Hi-Tech Horticulture

Hi-tech horticulture is the need of all the developing countries. Controlled-environment horticulture certainly has a promising future within multi-disciplinary plant-science research as well as many exciting applications within controlled-environment agriculture.

1. Hi Tech Horticulture: An Introduction
2. Nature, Scope and Progress of Horticulture in India
3. Hi Tech Horticulture for Agriculture Reform
4. Perspectives of Horticulture
5. The Power of Biotechnology in Hi Tech Horticulture
6. Techniques of Biotechnology for Horticulture
7. Applications of Genetic Engineering Hi Tech Horticulture
8. Techniques for Genetic Engineering
9. Genetic Engineering Techniques for Producing Transgenic Crop Varieties
10. Plant Tissue Culture: Principles and Methodology
11. Protoplast Technology
12. Micropropagation in Plants
13. Somatic Embryogenesis
14. Mutation and Plant Breeding Techniques for Hi Tech Horticulture
15. Marker Assisted Selection (Mas) Technique for Hi Tech Horticulture
16. Gynogenesis in Hi Tech Horticulture
17. Synseeds or Synthetic Seeds for Hi Tech Horticulture
18. Plant Tissue Culture Some Related Aspects
19. Hi Tech Conservation of Horticultural Crops
20. Bioinformatics
21. Plant Growth Regulators for Hi Tech Horticulture
22. Modern Nursery Management
23. Greenhouse Technology for Hi Tech Horticulture
24. Hydroponics for Hi Tech Horticulture
25. Hi Tech Horticulture for Postharvest Technology
26. Organic Horticulture
27. Nutrient Management in Horticultural Crops
28. Hi Tech Horticulture: Micro-Irrigation (Drip and Sprinkler Irrigation)
29. Plasticulture for Hi Tech Horticulture
30. Value Added Products of Horticultural Crops
31. Hi Tech Horticulture: Harvest Technology and Value Addition of Medicinal Plants
32. Marketing of Horticultural Produce
33. E-Marketing of Horticultural Produce
34. Export of Horticultural Crops
35. Hi-Tech Horticulture and Intellectual Property Rights