david.morris

Southern Miss Human Performance Resources

David M. Morris

Education

Ph.D., Exercise Physiology, 2005, The University of New Mexico

Graduated with Distinction

Dissertation Topic: Using Blood pH to Determine Maximum Sustainable Power Output in Elite Cyclists and Triathletes.

M.A.P.E., Human Performance, 1992, The University of Missouri

B.E.S., Exercise Science, 1989, The University of Missouri

Position:

Assistant Professor
Head of Exercise Science Program

Office Location: HPR 122

Phone: 601-266-4116

Fax: (601) 266-4445

E-mail: david.m.morris@usm.edu

Mailing Address

The University of Southern Mississippi
School of Human Performance and Recreation
118 College Drive #5142
Hattiesburg, MS 39406-0001

Honors and Awards

2005 Outstanding Achievement Award: Presented by the University of New Mexico Graduate School

1991 Superior Graduate Achievement Award: Presented by the University of Missouri Graduate School for Excellence in Graduate Research

The National Deans List: 1987

Publications

(Peer-Reviewed Journals)

Wilber, R.L., P.L. Holm, D.M. Morris , G.M. Dallam, A.W. Subudhi, D.M. Murray, and S.D. Callan (2004). Effect of F I O 2 on oxidative stress during high-intensity interval training at moderate altitude. Medicine and Science in Sports & Exercise, 36(11): 1888-1894.

Wilber, R.L., P.L. Holm, D.M. Morris , G.M. Dallam, & S.D.Callan (2003). Effects of F I O 2 on physiological responses and performance in trained cyclists at moderate altitude. Medicine & Science in Sports & Exercise , 35(7): 1153-1159.

Wilber, R.L., P.L. Holm, D.M. Morris , G.M. Dallam, & S.D.Callan (2002). Effect of F I O 2 on physiological responses and power output in trained cyclists at moderate altitude. Medicine & Science in Sports & Exercise , 34(5): S1509.

Morris, D.M., J.T. Kearney, & E.R. Burke (2000). The effects of breathing supplemental oxygen duringaltitude training on cycling performance. Journal of Science & Medicine in Sport, 3 (2) 165-175.

Sherman, W.M., D.M. Morris , T.E. Kirby, R.A. Petosa, B.A. Smith, D.J. Frid, & N. Leenders (1998). Evaluation of a commercial accelerometer (Tritrac-R3 D) to measure energy expenditure during ambulation. International Journal of Sports Medicine, 19 (1) 43-47.

Morris, D.M., & B.R. Londeree (1997). The effect of bicycle crank arm length on oxygen consumption at a constant workload and cadence. Canadian Journal of Applied Physiology, 22 (5) 429-438.

Sherman , W.M., D.M. Morris , T.E. Kirby, R. Petosa, B.A. Smith, D.J. Frid (1995). Validity of the Tritracr Accelerometer. Medicine and Science in Sports and Exercise, 27 (5) S. 428.

Kearney , J.T., S. McDowell, J. Litschert, S.J. Fleck, S. Fox, & D. Morris (1994). Physiological Determinants of Performance in Slalom Paddling. Medicine and Science in Sports and Exercise, 26 (5) S. 670.

(Books and Non Peer-Reviewed Periodicals)

Morris, D.M. (2006). Carbohydrate consumption and endurance performance. The Sport Supplement 14, (3), www.thesportjournal.org/sport-supplement.

Morris, D.M. (2006), Dealing with avian influenza and other viral infections. The Sport Supplement 14, (3), www.thesportjournal.org/sport-supplement.

Morris, D.M. (2003). Performance Cycling: Training for Power, Endurance, and Speed. New York : McGraw-Hill.

Presentations

Predicting Time Trial Performance During Cycling Ergometry. American Society of Exercise Physiologists National Meeting, Albuquerque , NM . March, 2006.

The Use of Hyperoxic Training During Altitude Exposures. United States Olympic Committee Altitude Training Symposium, Colorado Springs, CO. May, 2002.

The Effects of Breathing Supplemental Oxygen During Altitude Training on Cycling Performance. USA Cycling International Coaching Symposium, Colorado Springs, CO. January, 1997.

Preparing Our Cyclists for the Atlanta Olympic Games: The Science behind the Training. Fat Tire Week Cycling Science Symposium, Crested Butte , CO. May, 1996.

