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The 71 pages that link to Greenhouse effect, each with the reason it gives.

• Acid rainCompared with: Acid rain is primarily a chemical-deposition problem, not a mechanism of global warming.

• Milankovitch cyclesCompared with: Greenhouse gases amplify orbital climate shifts rather than providing the astronomical cycles themselves.

• Ozone depletionCompared with: Climate change and ozone depletion involve overlapping chemicals but distinct atmospheric mechanisms.

• Ozone layerCompared with: Ozone depletion concerns ultraviolet shielding, not the main mechanism of greenhouse warming.

• Volcanic winterCompared with: It tends to warm the climate, whereas volcanic sulfate aerosols usually cool it by reducing incoming sunlight.

• Atmospheric windowCompared with: Greenhouse-gas absorption limits infrared escape outside the main atmospheric window.

• Antarctic ozone holeCompared with: Ozone depletion and greenhouse warming involve different atmospheric processes, despite interactions between them.

• Planetary equilibrium temperatureCompared with: Atmospheric absorption can make the actual surface warmer than the equilibrium temperature.

• Global dimmingCompared with: It changes outgoing heat, whereas dimming concerns incoming sunlight at the surface.

• Global coolingCompared with: Greenhouse-gas warming counteracted some of the cooling influence of mid-century aerosols.

• Milutin MilankovićCompared with: Greenhouse gases amplify and transmit climate changes rather than serving as the orbital trigger in his theory.

• Artturi Ilmari VirtanenCompared with: Modern concerns about agricultural emissions differ from Virtanen’s focus on preserving feed quality.

• Solar activity and climateCompared with: It changes outgoing heat, unlike solar variability’s primary influence on incoming energy.