Classical and Molecular Approaches in Plant Breeding
1Crop plant domestication, plant introduction and plant genetic resources
2Super domestication in crop improvement
3Genetic principles of crop improvement
4Male sterility systems: Molecular basis and its implications
5Hybridization and heterosis in crop plants
6Population improvement in crop plants
7Mutagenesis in crop improvement
8Breeding for ideotype designing
9Breeding for abiotic and biotic stress resistance
10Breeding for nutritional quality improvement in field crops
11Crop biofortification: An agricultural intervention for nutritional security
12Molecular approach for crop improvement
13Molecular marker and innovative approaches for crop breeding
14QTL mapping: Principles and methods
15Unravelling the role of ‘omics’ in crop improvement
16RNA silencing and its utilisation in crop improvement
17Micro-array technology for crop improvement
18Terminator seed technology: Boom or ban
19Systems biology: prospects for smart crops and agricultural innovation
20Genetic control of photosynthesis and crop improvement
21Mentor pollen: A tool of crop improvement
22Seed priming: An efficient mitigation technique for abiotic stresses
23Statistical analysis of experiments with one quantitative treatment factor
24Intellectual property rights (IPR)
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Bibliographic information
Birendra Prasad
Anil Kumar