Aug 2026· Turkish Journal of Maritime and Marine Sciences· 0 citations· 27 references
Abstract
Under the pressure of tightening carbon regulations such as the EU Monitoring, Reporting, and Verification (MRV) framework, this study investigates the environmental adaptation and decarbonization processes of maritime supply chains from a Blue Economy perspective, utilizing a panel dataset of 25 nations encompassing European countries and Türkiye (2008–2024). Accounting for cross-sectional dependence and slope heterogeneity, the analyses (the CCEMG estimator, the Dumitrescu-Hurlin test, and the Tapio index) suggest empirical evidence that the assumptions of the Environmental Kuznets Curve (EKC) hypothesis may not hold within this specific sectoral domain, indicating that economic growth does not spontaneously mitigate maritime emissions. Conversely, the long-run coefficients indicate that port cargo volume growth tends to decouple from emission increases, with the emission growth rate lagging behind sectoral volumetric expansion. This trajectory is consistent with operational efficiency improvements reported in the literature, such as scale economies of ultra-large vessels and slow steaming practices. The bidirectional feedback loop obtained from the panel causality test suggests that environmental performance may increasingly function as an important component of ports’ commercial competitiveness. While a structural divide is observed within the European maritime landscape separating traditional carbon-dependent ports from green-oriented nations, the case of Türkiye displays potential toward becoming a critical low-carbon regional transit corridor, supported by its negative elasticity trend and temporary absolute decoupling performance in 2020. Sustaining these observed decoupling pathways over the longer term may require by strategic steps aligned with the findings. In this regard, establishing a national emission monitoring infrastructure compatible with the EU acquis and mobilizing blue finance mechanisms can be evaluated as a strategic necessity.
Transportation services play a key role in the operation of the modern economy, but their environmental impacts are also becoming more and more challenging to reconcile with the global decarbonization targets. This paper investigates the trends in the economic growth-carbon emissions relationship from two complementary...
Muhammad Javeed Akhter, N. Asghar, H. ur Rehman et al.· International Journal of Bus...· 0 citations
This study presents the first empirical unification of the Environmental Phillips Curve (EPC) and Tragedy of the Commons (TOC) frameworks in fossil-fuel-dependent Gulf Cooperation Council (GCC) economies. Employing a Cross-Sectional Autoregressive Distributed Lag approach on data from 2000 to 2023, the analysis accou...
Muhammad Saad Ameer, Arsalan Tanveer, M. Israr et al.· Energy & Environment· 0 citations
The Gulf Cooperation Council (GCC) economies, among the world’s largest per-capita carbon emitters, face a pressing policy dilemma of environmental sustainability. The conventional mean-based studies often mask heterogeneous effects across the emissions distribution and yield inconclusive results for resource-rich, ene...
Mohammad Ridwan, Zulfiquar Ali Antor, Afsana Akther et al.· Discover Environment· 1 citation
Decarbonizing the economy effectively mitigates climate change, accelerates the transition to sustainable development, and corresponds to the Kyoto Protocol and Paris Climate Accords. The key objective of this research is to estimate the influence of different social, economic, political and technological factors on de...
Meng Li, O. Kubatko, V. Piven et al.· Energy & Environment· 0 citations
Decarbonising maritime transport is becoming increasingly challenging amid sustained global trade growth. This study develops a System Dynamics (SD) framework to evaluate a transcontinental green shipping corridor connecting Shanghai, Jebel Ali, and Koper. The model integrates five interconnected stages, including port...
M. Hero, P. Vidmar, Patrick Vlačič et al.· Frontiers in Marine Science· 0 citations
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