Titlebook: Genetic Improvement of Tropical Crops; Hugo Campos,Peter D.S. Caligari Book 2017 Springer International Publishing AG 2017 Plant Genetics.

不來

Mailmerge/List Processing/Mailshot, and Asia. Crop improvement has focused primarily on changing biomass partitioning by reducing plant height, increasing ear growth, reducing barrenness, and consistently focusing on increasing biotic and abiotic stress tolerances. Photoperiod sensitivity and tassel size, however, remain high and har

微生物

Hyaluronic-Acid

Summary and Concluding Remarks,g crosses where breeders hope to find hybrids that are superior to those already available (a strategy that has made only slow progress in the last decade or two) to develop and improve inbred progenitors that can produce more reliably better hybrids. The use of inbred progenitors and implementation

權(quán)宜之計

流浪

Russell K. Hobbie,Bradley J. Rothllection, female bunch isolation, pollination, harvesting and seed germination) are illustrated New developments in breeding such as the potential for F. hybrids, wide hybridisation (e.g. with the related S. American species, .), the use of genomic selection (exploiting genome sequence data) and adv

草率男

Russell K. Hobbie,Bradley J. Rothbeen superseded by family evaluation and estimation of breeding values using family data. Variety development involves testing genotypes across several field trials. However, sugarcane, unlike other crops, only experiences genetic recombination at crossing, and all subsequent stages are propagated f

GRAVE

tattle

PRE

Genetic Improvement of Rice (, L.) genes lost during the domestication process of rice and their pyramids are being transferred into elite rice cultivars to make the future rice cultivars genetically resistant to biotic stresses and tolerant to abiotic stresses. Promising methods are being developed toward the genetic improvement of

含水層

Cassava (, Crantz)g crosses where breeders hope to find hybrids that are superior to those already available (a strategy that has made only slow progress in the last decade or two) to develop and improve inbred progenitors that can produce more reliably better hybrids. The use of inbred progenitors and implementation