Research
With a more than 20-year history of industry-leading, innovative research into the benefits and maintenance requirements of seashore paspalum turfgrass, Team UGA® invites you to explore our research archive.
Broadband Spectral Reflectance Models of Turfgrass Species and Cultivars to Drought Stress
Yiwei Jiang & Robert N. Carrow
Can We Maintain Turf to Customers’ Satisfaction with Less Water?
Yiwei Jiang & Robert N. Carrow
Nutrient Uptake Responses and Inorganic Ion Contribution to Solute Potential Under Salinity Stress in Halophytic Seashore Paspalums
Geung-Joo Lee, Ronny R. Duncan & Robert N. Carrow
Impact of Japanese Beetle (Coleoptera: Scarabaeidae) Feeding on Seashore Paspalum
S.K. Braman & Paul L. Raymer
Effect of Potassium Nitrate Priming on Seed Germination of Seashore Paspalum
Jun-Cheol Moon, Cheol Seong Jang, Paul L. Raymer, Wook Kim
Synthesis of Organic Osmolytes and Salt Tolerance Mechanisms in Paspalum vaginatum
Identification of New Soluble Sugars Accumulated in a Halophytic Seashore Paspalum Ecotype under Salinity Stress
Seashore Paspalum: Breeding a Turfgrass for the Future
Paul L. Raymer, S.K. Braman, L.L. Burpee, Robert N. Carrow, Z. Chen & T.R. Murphy
Influence of Solar Radiation and Photoperiod on Flower Initiation of Seashore Paspalum
Na Wang, Hazel Y. Wetzstein, Brian M. Schwartz
Seashore Paspalum Breeding Update
Paul L. Raymer
Herbicide Resistant Systems for Turfgrasses
Paul L. Raymer & Douglas Heckart
Salt Tolerance in Seashore Paspalum
Paul L. Raymer
Considerations When Selecting a Turf Cultivar
Paul L. Raymer, Wayne Hanna and Brian Schwartz
Recent Advances in Disease Resistance of Seashore Paspalum
Paul L. Raymer