Gpbr211

Understand the aims, objectives, and long-term role of plant breeding in crop improvement.

Sexual and asexual modes of reproduction and their breeding significance in crop plants.

Learn the meaning, types, and breeding importance of apomixis.

Autogamy, geitonogamy, and allogamy with their role in breeding behavior of crops.

Classification of crop plants based on pollination behavior and breeding system.

Botanical and floral characters of important cereals used in breeding work.

Maize - Zea mays (2n.

Botanical features and breeding-relevant floral traits of important small millet crops.

Botanical and floral characters of important pulse crops used in breeding.

Breeding-relevant botanical traits of major oilseed crops such as castor and sesame.

Botanical description, floral biology, and breeding-relevant characters of cotton.

Practical emasculation and controlled pollination methods used in crop hybridization.

Crossing and pollination techniques used in maize breeding and hybridization.

Emasculation and crossing techniques used in red gram breeding programmes.

Botanical traits, crossing behavior, and breeding relevance of sugarcane.

Complete guide to plant breeding methods — pure line selection, mass selection, pedigree method, bulk method, single seed descent, backcross, mutation breeding, and cross-pollinated crop methods with comparison table.

Aims of hybridization and the major cross combinations used in plant breeding.

Principle, procedure, and uses of backcross breeding for trait transfer.

Nature, types, and breeding importance of self-incompatibility in crop plants.

Types of male sterility and their practical use in hybrid seed production.

Concept, causes, and breeding significance of heterosis and inbreeding depression.

Population-based breeding approaches used to improve self- and cross-pollinated crops.

Single, double, three-way, and related hybrid types used in crop breeding.

Selection methods used for genetic improvement of asexually propagated crops.

Hybridization methods and selection steps followed in clonal crop improvement.

Understand mutation, mutagens, and the use of induced mutations in plant breeding.

Stepwise procedure followed for inducing and selecting useful mutations in crops.

Use of mutation breeding for improving agronomic, resistance, and quality traits.

Basic concepts of ploidy change and chromosome manipulation in plant breeding.

Applications of ploidy breeding for crop improvement and varietal development.