Academic Directory

The researcher's work centers on advancing supply chain optimization through innovative methodologies spanning across traditional, green, ERP, transportation, and logistics domains. By integrating interdisciplinary approaches such as supply chain management, green initiatives, ERP systems, advanced institutional theory, and digitalization, the researcher aims to enhance performance and efficiency in both domestic and international settings, focusing areas like resilience, social capital, data quality, and digitalization.

The researcher's work centers on integrating sustainability into supply chain management across multiple interconnected themes: sustainable supply chain management, outsourcing and supply chain management, big data and business intelligence, quality and supply management, urban and Freight Transport Logistics, and supply chain resilience and risk management. Their research synthesizes diverse perspectives on the role of ethics, innovation, and technological advancements in shaping supply chains for social good, exploring how sustainability integrates across domains to drive enhanced performance and ethical practices.

The researcher has conducted extensive work in three interconnected health domains: respiratory infections, dental health, and HIV/AIDS interventions, all under the umbrella of global health challenges influenced by COVID-19. Their research focuses on improving healthcare access and patient outcomes across these distinct yet related areas to ensure equitable treatment and awareness for diverse populations affected by these conditions.

The researcher focuses on innovative supply chain management practices and ethical considerations within a multidisciplinary framework. Their work encompasses both practical applications of technology in supply chains and thoughtful examination of how ethical frameworks can ensure responsible AI adoption. The research highlights the role of governance mechanisms and policy in shaping organizational performance while emphasizing the importance of ethics in influencing these systems, particularly through topics like AI development frameworks and status quo bias theory.

The researcher's work focuses on supply chain resilience and risk management across social sciences, with a particular emphasis on themes that connect theoretical insights with practical applications. Their research delves into how information sharing and digitalization impact sustainable performance in fast-moving consumer goods firms and the broader implications for supply chain dynamics.

The researcher's work focuses on a comprehensive exploration of various dimensions within Supply Management and Social Sciences, encompassing themes such as supply chain resilience, corporate social responsibility reporting, innovation and socioeconomic development, sustainable supply chain management, urban and Freight Transport Logistics, global trade, sustainability, and agricultural practices. Their research delves into the interplay between different factors influencing these areas, from institutional legibilities to green practices and rural development impacts, aiming to provide a nuanced understanding of contemporary Supply Management challenges and opportunities.

**Research Focus Synthesis** The researcher's work across diverse domains focuses on global Sahelian ecosystems, emphasizing interactions between climate change, agriculture, hydrology, atmospheric processes, solar energy, and fire impacts. Key areas include: 1. **Savanna Ecosystems**: Investigates plant water relations and carbon dynamics, including effects of rain events, bias correction methods, numerical modeling, and NASA data. 2. **Climate Change Impact on Agriculture**: Analyzes how climate change affects agricultural productivity in Ghana's savannas, focusing on variability and re-classification of agro-climatic zones. 3. **Hydrology and Drought Analysis**: Studies rainfall patterns using the Gumbel model, extreme value theory for rainfall, satellite data, and extreme precipitation indices over the Volta Basin. 4. **Atmospheric Chemistry and Datasets**: Examines atmospheric nitrogen isotopes and solar radiation models, including satellite-based datasets and ozone concentrations. 5. **Solar Energy and Photovoltaics**: Explores modeling global solar radiation in various locations, satellite-based products, and spatial distribution of solar energy. 6. **Precipitation Estimation and Validation**: Develops rainfall data from Ashanti, validates TRMM and FEWS satellite methods for accurate precipitation measurement. 7. **Mathematical Modeling**: Uses GSBR models for global solar radiation in different regions, differential equations for prey-predator dynamics, Holling-Tanner models with cannibalism, and predator interference effects on biological control. 8. **Fire Effects on Ecosystems**: Analyzes climate variability impacts on savanna fires in West Africa and extreme temperature indices over the Volta Basin. 9. **Extreme Weather Events**: Re-examines hemispheric variability with extreme precipitation indices from CMIP6, assesses solar visibility using TRMM data, models time dynamics of population systems, and explores finite time blow-ups in population models. 10. **Fire Studies (Repeats)**: Revisits fire impacts on ecosystems, includes studies on moist convective environments, long-term food chain dynamics, predator interference effects, and finite time blow-ups in population models. The researcher's integrated approach provides insights into Sahelian ecosystems, focusing on climate change, agriculture, hydrology, atmospheric processes, solar energy, precipitation management, and fire dynamics.

The researcher's work synthesizes themes of ethnomathematics (Adinkra Mathematics), consumer behavior and E-commerce, and quality management within a multidisciplinary academic framework that bridges physical sciences and social sciences. Their research explores the intersection of cultural practices with mathematical cognition in Ghana, examines how consumers adapt to online shopping experiences, and evaluates strategies for enhancing supply chain visibility globally. The study underscores both opportunities and challenges, particularly the influence of technology on education and the rise of e-commerce.

The researcher's work integrates traditional agroecological knowledge to adapt to climate change in agriculture (Ghana Upper East Region), employs innovative nutrient stewardship models for improving child nutrition (Ghana), and develops integrated strategies for rangeland management, all employing local expertise and diverse methodologies.

The researcher investigates how emotional challenges and stressors influence mental health and development in youth, focusing particularly on how resilience is affected by socio-emotional challenges.

Their research integrates multiple disciplines to advance sustainable supply chain management, leveraging big data analytics and interdisciplinary approaches such as circular economy principles and innovation studies. Their work combines insights from logistics, business intelligence, environmental science, and social sciences to develop frameworks for enhanced sustainability, resilience, and performance across diverse industries and contexts.