Response of Pistachio (Pistacia vera L.) cv. Musilly Seedlings Growth to Foliar Spray of Iron Chelate (Fe- EDDHA) and Nitrogen.


Shler M. Taha

Collage of Agriculture -Salahaddin University, Erbil


Abstract

This study was conducted during growing season of 2014 at Girdarash
filed College of Agriculture, University of Salahaddin, Erbil, Iraqi
Kurdistan Region to investigate the effect of foliar spray of three
concentrations (0, 30and 60 mg.l-1) of iron as iron chelate (Fe –
EDDHA) containing (6% of iron) and three concentrations of
Kakrorich (20% nitrogen) foliar spray with concentration (0, 3, 6
mg.l-1) on growth characteristics of pistachio (Pistacia vera L.) cv.
Musilly seedlings. A factorial experiment with three replicates was
carried out in a Randomized Complete Block Design (R.C.B.D) using
three seedlings for each experimental unit. The obtained results
indicated that the growth characteristics increased with increasing the
concentration of (Fe – EDDHA) and nitrogen as compared with
control, foliar spray of iron element at (60 mgl-1) caused significant
increase in seedling hight, seedling diameter, leaves number, leaf area,
leaves area/seedling, total chlorophyll content, root length, root fresh
weight, root dry weight and dry matter percentage. At the same time,
application of nitrogen fertilization at (6 mg.l-1) gave the highest value
of seedling high, leaf area, leaves area/seedling, root fresh weight. The
highest significant values as interaction effect of iron chelate and
nitrogen were found in seedling high, seedling diameter, leaves
number, leaf area, leaf area per seedling, total chlorophyll content and
dry matter.


Key Words:
Pistachio
seedlings
Iron chelate
Nitrogen
Growth
characteristics


References


[1] Khan, M. A. J. Haroon-ur-Rashid, Z. A. and Khattak, M. S. "Different stratification techniques on seed germination of pistachio cv. Wild", Pakistan, J.Bio. Sci. 2(4),pp. 1412-1414. (1999).

[2] Al-Saghir, M.G. "Phylogenetic Analysis of the Genus Pistacia L. (Anacardiaceae) Based on Morphological Data", Asian Journal of Plant Sciences, 9,pp. 28-35. (2010).

[3] Onay, A." Somatic Embryogensis from Mature Seed Cultures of Pistaciaatlantica" .Turk J Agric. 24 : 465-473.( 2000).

[4] Arpacı, S., Aksu, Ö., and Tekin, H."Determination of the best suitable grafting method on different pistachio rootstock", In: Second International Symposium on Pistachios and Almonds, Davis (CA), 24-29 August, ActaHortic. 470,pp. 443-446.(1997).

[5] Pearson, R. C.and Goheen, A. C. "Compendium of grape disease",4th Edition. The American phytopathological society .U.S.A .(1998).

[6] Mahmoud, A. O."Symptoms toxicity and lack of nutrients in fruits and vegetables", Bulletin guidance.Damascus AgricultureChamber. Syria.(2006).

[7] Awad, M. M. and Atawia, R. A. "Effect of foliar sprays with some micronutrients on "Le-Conte" pear trees. 1: Tree growth and leaf mineral concentration",Annals.Agric. Sci. 40 (1), pp. 359-367. (1995).

[8] Al-Bamarny, S .F .A., Salman, M .A., Ibrahim, Z.R" Effect of some chemical compounds on some characteristics of shoot and fruit of peach (Prunus persica L . ) cv. Early Coronet" .Meso .J .Agric .38 (Supplement1), pp. 35 – 44. (2010).

[9] Blevins, D. D. "An overview of nitrogen metabolism in higher plants". In: J. E. Poulton, J. T.Romeo and E. C. Conn (eds) Plant nitrogen Metabolism. Plenum, New York, pp 1-41. 1989.

[10] Al-Aa' reji, J. M. A."Effect of Organic Fertilizer, Urea and Sulphur onVegetative Growth and Concentration of some Nutrient of Young Peach Trees cv.Dixired. Tikrit University Journal of Agricultural Science .10(2), pp. 76-86. (2010)

[11] Dawood, Z. A., Ayad H. Alalaf and Ayad T. Sh."Effect of Foliar Spray of Iron Cheleate and ActaAcro Fertilizers on Growth of Pistaciavera L. Seedling", Journal of the Science Rafidain,(23): 2, pp.70 - 81. (2012)

[12] Patton, L. "Photosynthesis and growth of willow used for short rotation", Ph.D. Thesis submitted to the Univ. of Dublin (Trinity College). (C.F.). (1984).

[13] Hardim. J. A., Smith, M. W., Wecjier, P. R. and B. S. Cheary, B. S. "In Situ measurement of pecan leaf nitrogen concentration using a chlorophyll meter and vis-near infrared multispectral camera", HortSci. (47):7, pp. 955-960. (2012).

[14] Saieed N. T."Studies of variation in primary productivity growth and morphology in relation to the selective improvements of broad leaves trees spacing", Ph.D. Thesis, National Uni- Irland, (1990).

[15] Coste, S., Barolato, A., Leroy, C., Marcon, E., Renaud, A., Richardson, A. D., Roggy, J. C.,Schiman, H., Uddling, J. and Herault, B."Assessing foliar. Chlorophyll contents with the SPAD-502 chlorophyll meter: a calibration test with thirteen tree species of tropical rainforest in French Guiana", Ann. For. Sci. (67):607, pp. 1-5.(2010).

[16] Gobara, A. A."Response of Lecont Pear trees of foliar application of some nutrients", Egypt, J. Hort., 25:pp. 55-70. (1998).

[17] Al-Rawi, K, M, and Khalafalla A."Analysis of Experimental Agriculture Design".Dar Al-Kutub for Printing and Publishing Mosul Univ.(2000).

[18] Jundia, H. "Physiology of Fruit Trees", Dar Al- Arabiafor publication and distribution. Arabic Republic of Egypt.(2003).

[19] Al-Musli, M. A."Soil fertility and plant nutrition horticultural","Dar Ibn Al- Atheer for printing and publishing.Mosul University.Iraq.(2011).

[20] Marschner, P."Mineral Nutrition of Higher Plants", 3rd. Australia: Academic Press. (2012).

[21] Boroujerdnia, M. and Ansari, N. A. "Effect of Different Levels of Nitrogen Fertilizer and Cultivars on Growth, Yield and Yield Components of Romaine Lettuce (Lactuca sativa L.)", Middle Eastern and Russian Journal of Plant Science and Biotechnology ,(1):2, pp. 47-53.(2007).

[22] Al-Imam N. M. A. A. and Al-Brifkany, A. M. A. "Effect Of Nitrogen Fertilization And Foliar Application Of Boron On Fruit Set , Vegetative Growth And Yield Of Anna Apple Cultivar ( Malus DomesticaBorkh )", Mesopotamia J. of Agric. (38):4, pp. 9-8 .(2010).

[23] Kandil, E. A., Fawzi, M. I. F. and Shahin M. F. M. "The Effect of some Slow Release Nitrogen Fertilizers on Growth, Nutrient Status and Fruiting of "MitGhamr", Peach Trees, Journal of American Science, (6):12, pp. 195-201. (2010).