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Article 2025 · 29 citations

The nexus of economic growth, energy prices, climate policy uncertainty (CPU), and digitalization on ESG performance in the USA

Isik, Cem, Ongan, Serdar, Islam, Hasibul, Yan, Jiale, Alvarado, Rafael, Ahmad, Munir

Abstract

This study examines the impact of economic growth, energy prices, digitalization, and climate policy uncertainty-key macroeconomic, technological, and political factors-on ESG performance in the U.S. within a comprehensive sustainability framework to mitigate climate change. The study reveals how these variables impact different levels of ESG performance using Quantile and Quantile-on-Quantile analyses. Findings show that economic growth positively impacts ESG performance. This can be interpreted as the economy incentivizing U.S. companies to adopt and enhance their ESG practices. No significant impact of climate policy uncertainty was found. This result can be interpreted as companies mitigating the effects of climate policy uncertainty on ESG through hedging and risk management strategies. The positive relationship between energy prices and ESG indicates that higher energy costs may improve ESG performance. This can be explained by the fact that sectors facing high energy prices may invest more in sustainable practices, such as adopting renewable energy. Therefore, policymakers should encourage businesses to take individual and collective action to adopt behavior against climate change. The negative impact of digitalization on ESG performance can be explained by the rapid pace of technological change, leading business companies to prioritize profitability over ESG considerations. This result may refer to the Corporate Sustainability Theory.1 Therefore, businesses should integrate digitalization into climate strategies through regulatory measures and enhanced corporate reporting.

Keywords
ESG performance Quantile-on-Quantile analysis Digitalization Climate change TIME-SERIES UNIT-ROOT
WoS Categories
Environmental Sciences Environmental Studies Meteorology & Atmospheric Sciences
Sustainable Development Goals
Citation
Journal
CLIMATE SERVICES
Year
2025
Volume
38
ISSN
2405-8807
DOI
10.1016/j.cliser.2025.100572
WoS UID
WOS:001484106200001
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