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Research Project: ENHANCEMENT OF SUGARCANE GERMPLASM FOR DEVELOPMENT OF CULTIVARS AND SUSTAINABLE PRODUCTION

Location: Sugarcane Production Research

Title: Sugarcane Improvement Through Breeding and Biotechnology

Authors
item Ming, Ray -
item Moore, Paul -
item Wu, Kuo-Kao -
item D'Hont, Angelique -
item Tew, Thomas -
item Mirkov, T -
item Da Silva, Jorge -
item Schnell Ii, Raymond -
item Brumbley, Stevens -
item Lakshmannan, Prakash -
item Jifon, John -
item Rai, Mamta -
item Comstock, Jack
item Glaszmann, Jean -
item Paterson, Andrew -

Submitted to: Plant Breeding Reviews
Publication Type: Book / Chapter
Publication Acceptance Date: December 19, 2005
Publication Date: January 20, 2006
Citation: Ming, R., Moore, P., Wu, K., D'Hont, A., Tew, T., Mirkov, T., Da Silva, J., Schnell Ii, R., Brumbley, S., Lakshmannan, P., Jifon, J., Rai, M., Comstock, J.C., Glaszmann, J., Paterson, A. Sugarcane Improvement Through Breeding and Biotechnology. Plant Breeding Reviews. 27:15-118. 2006.

Interpretive Summary: The advancements in sugarcane breeding and the improvement of sugarcane through biotechnology have been reviewed by a team of leading sugarcane specialists from around the world. The breeding section include the evolution and origin of sugarcane, early history of conventional sugarcane breeding, and specific breeding for the traits of sugar yield, biomass production, and stress tolerance. The biotechnology section include the physiology of sucrose accumulation, genetics and genomics, molecular cytogenetics, genetic engineering, and linking biotechnology to application.

Technical Abstract: The advancements in sugarcane breeding and the improvement of sugarcane through biotechnology have been reviewed by a team of leading sugarcane specialists from around the world. Topics covered in the breeding section include the evolution and origin of sugarcane, early history of conventional sugarcane breeding, and specific breeding for the traits of sugar yield, biomass production, and stress tolerance. Topics covered in the biotechnology section include the physiology of sucrose accumulation, genetics and genomics, molecular cytogenetics, genetic engineering, and linking biotechnology to application. This chapter is the first review of sugarcane breeding and improvement since the standard reference book on sugarcane breeding was published in 1987. By concentrating on advancements made and the potential for application of molecular biology and genetics for the improvement of sugarcane, this chapter will likely serve as a road map for sugarcane breeding programs for the next few years.

   

 
Project Team
Glaz, Barry
Comstock, Jack
Edme, Serge
Zhao, Duli
 
Publications
   Publications
 
Related National Programs
  Plant Genetic Resources, Genomics and Genetic Improvement (301)
 
Related Projects
   COOPERATIVE BIOMASS-ENERGY CULTIVAR DEVELOPMENT PROGRAM
   ENHANCEMENT OF SUGARCANE GERMPLASM FOR CULTIVAR DEVELOPMENT
   SUGARCANE DEVELOPMENT OF DISEASE RESISTANT CULTIVARS
   EVALUATION OF CP CULTIVARS FOR YIELD PARAMETERS AND DISEASE SUSCEPTIBILITY IN NICARAGUA
   DEVELOPMENT OF CP SUGARCANE CULTIVARS FOR FLORIDA
   MAKING CROSSES FOR THE SUGARCANE BREEDING PROGRAM IN LOUISIANA
   DISCOVERING THE DESIRABLE ALLELES CONTRIBUTING TO THE LIGNOCELLULOSIC BIOMASS TRAITS IN SACCHARUM GERMPLASM COLLECTIONS FOR ENERGY CANE IMPR
   EVALUATION OF CANAL POINT (CP) CULTIVARS FOR YIELD PARAMETERS AND DISEASE SUSCEPTIBILITY IN EL SALVADOR
   EVALUATION OF CP CULTIVARS FOR YIELD PARAMETERS AND DISEASE SUSCEPTIBILITY IN COSTA RICA
   EVALUATION OF SUGARCANE CULTIVARS FOR YIELD PERIMETERS AND DISEASE SUSCEPTIBILITY IN TEXAS
   EVALUATION OF CP CULTIVARS FOR YIELD PARAMETERS AND DISEASE SUSCEPTIBILITY IN PANAMA
   EVALUATION OF CP CULTIVARS FOR YIELD PARAMETERS AND DISEASE SUSCEPTIBILITY IN GUATEMALA
   EVALUATION OF CANAL POINT (CP) CULTIVARS FOR YIELD PARAMETERS AND DISEASE SUSCEPTIBILITY IN NICARAGUA
   Breeding Improved High-Yielding Disease Resistant Sugarcane Cultivars
 
 
Last Modified: 05/24/2013
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