Ned Nikolov: Beyond the Greenhouse Theory (A New Theory Of Global Climate)

Towards a real model of climate that reflects the real world data and mechanisms of energy transfer.

| Tom Nelson Pod #268 Dr. Ned Nikolov obtained his Ph.D. Degree in ecosystem modeling from Colorado State University in 1997. He then spent 3 years as a post-doctorate researcher at the Oak Ridge National Laboratory in Oak Ridge, TN. Since 2001, he has been working as a physical scientist in one capacity or another for a project funded by the US Forest Service focused on developing of fire-weather applications based on historical climatological data and producing operational fire-weather forecasts to assist the wildfire- and smoke management in the USA. He has been conducting climate research since 2011.

Introduction to the New Climate Paradigm
Challenges with Current Climate Models
Explaining the 2023 Heat Anomaly
Fundamental Premises of the New Paradigm
Reevaluating the Greenhouse Effect
The Role of Atmospheric Pressure
Global Surface Temperature Determinants
Misconceptions in Climate Theory
Analyzing the Greenhouse Effect
Stefan Boltzmann Law and Temperature Calculations
Moon Temperature Observations
Publication Challenges and Pseudonyms
Radiative Definition of the Greenhouse Effect
Polytropic Processes in the Troposphere
Introduction to Thermal Effect of Atmospheres
Universal Mechanism of Atmospheric Thermal Effect
Dimensional Analysis and Planetary Data
Pressure Heating and Atmospheric Composition
Baseline Temperature and Albedo
Global Temperature Equation and Climate Models
Latitudinal Temperature Gradients
Impact of Albedo and Solar Irradiance
Paleoclimate and Atmospheric Pressure Hypothesis
Testing the Hypothesis: Polar Temperature Amplification
Geological Temperature Records and Climate Change
Polar Amplification: Ice Ages vs. Early Eocene
Modeling Climate Dynamics: Pressure and Temperature
Challenging the Greenhouse Hypothesis
Future Climate Predictions and Cloud Cover
Skeptics and the CO2 Debate
Reconstructing Ancient Atmospheric Pressure

Conclusion and Final Thoughts

Volokin & ReLlez (pseudonyms for Nikolov & Zeller) (2014): On the average temperature of airless spherical bodies and the magnitude of Earth’s atmospheric thermal effect: https://springerplus.springeropen.com..

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Nikolov & Zeller (2017): New insights on the physical nature of the Atmospheric Greenhouse Effect deduced from an empirical planetary temperature model: https://www.omicsonline.org/open-acce..

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Nikolov & Zeller (2024): Roles of Earth’s albedo variations and top-of-the-atmosphere Energy Imbalance in recent warming: New Insights from satellite and surface observations: https://www.mdpi.com/2673-7418/4/3/17
X: https://x.com/NikolovScience

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