Characterization and evaluation of morphological and yield traits of tamarind genotypes

IF 0.2 Q4 HORTICULTURE Journal of Horticultural Sciences Pub Date : 2022-12-31 DOI:10.24154/jhs.v17i2.1266
POOJA G K, Nagarajappa Adivappar, Shivakumar B. S., Lakshmana D., Sharanabasappa
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Abstract

The evaluation of morphological and yield traits of tamarind genotypes was carried out during 2017-18 at Forest Research Station, Govinkovi, Honnali taluk, Davangere district. The experiment was laid out in randomized complete block design with 16 genotypes and three replications. Trees were 14-years-old and of grafted origin. All the morphological and yield traits showed significant difference among the selected genotypes indicating the presence of adequate variations. The genotypes recorded morphological variation in terms of tree shape (semi-circle to irregular shape), foliage arrangement (dense to sparse), flowering time (early, mid and late), stem colour (dark brown, brown and light brown), bud colour (greenish white, pink, dark pink), petal colour (yellow and pale yellow), pod colour (greyish brown, brown, light brown and dark brown), pulp colour (light brown, brown and reddish brown), pod shape (straight, slightly curved, curved and deeply curved) and pod size (very big, big, medium and small). The analysis of variance revealed significant difference with respect to tree height, stem girth, pod traits, pod yield per tree (K-9 : 12.80 kg), number of pods per tree (NTI-52 : 989.07) and pulp per cent (K-9 : 48.87). Among the 16 genotypes, the genotype K-9 was found superior with respect to pod size, pod weight, pulp weight and pod yield per tree. Genotype K-9 was found promising and due to perennial in nature further evaluation is required for stability.
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罗望子基因型形态及产量性状的鉴定与评价
2017- 2018年,在达万热区Honnali taluk Govinkovi森林研究站对罗望子基因型的形态和产量性状进行了评价。试验采用随机完全区组设计,共设16个基因型,3个重复。树龄14年,嫁接而成。所有的形态和产量性状在选择的基因型之间都表现出显著差异,表明存在足够的变异。这些基因型在树形(半圆形到不规则形状)、叶片排列(密集到稀疏)、开花时间(早、中、晚)、茎色(深棕色、棕色和浅棕色)、芽色(绿白色、粉红色、深粉红色)、花瓣色(黄色和淡黄色)、豆荚色(灰棕色、棕色、浅棕色和深棕色)、果肉色(浅棕色、棕色和红棕色)、豆荚形(直、微弯、直、微弯)、弯曲和深弯曲)和豆荚大小(非常大、大、中、小)。方差分析表明,在树高、茎周长、荚果性状、单株荚果产量(K-9: 12.80 kg)、单株荚果数(NTI-52: 989.07)和果肉率(K-9: 48.87)方面存在显著差异。在16个基因型中,K-9基因型在荚果大小、荚果重、果肉重和单株荚果产量方面表现较优。基因型K-9被认为是有前途的,由于多年生性质,需要进一步评估其稳定性。
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来源期刊
Journal of Horticultural Sciences
Journal of Horticultural Sciences Agricultural and Biological Sciences-Plant Science
CiteScore
0.30
自引率
0.00%
发文量
0
审稿时长
6 weeks
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