Titlebook: Gene Manipulation in Plant Improvement; 16th Stadler Genetic J. P. Gustafson Book 1984 Springer Science+Business Media New York 1984 Chromo

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審問

Philisophy and Methodology of an International Wheat Breeding Program,nstitute one of the most complex and controversial issues in plant breeding today. While there is some agreement upon classical procedures for the improvement of self-pollinated vs. cross-pollinated crops, there is quite clearly no general consensus among plant breeders as to which philosophical app

narcotic

debacle

Ideotype Research and Plant Breeding,grown in environments to which it is adapted, with nutrients and water non-limiting, and with pests, diseases, weeds and other stresses effectively controlled. In this context the plant breeder may opt to enhance yield potential or breed to reduce the impact of yield-limiting factors. It is not triv

態(tài)學(xué)

escalate

Quantitative Genetic Principles in Plant Breeding, reason for distinguishing among related terms such as ‘biometrical genetics’, ‘statistical genetics’, nor, in some cases, ‘population genetics’. All are concerned with the study of how genes affect important characteristics, how they interact with environmental factors, and how they can be manipula

escalate

subacute

The Genomic System of Classification as a Guide to Intergeneric Hybridization with the Perennial Tres. Although more than 75% of the species in the Triticeae are perennials, they have received far less attention from cytogeneticists and plant breeders than have the annuals, which include three major cereal crops--wheat, barley, and rye. In addition to being important in their own right as forages

Melatonin

Evolutionary Relationships and their Influence on Plant Breeding,he commonality of the structure and function of DNA in almost all species is such a pattern. The ubiquitous distribution of DNA provides, in itself, the most convincing argument for the validity of evolution, and at the same time, the basis for the subtle changes in genotype that fuel the processes

EXPEL

Mutations in Wheat that Raise the Level of Meiotic Chromosome Pairing, in Missouri and independently by Riley and Chapman (1958) in England. This discovery answered the question why the chromosomes of the three genomes of wheat are unable to pair with each other even though they are genetically so closely related that extra dosage of the right chromosome can compensat