Browsing by Subject "hard fescue"
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Item 2017 Progress Report on Grass Seed Production Research(2017) Ehlke, Nancy; Vellekson, Donn; Grafstrom, DaveSummary of research on grass seed production conducted by the University of Minnesota.Item 2018 Progress Report on Grass Seed Production Research(2018) Ehlke, Nancy; Vellekson, Donn; Grafstrom, DaveSummary of research on grass seed production conducted by the University of Minnesota.Item 2019 Progress Report on Grass Seed Production Research(2019) Ehlke, Nancy; Vellekson, Donn; Grafstrom, DaveSummary of research on grass seed production conducted by the University of Minnesota.Item 2020 Progress Report on Grass Seed Production Research(2021) Ehlke, Nancy; Vellekson, Donn; Grafstrom, DaveSummary of research on grass seed production conducted by the University of Minnesota.Item 2021 Progress Report on Grass Seed Production Research(2022) Ehlke, Nancy; Vellekson, Donn; Grafstrom, DaveSummary of research on grass seed production conducted by the University of Minnesota.Item 2022 Progress Report on Grass Seed Production Research(2023-03) Ehlke, Nancy; Vellekson, Donn; Grafstrom, DaveSummary of research on grass seed production conducted by the University of Minnesota in 2022.Item 2024 Progress Report on Grass Seed Production Research(2025-03) Ehlke, Nancy; Vellekson, Donn; Grafstrom, DaveSummary of research on grass seed production conducted by the University of Minnesota in 2024.Item Impact of Drought Stress on Cool-Season Turfgrass: Comparative Analysis of Mixture and Monoculture Responses(2023-11) Turbeville, Jillian; Sessoms, Florence; Watkins, EricThe objective of this study was to determine the performance of mixtures and monocultures capable of withstanding long drought periods under low input management.Item Impact of Drought Stress on Cool-Season Turfgrass: Comparative Analysis of Mixture and Monoculture Responses(2022-11) Turbeville, Jillian; Sessoms, Florence; Watkins, EricWe determined the performance of turfgrass mixtures/monocultures capable of withstanding long drought periods with a low fertility management practice.