PENGARUH PEMBERIAN BERBAGAI KONSENTRASI ASAM GIBERELAT DAN JENIS MEDIA TANAM TERHADAP PERKECAMBAHAN BENIH ASAM JAWA (Tamarindus indica L.)

Nanda Septasema Putri, Kartina, Nuniek Hermita
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引用次数: 2

Abstract

This research was aimed to know the effect in various of gibberellic acid (GA3) concentration and kind of growth plant to germination of tamarind seed (Tamarindus indica L.). This research was conducted in Green House of Faculty of Agriculture University of Sultan Ageng Tirtayasa Serang Banten from October until November 2016. The research used a Randomized Completely Design arranged as factorial and consisted of two factors. The first factor was the concentration of Gibberellic Acid (GA3), consisted of three levels were G0 (without GA3), G1 (concentration of 500 ppm) and G2 (concentration 750 ppm). The second factor was kind of growth plant, consisted of four levels were M1 (ground), M2 (sand), M3 (husk), and M4 (soil+sand 1:1 (v/v)). The treatment combination was repeated 3 replicates. Parameters measured were day of germination, power of germination, maximum growth potential, growth rate, normal sprout, and abnormal sprout. The results showed that immersion without GA3 tend to gave better effect to the parameters of maximum growth potential (100%), normal sprout (99.6%), power of germination (70.8%), and the speed of growth (6.2%) than the immersion with the provision of GA3. Treatment kind of growth plant that M3 (husk) tended better effect to day of germination (7.5 days), power of germination (72.2%) and abnormal sprout (0.11%). There was no interaction between the concentrations of GA3 and the growth plant for all parameters observed.
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(Tamarindus表示L.)
本研究旨在了解不同浓度的赤霉素(GA3)和生长植物种类对罗望子种子(Tamarindus indica L.)发芽的影响。该研究采用随机完全设计作为因子,由两个因素组成。第一个因素是赤霉素(GA3)的浓度,由G0(不含GA3)、G1(浓度为500ppm)和G2(浓度为750ppm)三个水平组成。第二个因素是生长植物的种类,由M1(地面)、M2(沙子)、M3(外壳)和M4(土壤+沙子1:1(v/v))四个水平组成。处理组合重复3次。测量的参数包括发芽天数、发芽力、最大生长潜力、生长速率、正常发芽和异常发芽。结果表明,与有GA3的浸泡相比,无GA3的浸渍对最大生长潜力(100%)、正常芽(99.6%)、发芽力(70.8%)和生长速度(6.2%)的参数的影响更大。M3(壳)处理的生长株对发芽日(7.5天)、发芽力(72.2%)和异常发芽率(0.11%)有较好的处理效果。
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审稿时长
24 weeks
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