Odisha Integrated Irrigation Project for Climate Resilient Agriculture (OIIPCRA)
The objective of the Odisha Integrated Irrigation Project
for Climate Resilient Agriculture in India is to intensify and diversify
agricultural production and enhance climate resilience in selected districts of
Odisha.
Component
(1) Climate-Smart
Intensification and Diversification of Production.
The objective of this
component is to intensify production, strengthen farmers’ capacity to adapt to
climate change stresses
affecting crop and aquaculture production, and diversify production,especially
in Rabi in response to effective market demand.
Subcomponent
1.1 Support to Improved
Productivity and Climate Resilience. Funding under this subcomponent will
support farmer adoption of
Climate-Smart Agriculture (CSA) technologies and practices to increase
productivity, improve resilience to climate shocks and reduce Green House Gas
(GHG) emissions, as a co-benefit.
1.2 Support to
Aquaculture Production. Project support under this subcomponent is
opportunistic, taking advantage of the improved water situation as aresult of
irrigation modernization and management in the cascades, to support climate
resilient aquaculture in the rehabilitated tanks, as well as other tanks in the
cascade.
1.3 Support to
Diversification and Produce Marketing. The objective of this subcomponent is
twofold:(i)support farmers to
reduce the current emphasis on food grains (especially paddy and wheat) and
increase the share of high-value and more nutritious products (e.g. fruits and
vegetables) in their overall production structure34; and (ii) improve
produce marketing to reduce price risks associated with diversification,
increase incomes, and ensure sustained farmer adoption of CSA practices to
strengthen resilience to climate change. Component
(2) Improving Access to
Irrigation and Water Productivity.
Water-smart technology
supported by the scheme- Improved methods of irrigation,Drainage,Water
smart varieties
For more details visit- https://projects.worldbank.org/en/projects-operations/project-detail/P163533?lang=en