Purpose – Purpose of current study is to explore, impact of workplace environment i.e Physical Environmental Factors and Behavioral Environmental Factors on employee productivity (EP) through mediating role of employee health (EH). Research methodology – This study adopted questionnaire survey method and data was collected from 250 employees working in software houses in Pakistan. Data has been analysed using SPSS and AMOS software. Reliability and correlation analysis was performed by using SPSS while; path analysis was performed using AMOS. Findings – Results revealed that one unit variance in PEF incorporates 35% change in EH, 33% change in EH is caused by one unit increase in BEF and one unit increase in EH leads to 80% increase in EP. Physical and Behavioural Environmental Factors are positively affecting EH and EH is positivity affecting EP. Results of the study revealed that: employee health is mediating the relationship between workplace environment factors and employee performance. Research limitations – We used working Environment factors to determine employee health; future studies can consider compensation practices, insurance plans and health benefits by the organisation, a large sample or increased number of mediating variables can be used. The current study has adopted cross-sectional design while future studies can consider longitudinal design. Practical implications – Organisations must maintain a better environment in order to enhance employee productivity as, employee performance and workplace environment have direct and positive relationship, employees productivity and physical as well as behavioural environment are linked through employee health.

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Microplastics (MPs) are unregulated and emerging contaminants, which are continuously released due to human activities in the environment through several pathways. The presence of MPs poses threats to the environment, organisms, and human health. The discharge of treated effluent from wastewater treatment plants (WWTPs) is a major source of MP input, especially in the form of microfibers, into the aquatic environment, whereas the application of sludge and compost is a crucial pathway transferring MPs to terrestrial environment. Meanwhile, MPs are produced from industrial processes and the use of plastic consumer goods and personal care products. MPs become more hazardous when they adsorb persistent organic pollutants and heavy metals or attach with pathogenic microorganisms from wastewater and sludge. However, there is little comprehensive information available about the collaborative role of wastewater and sludge in MP contamination. Studies about remediation strategies and their removal mechanisms of MPs in WWTPs are limited. Therefore, it is important to develop cost-effective detection methods of MPs for routine monitoring in wastewater and sludge samples and understanding of fate and inhibitory effects of MPs in wastewater and sludge treatment processes, before developing the mitigation measures of MP contamination. This chapter summarizes the sources and pathways of MPs, discusses the impacts of MPs on environment and human health, and reviews the current practices on detection, quantification, and qualification of MPs. In addition, this chapter provides insights into the source control of MPs through polices and education.

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