IntegrativeResource allocation platform planningInteractive and integrative planning for interconnecting waterWater, foodFood, energyEnergy, and ecosystems is a significant worldwide security challenge amplified by different parameters, including future population growth, geopolitical risks, and climateClimate changeClimate change. These challenges are tightly interconnected, which requires a systems approach to address them. Each country has national strategies for developing its waterWater, foodFood, and energyEnergy sectors, which must be integrated with the ecosystem. However, the tool for the technical coordination of these resourcesResource is based on the national security level of each sector, and the economic and social development needs to exist. This concept aims to pave the way toward the need for a single interactive decision-making platformInteractive decision-making platform to support evidence-based inter-sectoral planning among water, energy, and foodFood resourceResource systems integrated with the ecosystem and guide future investments and risk mitigation strategies across these domains. Such a platform must be co-created with close stakeholder engagementStakeholder engagement throughout the multi-discipline of expertise, bringing together different disciplines to evaluate trade-offs associated with technological and policy interventions on the interconnected foodFood-energy-water resourceResource systems integrated with the ecosystem. This can be achieved through an internationally sufficiently founded project focusing on four interrelated objectives to improve foodFood-energyEnergy-waterWater-systems’ sustainabilitySustainability, resilience, equitability, and integration with the ecosystem.

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Toward a Single Interactive and Integrative Planning and Resource Allocation Platform for Food-Energy-Water Nexus

  • Ahmed Hamza H. Ali

摘要

IntegrativeResource allocation platform planningInteractive and integrative planning for interconnecting waterWater, foodFood, energyEnergy, and ecosystems is a significant worldwide security challenge amplified by different parameters, including future population growth, geopolitical risks, and climateClimate changeClimate change. These challenges are tightly interconnected, which requires a systems approach to address them. Each country has national strategies for developing its waterWater, foodFood, and energyEnergy sectors, which must be integrated with the ecosystem. However, the tool for the technical coordination of these resourcesResource is based on the national security level of each sector, and the economic and social development needs to exist. This concept aims to pave the way toward the need for a single interactive decision-making platformInteractive decision-making platform to support evidence-based inter-sectoral planning among water, energy, and foodFood resourceResource systems integrated with the ecosystem and guide future investments and risk mitigation strategies across these domains. Such a platform must be co-created with close stakeholder engagementStakeholder engagement throughout the multi-discipline of expertise, bringing together different disciplines to evaluate trade-offs associated with technological and policy interventions on the interconnected foodFood-energy-water resourceResource systems integrated with the ecosystem. This can be achieved through an internationally sufficiently founded project focusing on four interrelated objectives to improve foodFood-energyEnergy-waterWater-systems’ sustainabilitySustainability, resilience, equitability, and integration with the ecosystem.