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Technological Interventions in Rice Production for Rural Livelihood Management


Affiliations
1 Krishi Vigyan Kendra, Panchmahala, ANGUL (ODISHA), India
2 Bidhan Chandra Krishi Viswavidyalaya, Mohanpur, NADIA (W.B.), India
     

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Technological interventions with respect to rice production and suitable methods of approach for transfer of technology under rain fed and irrigated areas to sustain a livelihood system specifying attributes of innovations were studied taking 240 respondents from 4 villages comprising both rain fed and irrigated situations. It was found that the extent of adoption was highest in nutrient management followed by variety replacement, whereas in irrigated condition variety replacement toped the list (70.83%) followed by nutrient management, SRI method. The 'z' value was found to be significantly different in case of SRI method, nutrient management and variety replacement whereas extent of adoption of IPM and hybrid rice cultivation remains same. The 'zr' value of 4.19 in case of rainfed condition implies rice cultivation is a huge water-demanding enterprise. However, role of poverty reduction and feedback system registered minimum role. Market was also an important component for paddy technology adoption.

Keywords

Rice Cultivation, Technological Interventions, Adoption, Attributes of Innovation.
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  • Technological Interventions in Rice Production for Rural Livelihood Management

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Authors

Bineeta Satpathy
Krishi Vigyan Kendra, Panchmahala, ANGUL (ODISHA), India
D. Dasgupta
Bidhan Chandra Krishi Viswavidyalaya, Mohanpur, NADIA (W.B.), India

Abstract


Technological interventions with respect to rice production and suitable methods of approach for transfer of technology under rain fed and irrigated areas to sustain a livelihood system specifying attributes of innovations were studied taking 240 respondents from 4 villages comprising both rain fed and irrigated situations. It was found that the extent of adoption was highest in nutrient management followed by variety replacement, whereas in irrigated condition variety replacement toped the list (70.83%) followed by nutrient management, SRI method. The 'z' value was found to be significantly different in case of SRI method, nutrient management and variety replacement whereas extent of adoption of IPM and hybrid rice cultivation remains same. The 'zr' value of 4.19 in case of rainfed condition implies rice cultivation is a huge water-demanding enterprise. However, role of poverty reduction and feedback system registered minimum role. Market was also an important component for paddy technology adoption.

Keywords


Rice Cultivation, Technological Interventions, Adoption, Attributes of Innovation.