‘Climate Change’, The Search for a balance to Earth’s important Environmental Mechanisms, for the protection of Mankind.

Robert Castle Kempton*

Abstract

Geology is the science of how the Earth functions have evolved and can contribute to our understanding of the climate system, and how it responds to the addition of carbon dioxide (CO2) to the atmosphere and oceans. The gravitational concept embraces the intricate relationships between the Sun’s energy flow and the planet’s ecosystems, such as photosynthesis, geothermal activity, biogeochemical cycles, and hydrological cycles. It provides an approach towards a better understanding of these mechanisms in a sustainable manner. Understanding carbon distribution and movement is vital for comprehending the broader biogeochemical cycles that govern Earth's environment. These cycles involve the movement and transformation of chemical elements and compounds between living organisms, mediated through geological and chemical processes. The impacts of anthropogenic activities on these systems underscore the necessity for meticulous analysis and thoughtful action to preserve ecosystem integrity.

Keywords

Climate Change, Environmental Mechanisms, Biogeochemical Processes, Elastic Fluid Boundary Conditions, Proven Project Management Solutions.

Corresponding Author

Robert C Kempton, The Institution of Civil Engineers, Great George Street, London, UK.

Citation

Kempton, R. C. (2026). Climate Change, The Search for a balance to Earth’s important Environmental Mechanisms, for the protection of Mankind. Jor Environ Dyn Geo-Sci, 2(1), 01-24.