Cover of Washburne Stadium

Project case study · CS-13 · Collegiate sports turf

Washburne Stadium

Southern Methodist University · Dallas, Texas, USA · Installed 2006. A soccer field built on subsurface irrigation in 2006. It was photographed during construction, playable in the middle of a four-inch rain, and dense and green on 29 August 2026, with no measurable rain that month.

Reference
CS-13
Edition
2 · September 2026
Format
PDF · 5 pages · 0.9 MB
Access
Open
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About this case study

The soccer field at Westcott Field, Southern Methodist University, Dallas. It was rebuilt in 2006 on a sealed EPIC subsurface system in time for that autumn's games. The field sits inside the Morrison-Bell running track, and the whole plant is two 12-volt sump pumps and an irrigation controller. The stadium was rebuilt and reopened in 2022; according to J.W. Davis, the 2006 subsurface system was carried through that work unaltered.

Hemmed in by the track, the old surface was hard to drain and hard to keep good enough to host home playoff matches. In 2006 the new soccer coach asked for help with the surface. J.W. Davis, a former SMU letterman who had backed the soccer programme and sat on the hiring committee, went looking for a technology that would fix the drainage problem rather than just manage it.

A geomembrane liner went down over the prepared subgrade. EPIC chambers and pipework were laid on the liner, followed by gravel, the sand profile and rolled sod. The grass draws moisture from below by capillary action, and what the plants take up, not a timer, sets how much water leaves the sand. When it rains the flow reverses: water moves down into the chambers and overflows to storage and the city storm system. There are no sprinklers or overhead spray.

The site has no water meter or control plot. Its record is photographic, checked against weather station data. On 13 January 2007, in the middle of a four-inch rain, the field was photographed playable. On 29 August 2026 it showed full, dense, even cover. That followed 29 days of August with no measurable rain at Dallas Love Field and a summer peak of 109°F on 22 July. Unwatered ground nearby showed bare soil and cracked clay.

2006Installed; in play 2026. Stadium rebuilt and reopened 2022
0.00 inRainfall at Dallas Love Field, 1 to 29 August 2026
212-volt pumps: the whole plant
109°FPeak temperature at Dallas Love Field, 22 July 2026

Project record

Site
The soccer field at Westcott Field, Southern Methodist University, Dallas, Texas
Installed
2006, ready for that autumn's competition
Surface
Natural grass, laid as rolled sod on a sand profile over EPIC chambers and geomembrane. The field is flat.
Delivery
Subsurface, below grade, direct to the root zone. No sprinklers, no overhead spray, and no irrigation water reaching the playing surface.
Plant
Two 12-volt sump pumps and an irrigation controller, with a solar panel at installation
Setting
The field sits inside the Morrison-Bell running track, which is what made draining it difficult
Originated by
J.W. Davis, who located the technology for the university in 2006
Weather record
NOAA NCEI daily summaries, Dallas Love Field station USW00013960, 1 March to 29 August 2026 (182 days)
Peak temperature
109°F, 22 July 2026
Days at or above 105°F
9
Rainfall, 1 to 29 August 2026
0.00 in, no measurable precipitation
Rainfall, July 2026
0.60 in on five days, four under 0.10 in

On site, in the order it happened

12 dated photographs from the site record, in the order they were taken.

2006How it was built

  1. Worn grass field inside a running track, campus buildings behind
    01 2006BeforeThe old surface, boxed in by the track.
  2. Black geomembrane lining an excavation along the edge of the running track
    02 2006LinerGeomembrane down in the excavation.
  3. Workers laying rows of sandbagged chambers and pipes on the black liner
    03 2006ChambersChambers and pipework on the liner, sandbagged.
  4. Large black storage pipes in a lined trench, a skid-steer loader beside them
    04 2006StorageStorage and conveyance at the head of the field.
  5. Lined basin flooded with water around rows of chambers
    05 2006Flood testThe lined basin charged and standing full.
  6. Levelled sand across the whole field, marked with tyre tracks
    06 2006Sand profileSand over the chambers, the layer capillary rise works through.
  7. Graded sand field seen from the stands, running track in the foreground
    07 200690 per centGraded out to the track edge, ready for sod.

January 2007 to August 2026The record in pictures

  1. Green soccer pitch with goals and university buildings behind, under an overcast sky
    08 13 January 2007Five months inPlayable in the middle of a four-inch rain, the problem the field was rebuilt to solve.
  2. Uniform green pitch in front of a brick building bearing a mustang emblem
    09 August 2011Five years inThe last summer the operations staff were in regular contact with the installer.
  3. Dense green pitch beside the red running track under a blue sky
    10 29 August 2026Twenty years onDense and uniform at the end of a calendar month with no measurable rainfall.
  4. Parched brown grass under large shade trees, green only in the shade
    11 29 August 2026Nearby, same dayUntreated turf gone dormant, green surviving only under the tree canopy.
  5. Cracked dry clay with tufts of dead grass
    12 29 August 2026Unirrigated groundUnirrigated ground a short walk away: bare soil and desiccation cracking as the clay dries.

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