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M. G. Chandrakanth

Bio: M. G. Chandrakanth is an academic researcher. The author has an hindex of 1, co-authored 1 publications receiving 2 citations.

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TL;DR: Higher cereal consumption was observed in rural area than in transition and urban areas and cereals were the prominent source of energy across all the gradients and diversity in consumption basket was marginally high in urban area.
Abstract: The paper has examined the pattern of food consumption, dietary diversity and factors influencing dietary diversity across rural-urban interface of Bangalore. The study is based on the primary data of 510 households comprising of 189 rural, 211 transition and 110 urban households. Simpson Index of Dietary Diversity (SIDD) was employed to estimate the diversity in the consumption basket and to determine the factors influencing dietary diversity, the fractional probit model was used. The results showed that, higher cereal consumption was observed in rural area than in transition and urban areas and cereals were the prominent source of energy across all the gradients. The total calorie intake to the recommended calorie intake in urban, transition and rural area indicated that, the calorie intake in urban area was higher than the recommended intake (2100 Cal/CU/day) while, the scenario was opposite in transition and rural areas. This necessitates interventions to educate households to modify the existing purchasing behavior to reduce the gap between recommended Original Research Article Ashwini et al.; CJAST, 38(6): 1-8, 2019; Article no.CJAST.53260 2 and actual calorie intake. Further, the dietary diversity was analysed using SIDD, among the gradients, highest dietary diversity score was observed in urban (0.82) followed by transition (0.79) and rural gradients (0.77). Factors such as per capita income, access to irrigation and urban area had positive influence on dietary diversity. While, family size had negative influence on dietary diversity. Furthermore, among the different food items, cereals took major share in quantity consumption, calorie consumption and food consumption expenditure. On the other hand, diversity in consumption basket was marginally high in urban area.

2 citations


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TL;DR: In this paper, the authors attempted to analyse the growth trends and impact assessment of NFSM-P on area, production and yield of chickpea in major states in India.
Abstract: The present study has been attempted to analyse the growth trends and impact assessment of NFSM-P on area, production and yield of chickpea in major states in India. The study was based on the secondary data pertaining to the year 1970-71 to 2014-15. To estimate growth trends, compound growth function was fitted and change in area, production and yield of chickpea during NFSM-P period (2008-09 to 201415) has been compared with preceding period (1990-91 to 2007-08) for impact assessment of NFSM-P on chickpea in the country. The results of the study indicated that chickpea area in India over the period has almost been stagnating (0.12%, statistically non-significant). The production of has increased at an annual rate of 1.12 per cent owing to the significant annual increase (1.00%) in chickpea yield. The results further highlighted emergence of niche area such as Andhra Pradesh and Karnataka in chickpea production while area shrinkage from Haryana, Punjab and Uttar Pradesh was also observed. The yield of chickpea in all the major states of India has shown positive growth during the study period. The effort of the government in the form of NFSM-P has positively impacted area, production and yield of chickpea in the country but increase in production was supported by area addition rather than yield improvement indicating need of technological advancement, improved yield varieties for enhancement of chickpea production in the country.

2 citations