Scientists develop promising multi-flowering pea varieties

Scientists also found that multiple flowering did not always corresponded to more pod yield as in certain derived variety (VRPSeL–1 p) multiple flowering was not supported by the thick stalk.

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Updated on : 2018-08-21 20:14:17

Scientists develop promising multi-flowering pea varieties

By Dr. Aditi Jain

New Delhi, August 21 (India Science Wire): Legumes, a source of high protein, holds a special place in Indian diets. Among legumes, peas which are rich in vitamins and proteins are cherished for its taste and are a part of various cuisines.

Now scientists from the Indian Council of Agricultural Research have developed a pea variety that bears more flowers per stalk and therefore yields more peas per plant.

Naturally occurring pea varieties have one or two flowers per stalk. Researchers crossed two pea varieties - VL-8 and PC-531 - which bear two flowers per peduncle but found that after the fourth generation many of the derived plants had more than two flowers and yielded more than two pods in many of their stalks.

Five varieties derived from the cross (VRPM-501, VRPM–502, VRPM–503, VRPM–901–3 and VRPSeL–1 p) yielded three flowers on many of the stalks whereas a variety, now named VRPM–901–5 yielded up to five flowers in many of its stalk. Over half the stalks showed more than two flowers./p>

“Preliminary observations do indicate significant yield advantage in the multi-flowering genotypes identified in this study over single and double-flowering genotypes,” said Dr. Rakesh K Dubey, a member of the research team from the ICAR-Indian Institute of Vegetable Research, while talking to India Science Wire.

“The future line of work envisages evolving varieties that would possess the characteristic of earliness along with multi-pods per stalk. Present findings would set a platform for researchers, academicians, and industries to generate improved varieties in vegetable pea both in terms of quantity and quality,” Dubey said.

Scientists also found that multiple flowering did not always corresponded to more pod yield as in certain derived variety (VRPSeL–1 p) multiple flowering was not supported by the thick stalk. Due to this flower or pod got shattered in an untimely manner restricting the realized potential. They also observed that multiple flowering plants were always mid to late maturing and temperature had a significant effect on multiple flowering status of the plant.

The study has been published in journal PLOS One. The research team included Jyoti Devi, Rakesh K. Dubey, Prabhakar M. Singh and Bijendra Singh (Indian Institute of Vegetable Research, Varanasi); Gyan P. Mishra (Indian Agricultural Research Institute, New Delhi); and Satish K. Sanwal (Central Soil Salinity Research Institute, Karnal.

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