All growth is exponential, is a rule not accepted in science.
Sorry Pope, but that's always your guys and you lost the worst of them a few hundred years ago. 0 is a number and the very first number. Earth is a Globe known since the Greek Antique and not the Center of the Universe...
This is a mild winter, on an exponential climate change graph. Hence no one does anything to cap the exponential change before it the exponential graph reaches its vertical part we will soon have very warm winters, with very cold interceptions, but most certainly a lot of rain and snow coming down.
Imagine The Firm took some letters and managed to have them published way too late by the worst option of presenter possible, purposefully.
#cyberpunkcoltoure
Are winds getting stronger? Like those being able to cause temperature drops and rises.
Is the rain getting heavier? More water down in less time and for longer.
Are temperature changes getting stronger? Quicker in wider stretches.
Is there "more weather"?
Is the Atmosphere stretching out into space with its thinnest layers?
Is level 0 pressure rising? 1bar is more pressurized.
Than we turn a Blue-Giant. (abstr. deri. from Gas-Giant. Astro-Physics. Class or Orbital Objects. Planets)
"gas giant is a massive planet primarily composed of light elements like hydrogen and helium rather than solid rock or metal. These "Jovian" planets are much larger and less dense than terrestrial planets like Earth"
In this abstract scenario where climate change and biorganism feedback loops cause Earth's atmosphere to swell into a "Blue Giant" (distinct from the massive blue stars in astronomy),
Earth would transform from a solid planet with a thin veil of air into a sub-neptunian or "steam giant" world.
While biological processes on Earth today primarily redistribute existing mass rather than adding new mass, a runaway effect that vaporizes existing solid and liquid components (water and earth) into the atmosphere would drastically change the planet's appearance and structure.
1. The "Blue" Visual Appearance
Vibrant Cobalt Hue: From space, the planet would likely appear as a deep, uniform blue. This would not be from the oceans, but from Rayleigh scattering within an extremely dense, deep atmosphere and potentially high-altitude methane or water-vapor clouds.
Massive Cloud Systems: Like Jupiter’s Great Red Spot, a "Blue Giant" Earth would feature massive, permanent storm systems visible as lighter or darker blue swirls.
Visible Bioluminescence: If ecosystems adapted to thrive in the high-pressure mid-layers of this atmosphere, the "dark side" of the planet might glow with biological light.
2. Atmospheric Expansion (The "Air" Part)
Runaway Greenhouse Effect: As biorganisms and heat release more CO₂ and water vapor, a positive feedback loop (runaway greenhouse) would occur. High surface temperatures would evaporate the oceans, turning them into a dense, high-pressure steam atmosphere.
Vertical Ecosystems: Rather than living on the ground, life would likely evolve into aerial ecosystems. Microbes and potentially larger balloon-like organisms could "float" in specific pressure layers where temperatures remain habitable.
3. Transition of "Water" and "Earth"
Supercritical Fluids: At the bottom of this deep atmosphere, there would be no clear "beach" where air meets water. Instead, the pressure would be so high that water becomes a supercritical fluid—a state of matter that is both gas and liquid simultaneously.
Erosion of "Earth": The "earth" or crust would no longer be visible. It would be buried under thousands of miles of high-pressure steam and gases. Chemical weathering by the hot, acidic atmosphere would slowly dissolve the rocky surface into the atmospheric mix.
4. Heat and Energetic Dynamics
Global Hothouse: Temperatures would likely reach hundreds of degrees Celsius, similar to Venus or the hypothetical "hothouse" stages of Earth's far future.
Internal Warming: The thickened atmosphere would act as a massive thermal blanket, potentially slowing the cooling of Earth's core and leading to increased volcanic activity, which would further "feed" the atmosphere with new gases.
In summary, a "Blue Giant" Earth would look like a shimmering blue marble of clouds with no visible land or liquid oceans, where life exists as a floating mist within a crushing, hot, and humid atmospheric shell.
Vibrant Cobalt Hue: From space, the planet would likely appear as a deep, uniform blue. This would not be from the oceans, but from Rayleigh scattering within an extremely dense, deep atmosphere and potentially high-altitude methane or water-vapor clouds.
Massive Cloud Systems: Like Jupiter’s Great Red Spot, a "Blue Giant" Earth would feature massive, permanent storm systems visible as lighter or darker blue swirls.
Visible Bioluminescence: If ecosystems adapted to thrive in the high-pressure mid-layers of this atmosphere, the "dark side" of the planet might glow with biological light.
2. Atmospheric Expansion (The "Air" Part)
Runaway Greenhouse Effect: As biorganisms and heat release more CO₂ and water vapor, a positive feedback loop (runaway greenhouse) would occur. High surface temperatures would evaporate the oceans, turning them into a dense, high-pressure steam atmosphere.
Vertical Ecosystems: Rather than living on the ground, life would likely evolve into aerial ecosystems. Microbes and potentially larger balloon-like organisms could "float" in specific pressure layers where temperatures remain habitable.
3. Transition of "Water" and "Earth"
Supercritical Fluids: At the bottom of this deep atmosphere, there would be no clear "beach" where air meets water. Instead, the pressure would be so high that water becomes a supercritical fluid—a state of matter that is both gas and liquid simultaneously.
Erosion of "Earth": The "earth" or crust would no longer be visible. It would be buried under thousands of miles of high-pressure steam and gases. Chemical weathering by the hot, acidic atmosphere would slowly dissolve the rocky surface into the atmospheric mix.
4. Heat and Energetic Dynamics
Global Hothouse: Temperatures would likely reach hundreds of degrees Celsius, similar to Venus or the hypothetical "hothouse" stages of Earth's far future.
Internal Warming: The thickened atmosphere would act as a massive thermal blanket, potentially slowing the cooling of Earth's core and leading to increased volcanic activity, which would further "feed" the atmosphere with new gases.
In summary, a "Blue Giant" Earth would look like a shimmering blue marble of clouds with no visible land or liquid oceans, where life exists as a floating mist within a crushing, hot, and humid atmospheric shell.
