Strategy for Creating Highly Productive Forms of Small Radish Adapted for Cultivation under Artificial Light Conditions

Кочетов, А. А.; Sinyavina, N. G.

doi:10.3103/s1068367419020113

Cited by 2 publications

(2 citation statements)

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“…Female parent VRRAD-201 showed better heterotic effects for various traits of economic importance like root length, root weight, leaf weight, gross plant weight, harvest index and marketable yield during winter and summer season (Singh and Singh 2020). Additionally, significant heterotis for yield, longer roots, earliness, vigour consistency and uniformity have also been reported by many researchers (Kutty andSirohi 2003, Kochetov andSinyavina 2019).…”

Section: Vrrad-201 (Ingr20032): First Ogura-cms Line Of Radish With S...supporting

confidence: 55%

VRRAD-201 (INGR20032): First Ogura-CMS line of radish with sinuate leaf for hybrid development

Singh,

Singh

2021

VegSci

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Radish (Raphanus sativus L., 2n=2x=18) belonging to Brassicaceae family is a most reliable year-round vegetable crop grown worldwide for fleshy edible roots and soft leaves. Genus Raphanus is a Greek word which means ‘quickly appearing’ and representing to the quick germination and fast-growing nature of the plants. Radish is an ancient crop, most probably native to the eastern Mediterranean and the Middle East where maximum diversity prevails. However, central China, central Asia and Hindustani center of origin appear to be secondary centers where differing forms were evolved during period of domestication. The ancient varieties were long and tapered rather than cylindrical, apically bulbous, elliptic or spherical. There are three independent domestication events for black Spanish radish, European cultivated forms and Asian cultivated radish. It has various category, broadly varying in leaf shape or leaf division incision (lyrate, sinuate, entire), root colour (white, red, purple), root shape (triangular, cylindrical, apically bulbous, elliptic), and vernalization requirement (temperate, tropical) [Singh 2021].

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Section: Vrrad-201 (Ingr20032): First Ogura-cms Line Of Radish With S...supporting

confidence: 55%

VRRAD-201 (INGR20032): First Ogura-CMS line of radish with sinuate leaf for hybrid development

Singh,

Singh

2021

VegSci

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“…Особое внимание уделяется генетико-селекционной методологии повышения продуктивности и устойчивости сельскохозяйственных культур к эколого-географическим и ландшафтно-климатическим условиям регионов возделывания, получению новых форм с прогнозируемым комплексом хозяйственно ценных свойств с учетом особенностей взаимодействия генотип-среда (72,73).…”

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90 Years of Agrophysical Institute as a History of Priority Achievements in Russian and World Agrophysical Science

Uskov¹

2022

S-h. biol.

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Strategy for Creating Highly Productive Forms of Small Radish Adapted for Cultivation under Artificial Light Conditions

Cited by 2 publications

References 1 publication

VRRAD-201 (INGR20032): First Ogura-CMS line of radish with sinuate leaf for hybrid development

VRRAD-201 (INGR20032): First Ogura-CMS line of radish with sinuate leaf for hybrid development

90 Years of Agrophysical Institute as a History of Priority Achievements in Russian and World Agrophysical Science

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