New Study Reveals Why Jupiter's Great Red Spot Is Shrinking

Research indicates a decline in smaller storms feeding the anticyclonic system is causing the iconic spot to contract.

The Great Red Spot has been shrinking for nearly a century, with significant reductions over the past 50 years.
A team from Yale, North Carolina State University, and the University of Louisville conducted 3D simulations to understand the phenomenon.
Their findings suggest that smaller storms play a crucial role in sustaining the Great Red Spot's size and strength.
The study draws parallels between Jupiter's Great Red Spot and Earth's heat domes, highlighting similar atmospheric interactions.
Further modeling could provide more insights into the initial formation and long-term behavior of the Great Red Spot.