Sunlight and Clouds, Not CO2, Drive Earth’s Climate, New Study Finds

“The greenhouse theory claims that atmospheric composition is important,” Nikolov said. “They are arguing that tiny increases of the carbon dioxide in the atmosphere cause global warming and that we must stop burning fossil fuel to avoid dangerous climate change.
“That is completely wrong.”
If this balance is disrupted, and more sunlight is absorbed or not enough heat escapes to space, Earth’s temperature will rise. An imbalance in the energy budget is known as radiative forcing, with the incoming radiation being shortwave and the outgoing radiation being longwave (or thermal).
Additionally, Earth’s albedo, the fraction of sunlight reflected back into space, affects the amount of radiation that reaches the surface.
It also states that between 1950 and 1980, there was “evidence for a widespread decline of surface solar radiation (or dimming),” followed by “a partial recovery (brightening) at many observational sites thereafter.”
In addition, the IPCC said some studies show that “cloudiness” can play a role in “dimming” and “brightening.” But the contribution of aerosols and clouds to dimming and brightening is still debated, and “the origin of these trends is not fully understood.”
Since March 2000, the NASA team has been collecting satellite data to examine the energy exchange between the Earth and space.
Using those measurements and a “novel climate-sensitivity model derived from independent NASA planetary data,” Nikolov and Zeller evaluated how Earth’s decreasing albedo has affected global temperature during the 21st century.
“CO2 is an invisible trace gas that does not interfere with sunlight,” Nikolov said. “It’s believed to trap thermal radiation coming from the surface, but that’s a misconception because the absorption of longwave radiation by CO2 and heat-trapping are completely different physical processes. According to the second law of thermodynamics, heat-trapping is impossible in an open system such as the atmosphere.”
He said that while water vapor is also a greenhouse gas, it becomes visible when it condenses and forms clouds. And because clouds “reflect solar radiation back to space,” their effect on the climate is “measurable and significant.”
“Cloud formation is partially controlled by cosmic forces. When clouds decrease, the planetary albedo drops and more radiation reaches the surface, causing warmer temperatures,” Nikolov said.

Nikolov said that in the greenhouse theory, atmospheric composition is “very important” for a planet’s global surface temperature.
By applying dimensional analysis to NASA’s data describing the environments of different planets and moons in the solar system—including Earth—Nikolov and Zeller discovered a new universal relationship across planetary bodies. This revealed that the atmosphere warms the surface not through longwave radiation emitted by greenhouse gases but through total pressure—adiabatically, without the loss or gain of heat—and that atmospheric composition has no effect on global temperature.
“This is why when you get up in elevation, it gets cooler—either in the mountains or when you’re flying on an airplane—because the pressure drops with height.”
He compared the Moon’s surface temperature, as measured by NASA, with Earth’s global temperature to evaluate the thermal effect of the atmosphere.
“The data show that the Moon is a perfect, airless equivalent of Earth because it orbits the Sun at the same distance as Earth but has no atmosphere,” Nikolov said. “So the temperature difference between Earth and the Moon gives us the net thermal effect of the Earth’s atmosphere.”
He found that the Moon was about 88 degrees Kelvin cooler on average than the Earth. That’s significant, Nikolov said.
“Currently, the greenhouse theory claims that without an atmosphere, the Earth would only be about 33 degrees colder than it is now. Some estimates even say only 18 degrees cooler,” he said.
“So the present theory grossly underestimates the actual thermal effect of our atmosphere. However, this 88-degree thermal enhancement is due to total pressure.
“And that’s one of the fundamental differences between the greenhouse theory and our new climate concept.”
Nikolov and Zeller analyzed the Earth’s Energy Imbalance (EEI), “calculated as a difference between absorbed shortwave and outgoing longwave radiation at the top of the atmosphere,” and discovered that the scientific community had misinterpreted it.
“EEI is not caused by ‘heat-trapping’ resulting from increasing atmospheric greenhouse gasses as currently claimed, but ‘arises from adiabatic dissipation of thermal energy in ascending air parcels in the troposphere due to a decreasing atmospheric pressure with height,’” Nikolov said.
“We have hypotheses about what’s driving the cloud cover changes, but we don’t have an exact mechanism or a conclusive theory,” he said. “This is why we cannot mathematically describe it yet in a model to make predictions. ”
Nikolov called for “large-scale interdisciplinary research into the physical mechanisms controlling the Earth’s albedo and cloud physics,” as they are “the real drivers of climate on multi-decadal time scales.”
“The current climate science acknowledges that the clouds have been declining, and the Earth’s albedo has been decreasing, but they attribute it to an internal climate variability,” he said. “This is incorrect! Changes of cloud cover and albedo are externally forced. Identifying this external forcing is where future research has to focus instead of studying carbon emissions and [greenhouse gas] radiative forcing.”
If rising global temperatures were caused by greenhouse gasses, there should have been more warming than observed, Nikolov said.
“The simple fact is that the solar forcing alone explains the entire warming of the 21st century and leaves no room for any anthropogenic forcing,” he said.
“This inconvenient truth for the UN’s Climate Agenda might explain the absence of discussion in the 2021 IPCC Sixth Assessment Report about the decrease of Earth’s albedo since 2000 observed by [NASA’s Clouds and the Earth’s Radiant Energy System] and its impact on recent warming.”
“The Sun is a giver of life; it helps keep the planet warm enough for us to survive. We know subtle changes in Earth’s orbit around the Sun are responsible for the comings and goings of the ice ages. But the warming we’ve seen in recent decades is too rapid to be linked to changes in Earth’s orbit and too large to be caused by solar activity.”
The IPCC did not respond to The Epoch Times’ request for comment regarding Nikolov’s findings by the time of publication.