Table of Contents
Calculating phenotypic, genotypic, and environmental variances to estimate narrow-sense and broad-sense heritability [2].
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Compare how these classical models differ from .
The book is a valuable resource for:
Using correlation and path analysis to understand how traits interact.
: This field deals with the genetic basis of quantitative traits. Techniques like QTL (Quantitative Trait Locus) mapping are fundamental.
Sharma’s literature focuses on quantifying these components to help breeders predict how a population will respond to selection. 1. Assessment of Genetic Variability : This field deals with the genetic basis
: This involves using DNA markers linked to desirable genes to select for those genes. Statistical techniques are crucial for identifying these associations.
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Linear regression and path analyses are now applied to molecular marker data to link phenotypes directly to specific genomic regions (Quantitative Trait Loci, or QTL). : This field deals with the genetic basis
Biometrical techniques solve this problem by breaking down the phenotypic variance ( VPcap V sub cap P ) observed in the field into its structural components:
By applying biometrical techniques, breeders can identify the best candidates in early generations, saving time and resources.
While some academic snippets and previews are available on Google Books, the full text is generally a commercial publication. You can find physical copies at major retailers like Amazon.in or explore academic libraries. Users should be cautious of "free PDF" links on unverified sites, as these often lead to broken files or security risks. Statistical and Biometrical Techniques in Plant Breeding : This field deals with the genetic basis
The final section covers specialized techniques for analyzing data from mutation breeding and selection procedures. 3. Why This Book is Essential for Plant Breeders