Another Fan Confrontation for Controversial Warriors Star
Golden State Warriors forward Draymond Green found himself in yet another heated exchange with a spectator during Sunday's NBA basketball game against the New Orleans Pelicans. The incident occurred during the first half of the November 16, 2025 matchup at the Smoothie King Center in New Orleans.
Courtside Confrontation Details
The confrontation unfolded when Green, wearing his familiar number 23 jersey, engaged in a verbal altercation with New Orleans Pelicans fan Sam Green. Official Courtney Kirkland had to physically intervene, stepping between the player and spectator to prevent the situation from escalating further. Photographs from the game show referee Kirkland actively restraining the Warriors forward while he continued exchanging words with the fan.
This marks the latest in a series of similar incidents involving the often-controversial forward throughout his career. The timing is particularly notable given Green's history of on-court conduct and previous suspensions for altercations with both players and officials.
Growing Pattern of Behavior
Sunday's incident adds to Draymond Green's lengthy history of confrontational behavior during NBA games. The November 16 confrontation occurred despite the Warriors organization's previous efforts to work with Green on managing his emotions during high-intensity situations. Team officials had expressed hope that the veteran forward had moved past such incidents following his return from previous suspensions.
The NBA is expected to review the incident, though no immediate disciplinary action was announced following the game. League officials typically examine all available footage and statements from involved parties before determining whether additional measures are warranted.
This latest episode comes at a challenging time for the Warriors franchise, which has struggled with consistency early in the 2025-2026 season. The team now faces additional scrutiny regarding their ability to manage their star forward's behavior in high-pressure environments.
