Climate Simulation

Explore global warming projections

Explore global temperature projections from 2025 to 2100 using two of the most widely used climate models in scientific research.

Current Global Temperature Baseline

Current Global Average Temperature (2020s): 14.98°C (58.96°F)

This represents the current global mean surface temperature, which is already 1.1°C (1.98°F) warmer than the pre-industrial baseline (1850-1900 average of 13.9°C / 57.02°F). All projections below show how temperatures will continue to change from this current baseline.

Year Selection
2025 2100
GFDL-CM4 Model Projection

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Model Details:

GFDL-CM4 (Geophysical Fluid Dynamics Laboratory Climate Model 4) is developed by NOAA's GFDL. This model is widely used in IPCC reports and features:

  • High-resolution atmospheric modeling (100km grid)
  • Advanced ocean-atmosphere coupling
  • Detailed cloud microphysics
  • Interactive carbon cycle

Scenario: SSP2-4.5 (moderate emissions pathway)

CESM2 Model Projection

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Model Details:

CESM2 (Community Earth System Model 2) is developed by NCAR and is one of the most comprehensive Earth system models:

  • Fully coupled atmosphere-ocean-land-ice system
  • Biogeochemical cycles included
  • Dynamic vegetation modeling
  • High computational resolution (50km atmosphere)

Scenario: SSP2-4.5 (moderate emissions pathway)

Temperature Context & Historical Perspective
Pre-Industrial Era

13.9°C
(57.02°F)

(1850-1900 baseline)
Current Temperature

14.98°C
(58.96°F)

(2020s average)
Current Warming

+1.08°C
(+1.94°F)

(above pre-industrial)

What this means: The Earth has already warmed by over 1°C (1.8°F) since the late 1800s. The projections above show additional warming that will occur on top of this current temperature of 14.98°C (58.96°F).

About These Projections

SSP2-4.5 Scenario: This represents a "middle of the road" socio-economic pathway where social, economic, and technological trends follow historical patterns. CO₂ emissions remain around current levels before declining mid-century, leading to about 4.5 W/m² radiative forcing by 2100.

Note: These are simplified projections based on published model outputs. Actual climate models involve complex interactions and uncertainties not fully captured in this simulation.