Introduction to general principles, practices and techniques used to breed plants, select traits, and develop crop cultivars: including biomass feedstock crops. Concepts discussed will range from quantitative and population genetics, historical through conventional plant breeding (through self- and cross-pollinations) and hybridization, then end with exploration of contemporary approaches to improve plant traits including molecular breeding and genetic engineering. (Same as PLSC 553.) Credit Restriction: Students may not receive credit for both PLSC 453 and PLSC 553.
Comment(s): Typically offered Spring semester in alternate years that end with an even number.

Introduction to general principles, practices and techniques used to breed plants, select traits, and develop crop cultivars: including biomass feedstock crops. Concepts discussed will range from quantitative and population genetics, historical through conventional plant breeding (through self- and cross-pollinations) and hybridization, then end with exploration of contemporary approaches to improve plant traits including genetic engineering. Credit Restriction. Students may not receive credit for both 453 and 553.
Comment(s): Will be taught Spring semester and then offered alternate, even-numbered years.

Independent study. Current topic related to technology, science or design.

Repeatability: May be repeated. Maximum 6 hours. Credit Restriction: For MS students, a maximum of 6 hours may be applied to the major. For PhD students in PSI, a maximum of 9 hours may be applied to the major.

Other Instructors: Klingeman III, William E | Walters, Kellie Jean | Ross, Michael | Stewart, Neal | Millwood, Reggie | Sams, Carl E

Principles and methodologies targeting genetic gain for crop improvement. Concepts of qualitative and quantitative trait improvement. Parental germplasm, hybridization, population formation, inbreeding, genetic variance, heritability, selection methods, molecular genetic markers, genetically engineered crops.

Recommended Background: Course work in experimental design and analyses and a general genetics course or consent of instructor.
Comment(s): Offered Spring semester in alternate, odd numbered years.
Registration Restriction(s): Minimum student level -graduate.