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The latest NCAA graduation success rate report shows UD in the top 10 nationally with Notre Dame, Duke and Northwestern, among others.\n

The NCAA posted graduation rates that show that their athletes are graduating at record rates this year.

This paper investigates gender differences in academic performance among university athletes at an NCAA Division I school. Using regression analysis, the findings suggest that background scholastic achievement variables and race influence university academic performance for student athletes, but sport participation measures and race are negatively related to university academic performance for males only. The consequences of inequalities between men's and women's athletic programs are explored. Implications for academic programs are discussed. (Abstract from author as it appears on EBSCO.)

Rash, CL, et al. "Nutrition-related knowledge, attitude, and dietary intake of college track athletes." Sport Journal 11.1 (2008): 1-8. CINAHL Plus with Full Text. EBSCO. Web. 17 Nov. 2010. This article is about research that was conducted on 113 track athletes from two NCAA Division I schools. Each athlete took a questioner on nutritional knowledge. Thy found that the athletes scored high on carbohydrate, vitamins and minerals, and protein questions, while scoring low on vitamins E and C. Overall the mean diet score was 84 ± 10 (M ± SD) of 110 possible. In addition to this the research also looked at the college athletes died. They found high dietary intake scores in vitamins C and A, cholesterol, saturated fat, calcium, and magnesium. They found low mean dietary intake scores were found for vitamin E, fiber, sodium, and potassium

Price, Joshua A. "The Effects of Higher Admission Standards on NCAA Student-Athletes: An Analysis of Proposition 16." Journal of Sports Economics 11.4 (2010), 363-382. Ohio Link. Web. 19 Nov. 2010 This was a study done to determine the effect an increase in minimum admission standards would have on student-athletes. This was done for a few reasons, but primarily to increase the graduation rates of athletes. It also shows that because of the increase in admission standards, more athletes began transferring from division two schools. The proposition required a higher GPA and standardized test scores from high school athletes in order to play college athletics. The graduation rates, beginning at 52%, increased annually for many years.

Ferris, Eric, Mark Finster, and David McDonald. "Academic Fit of Student-Athletes: An Analysis of NCAA Division I-A Graduation Rates." Research in Higher Education 45.6 (2004), 555-575. Ohio Link. Web. 19 Nov 2010. A study was conducted using the graduation rates of college student athletes in order to determine their legitimacy. Researchers concluded that graduation rates alone cannot account for the lower rates among athletes. They say that there are numerous factors that affect this, including admissions standards and wealth of the institution. The study also discusses the relationship between admissions and educational attainment. The study concludes with hopefully providing a model that promotes both academic and athletic excellence.

Suggs, Welch. "New Grades on Academic Progress Show Widespread Failings Among Teams." Chronicle of Higher Education 51.27 (2005): A40-A42. Academic Search Complete. EBSCO. Web. 19 Nov. 2010 This article focuses on the NCAA progress rates over a period of years. It was clear that the progress of basketball and football players were relatively low. Also, the impact of the standards of college sports is discussed. Almost half of top level college football and basketball players are not expected to graduate. This staggering statistic raises many questions about the treatment of college athletes.