Your predicted temperature anomaly will appear here.
Adjust the climate variables and generate a prediction.
| Anomaly | SST | Land | CO₂ | Precip |
|---|---|---|---|---|
| No history yet. | ||||
Explanations & Insights
A key indicator of the ocean's heat content. Warmer oceans transfer more heat to the atmosphere, directly influencing global temperatures.
The temperature of the Earth's land surface. It responds more quickly to changes in atmospheric composition than ocean temperatures do.
Carbon dioxide is a primary greenhouse gas. Higher concentrations trap more heat, leading to a non-linear increase in global temperatures.
Changes in precipitation patterns are linked to temperature. It can have complex feedback effects on local and global climates.
This dashboard uses a mock XGBoost model. A real model trained on historical data can achieve high accuracy, e.g., an RMSE of 0.067°C.
Climate models show that interactions between variables are complex. For example, rising CO₂ not only increases temperature but also alters precipitation.