Some IPE research questions(Note that most of these are too broad to be the precise topic for a paper but could be narrowed down to a manageable topic within the general frameworks given below. In...

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Answered 2 days AfterDec 03, 2022

Answer To: Some IPE research questions(Note that most of these are too broad to be the precise topic for a...

Komalavalli answered on Dec 06 2022
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Analytical and policy linkages between food, energy, and the environment:
Introduction:
Food, energy, and water are the three main pillars of sustainable development. Agriculture consumes the most freshwater resources on the planet, while water is utilized to create the bulk of electricity. Demand for all three is quickly increa
sing. Governments must ensure integrated and sustainable management of water, food, and energy resources in order to meet current and future challenges.
According to the OECD's Global Forum on Environment and Water, food and energy are vital to long-term human well-being and sustainable economic growth, and it is critical to determine the relationship between these three components. Agriculture is presently the world's greatest consumer of water, accounting for 70% of total outflow, while food production and supply networks account for around 30% of worldwide energy consumption, according to the United Nations. Furthermore, with the global population predicted to reach 9 billion by 2050, with a 70% increase in food production, competition for resources becomes a critical concern. At this level, it is useful to consider the interconnections and the role of institutions and policies in efficiently managing this resource rivalry. Furthermore, the present debate over the SDGs takes three elements of human well-being into account. Finally, the goal of this effort is to filter the association through the prism of policy and analytical linkages of energy, food and the environment.
Nexus of Water, energy and food:
A system of reservoirs located upstream of the Red River in northern Vietnam manage the flow and provide a significant portion of the power required for Vietnam's industrialization and modernization agenda. The same system provides water for residential consumption as well as irrigation for roughly 750,000 hectares of rice farming in Vietnam's Red River Delta, which is critical for social stability and food security. To transfer water to farms and other irrigation system users, most delta irrigation systems employ pumps powered by electricity from reservoirs.
As water grows scarcer and rivalry between energy and agriculture heats up, there is still a scarcity of relevant and trustworthy data and information to help guide water distribution decisions. To support coordinated efforts to solve this issue and to guarantee that discharge and water allocation choices are incorporated into integrated, multi-sectoral planning, effective cross-sectoral consultation mechanisms are required in the long run, and sustainable approach.
The water-energy-food link emerges as a potent tool for describing and resolving the complex and interrelated structure of the global resource system upon which they are built. fulfil many social, economic, and environmental objectives It, in particular, provides a conceptual framework for a more thorough understanding and investigation of the links between the natural environment and human activity, as well as for better managing and using natural resources from all areas and sizes. This may help us discover and manage trade-offs, as well as generate synergy through feedback, allowing for more cost-effective integrated planning, decision-making, implementation, monitoring, and assessment.
Perspective of cross...
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