1. Executive Scientific Mission
EarthScales (earthscales.xyz) is an independent academic editorial and scientific publication dedicated to the quantitative investigation of planetary physics, deep-time geodynamics, and Earth system thermodynamics. Our analytical framework bridges empirical geophysical observations with high-resolution mathematical modeling to explain terrestrial phenomena across extreme temporal and spatial scales—from femtosecond mineral phase transitions in the deep mantle to billion-year supercontinent cycles.
Core Scientific Directive
“To demystify complex geodynamic processes and planetary mechanics through rigorous peer-reviewed synthesis, open geophysical data access, and mathematical clarity.”
2. Editorial Rigor & Synthesis Methodology
Every analysis, model, and synthesis published across EarthScales adheres to strict methodological verification standards:
- Peer-Reviewed Empirical Foundation: Our articles directly synthesize primary observational data published by international scientific consortia, including the American Geophysical Union (AGU), the European Geosciences Union (EGU), Nature Geoscience, the United States Geological Survey (USGS), NASA’s Planetary Data System (PDS), and the International Seismological Centre (ISC).
- Quantitative & Thermodynamic Modeling: We emphasize verifiable physical formulas, such as Navier-Stokes fluid mechanics governing mantle convection, magneto-hydrodynamic equations driving the geodynamo, and geochemical mass balances regulating atmospheric carbon reservoirs.
- Citation Integrity & Transparency: We provide full bibliographic citations, DOI references, and explicit data provenance for all visualizations, diagrams, and numerical simulations.
3. Peer Review & Errata Protocol
In accordance with highest academic standards, EarthScales maintains a zero-tolerance policy for unsubstantiated pseudoscientific claims. Editorial content undergoes multi-stage technical fact-checking. When revisions, errata, or updated geophysical constants (e.g., revised seismic velocities from deep mantle tomography) emerge, updates are chronologically logged with transparent editorial change notes.