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We report for the first time the incidence of spontaneous autotetraploidy in  Solanum aethiopicum  (PI 636107). Stomatal dimensions and frequency, number of chloroplasts per guard cell, flow cytometry, and chromosome counts were used to differentiate the diploid plants from tetraploids. The impact of increased ploidy on pollen viability as assessed by in vitro germination and on selected morphological traits was evaluated. In vitro pollen germination was reduced in tetraploid plants, but no significant differences were found in fruit production per plant between diploid and tetraploid plants. Compared with the diploids, the tetraploid plants were significantly shorter and had wider leaves and smaller fruits; therefore, tetraploid  S. aethiopicum  plants can be valuable for future breeding programs, particularly those aiming to develop shorter, more compact plants. Moreover, some  S. aethiopicum  selections are grown for their edible leaves, so tetraploid plants producing large leaves would be desirable. Additionally, the availability of tetraploid  S. aethiopicum  could remove hybridization barriers caused by ploidy differences with other tetraploid  Solanum  species.

Spontaneous Autotetraploidy and Its Impact on Morphological Traits and Pollen Viability in Solanum aethiopicum