Dr. Johan Van Huylenbroeck is a plant breeder at the Institute for Agricultural and Fisheries Research (ILVO) in Belgium. Besides practical breeding, he also coordinates numerous research projects on ornamental plants. Since 2006, he leads the Applied Breeding and Genetics group, a team of 20 researchers and 30 technical staff members. His research focuses mainly on (1) the development of efficient hybridization and selection strategies, (2) the creation of cultivars for sustainable agriculture and horticulture; (3) the use of DNA markers assisted breeding techniques for quantitative and qualitative traits and (4) marker-based analysis of genetic diversity and identity. In close collaboration with the industry, his group runs breeding programs in a.o. azalea, outdoor roses and woody ornamentals.  Specific breeding goals in woody ornamentals are disease resistance, enlargement of the existing diversity via interspecific hybridization and compact growing plants.

• 1. The Role of Biodiversity and Plant Conservation for Ornamental Breeding.- 2. The genetic basis of floral organ identity and its applications in ornamental plant breeding.- 3. Flower color and its engineering by genetic modification.- 4. Breeding and genetics for shelf and vase life.- 5. Breeding for Disease Resistance in Ornamentals.- 6. Plant Tissue Culture Techniques for Breeding.- 7. Ploidy breeding in ornamentals.- 8. Mutation Breeding in Ornamentals.- 9. New developments in molecular techniques for breeding in ornamentals.- 10. Alstroemeria.- 11. Azalea.- 12. Caladium.- 13. Calathea.- 14. Chrysanthemum.- 15. Dianthus.- 16. Fuchsia.- 7. Gerbera.- 18. Helleborus.- 19. Kalanchoë.- 20. Lilium.- 21. Limonium.- 22. Ornamental pepper.- 23. Phalaenopsis.- 24. Primula.- 25. Ranunculus.- 26. Rhododendron.- 27. Rose.- 28. Tulip.- 29. Woody ornamentals of the temperate zone.

Dr. Johan Van Huylenbroeck is a plant breeder at the Institute for Agricultural and Fisheries Research (ILVO) in Belgium. Besides practical breeding, he also coordinates numerous research projects on ornamental plants. Since 2006, he leads the Applied Breeding and Genetics group, a team of 20 researchers and 30 technical staff members. His research focuses mainly on (1) the development of efficient hybridization and selection strategies, (2) the creation of cultivars for sustainable agriculture and horticulture; (3) the use of DNA markers assisted breeding techniques for quantitative and qualitative traits and (4) marker-based analysis of genetic diversity and identity. In close collaboration with the industry, his group runs breeding programs in a.o. azalea, outdoor roses and woody ornamentals.  Specific breeding goals in woody ornamentals are disease resistance, enlargement of the existing diversity via interspecific hybridization and compact growing plants.

• 1. The Role of Biodiversity and Plant Conservation for Ornamental Breeding.- 2. The genetic basis of floral organ identity and its applications in ornamental plant breeding.- 3. Flower color and its engineering by genetic modification.- 4. Breeding and genetics for shelf and vase life.- 5. Breeding for Disease Resistance in Ornamentals.- 6. Plant Tissue Culture Techniques for Breeding.- 7. Ploidy breeding in ornamentals.- 8. Mutation Breeding in Ornamentals.- 9. New developments in molecular techniques for breeding in ornamentals.- 10. Alstroemeria.- 11. Azalea.- 12. Caladium.- 13. Calathea.- 14. Chrysanthemum.- 15. Dianthus.- 16. Fuchsia.- 7. Gerbera.- 18. Helleborus.- 19. Kalanchoë.- 20. Lilium.- 21. Limonium.- 22. Ornamental pepper.- 23. Phalaenopsis.- 24. Primula.- 25. Ranunculus.- 26. Rhododendron.- 27. Rose.- 28. Tulip.- 29. Woody ornamentals of the temperate zone.