Short durartion cowpea varieties for cultivation as a niche crop in various cropping systems for enhanced pulse production

DOI: 10.18805/asd.v37i03.8996    | Article Id: D-4529 | Page : 232-236
Citation :- Short durartion cowpea varieties for cultivation as a niche crop in various cropping systems for enhanced pulse production.Agricultural Science Digest.2017.(37):232-236
Y.V. Singh, B.B. Singh, Preeti Massey and P.K. Singh dr.yvsingh@rediffmail.com
Address : Depaartment of Vegetable Science, College of Agriculture, G.B. Pant University of Agriculture & Technology, Pantnagar-263145, Uttarakhand, India
Submitted Date : 10-12-2016
Accepted Date : 29-05-2017


Agriculture must become nutrition-smart. Food security without nutrition security is not enough. Our basic food systems have to be optimized to provide the greatest amount of nutrients per square meter per unit time, especially in the face of climate change.  Majority of the Indian people are vegetarian and they depend primarily upon grain legumes for dietary protein. Unfortunately the production of grain legumes in India has remained stagnant since 1950 causing declining per capita availability and widespread malnutrition. This is because most of the good lands have gone to the green revolution led ‘wheat-rice’ and ‘rice-rice’ cropping systems and food legumes have been pushed to marginal lands. Also, the traditional food legume varieties are late in maturity with low yield potential. This has led to inadequate protein and minerals in the diets of rural and urban masses on one hand and imbalanced soil fertility due to cereal-cereal rotation on the other hand. Therefore, increased cultivation of pulses is urgently needed. How can this be achieved with the limited land is one of the major challenges of agricultural research. The only answer is to breed and cultivate short duration food legumes in the existing niches between cereal-cereal systems. Wheat is harvested in March–April and rice is transplanted in July leaving about 80-90 days gap in which a short duration food legume can be grown. A number of photo-insensitive and heat tolerant ‘60-day cowpea’ varieties have been recently developed by Pantnagar University which were tested under farmer participatory on-farm trials and All India Multi-location Coordinated Trials with the support from Harvest Plus Project of CGIAR. These varieties can be grown as a niche crop in the wheat-rice cropping system of northern India which has a potential area of over 10 million ha. and also fit well in rice fellows in southern India. 


Cowpea varieties Improved local Nutrients.


  1. Agazounon, C., Coulibaly, O. and Houndekon, V. (2004). Analysis of of cowpea processing techniques into ‘atta’ in Benin. Bulletin de la recherché Agronomique du Benin. No. 46, September. 
  2. Ahenkora, K., AduDapaah, H.K. and Agyeman, A. (1998). Selected nutritional components and sensory attributes of cowpea (Vigna unguiculata L.Walp) leaves. Plant Foods for Human Nutrition. 52: 221–229.
  3. Barret, R.P. (1998). Legume species as leafy vegetables. In: Janick J, Simon J. E. (eds), Advances in new crops. Portland, OR: Timber Press, pp 391–396.
  4. Enwere, N.J., McWatters, K.H. and Phillips, R.D. (1998). Effect of processing on some properties of cowpea (Vigna unguiculata), seed, protein, starch and akara. Int J of Food Sciences and Nutrition. 49(5): 365-373.
  5. FAO. (1997). Agriculture, food and nutrition for Africa. A resource food for teachers of agriculture. Rome, Italy. pp 229-278.
  6. Imungi, J.K. and Potter, N.M. (1983). Nutrient contents of raw and cooked cowpea leaves. Journal of Food Science. 48 (4):1252-1254.
  7. Sinha, R. and Kawatra, A. (2005). Effect of Processing on phytic acid and polyphenol contents of cowpeas (Vigna unguiculata (L) Walp. Plant Foods for human Nutrition. 58 (3): 1-8.
  8. Singh, B.B., Sharma, B.M. and Chambliss, O.L. (1996). Recent advances in cowpea breeding: In Proceedings of the Second World Cowpea Research Conference, 5–8 September 1995, Accra, Ghana. 1996.
  9. Speedy, A.W. (2003). Animal source foods to improve micronutrient nutrition in developing countries: Global production and consumption of animal source foods. J of Nutrition. 133:4048S-53S.

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