Microagents as a Sustainable Solution to Reduce Global Warming

Abstract

The climate change continues to accelerate through rising greenhouse gas emissions and extreme environmental events, the need for innovative mitigation strategies has become increasingly urgent. This paper explores the role of Microagents as a transformative solution in combating global warming across key sectors such as energy and agriculture. It examines how applied geophysics supports carbon capture and storage technologies critical for reducing atmospheric carbon, and evaluates sustainable agricultural practices that enhance carbon sequestration while minimizing emissions. By integrating these interdisciplinary approaches, the study highlights a path toward a carbon-neutral and climate-resilient future.