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There is growing attention towards inclusive mining to make an economic case for gender equality and diversity in the industry. Available literature lacks sufficient empirical evidence on the subject matter in Ghana. Therefore, this paper aims to understudy women miners in Ghana and document their role in recent change regimes in mine works gender profiles. An observed change that is stimulating a shift in background dispositions leads to increasing number of women taking up mine jobs.

In working towards achieving the aim of the study, both qualitative design and a multiple case study approaches are deployed. Four multinational Ghanaian mines and a mining and technology university were used to understudy the women miners and their role towards a change in mine work gender perspectives.

The results showed a regime of “ore-solidarity movement” (women in mining – Ghana). A kind of solidarity identified conventionally as a social movement in active resource and self-mobilization, engaged in a symbolic contestation for change of the status quo (dominant masculinity cultures) in furtherance of gender equity and inclusion in milieu of mine works reforms in Ghana.

The study is of high scientific, political and public interest to better understand women’s movements in the mining industries in Ghana and to frame them theoretically. It offers solid empirical evidence on roles women miners play to ensure gender shape-shifting and liberalizing the mining space for women’s participation. This move towards inclusive mining implies poverty eradication among women, work towards achieving sustainable mining, competitiveness and assurance for gender-driven social innovative mining.

This paper aims to examine the compensation practices and the valuation methods valuers apply in the context of the current legal framework for expropriation to assess compensation for farms impacted by mining in Ghana.

Compensation reports and archival materials were examined to identify the issues related to the valuation methods, compensation practices and expropriation procedures in the mining sector. Interviews were then conducted with 35 farmers and farmers' representatives, officials of mining companies, representatives of the Land Valuation Division of the Lands Commission and valuers/researchers on the issues identified through the document analysis.

The results reveal that the lack of express standards for assessing compensation for mining-impacted crops has occasioned variations in the valuation methods and the standard crop population for compensation. The study further reveals the impacts of exchange rate distortions on crop compensation values.

The study empirically substantiates the arguments for a revised compensation regime in Ghana's mining sector. Valuers, mining companies and policymakers' awareness of this research will impact farm compensation valuation practices in the future.

The adequacy of compensation for mining-impacted farmers remains a topical issue, especially in African countries. This research contributes to the literature and reveals the socio-economic impacts of the current compensation regime on the livelihoods of expropriated farmers.

This paper is the first to analyse the valuation methods, the compensation values and the key parameters valuers apply in assessing compensation for mining-impacted crops in Ghana.

This study aims to examine the socio-economic and environmental impacts of mining activities as perceived by communities in Ghana, with data being drawn from primary and secondary sources.

A total of 90 community residents were interviewed, with 15 from each of the six selected different communities.

The findings revealed a positive perception that corporate social responsibility (CSR) practices of mining companies contribute to the development of mining communities in Ghana by creating jobs and generating income. However, it became clear that mining activities, particularly small-scale mining, create many social and environmental challenges as well. This includes land degradation, which reduces the fertility of community-owned land suitable for agricultural use. In addition, pollution of waterways and streams intensifies the plight of community residents living in mining areas.

Since 2011, the mining industry has invested between US$12m (in 2013) and US$44m (in 2011) in Ghana’s communities. The amount spent in 2019 was US$24m. The funds were spent by the industry in areas such as roads, education, health and electricity, among others. Still, it seems more effort is needed by the mining companies to harmonise the CSR practice and gain better impression by local people. In spite of the mining industry’s investment levels, more than half of the community respondents said it was insufficient. One-third of the respondents went as far as suggesting the mining companies had a negative impact on infrastructure improvement and community development.

The purpose of this paper is to study the environmental indicators of an ISO 14001:2004 certified thermal power plant located at Raiwind road Lahore.

The research study included employee interviews, noise monitoring, effluent and ground water sampling, stack emission testing, and assessment of the solid waste management system.

Semi-structured interviews randomly conducted with employees showed a 57 percent environmental awareness response. The stack emission results showed that the nitrogen oxide (NOx) from engine no. 5 and 7 was 2,447 and 2,624 mg/Nm³, respectively, higher than the World Bank limit of 2,300 mg/Nm³ as well as exceeding the 600 mg/Nm³ set by the National Environmental Quality Standards (NEQS) with no emission control technology in place. The ground water and effluent samples were found unfit for irrigation purposes. Electrical conductivity exceeded the permissible level of Directorate of Land Reclamation (DLR) irrigation water quality criteria of 1.5 dS/m. Similarly, the sodium absorption ratio (SAR) exceeded 10 mmolc/l. Residual sodium carbonate was more than the DLR permissible level of 2.5 me/l. The noise level in the engine hall was 103 dB(A) which is beyond the Occupational Safety and Health Administration’s permissible exposure limit of 90 dB(A) and the NEQS for industrial area at day time, i.e. 75 dB(A).

The research analysis shows that environmental survey may serve as an example for other power plants to review their environmental policy and be more vigilant as an environmentally conscious organization.

This paper underscores an easy understanding and evaluation of environmental indicators that are minor but neglected in a thermal power plant. The sampling, testing, and employee awareness are crucial to gauge the level of an organization’s conformity with the international quality, occupational health, and environmental standards.