Robert Castle Kempton*
There is a pressing need for a comprehensive ‘Protocol for a Global Organization’, designed to supersede existing fragmented legal systems that are shaped by diverse cultures, religious influences, and national boundaries. The principal objectives should address major global concerns and Environmental Social Governance, including climate change, population growth, and the development of a universal framework of environmental principles and laws applicable to all earthborn creatures. This would facilitate responsible anthropogenic initiatives focused on the care, maintenance, and management of life on Earth. The establishment of a World Body with Tier 1 status, senior to the United Nations, and grounded in the principles of Biological Diversity —as exemplified by the Protocol on Environmental Protection to the Antarctic Treaty—is recommended, and to be based on the five major continents. Such a world body should incorporate a structured suite of Environmental Impact Assessment master handbooks, serving as effective tools for monitoring and controlling global environmental processes. Crucially, this organization must address current gaps in United Nations responsibilities, including the failings and shortcomings. It must embrace the creation of a comprehensive, structured Total Renewable Energy Master Plan for the long-term sustainability of the planet, to be used for peaceful purposes, as per Chapter 1 of the UN Charter. This strategy must embrace Earth’s Environmental Mechanisms and empower humanity to responsibly manage the stewardship of our unique world.
Earthborn dominance, Environmental Impact Analysis (EIAA), Global Environmental Legislature, Total Renewable Energy Security, Project Management Services Solutions (APMS).
Robert C Kempton, The Institution of Civil Engineers, Great George Street, London, UK.
Kempton, R. C. (2026). New Global Environmental Organization, to head United Nations, and embrace present failings and shortcomings, for protection, care and maintenance of our planet. Jor Environ Dyn Geo-Sci, 2(1), 01-31.