Book Title: Multidisciplinary Research Nexus: Exploring Intersections of Knowledge
Editor: Prof. Amos R
Chapter: 14
DOI: https://doi.org/10.59646/559/14
Authors: Mithilesh Khandwala, Devansh Desai
Abstract
Surface fluxes represent the continuous exchange of energy, water, and carbon dioxide between the Earth’s surface and the atmosphere. These exchanges play a crucial role in regulating local, regional, and global climate. In the context of climate change, understanding surface fluxes has become increasingly important for climate mitigation, as they directly influence surface temperature, atmospheric moisture, and greenhouse gas concentrations. This chapter discusses the fundamental concepts of surface energy and carbon fluxes, including latent heat flux, sensible heat flux, and carbon dioxide exchange, using simplified scientific explanations suitable for a secondary school level. Special emphasis is placed on the Indian context, where strong land–atmosphere interactions, monsoon-driven climate, and extensive agricultural activities make surface flux processes particularly significant. The chapter highlights how vegetation, agriculture, forests, and land-use practices in India affect energy balance and carbon sequestration, thereby contributing to climate mitigation efforts. By integrating basic scientific principles with real-world examples from India, this chapter aims to enhance understanding of surface fluxes and their role in building climate-resilient and sustainable environmental management strategies.