LHSAA Playoff Brackets: St. Augustine, Jesuit Earn Top Seeds
St. Augustine and Jesuit landed the top two seeds in Division I select, putting the New Orleans rivals on a potential collision course at Tad Gormley Stadium, where both play home games. Each gets a first-round bye and needs three wins to reach the state championship game. St. Augustine is unbeaten and Jesuit enters on a surge, while Catholic League teams hold five of the division’s top eight seeds.
By the Numbers- St. Augustine: No. 1 seed, 10-0; first undefeated regular season since 1987.
- Jesuit: No. 2 seed, 8-2; scored the final 33 points in a 40-19 win over Edna Karr.
- Catholic League teams hold 3 of the top 3 seeds and 5 of the top 8 in Division I select.
- Both top seeds need 3 playoff wins to reach the state championship game.
Both teams must navigate the bracket before a potential showdown, and sharing Gormley could complicate Friday home-game scheduling if they advance. Jesuit’s bye is a major opportunity, but the Blue Jays have won more than one playoff game in a season only once since reaching the 2021 Division I state finals.
State of Play- St. Augustine snapped Karr’s 35-game winning streak, then rallied to beat Rummel and secure the Catholic League title outright.
- Jesuit enters the playoffs after comeback wins over Rummel and Karr.
- Edna Karr, the two-time defending state champion, is seeded No. 3; Rummel is No. 5 and Brother Martin No. 8. All have byes.
Jesuit will meet the winner of Captain Shreve-Hammond, while St. Augustine’s second-round opponent will emerge from Holy Cross-John Ehret or Huntington-John Curtis. A John Curtis win could set up a second-round rematch with No. 4 Alexandria.
Bottom LineSt. Augustine and Jesuit have the clearest paths on paper—and home-field familiarity—but their shared stadium and a crowded field of Catholic League contenders make the route to the Superdome anything but settled.
Read more at NOLA.com
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI

