SU+ Digital Repository
SU+ is an online repository for the preservation and promotion of assorted digital content at Strathmore University
Off-Campus Access to restriced resources (including the ExamsBank) now requires registration using an @strathmore.edu email address
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Communities in DSpace
Select a community to browse its collections.
- Documents and Proceedings of Conferences, Seminars, Workshops (and more) held at Strathmore University
- Assorted collections of resources covering various subject themes contributed by Faculty and Library Staff
- Public reports and policy documents
- Researcher Profiles / Conference presentations / Published research articles / Faculty and Corporate research outputs
- A digital chronicle of the History of the University presented through a mix of pictures, videos and digitized publications
Recent Submissions
Item type:Item, The Effect of industrial dynamics on Carbon dioxide emissions in Africa’s manufacturing sector and the moderating role of industrial emissions policies(Strathmore University, 2026) Gathuru, Edmund KanyugiAfrica's manufacturing sector is a critical driver of economic growth but also a significant contributor to Carbon dioxide (CO2) emissions due to its reliance on energy-intensive processes and outdated technologies. Despite global efforts to promote efficiency and reduce emissions, limited research exists on the effect of industrial dynamics on CO2 emissions in Africa's manufacturing sector. This study addressed this by investigating the effect of manufacturing sector’s share of GDP, energy consumption efficiency and scientific innovations on CO2 emissions, with a specific focus on the moderating role of industrial emissions policies. The study adopted the Environmental Kuznets Curve (EKC) hypothesis and the Resource Curse theory as its theoretical frameworks. The study targeted manufacturing sectors in forty-seven (47) African countries. Data was sourced from the World Bank, United Nations Industrial Development Organization (UNIDO), and Climate Watch. A panel data regression model was used to analyze the relationship between the variables, with industrial emissions policies measured through industrial emissions intensity. Descriptive statistics revealed wide disparities in emissions and energy use, with concentrations in a few industrial hubs. Correlation analysis showed strong positive links between emissions, manufacturing output and emission intensity, while innovation was associated with higher emissions in the short run. Results from the Random Effects GLS model indicated that energy intensity and manufacturing share of GDP significantly reduce emissions, whereas innovation increases them, highlighting the need to align R&D with low-carbon objectives. Incorporating industrial emission intensity improved model fit, confirming its positive effect on emissions and emphasizing the importance of emission standards, energy efficiency programs and regional collaboration to decouple industrial growth from environmental degradation. Key Words: Industrial Dynamics, Industrial Emissions Policies, Carbon Dioxide Emissions, Manufacturing Sector, Manufacturing sector’s share of GDP, Energy consumption efficiency, Scientific innovations.Item type:Item, Strathmore University 2026 Graduation Ceremony(Strathmore University, 2026-07) Strathmore UniversityThis booklet documents Strathmore University's graduation ceremony, including the programme of events, graduands, academic awards, and qualifications conferred. It serves as an institutional record of the university's graduation proceedings.Item type:Item, Strathmore University 2025 Graduation Ceremony(Strathmore University, 2025-07) Strathmore UniversityThis booklet documents Strathmore University's graduation ceremony, including the programme of events, graduands, academic awards, and qualifications conferred. It serves as an institutional record of the university's graduation proceedings.Item type:Item, Strathmore University 2024 Graduation Ceremony(Strathmore University, 2024-07) Strathmore UniversityThis booklet documents Strathmore University's graduation ceremony, including the programme of events, graduands, academic awards, and qualifications conferred. It serves as an institutional record of the university's graduation proceedings.Item type:Item, Strathmore University 2023 Graduation Ceremony(Strathmore University, 2023-07) Strathmore UniversityThis booklet documents Strathmore University's graduation ceremony, including the programme of events, graduands, academic awards, and qualifications conferred. It serves as an institutional record of the university's graduation proceedings.