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Fig 1 - Breeding of fragrant cyclamen by interspecific hybridization and ion-beam irradiation

Fig. 1. Characteristics of Cyclamen persicum cultivars, wild C. purpurascens, their interspecific hybrids, and ion-beam-derived mutants. (A) Diploid C. persicum 'Strauss'. (B) Diploid C. persicum 'Pure White'. (C) Diploid C. persicum 'Golden Boy'. (D) Diploid C. purpurascens. (E) Autotetraploid C. persicum 'Vuurbaak'. (F) Autotetraploid C. persicum 'Victoria'. (G) Autotetraploid C. persicum 'Harlequin'. (H) Autotetraploid C. purpurascens. (I) Allotetraploid of autotetraploid 'Vuurbaak' × autotetraploid C. purpurascens. (J) Allotetraploid of autotetraploid 'Victoria' × autotetraploid C. purpurascens. (K) Allotetraploid of autotetraploid 'Harlequin' × autotetraploid C. purpurascens. (L) Fragrant 'Uruwashi-no-Kaori'. (M) Fragrant 'Kaori-no-Mai'. (N) Fragrant 'Kokou-no-Kaori'. (O) Allotetraploid "GBCP" derived by chromosome doubling of allodiploid of diploid 'Golden Boy' × diploid C. purpurascens. (P) Ion-beam-derived mutant 'Tennyo-no-Mai'. (Q) Ion-beam-derived mutant 'Miyabi-no-Mai'. (R) Ion-beam-derived mutant with a red-purple flower due to delphinidin. (S) Mutant with a white flower derived from fragrant 'Kokou-noKaori' irradiated by ion beam. (T) Mutant with a pale yellow flower derived from the mutant of dihaploid of GBCP irradiated by ion beam. (U) Allotetraploid mutant with a pale yellow flower derived from dihaploid of GBCP. (V) Sterile mutant with a white flower derived from dihaploid of GBCP irradiated by ion beam. Bars = 20 mm. Black arrow, "eye"; white arrow, "slip". 
Characteristics of Cyclamen persicum cultivars, wild C. purpurascens, their interspecific hybrids, and ion-beam-derived mutants. (A) Diploid C. persicum 'Strauss'. (B) Diploid C. persicum 'Pure White'. (C) Diploid C. persicum 'Golden Boy'. (D) Diploid C. purpurascens. (E) Autotetraploid C. persicum 'Vuurbaak'. (F) Autotetraploid C. persicum 'Victoria'. (G) Autotetraploid C. persicum 'Harlequin'. (H) Autotetraploid C. purpurascens. (I) Allotetraploid of autotetraploid 'Vuurbaak' × autotetraploid C. purpurascens. (J) Allotetraploid of autotetraploid 'Victoria' × autotetraploid C. purpurascens. (K) Allotetraploid of autotetraploid 'Harlequin' × autotetraploid C. purpurascens. (L) Fragrant 'Uruwashi-no-Kaori'. (M) Fragrant 'Kaori-no-Mai'. (N) Fragrant 'Kokou-no-Kaori'. (O) Allotetraploid "GBCP" derived by chromosome doubling of allodiploid of diploid 'Golden Boy' × diploid C. purpurascens. (P) Ion-beam-derived mutant 'Tennyo-no-Mai'. (Q) Ion-beam-derived mutant 'Miyabi-no-Mai'. (R) Ion-beam-derived mutant with a red-purple flower due to delphinidin. (S) Mutant with a white flower derived from fragrant 'Kokou-noKaori' irradiated by ion beam. (T) Mutant with a pale yellow flower derived from the mutant of dihaploid of GBCP irradiated by ion beam. (U) Allotetraploid mutant with a pale yellow flower derived from dihaploid of GBCP. (V) Sterile mutant with a white flower derived from dihaploid of GBCP irradiated by ion beam. Bars = 20 mm. Black arrow, "eye"; white arrow, "slip". 
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