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Influence of Ga3 on Germination and Growth of Acid Lime cv. KAGZILIME Seed (Citrus aurantifolia Swingle) under Field as well as Net House Conditions


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1 Department of Horticulture, B.A. College of Agriculture, Anand Agricultural University, Anand (Gujarat), India
     

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The investigation was carried out during the year 2011-12 at the Horticultural Research Farm, Department of Horticulture, B.A. College of Agriculture, Anand Agricultural University, Anand to assess the role of different concentration of GA3 and conditions on seed germination, vegetative growth of acid lime cv. KAGZILIME. The experiment was laid out in Factorial Romized Block Design with twelve treatments and four replications. The fresh, moderate uniform in size and viable seeds of Kagzilime were treated (soaked) with six different levels of GA3 for 12 hours and sown in prepared raised seed bed in the field and net house condition. The results revealed that the seeds treated with 500 mg/l GA3 took significantly less time for 75 per cent germination (29.25 days) as well as recorded maximum germination (83.50 %), plant height (24.33 cm), number of leaves (30.03), length of seedling (36.48 cm), thickness of primary ischolar_mains (2.07 mm), girth of seedling at top (1.01 cm), middle (1.00 cm) and bottom (1.14 cm), fresh weight of seedling (20.81 g), dry weight of seedling (11.58 g), total leaf area of seedling (8.28 cm2) as well as survival (74.45 %) at 120 DAS, respectively as compared to rest of the treatments. The results also indicated that the seeds sown under the net house conditions took significantly less time for 75 per cent germination (32.58 days) as well as recorded maximum germination (79.04 %), plant height (22.00 cm), number of leaves (26.50), length of seedling (34.96), thickness of primary ischolar_mains (2.00 mm), girth of seedling at top (0.98 cm), middle (1.09 cm) and bottom (1.13 cm), fresh weight of seedling (18.92 g), dry weight of seedling (10.07 g), total leaf area of seedling (7.95 cm2) as well as survival (71.38 %) at 120 DAS, respectively as compared to open field condition (C1). In case of interaction between levels of GA3 and conditions, significantly the maximum number of leaves (11.75 at 30 DAS), thickness of primary ischolar_mains (2.26 mm at 120 DAS), fresh weight of seedling (15.70 g at 90 DAS), dry weight of seedling (5.53 g at 90 DAS) and survival percentage of seedling (80.01% at 120 DAS) recorded under the treatment G5C2 (GA3 500 mg/l under net house conditions).


Keywords

GA3, Seed Germination, Field, Net House Condition, Kagzilime.
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  • Influence of Ga3 on Germination and Growth of Acid Lime cv. KAGZILIME Seed (Citrus aurantifolia Swingle) under Field as well as Net House Conditions

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Authors

K. J. Khatana
Department of Horticulture, B.A. College of Agriculture, Anand Agricultural University, Anand (Gujarat), India
R. G. Jadav
Department of Horticulture, B.A. College of Agriculture, Anand Agricultural University, Anand (Gujarat), India
D. S. Nehete
Department of Horticulture, B.A. College of Agriculture, Anand Agricultural University, Anand (Gujarat), India

Abstract


The investigation was carried out during the year 2011-12 at the Horticultural Research Farm, Department of Horticulture, B.A. College of Agriculture, Anand Agricultural University, Anand to assess the role of different concentration of GA3 and conditions on seed germination, vegetative growth of acid lime cv. KAGZILIME. The experiment was laid out in Factorial Romized Block Design with twelve treatments and four replications. The fresh, moderate uniform in size and viable seeds of Kagzilime were treated (soaked) with six different levels of GA3 for 12 hours and sown in prepared raised seed bed in the field and net house condition. The results revealed that the seeds treated with 500 mg/l GA3 took significantly less time for 75 per cent germination (29.25 days) as well as recorded maximum germination (83.50 %), plant height (24.33 cm), number of leaves (30.03), length of seedling (36.48 cm), thickness of primary ischolar_mains (2.07 mm), girth of seedling at top (1.01 cm), middle (1.00 cm) and bottom (1.14 cm), fresh weight of seedling (20.81 g), dry weight of seedling (11.58 g), total leaf area of seedling (8.28 cm2) as well as survival (74.45 %) at 120 DAS, respectively as compared to rest of the treatments. The results also indicated that the seeds sown under the net house conditions took significantly less time for 75 per cent germination (32.58 days) as well as recorded maximum germination (79.04 %), plant height (22.00 cm), number of leaves (26.50), length of seedling (34.96), thickness of primary ischolar_mains (2.00 mm), girth of seedling at top (0.98 cm), middle (1.09 cm) and bottom (1.13 cm), fresh weight of seedling (18.92 g), dry weight of seedling (10.07 g), total leaf area of seedling (7.95 cm2) as well as survival (71.38 %) at 120 DAS, respectively as compared to open field condition (C1). In case of interaction between levels of GA3 and conditions, significantly the maximum number of leaves (11.75 at 30 DAS), thickness of primary ischolar_mains (2.26 mm at 120 DAS), fresh weight of seedling (15.70 g at 90 DAS), dry weight of seedling (5.53 g at 90 DAS) and survival percentage of seedling (80.01% at 120 DAS) recorded under the treatment G5C2 (GA3 500 mg/l under net house conditions).


Keywords


GA3, Seed Germination, Field, Net House Condition, Kagzilime.