Athletic field rootzones are often sand-based for improved drainage. Sand-based rootzones may have stability issues if turfgrass is not fully established. Our objective was to use organic amendments to improve the stability of sand-based fields during the turfgrass establishment period and avoid overuse of inorganic materials, which have negative effects. We tested coconut coir, peat and wheat straw at 1% organic material, peat at 2% organic material, and an inorganic stabilizing fiber, StaLok, in the top 10 cm of the rootzone. Surface hardness, volumetric water content, traction, penetration resistance and visual quality were measured 2 to 4 months after construction of the plots. Surface hardness was greatest in the inorganic stabilizer and the wheat straw treatments. The kinetic penetration had no differences between the wheat straw (33.78-51.10 kPa) and the StaLok fibers (34.99-56.23 kPa). Wheat straw could be used to stabilize sand-based fields as an organic alternative to inorganic fibers.

The purpose of this study was to determine the importance recent recruits of football programs placed on athletic facilities (specifically football facilities) in the selection of a NCAA Division I-A football team. Specifically, the opinions of recruited freshman at selected NCAA Division I-A football programs in the Big Ten Conference were examined.Participants completed a 21 item questionnaire that ascertained the football players opinions of how football facilities influenced their decisions to play football at the institution, their opinions on how the university and the football program influenced their decision to play football at that institution, and a ranking of 11 facility factors. Athletes (N = 88) representing three schools in the Big Ten Conference completed the questionnaire. The most influential factors in the recruiting process were coaching staff (M = 1.65, SD = .98) and the strength and conditioning facilities (1Vi = 2.02, SD = 1.06). Furthermore, this study found that the top five facility factors that NCAA Division I-A football players rank are strength and conditioning facilities, an academic lab, location of facilities, stand-alone facilities, and an indoor turf field. / School of Physical Education

As demand for additional athletic fields continues to increase, the City of San Luis Obispo is struggling to meet the recreation needs of the community. This project evaluated the feasibility of a joint use partnerships with Cal Poly San Luis Obispo for the shared use of the University’s underutilized Sports Complex, and made recommendations of strategies to address the City’s recreation needs. This project reviewed current and professional academic literature on successful approaches to joint use partnerships; conducted case study analyses on two Cal Poly facilities; and worked with City and University officials to examine the issues associated with establishing joint use agreements between state universities and local municipalities. Because little research currently exists to inform joint use partnerships between these two entities, the opportunities for exploration are many. Of particular interest are the fields of local and state policy and financing methods.