Abstract: A new and distinct triploid Citrus hybrida cultivar is provided that is the product of controlled cross-pollination of two diploid parental plants. The new cultivar forms attractive obloid-shaped late-maturing substantially seedless fruit having an excellent mildly acidic flavor and a pleasant aroma. The leaves are dark green in coloration. The growth habit is vigorous and drooping.

Abstract: A new and distinct triploid Citrus hybrida cultivar is provided that is the product of controlled cross-pollination of two diploid parental plants. The new cultivar forms attractive seedless obloid-shaped, medium-late-maturing fruit with a convex base having an excellent mildly acidic flavor. The leaves are dark green in coloration. The growth habit is vigorous and erect-drooping.

Abstract: The procedure is based on the use, as vegetable starting material for the transformation, of the first shoots from the graft of buds of adult trees onto stock, the genetic transformation of explants from the adult shoots by mean of co cultivation with Agrobacterium tumefaciens in mother plaques, and the obtaining of complete adult woody plants by means of in vitro micrografting of the transgenic buds, apices or shoots, regenerated by means of the explants, by means of in vitro micrograft onto stock cultivated in vitro.This procedure makes it possible to avoid the juvenile period and the high heterozygosis which affects most woody species, blossoming and fruiting of the transgenic plants are brought forward, and it permits the direct genetic transformation of commercially interesting varieties.It has argicultural applications.