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Safety-related issues are prominent in dyeing workplaces and studios that result in accidents. The purpose of this study is to investigate the compliance towards health safety practices by students at the dyeing studios in selected universities in Ghana.

A structured online questionnaire was developed and used to collect 285 responses from students studying at the textile and fashion department of ten universities in Ghana. The study used the partial least square (PLS) algorithm of the structural equational modelling (SEM) by bootstrapping with 5,000 samples in the SmartPLS-SEM version 4.0.

Students exhibited good attitudes with significant knowledge regarding health safety hazards at the dyeing studio. Results revealed that students’ attitudes significantly and positively affect their knowledge of health safety hazards; hence, as attitude increases, their knowledge of health safety hazards also increases. However, institutional support significantly and negatively affects the knowledge of health safety hazards by students at the dyeing studio. Subsequently, institutional support significantly and positively affects students’ attitudes towards health safety hazards at the dyeing studio; hence, as institutional support increases, their attitude towards health safety hazards also increases. In the moderation analysis, results showed that students’ attitude dampens the negative relationship between institutional support and student’s knowledge.

Work-related safety at the dyeing studios is very important to help drive for an injurious free hands-on practice with dyeing activities. Hence, the findings of this study call on institutions to provide appropriate personal protective equipments and first aid kits, effective training and supervision for workspace safety at the dyeing studios for students. This would go a long way to maintain good health safety practices during students’ dyeing activities at the studio, hence eliminating possible hazards.

The present study provides an in-depth understanding of how key variables such as institutional support influence the knowledge and attitude of students towards studio dyeing practices. Key findings from the study reiterated the importance of training workshops, state-of-the-art studios and adherence to safety by students to prevent injuries.

The purpose of this study is to investigate the physical, ultraviolet (UV), colour appearance and colour fastness properties of selected fabrics dyed with natural dyes from Daboya and Ntonso communities of Ghana. The study further highlights the rich cultural heritage of traditional dyeing from these two communities. Craftsmen in West Africa especially Ghana, have sustained the traditional dyeing methods to produce textile products for consumers.

In this study, two sample fabrics were purchased from craftsmen at Ntonso and Daboya communities in Ghana. These fabrics were analysed at the laboratory under standard test methods for their physical, UV, colour appearance and colour fastness properties.

Results showed that all the sample fabrics have good UV shielding performance (ratings above 50+). Daboya sample fabrics (dyed with indigo dyes) produced more colour stains than the sample fabrics from Ntonso (dyed with black “kuntunkuni” dyes). The K/S_sum value or colour yield reduced after washing but that alternatively increased the calculated ultraviolet protection factor.

Findings from this study exposed the unique UV performance of dyed traditional fabrics (using natural dyes) from Ntonso and Daboya communities in Ghana. This inspires and enforces the need for craftsmen to improve their production cycle to produce these fabrics in different sizes which provides the necessary UV shielding abilities for consumers in the wake of climate changes.

This study demonstrated that the natural dyeing process at the two communities produced relatively good UV and colour fastness properties of the sample fabrics. These eco-friendly dyeing practices have survived over time to maintain and promote the concept of sustainability within the textile and fashion industry in Ghana.

This paper aims to assess the impact of infrastructure development on Ghana’s economic growth.

Using data obtained from the World Bank’s World Development Indicators, the United States’ (US) International Energy Statistics and the Central Intelligence Agency’s (CIA) Factbooks from 1980 to 2016, an autoregressive distributed lag (ARDL) framework is used to determine the long- and short-run impact of the selected infrastructure stock and quality indices on Ghana’s economic growth.

Findings indicate a statistically significant relationship between infrastructure development and economic growth. Additionally, electricity-generating capacity is identified as the infrastructure stock index that has the greatest positive impact on Ghana’s economic growth. The study reveals that electricity-distribution loss has a significant negative effect over both long- and short-run periods.

Commercial petroleum export from Ghana since 2010 has been a key contributor to economic growth. Although its aggregate effect is included in the annual GDP figures adopted for the study, the authors would have wished to assess its impact on GDP as an independent standard growth determinant. However, because of a lack of available data over this study period, petroleum exports could not be adopted as an independent standard growth determinant. Additionally, an aggregated index of infrastructure stock and quality could not be derived because of the small size of data available. Hence, this study did not assess its impact on Ghana’s economic growth.

The research provides pragmatic guidance to policymakers to focus their efforts on expanding electricity-generating capacity while simultaneously taking steps to curb electricity transmission and distribution losses. These two related actions offer the greatest positive impact on infrastructure development and, as a consequence, Ghana’s economic growth.

This paper represents the first attempt to empirically study the relationship between infrastructure development and Ghana’s economic growth. A key contribution to the existing body of knowledge includes strong evidence of a positive effect of infrastructure development upon Ghana’s economic growth. Results also reveal that the greatest positive impact on economic growth is derived from electricity-generation capacity. However, the study also uncovers a negative, but statistically significant, relationship between road and economic growth.