Global Perspectives on Climate Change Mitigation: Legal, Scientific, Pharmaceutical, and Engineering Approaches to Sustainability

Abstract

This study examines mitigation of climate change through a multidisciplinary approach which involves the law system, scientific advancements, pharmaceutical sustainability and engineering advancements. The paper will follow a mixed-method design that entails the analysis of policies, evaluation of technologies and case-studies of the industry to identify viable tactics to employ in the minimization of emission and resilience establishing. Findings of the study show that the compliance rate is 35 per cent higher in the countries where legal mechanisms are strong compared to the countries where there are voluntary commitments. Scientific and engineering innovations (e.g., by applying renewable energy, re-capture carbon, and smart grids) demonstrated that carbon emissions could be cut by 40 per cent when applied in large scale. Pharmaceutical industry is a non-recognised but emits nearly 5 per cent of the total emission in the world and can reduce the percentage emission by 25 per cent through green chemistry, integration of renewable energy source, and green logistics. It proved to be cross-sectoral integration, and collaborative models enhanced the outcomes of mitigation by 30 per cent of isolated practise. The results highlight the utmost importance of interlinking of legal enforceability, technological innovation and industrial practises with equitable financing and international cooperation. Eventually, the study concludes by asserting that an integrated strategy that balances the environmental goals, economic growth, and the well-being of the people is required to come up with sustainable mitigation of climate change.