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This is dual analysis of Turkish sustainable development amidst some high industrial and economic activities. Turkey is currently prioritizing the economic growth to the environmental sustainability and trying to achieve its 2023 goals and place in top 10 economies by date. This action might spark increase in emission level and decrease the environmental quality for both term. For effective and clear analysis, we apply the empirical analyses with both symmetric (dynamic ordinary least square-DOLS) and asymmetric (nonlinear autoregressive distributed lag-NARDL) approaches in short run and the long run periods for policy inferences through forecast. We apply the economic features (entrepreneurs, FDI, technological innovation proxy by R&D, renewable energy and economic growth) of Turkey that are important in determining both economic and environment development of the country to investigate its ability to achieve its climate goals. Turkey's data of 1985–2018 were adopted. Findings from both approaches (symmetric and asymmetric) show that carbon emission can be reduced and good environmental quality obtained through the instruments of renewable energy, technological innovation, FDI and entrepreneurial activities. A nexus is established among the instruments (renewable energy, technological innovation, entrepreneur activities and FDI) pointing towards carbon mitigation for Turkey, and this gives support to the findings from both symmetric and asymmetric approaches. Also, from symmetric analysis with dynamic ordinary least square, EKC is found for the case of Turkey which shows the ability of Turkey achieving its climate goal if right policies are implemented. [ABSTRACT FROM AUTHOR]

We studied Malaysia's ability to achieve its climate goal amidst high rate of entrepreneurial activities and influx of people from rural to urban cities (urbanization) due to massive and prospective economic activities in the cities. For this, we investigate the impact of urbanization, entrepreneurial activities, and economic growth on its environmental performance. Renewable energy and financial development were also incorporated in the analyses to see if they have mitigating effect on the country's carbon emissions. Malaysian data of 1992Q1 to 2017Q4 were adopted for this study, and we also adopted both linear (dynamic ordinary least square-DOLS) and non-linear (nonlinear autoregressive distributed lag-NARDL) scientific and analytical approaches for better and clear insight from our study. Granger causality is equally applied as a robust check to the findings from DOLS and NARDL through direct inference from the selected variables. Findings from NARDL exposed significant impacts of the selected variables on the carbon emissions. Specifically, entrepreneurial activities, urbanization, financial development and renewables are mitigating carbon emissions, while economic growth is increasing emissions. Findings from DOLS and granger causality support the findings from the NARDL with more light on the trend of impact from economic growth to the Malaysia environment through inverted U-Shape EKC hypothesis. From granger causality nexus is established among the variable of interest in this study. From the findings, policy to mitigate carbon emissions can be framed with renewables, urbanization, entrepreneurial activities and financial activities. Authorities can initiate subsidising policies that will enable both private and public players to invest in energy sector strictly for the purpose of expanding renewable energy source. [ABSTRACT FROM AUTHOR]