Morphological Characterization of High Grain Iron and Zinc Concentration Bio-fortified lentil (Lens culinaris Medikus subsp. culinaris) in Nepal

R. Darai, Coordinator, A. Sarker, Pandey Mp, A. Sk, Thapa Db, Dhakal Kh, R. Coordinator, Nasc Complex New Delhi India China Program
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Abstract

Lentil (Lens culinaris Medikus subsp. culinaris) is the wonderful, most popular & preferred food legume of Nepalese people and commonly grown in the rice and maize based cropping system. Morphological characters have been frequently used in order to know the diversity in germplasm collections. The main objectives of the study were to characterize the bio-fortified lentil accessions using morphological markers and select the DUS accession for using targeted the best utilization in hybridization program. Plant breeders can use these morphological variations to make decision regarding the choice for selecting superior genotypes for improvement or to be utilized as parents for the development of future cultivars through hybridization. Furthermore, important morphological markers like, plant type, foliage color, testa color, testa pattern and cotyledon colors can also be used for testing hybridity and keeping genetic purity at genetic level. The information obtained by the identification keys at seed and plant levels may be useful for discrimination and verification of varieties, hybridity testing and maintenance of genetic purity at genetic level during seed production and certification programme. Out of 25 lentil accessions, 18 accessions were observed as erect and compact growth habit, 22 accessions had green stem color, 21 accessions had dense leaf pubescence and dark foliage, 7 accessions had prominent tendril, 3 accessions had white blue veins flower and 4 accessions had large seeded accession.
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高铁锌浓度生物强化扁豆的形态特征。在尼泊尔烹饪
扁豆(Lens culinaris Medikus subsp.)豆科植物(culinaris)是尼泊尔人最喜欢的、最受欢迎的食物,通常种植在以水稻和玉米为基础的种植系统中。为了了解种质资源的多样性,形态学特征已被广泛应用。本研究的主要目的是利用形态标记对生物强化小扁豆材料进行鉴定,并有针对性地选择最适合杂交的DUS材料。植物育种者可以利用这些形态变异来决定选择优良的基因型进行改良,或利用这些基因型作为亲本,通过杂交培育未来的品种。此外,植物类型、叶色、种皮颜色、种皮花纹、子叶颜色等重要形态标记也可用于杂交检验,在遗传水平上保持遗传纯度。在种子生产和核证过程中,通过种子和植物鉴定键获得的信息可用于品种的鉴别和鉴定、杂交试验和遗传水平上的遗传纯度维持。25份小扁豆材料中,18份生长习性直立紧凑,22份茎色为绿色,21份叶短柔密,叶色深,7份卷须突出,3份花为白色蓝脉,4份种子大。
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