O'Neill scores, assists as PWHL Montreal clinches playoff berth in win over New York

Victory moves Montreal into tie with rival Toronto for 1st place with 38 points

Image | HKW PWHL New York Montreal 20240424

Caption: Montreal's Kristin O'Neill, second-left, celebrates her goal with teammates during a 5-2 victory over New York in Montreal on Wednesday. (Christinne Muschi/The Canadian Press)

Kristin O'Neill had a goal and an assist in helping lead Montreal to a 5-2 win over New York and clinch a playoff berth in the Professional Women's Hockey League on Wednesday.
The victory moved Montreal (9-3-5-5) into a tie for first place with Toronto. Each team has 38 points, with Toronto having a game in hand.
Catherine Daoust, Catherine Dubois, Laura Stacey and Melodie Daoust, with an empty-netter, also scored for Montreal. Ann-Renee Desbiens made 31 saves.
Marie-Philip Poulin picked up one assist to move past Toronto's Natalie Spooner for top spot in the PWHL scoring race with 22 points.
WATCH | Montreal secures playoff spot with win over New York:

Media | PWHL Montreal clinches playoff spot with victory over New York

Caption: Montreal defeats New York 5-2 and becomes the second PWHL to earn a playoff berth.

Open Full Embed in New Tab (external link)Loading external pages may require significantly more data usage.
Ella Shelton and Alexandra Labelle, with a short-handed effort, scored for New York (3-4-3-11). Corinne Schroeder stopped 20 shots.
The loss eliminated New York from playoff contention in the six-team league.
New York failed to capitalize on its power play, coming up empty on three opportunities in the first period and finishing the game 0-for-5. Montreal was 2-for-4 with the extra player.
WATCH | Catherine Daoust scores from half-line for 1st PWHL marker:

Media | Montreal's Daoust scores from centre ice for 1st PWHL goal

Caption: Montreal defender Catherine Daoust's shot takes an unusual bounce off the glass and goes in for her first career PWHL goal.

Open Full Embed in New Tab (external link)Loading external pages may require significantly more data usage.