Personal Information

NE
David Hyten
Home
Institution
University of Nebraska at Lincoln
Address
Dept of Agronomy and Horticulture
Lincoln, NE 68588
Contact
Email: david.hyten at unl.edu
Biography

Projects as Lead Investigator

Year Project Name
2023 Assessing the Genetic Diversity and Vulnerability of Nebraskan Soybean
2022 Whole Genome Sequencing of the USDA Soybean Germplasm Collection and Applications for New Gene Discovery
2022 Assessing the Genetic Diversity and Vulnerability of Nebraskan Soybean
2022 Increasing yield and seed composition stability through diverse germplasm and genomic selection
2021 Increasing yield and seed composition stability through diverse germplasm and genomic selection
2021 Screening for stem borer resistance
2020 Increasing yield and seed composition stability through diverse germplasm and genomic selection
2020 Screening for stem borer resistance
2020 Whole Genome Sequencing of the USDA Soybean Germplasm Collection and Applications for New Gene Discovery
2019 Genetic Mapping of Yield Stability Genes
2018 Genetic Mapping of Yield Stability Genes
2017 Development of next generation sequencing applications for improving soybean
2017 Genetic Mapping of Yield Stability Genes
2016 Development of Next Generation Sequencing Applications for Improving Soybean

Projects as Co-Investigator

Year Project Name
2025 SOYGEN3: Building capacity to increase soybean genetic gain for yield through combining genomics-assisted breeding with characterization of future environments (year 3 of 3)
2024 SOYGEN3: Building capacity to increase soybean genetic gain for yield and composition through combining genomics-assisted breeding with characterization of future environments
2023 SOYGEN3: Building capacity to increase soybean genetic gain in future environments for seed yield and composition through combining genomics-assisted breeding with environmental characterization
2022 SOYGEN2: Increasing soybean genetic gain for yield and seed composition by developing tools, know-how and community among public breeders in the north central US
2021 SOYGEN2: Increasing SB genetic gain for yield & seed composition by developing tools, know-how & community among public breeders in the NC US
2020 Increasing soybean genetic gain for yield by developing tools, know-how and community among public breeders in the north central US
2020 Discovering and (finally) understanding the functions of genes that underlie major agricultural traits in soybean
2019 Utilizing unique genetic diversity to combine elevated protein concentration with high yield in new varieties and experimental lines (Year 1 of 3)1920-152-0113)
2019 Discovering and finally understanding the functions of genes that underlie major agricultural traits in soybeans
2018 Increasing the rate of genetic gain for yield in soybean breeding programs
2018 Utilizing Unique Genetic Diversity to Combine Elevated Protein Concentration with High Yield in New Varieties and Experimental Lines (1820-152-0106-B)