Analysis of the evolution of terrestrial relief through inverse elevation transition

TL;DR

This paper explores the evolution of Earth's surface features by introducing the concept of inverse elevation transition, linking internal and external energies to geological transformations like mountain formation and coastline reshaping.

Contribution

It proposes a novel concept of inverse elevation transition based on seismic and volcanic energy theories to explain terrestrial relief evolution.

Findings

Explains mountain formation through inverse elevation transition

Describes ongoing coastline reshaping processes

Links relief dynamics to internal and external energy interactions

Abstract

Through the examination of the Theory of Seismic Energy and the Theory of Volcanic Energy, we understand that the interaction of internal and external energies in favourable terrain has led to countless transformations over geological time frames. Therefore, this research aims to understand the evolution of the Earth's surface based on the theories proposed by Claudio Valverde Ramirez. This study introduces the concept of inverse elevation transition, which explains the formation of mountains, the constant and irregular dynamics of terrestrial relief, and the ongoing reshaping of the coastlines of continents and islands, which also depends on the fluidity of water masses.