Agave amica (Medik.) Thiede and Govaerts, formerly Polianthes tuberosaL, a member of the Asparagacea family, is recognized for its commercial, medicinal, and ornamental significanceCommercial and ornamental significance. The continuous demand for new varieties underscores the importance of flower color, form, and scent as primary indicators of novelty. This chapter comprehensively addresses various aspects ofDesired tuberose characteristics tuberose characteristicsTuberose characteristics, species cultivation, and propagation. It explores the impact of plant growth regulatorsPlant growth regulators and radiation dosesRadiation doses on tuberose organogenesis and genetic diversity. Additionally, it underscores the significance of comprehending breeding systemsBreeding systems and engaging in experimental hybridizationExperimental hybridization to develop new commercially relevant cultivarsCommercially relevant cultivars. The feasibility of creating colored tuberose varietiesColored tuberose varieties was discussed, emphasizing the deliberate cultivation of genetic variability through selective breeding. This process begins with collecting colored germplasm, creating new flower colors through hybridization, and inducing in vitro mutagenesisIn vitro mutagenesis. This chapter provides valuable insights into tuberose cultivationTuberose cultivation insights and breeding, emphasizing the integration of various techniques to enhance genetic diversity and elevate the plant's commercial valueCommercial value elevation.

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Advancing Tuberose (Agave Amica Medik.) Thiede and Govaerts Cultivation: Insights into Characteristics, Cultivation Practices, and Breeding Strategies

  • Eman Abdelhakim Eisa,
  • Péter Honfi,
  • Ildikó Kohut,
  • AndreaTilly-Mándy

摘要

Agave amica (Medik.) Thiede and Govaerts, formerly Polianthes tuberosaL, a member of the Asparagacea family, is recognized for its commercial, medicinal, and ornamental significanceCommercial and ornamental significance. The continuous demand for new varieties underscores the importance of flower color, form, and scent as primary indicators of novelty. This chapter comprehensively addresses various aspects ofDesired tuberose characteristics tuberose characteristicsTuberose characteristics, species cultivation, and propagation. It explores the impact of plant growth regulatorsPlant growth regulators and radiation dosesRadiation doses on tuberose organogenesis and genetic diversity. Additionally, it underscores the significance of comprehending breeding systemsBreeding systems and engaging in experimental hybridizationExperimental hybridization to develop new commercially relevant cultivarsCommercially relevant cultivars. The feasibility of creating colored tuberose varietiesColored tuberose varieties was discussed, emphasizing the deliberate cultivation of genetic variability through selective breeding. This process begins with collecting colored germplasm, creating new flower colors through hybridization, and inducing in vitro mutagenesisIn vitro mutagenesis. This chapter provides valuable insights into tuberose cultivationTuberose cultivation insights and breeding, emphasizing the integration of various techniques to enhance genetic diversity and elevate the plant's commercial valueCommercial value elevation.