Climate Change Policy and Economics

Analysis of Chinese steel exporters' responses to anticipated EU carbon border policies, showing pricing serves as primary adjustment mechanism with significant lagged effects.

Climate change reduces EU banking stability; renewable energy and energy taxes provide protection, with effectiveness varying by fiscal stringency and deployment intensity.

Optimize China's carbon emission reduction through inter-provincial cooperation mechanisms. A cost-based model shows 40-80% cooperation reduces abatement costs by 60-70% while balancing regional.

Analysis of seven EU countries reveals environmental taxes do not significantly drive sectoral eco-investments when controlling for economic scale, suggesting need for complementary policy mechanisms.

Study of 257 Chinese cities shows carbon emissions trading policy reduces energy efficiency through technological and structural changes, though spillover effects partially offset losses.

Study quantifies China's carbon-to-electricity price transmission at 76.5%, identifies barriers to market coupling, and proposes institutional reforms for achieving clean energy targets.

Analysis of greenhouse gas decoupling in Hungary reveals strong progress in manufacturing and utilities sectors but persistent challenges in agriculture and specialized services.

RGGI carbon emissions trading program caused significant wage declines for unskilled workers in energy-intensive sectors, with 7% reduction four years post-implementation, while skilled workers.

Systematic review of 6,248 climate adaptation economics studies analyzing how households and firms respond to climate risks through methodological evolution and empirical findings from 1978-2025.

Product-level analysis of EU carbon border adjustment mechanism reveals revenue redistribution can increase global welfare and emissions reductions in steel sectors.

Analyze how carbon taxes in Mexico, Colombia, and Argentina affected emissions. Mexico's combined policy package reduced transport emissions 12%, while isolated taxes in other countries showed.

Integrated energy and economic modeling shows Netherlands can achieve carbon neutrality by 2050 with long-term GDP growth, but faces transition costs including unemployment and welfare losses.

Dynamic analysis of fiscal-energy policy synchronization and pollution cost reduction in Mediterranean economies using Kuramoto modeling and nonlinear autoregressive distributed lag estimation.

Framework integrating numerical modelling with stakeholder coproduction for feasible, equitable assessment of land-based climate mitigation technologies across governance levels.

Multidimensional weighting framework for emissions scenario ensembles accounting for relevance, quality, and diversity, with application to IPCC climate scenarios.

Study examines public support for carbon pricing in Germany 2019-2022, revealing that energy costs reduce backing while preferences shift toward social protection over environmental spending.

Study evaluates COP28 negative emission technologies through five global scenarios, finding that combined fossil fuel reduction with moderate carbon removal optimally meets 1.5°C targets while.

Feasibility analysis of mandatory emissions disclosure for AI research using tiered policies and Monte-Carlo simulation, demonstrating high coverage with minimal operational burden on research venues.

Legal analysis assessing CORSIA compatibility with WTO trade rules and proposing governance reforms to reconcile sustainable aviation climate action with equitable international trade law.

Study reveals how vehicle tax policies intended to promote low-carbon cars create distributional injustice as manufacturers exploit market power, undermining affordability and emission goals.