteristics as well as minimized leaf osmotic pressure.
