Nitrous Oxide Emissions from Bermudagrass Turf Fertilized with Slow Release and Soluble N Sources

Project Leader:
Dale Bremer,
Details +

Department of Horticulture, Forestry & Recreation Resources,
Kansas State University,
2021 Throckmorton,
Manhattan,
KS,
66506

(785-532-1429)
bremer@ksu.edu

Project Cooperators: Jack Fry, Jason Lewis.

Staff Member: Dr. Mike Stewart mstewart@ipni.net

KS-37


















How proposed work will add value to existing programs and create future opportunities

The PIs have already initiated innovative research into the mitigation of N2O from turfgrasses, which is unique to turfgrass science programs in the U.S. Results from this proposed study, however, will strengthen the reputation of our K-State turfgrass research team nationally and internationally by our development of practical solutions towards mitigation of global warming and climate change through reductions in greenhouse gas emissions from urban agricultural ecosystems. Previous support from the National Science Foundation and the Kansas Turfgrass Foundation has allowed us to obtain the necessary equipment to conduct this type of research, but funds are needed to provide the resources to continue (e.g., to conduct this study). The proposed research will enhance our program in this important area which, in turn, will increase our likelihood of attracting further funding on this topic from federal agencies. A stronger research program will also help to attract quality graduate students from national and international locations. This project, including the techniques and results, will also be presented to Turfgrass Science and Plant Research Methods classes in HFRR to enhance the educational experiences of K-State students at the undergraduate and graduate levels.