The impact of renewable energy and technological innovations on ecological footprint: Evidence from G-7 countries

The escalating apprehensions regarding climate change and environmental deterioration have rendered sustainability a pivotal concern for international authorities. Although renewable energy and technology breakthroughs are frequently regarded as essential solutions for minimizing ecological footprints, their actual efficacy differs throughout nations due to variations in economic frameworks, policy execution, and demographic factors. Notwithstanding increasing pledges to sustainability, the degree to which these factors aid in reducing ecological footprints is still contested in scholarly discourse, underscoring the necessity for additional empirical investigation. This study examines the correlation among renewable energy use, technical advancements, economic growth, and ecological footprint in G-7 nations utilizing panel econometric methods. This study offers a detailed examination of these elements, highlighting their interdependencies and causal relationships, in contrast to earlier studies that examined them in isolation. The data indicate that although renewable energy significantly mitigates environmental deterioration, the effects of technology improvements differ by country, occasionally leading to increased resource use. Furthermore, economic growth and demographic changes affect ecological footprints variably among nations, highlighting the need for tailored policy frameworks for each country. These findings enhance the literature by offering new empirical evidence about the influence of renewable energy and technology innovations on ecological sustainability. The report provides policy recommendations, promoting customized tactics that correspond with the economic and environmental contexts of each country to improve sustainability results.