Personal Information

Name:	Asheesh Singh
Address:	Iowa State University 1501 Agronomy Hall Ames, IA50011
Phone:	515-294-3268
Email:	singhak at iastate.edu

Biography

Projects as Lead Investigator

Projects

Project Title
Effects of Increased Atmospheric CO2 and Abiotic Stress on Soybean Performance in the Enviratron
Breeding for high yield, yield protection and compositional traits in soybean for Iowa farmers

Projects - Individual Years

Year	Project Title (each year)
2023	Breeding high yielding soybean cultivars for Iowa farmers
2022	Breeding high yielding soybean cultivars for Iowa Farmers
2022	Effects of Increased Atmospheric CO2 and Abiotic Stress on Soybean Performance in the Enviratron
2021	Breeding High Yielding Soybean Cultivars for Iowa Farmers
2020	Breeding high yielding soybean cultivars for Iowa farmers
2019	Breeding high yielding soybean cultivars for Iowa farmers
2018	Breeding high yielding soybean cultivars for Iowa farmers
2017	Breeding high yielding soybean cultivars for Iowa farmers
2016	Breeding high yielding soybean cultivars for Iowa farmers
2015	Breeding for high yield, yield protection and compositional traits in soybean for Iowa farmers

Projects as Co-Investigator

Projects

Project Title
Discover Sources, Genes and Develop U.S. Adapted Germplasm with Improved Protein Quantity and Quality Utilizing Diversity in Cultivated and Wild soybeans (1920-152-0103-A)
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)
Biology and Management of Soybean Stem Diseases (1920-172-0125-B)
Utilizing Unique Genetic Diversity to Combine Elevated Protein Concentration with High Yield in New Varieties and Experimental Lines (1820-152-0106-B)
Increasing the rate of genetic gain for yield in soybean breeding programs
Improved Management of Charcoal Rot
Utilizing Unique Genetic Diversity to Combine Elevated Protein Concentration with High Yield in New Varieties and Experimental Lines (1720-152-0104)
Using engineering tools to identify and quantify biotic and abiotic stress in soybean for customizable agriculture production
Initiation of a genomic selection pipeline for public soybean breeders in the North Central region
Accelerating soybean yield and composition improvement through genomic selection
High-Impact Public Research for Modified Carbohydrate Composition in U.S. Soybeans (Year 1 of 1420-532-5639)
Causes and Cures for Delayed Maturity in Soybean (Year 1 of 1420-832-8277)
High Oleic Soybean Breeding (1420-632-6608)

Projects - Individual Years

Year	Project Title (each year)
2019	Discover Sources, Genes and Develop U.S. Adapted Germplasm with Improved Protein Quantity and Quality Utilizing Diversity in Cultivated and Wild soybeans (1920-152-0103-A)
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	Biology and Management of Soybean Stem Diseases (1920-172-0125-B)
2018	Utilizing Unique Genetic Diversity to Combine Elevated Protein Concentration with High Yield in New Varieties and Experimental Lines (1820-152-0106-B)
2017	Utilizing Unique Genetic Diversity to Combine Elevated Protein Concentration with High Yield in New Varieties and Experimental Lines (1720-152-0104)
2017	Increasing the rate of genetic gain for yield in soybean breeding programs
2017	Improved Management of Charcoal Rot
2016	Using engineering tools to identify and quantify biotic and abiotic stress in soybean for customizable agriculture production
2016	Initiation of a genomic selection pipeline for public soybean breeders in the North Central region
2015	Accelerating soybean yield and composition improvement through genomic selection
2014	High-Impact Public Research for Modified Carbohydrate Composition in U.S. Soybeans (Year 1 of 1420-532-5639)
2014	Causes and Cures for Delayed Maturity in Soybean (Year 1 of 1420-832-8277)
2014	High Oleic Soybean Breeding (1420-632-6608)