Renewable Energy, Low-Carbon Solutions, and Sustainable Agriculture

Abstract

Renewable energy, low-carbon technologies, and sustainable agriculture are increasingly recognized as interconnected pillars of inclusive and long-term economic development. This review examines how the transition from finite, polluting energy sources to renewable alternatives solar, wind, and tidal power supports environmental protection while contributing to economic growth. It further explores the role of low-carbon strategies in mitigating air pollution, global warming, and acid rain, and discusses how sustainable agricultural practices, including natural manuring, precision farming, and soil conservation, safeguard food security without compromising ecological balance. Using a qualitative, literature-based methodology, the article synthesizes findings from previous studies to identify pathways linking renewable energy adoption, carbon reduction, and sustainable farming to national economic resilience. The review finds that these three domains are mutually reinforcing: renewable energy lowers production costs and emissions in agriculture, low-carbon practices protect the ecosystems that agriculture depends upon, and sustainable farming reduces the sector's own carbon footprint. These qualitative conclusions are further corroborated by recent empirical indicators including global renewable capacity growth, the sectoral share of greenhouse gas emissions, and national renewable-energy deployment data which illustrate the scale and pace of the transition already underway. The article concludes that policies integrating renewable energy, low-carbon transport, and sustainable agriculture offer a viable route toward long-term economic and environmental resilience, particularly for developing economies such as India.