Effect of Boron and Zinc Applications on Biomass Values of Dwarf Bean (Phaseolus Vulgaris L.) Genotypes

Authors : Mehmet HAMURCU, Sait GEZGİN

Pages : 11-22

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Publication Date : 2007-04-25

Article Type : Research Paper

Abstract :This study was conducted in order to determine the effects of boron insert ignore into journalissuearticles values(B); and zinc insert ignore into journalissuearticles values(Zn); applications on biomass values of the plants of the dwarf bean species. A total of 25 dwarf bean species, registered and local populations, were grown for 3 B and 3 Zn doses insert ignore into journalissuearticles values(0, 5, 10 mg kg-1);. The trial was conducted in three replicates within a controlled glasshouse according to randomized plots factorial design. Results have shown that B and Zn applications considerably affect on the biomass values of dwarf dry bean varieties. From the species used, Eskişehir-855, Karacaşehir-90, Noyanbey, Terzibaba, Yakutiye, Fasulye Sıra, Yalova-17, Romano, Nazende, Seminis Gina Yunus-90, Akman-98, Zülbiye, Horoz Fasulye and Kanada were found to be resistant to B deficiency while Şehirali-90, Göynük-98, Akdağ, Şahin-90, Önceler-98, Aras-98, Sarıkız, Magnum, May Gina and Efsane were the sensi-tive species. Zinc x variety interaction was found significant from the stand point of biomass was considered. Akman-98, Kara-caşehir-90, Noyanbey, Terzibaba, Şahin-90, Horoz Fasulye, Nazende and Efsane were tolerant to Zn deficiency, while Göynük-98, Aras-98 and Fasulye Sıra were moderately tolerant. On the other hand, Eskişehir-855, Yunus-90, Şehirali-90, Önceler-98, Zülbiye, Yakutiye, Romano and Kanada varieties were moderately sensitive to Zn deficiency, while the species of Akdağ, Sarıkız, Magnum, Seminis Gina, May Gina and Yalova-17 were highly sensitive.
Keywords : Bor noksanlığı, bor toksisitesi, çinko noksanlığı, bodur fasulye