Every year, as the leaves turn, the snow melts, or the heat arrives, a common debate resurfaces: Which months truly belong to which season? While many of us grew up memorizing that "Spring is March, April, and May," others argue that the equinoxes and solstices tell a different story. The confusion is understandable—there are two globally recognized systems for defining the .
Use this table for school projects, travel planning, or personal knowledge. This represents the , which is the verified answer for 95% of real-world applications.
"status": "verified", "verification_notes": "Confirmed via tax documents." months for the seasons verified
October to November. A transitional period featuring the retreat of the monsoon. Traditional Indian Seasons (Shada Ritu)
: These happen when the sun passes directly over the equator, resulting in nearly equal parts day and night. Every year, as the leaves turn, the snow
If your context is slightly different, here is how to adapt:
Retail, fashion, and energy sectors plan inventory (like winter coats or summer swimwear) and project energy grid demands based on these specific monthly frameworks. Use this table for school projects, travel planning,
In , the four-season model does not apply. Instead, you might see:
The exact months that correspond to each season depend entirely on whether you use the meteorological calendar or the astronomical calendar. While most people associate the seasons with specific months, the global standard splits these periods into two distinct systems.
Because the Earth tilts away from the sun on one end while tilting toward it on the other, the Southern Hemisphere experiences completely reversed seasons: March, April, May Winter: June, July, August Spring: September, October, November Summer: December, January, February The Astronomical Calendar (Based on Earth's Orbit)
The coexistence of these two calendars often leads to disagreements about the "true" start of a season. However, both are valid and verified by global scientific bodies like NOAA and the World Meteorological Organization. The Meteorological Purpose: Data Consistency