Sherri Parker Lee Stadium

Sherri Parker Lee Stadium is a softball stadium in Knoxville, Tennessee. It is the home field of the University of Tennessee Volunteers college softball team. The stadium opened in 2008 and holds 2,200 people. The Stadium is named after UT graduate Sherri Lee.^[1]

Sherri Parker Lee Stadium

View of the stadium from left field.
Address	2323 Stephenson Dr Knoxville, Tennessee United States
Coordinates	35.9457°N 83.9348°W / 35.9457; -83.9348
Owner	University of Tennessee
Operator	University of Tennessee
Capacity	2,200
Record attendance	2,548 (vs. Texas A&M, 2017)
Field shape	80 yard x 120 yard
Surface	Bermuda grass
Opened	February 5, 2008
Tenants
Tennessee Lady Vols (NCAA) (2008-present)

In 2010, the then-Lady Volunteers ranked 16th in Division I college softball in attendance, averaging 710 per home game.^[2]

In 2011, Sherri Parker Lee Stadium was recognized as the 2011 NFCA/Stabilizer Solutions Field of the Year Award Winner.^[3]

On May 28, 2017, with a trip to the NCAA Women's College World Series on the line, a record crowd of 2,459 witnessed the Lady Vols lose to the Texas A&M Aggies 5–3 in the NCAA Super Regional deciding game.

Unlike most stadiums in the SEC, fan access to the seating area is from a concourse at the bottom of the grandstand, not the top. This means that as fans enter and walk around the concourse, they block the view of the fans already seated. This problem is compounded by the handicap seating being on the field side of the concourse, obstructing the view of the fans sitting in the first few rows. Most SEC stadiums feature a concourse at the top and no separation between the first row and the field. This design also means that during television broadcasts, no fans are seen in the camera view.

References

1. "University of Tennessee Athletics Softball". Archived from the original on 2012-05-27. Retrieved 2012-05-31.
2. "NCAA Softball Attendance Records" (PDF). NCAA. 23 December 2010.
3. "2011 NFCA / Stabilizer Solutions Field of the Year Award Winners | Stabilizer Solutions".