Prince Agyemang Data-verified
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
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Biography and Research Information
OverviewAI-generated summary
Prince Agyemang's research focuses on the development and analysis of sustainable healthy food systems, employing systems thinking and model-based approaches. His work investigates frameworks for integrating decision support systems and scenario design to optimize sustainable diet concepts within the United States. Agyemang has designed and developed dashboards aimed at improving sustainable healthy food choices, incorporating insights from consumer exposure to environmental nutrition information. His publications also explore the resilience of global food system initiatives and assess multi-dimensional aspects of sustainable foods, considering stakeholder perceptions during nutrition interventions. Additionally, his research has examined the relationship between electricity energy access and the profitability of micro and small enterprises in Ghana. Agyemang's scholarship is supported by collaborations with researchers at the University of Arkansas at Fayetteville and the Arkansas Agricultural Experiment Station.
Metrics
- h-index: 7
- Publications: 20
- Citations: 134
Selected Publications
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Digital nudging toward sustainable healthy foods: Insights from a trial on a university-based dashboard for promoting sustainable eating habits (2026)
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Lowering the Environmental Footprint of Broiler Production Through Improved Crude Protein Utilization With an Exogenous Protease (2026)
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Green Gains: the development of next-generation dairy feed additive through a multidimensional sustainability lens (2025)
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An Experimental Design and Implementation Protocol for Testing a Dashboard for Improving Sustainable Healthy Food Choice (2025)
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Environmental-Health Convergence: A deep learning-oriented decision support system for catalyzing sustainable healthy food systems (2024)
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Insights from consumers' exposure to environmental nutrition information on a dashboard for improving sustainable healthy food choices (2024)
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Environmental-Health Convergence: The Design and Development of a Machine Learning-Based Tool for Catalyzing Sustainable Healthy Food Systems (2024)
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Nutritional-environmental trade-offs in potato storage and processing for a sustainable healthy diet (2023)
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Multiobjective Modeling of Risk to Health and Environmental Impact Under Stringent Mitigation Strategies: the Case of the United States Food System (2023)
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Dashboard for Improving Sustainable Healthy Food Choices (2023)
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Integrating framework analysis, scenario design, and decision support system for sustainable healthy food system analysis (2022)
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Transitioning to sustainable healthy diets: A model-based and conceptual system thinking approach to optimized sustainable diet concepts in the United States (2022)
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Response-to-Failure Analysis of Global Food System Initiatives: A Resilience Perspective (2021)
Collaboration Network
Top Collaborators
- Transitioning to sustainable healthy diets: A model-based and conceptual system thinking approach to optimized sustainable diet concepts in the United States
- Response-to-Failure Analysis of Global Food System Initiatives: A Resilience Perspective
- Integrating framework analysis, scenario design, and decision support system for sustainable healthy food system analysis
- The design and development of a dashboard for improving sustainable healthy food choices
- A multi-dimensional assessment of sustainable foods and the influence of stakeholder perceptions during nutrition interventions
Showing 5 of 17 shared publications
- Transitioning to sustainable healthy diets: A model-based and conceptual system thinking approach to optimized sustainable diet concepts in the United States
- The design and development of a dashboard for improving sustainable healthy food choices
- Insights from consumers' exposure to environmental nutrition information on a dashboard for improving sustainable healthy food choices
- Environmental-Health Convergence: A deep learning-oriented decision support system for catalyzing sustainable healthy food systems
- Multiobjective Modeling of Risk to Health and Environmental Impact Under Stringent Mitigation Strategies: the Case of the United States Food System
Showing 5 of 8 shared publications
- The design and development of a dashboard for improving sustainable healthy food choices
- Insights from consumers' exposure to environmental nutrition information on a dashboard for improving sustainable healthy food choices
- Environmental-Health Convergence: A deep learning-oriented decision support system for catalyzing sustainable healthy food systems
- Multiobjective Modeling of Risk to Health and Environmental Impact Under Stringent Mitigation Strategies: the Case of the United States Food System
- Dashboard for Improving Sustainable Healthy Food Choices
Showing 5 of 6 shared publications
- Nutritional-environmental trade-offs in potato storage and processing for a sustainable healthy diet
- Global analysis of nutritional strategies to mitigate the environmental impacts of dairy production: the case of supplementing diets with microencapsulated B vitamins
- Green Gains: the development of next-generation dairy feed additive through a multidimensional sustainability lens
- An Experimental Design and Implementation Protocol for Testing a Dashboard for Improving Sustainable Healthy Food Choice
- An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choice
- Corrigendum to “An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choices” [MethodsX Volume 14 (2025), page 2-page 11/ 103245]
- An Experimental Design and Implementation Protocol for Testing a Dashboard for Improving Sustainable Healthy Food Choice
- An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choice
- Corrigendum to “An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choices” [MethodsX Volume 14 (2025), page 2-page 11/ 103245]
- An Experimental Design and Implementation Protocol for Testing a Dashboard for Improving Sustainable Healthy Food Choice
- An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choice
- Corrigendum to “An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choices” [MethodsX Volume 14 (2025), page 2-page 11/ 103245]
- An Experimental Design and Implementation Protocol for Testing a Dashboard for Improving Sustainable Healthy Food Choice
- An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choice
- Corrigendum to “An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choices” [MethodsX Volume 14 (2025), page 2-page 11/ 103245]
- An Experimental Design and Implementation Protocol for Testing a Dashboard for Improving Sustainable Healthy Food Choice
- An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choice
- Corrigendum to “An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choices” [MethodsX Volume 14 (2025), page 2-page 11/ 103245]
- An Experimental Design and Implementation Protocol for Testing a Dashboard for Improving Sustainable Healthy Food Choice
- An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choice
- Corrigendum to “An experimental design and implementation protocol for testing a dashboard for improving sustainable healthy food choices” [MethodsX Volume 14 (2025), page 2-page 11/ 103245]
- Global analysis of nutritional strategies to mitigate the environmental impacts of dairy production: the case of supplementing diets with microencapsulated B vitamins
- Life cycle methodology for determining the effect of reformulating swine diets with an enzyme technology to mitigate environmental impact and optimize production performance in Canada
- Green Gains: the development of next-generation dairy feed additive through a multidimensional sustainability lens
- Global analysis of nutritional strategies to mitigate the environmental impacts of dairy production: the case of supplementing diets with microencapsulated B vitamins
- Life cycle methodology for determining the effect of reformulating swine diets with an enzyme technology to mitigate environmental impact and optimize production performance in Canada
- Green Gains: the development of next-generation dairy feed additive through a multidimensional sustainability lens
- Global analysis of nutritional strategies to mitigate the environmental impacts of dairy production: the case of supplementing diets with microencapsulated B vitamins
- Life cycle methodology for determining the effect of reformulating swine diets with an enzyme technology to mitigate environmental impact and optimize production performance in Canada
- Green Gains: the development of next-generation dairy feed additive through a multidimensional sustainability lens
- Global analysis of nutritional strategies to mitigate the environmental impacts of dairy production: the case of supplementing diets with microencapsulated B vitamins
- Green Gains: the development of next-generation dairy feed additive through a multidimensional sustainability lens
- Electricity Energy Access and Profitability of Micro and Small Enterprises in Ghana
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