Ayala-Silva, Tomas (MS), 1995. Interactive Effect of Aluminum and Polymer L. Lactic Acid on growth and Physiology of Azolla caroliniana.
Barger, Terry Wayne (MS), 1996.Cell Membrane Stability, Leaf Surface Wax Content and Carbohydrate Accumulation as affected by Water Stress in Three Sorghum Genotypes.
Blair, Stacy (MS), 2001. Influence Of Selected Concentrations of Cu on Photosynthesis, Carbohydrate Accumulation and Growth of Salvinia.
Burnett, Chris (MS), 1996. Physiological Responses of Azolla and Anabaena flos-aquae (Cyanobacteria) to Low-Dose Ultrasonic Treatment.
Connell, Shounda (MS). 1999. Evaluation of Kudzu as a Biological Agent for the Remediation of Cr (VI).
Couch Jimmy. (MS), 2000. Physiological Responses of Salvinia to Cr (VI) and its Potential Use in Phytoremediation
Dawn Evans (MS ) To be Received In Summer2014.Evaluate of Antioxidant Content, Anti-Microbial Properties, and the Medicinal Value of Roselle (Hibiscus sabdariffa) •
Evans, Elizabeth (MS) 2012-. Influence of Drought Stress on Inducing Antioxidant Activity in Roselle.
Gardner, Jeff (MS). 1996. Interactive Effects of Aluminum and Humic Material on Salvinia minima Growth, Photosynthetic Rates, and Carbohydrate Accumulation.
Nichols, B.P (MS), 2000. Seasonal Changes in the Spectral Properties of Mountain Laurel (Kalmia latifolia L., Ericaceae) in north east Alabama.
Ponder, David MS). 2009. Comparative Chemical Composition and Antioxidant Activities of Kudzu And Selected Food Sources.
Schwarzauer, Kristin (MS). 2009. Utilization of Kudzu as a Lead Phytoremediator and the Impact of Lead on Selected Physiological Responses.
Sirna, Cynthia (MS). 2001. Evaluation of Salvinia as an alternative food source to selected animals.
Stoelting, Austen (MS).To be Received In Summer 2014. The Role of Trehalose in Combating Water Stress As Influenced By Three-Way Symbiosis.
Thomas, Travis Scott (MS). 1997. Physiological Responses of Winter and spring Wheat to Altering Root-zone temperature.
Wilson, Jimmy Glenn (MS). 1995. Effect of Aquatic Humus on Chromium toxicity to Azolla caroliniana growth and Physiology.