Grants

Using Blood pH to Determine Maximum Sustainable Power Output in Elite Cyclists and Triathletes. The University of New Mexico Graduate and Professional Student's Association Research Grant
Amount: $750

The Effect of Supplemental Oxygen Application During Training at 6,000 Feet on Endurance Track Cycling Performance. United States Olympic Committee Sport Science and Technology Division Amount: $10,800

Effects of Increased Work on Human Metabolic and Physiological Variables. The Quaker Oats Corporation Gatorade Sport Science Division
Amount: $4,210

Professional Affiliations

Professional Member, American Society of Exercise Physiologists

Professional Member, American College of Sports Medicine


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	David M. Morris Education Ph.D., Exercise Physiology, 2005, The University of New Mexico Graduated with Distinction Dissertation Topic: Using Blood pH to Determine Maximum Sustainable Power Output in Elite Cyclists and Triathletes. M.A.P.E., Human Performance, 1992, The University of Missouri B.E.S., Exercise Science, 1989, The University of Missouri Position: Assistant Professor Head of Exercise Science Program Office Location: HPR 122 Phone: 601-266-4116 Fax: (601) 266-4445 E-mail: david.m.morris@usm.edu Mailing Address The University of Southern Mississippi School of Human Performance and Recreation 118 College Drive #5142 Hattiesburg, MS 39406-0001 Honors and Awards 2005 Outstanding Achievement Award: Presented by the University of New Mexico Graduate School 1991 Superior Graduate Achievement Award: Presented by the University of Missouri Graduate School for Excellence in Graduate Research The National Deans List: 1987 Publications (Peer-Reviewed Journals) Wilber, R.L., P.L. Holm, D.M. Morris , G.M. Dallam, A.W. Subudhi, D.M. Murray, and S.D. Callan (2004). Effect of F I O 2 on oxidative stress during high-intensity interval training at moderate altitude. Medicine and Science in Sports & Exercise, 36(11): 1888-1894. Wilber, R.L., P.L. Holm, D.M. Morris , G.M. Dallam, & S.D.Callan (2003). Effects of F I O 2 on physiological responses and performance in trained cyclists at moderate altitude. Medicine & Science in Sports & Exercise , 35(7): 1153-1159. Wilber, R.L., P.L. Holm, D.M. Morris , G.M. Dallam, & S.D.Callan (2002). Effect of F I O 2 on physiological responses and power output in trained cyclists at moderate altitude. Medicine & Science in Sports & Exercise , 34(5): S1509. Morris, D.M., J.T. Kearney, & E.R. Burke (2000). The effects of breathing supplemental oxygen duringaltitude training on cycling performance. Journal of Science & Medicine in Sport, 3 (2) 165-175. Sherman, W.M., D.M. Morris , T.E. Kirby, R.A. Petosa, B.A. Smith, D.J. Frid, & N. Leenders (1998). Evaluation of a commercial accelerometer (Tritrac-R3 D) to measure energy expenditure during ambulation. International Journal of Sports Medicine, 19 (1) 43-47. Morris, D.M., & B.R. Londeree (1997). The effect of bicycle crank arm length on oxygen consumption at a constant workload and cadence. Canadian Journal of Applied Physiology, 22 (5) 429-438. Sherman , W.M., D.M. Morris , T.E. Kirby, R. Petosa, B.A. Smith, D.J. Frid (1995). Validity of the Tritracr Accelerometer. Medicine and Science in Sports and Exercise, 27 (5) S. 428. Kearney , J.T., S. McDowell, J. Litschert, S.J. Fleck, S. Fox, & D. Morris (1994). Physiological Determinants of Performance in Slalom Paddling. Medicine and Science in Sports and Exercise, 26 (5) S. 670. (Books and Non Peer-Reviewed Periodicals) Morris, D.M. (2006). Carbohydrate consumption and endurance performance. The Sport Supplement 14, (3), www.thesportjournal.org/sport-supplement. Morris, D.M. (2006), Dealing with avian influenza and other viral infections. The Sport Supplement 14, (3), www.thesportjournal.org/sport-supplement. Morris, D.M. (2003). Performance Cycling: Training for Power, Endurance, and Speed. New York : McGraw-Hill. Presentations Predicting Time Trial Performance During Cycling Ergometry. American Society of Exercise Physiologists National Meeting, Albuquerque , NM . March, 2006. The Use of Hyperoxic Training During Altitude Exposures. United States Olympic Committee Altitude Training Symposium, Colorado Springs, CO. May, 2002. The Effects of Breathing Supplemental Oxygen During Altitude Training on Cycling Performance. USA Cycling International Coaching Symposium, Colorado Springs, CO. January, 1997. Preparing Our Cyclists for the Atlanta Olympic Games: The Science behind the Training. Fat Tire Week Cycling Science Symposium, Crested Butte , CO. May, 1996. Grants Using Blood pH to Determine Maximum Sustainable Power Output in Elite Cyclists and Triathletes. The University of New Mexico Graduate and Professional Student's Association Research Grant Amount: $750 The Effect of Supplemental Oxygen Application During Training at 6,000 Feet on Endurance Track Cycling Performance. United States Olympic Committee Sport Science and Technology Division Amount: $10,800 Effects of Increased Work on Human Metabolic and Physiological Variables. The Quaker Oats Corporation Gatorade Sport Science Division Amount: $4,210 Professional Affiliations Professional Member, American Society of Exercise Physiologists Professional Member, American College of Sports Medicine