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Personal Information

MN
Robert Stupar
Home
Institution
University of Minnesota
Address
Dept of Agronomy & Plant Genetics
St Paul, MN 55108
Contact
Email: stup0004 at umn.edu
Biography

Projects as Lead Investigator

Year Project Name
2020 Discovering and (finally) understanding the functions of genes that underlie major agricultural traits in soybean
2020 Dissecting the Genetic and Molecular Basis of Abiotic Stress Tolerance in Fiskeby III Soybean for Advancing Breeding Outcomes
2020 New Biotechnology to improve and understand Soybean Traits
2019 Genomic Tools to Enable Trait Discovery and Deployment (1920-152-0131-B)
2019 Dissecting the genetic and molecular basis of abiotic stress tolerance in Fiskeby III soybean for advancing breeding outcomes (1920-172-0116-C)
2019 Discovering and finally understanding the functions of genes that underlie major agricultural traits in soybeans
2019 New biotechnology to improve and understand soybean traits
2018 Discovering and finally understanding the functions of genes that underlie major agricultural traits in soybean
2018 New biotechnology for soybean improvement
2017 New Biotechnology for Soybean Improvement
2016 Precision Genomics for Soybean Seed Composition (Year 2 of 1520-532-5601)
2016 Development of a Haploid-Induction System for Soybean (Year 3 of 1420-532-5693)
2016 Identification of Natural and Induced Mutations Causing Enhance Soybean Seed Composition and Stress Resistance (Year 2 of 1520-532-5603)
2015 Genetic transformation for soybean improvement
2015 Precision Genomics for Soybean Seed Composition (Year 1 of 1520-532-5601)
2015 Identification of Natural and Induced Mutations Causing Enhance Soybean Seed Composition and Stress Resistance (Year 1 of 1520-532-5603)
2015 Development of a Haploid-Induction System for Soybean (Year 2 of 1420-532-5693)
2014 Improvement of soybean seed composition and disease traits through genetical and functional genomics
2014 Genetic transformation for soybean improvement
2014 Precision Genomics for Soybean Seed Composition (Year 2 of 2506)
2014 Identification of Natural and Induced Mutations Causing Alterations in Soybean Seed Composition (Year 2 of 1320-532-5688)
2014 Development of a Haploid-Induction System for Soybean (Year 1 of 1420-532-5693)
2013 Precision Genomics for Soybean Seed Composition (Year 1 of 2506)
2013 Improvement of soybean seed protein and oil through genetical and functional genomics
2013 Genetic transformation for soybean improvement
2013 Development of a Haploid-Induction System for Soybean (Year 3 of 1293)
2013 Identification of Natural and Induced Mutations Causing Trait Alterations in Soybean (Year 1 of 1320-532-5688)
2012 Improvement of soybean seed protein and oil through genomics
2012 Genetic transformation for soybean improvement
2012 Identification of Gene Mutations Causing Alterations in Soybean Seed Composition (2288)
2012 Development of a Haploid-Induction System for Soybean (Year 2 of 1293)
2011 Development of a Haploid-Induction System for Soybean (Year 1 of 1293)
2011 Genetic transformation for soybean improvement
2011 Identification of Gene Mutations Causing Alterations in Soybean Seed Composition (Year 2 of 0288)
2010 Genetic transformation to investigate genes conferring tolerance to soybean iron deficiency chlorosis
2010 Identification of Gene Mutations Causing Alterations in Soybean Seed Composition (Year 1 of 0288)
2009 A candidate gene for maturity group and flowering time in soybeans

Projects as Co-Investigator

Year Project Name
2019 New Breeding Technologies Applied to Meal (Year 1 of 1920-152-0120-A)
2018 Novel traits for soybean improvement through mutagenesis and germplasm collections
2018 Network Guided Modification of Soybean Meal Composition (Year 2 of 1720-152-0105)
2017 New Breeding Technologies Applied to Meal (Year 1 of 1720-152-0103)
2017 Network Guided Modification of Soybean Meal Composition (Year 1 of 1720-152-0105)
2016 Iron Deficiency Chlorosis: Getting to the Root of the Problem
2015 Iron deficiency chlorosis: Getting to the root of the problem
2014 Iron deficiency chlorosis: Getting to the root of the problem
2013 Iron deficiency chlorosis: Getting to the root of the problem
2012 Fast neutron soybean mutagenesis project: Characterization of mutant lines possessing unique compositional characteristics