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Lunar eclipses temporarily alter atmospheric conditions, yet their specific impact on local climate remains underexplored. This study examines the effects of lunar eclipses on temperature fluctuations and CO₂ levels in Bogotá, Colombia. By analyzing historical eclipse data and climate records, we observed a noticeable temperature decrease of one to three degrees Celsius during total lunar eclipses, which is likely caused by reduced atmospheric heating. However, CO₂ concentrations remained relatively stable, with minor variations attributed to human activity rather than the eclipse itself. Based on past trends, we predict that during the total lunar eclipse on March 13, 2025, Bogotá will experience a temperature drop to approximately eight degrees Celsius, with CO₂ levels reaching around 423 ppm. These findings contribute to a better understanding of how astronomical events interact with atmospheric conditions, providing insight into short-term climate variations.