Abstract: The invention relates to the field of Portulaca umbracticola, specifically, the variety designated ‘DAPORUMDBL’. The variety ‘DAPORUMDBL’ is characterized by its unique full flowers with extra petals in the flower center. Plants exhibit low fertility with very low seed production and scant pollen. The present invention relates to plant parts, including cells and any propagative material of the new variety ‘DAPORUMDBL’, and use of any of the plant parts for reproducing the new variety ‘DAPORUMDBL’. The present invention relates to methods using any plant parts of ‘DAPORUMDBL’ for the purpose of deriving additional new Portulaca varieties. The present invention relates to seed, plants and plant parts produced by crossing ‘DAPORUMDBL’ with any other Portulaca variety or other plant. The present invention also relates to methods to produce new varieties of Portulaca umbracticola and ornamental plants using the variety ‘DAPORUMDBL’ and applying plant breeding techniques.

Abstract: The invention relates to the field of Rumex crispus, specifically, the variety designated ‘DRUMFOHNID’. The variety ‘DRUMFOHNID’ is characterized by tall flowering stems with green tepals, sepals and fruits arranged in an asymmetrical pattern along the stem. The new variety begins flowering early and produces a small foliar rosette.

Abstract: The invention relates to the field of Craspedia globosa, specifically, the variety designated ‘DCRAGLFBIM’. The variety ‘DCRAGLFBIM’ is characterized by its compact plant habit, improved rooting and abundant flowers. The present invention relates to plant parts, including cells and any propagative material of the new variety ‘DCRAGLFBIM’, and use of any of the plant parts for reproducing the new variety ‘DCRAGLFBIM’. The present invention relates to methods using any plant parts or progeny of ‘DCRAGLFBIM’ for the purpose of deriving additional new Craspedia varieties. The present invention relates to seed, plants and plant parts produced by crossing ‘DCRAGLFBIM’ with any other Craspedia variety or other plant. The present invention also relates to methods to produce new varieties of Craspedia globosa using the variety ‘DCRAGLFBIM’ and applying plant breeding techniques.

Abstract: The invention relates to the field of Craspedia globosa, specifically, the variety designated ‘DCRAGLFBIM’. The variety ‘DCRAGLFBIM’ is characterized by its compact plant habit, improved rooting and abundant flowers. The present invention relates to plant parts, including cells and any propagative material of the new variety ‘DCRAGLFBIM’, and use of any of the plant parts for reproducing the new variety ‘DCRAGLFBIM’. The present invention relates to methods using any plant parts or progeny of ‘DCRAGLFBIM’ for the purpose of deriving additional new Craspedia varieties. The present invention relates to seed, plants and plant parts produced by crossing ‘DCRAGLFBIM’ with any other Craspedia variety or other plant. The present invention also relates to methods to produce new varieties of Craspedia globosa using the variety ‘DCRAGLFBIM’ and applying plant breeding techniques.

Abstract: The invention relates to the field of Gypsophila paniculata, specifically, the variety designated ‘DGYPSALBBF’, and its unique acute inflorescence branching. The present invention relates to plant parts, including cells and any propagative material of the new variety ‘DGYPSALBBF’, and use of any of the plant parts for reproducing the new variety ‘DGYPSALBBF’. The present invention relates to methods using any plant parts of ‘DGYPSALBBF’ for the purpose of deriving additional new Gypsophila varieties. The present invention relates to seed, plants and plant parts produced by crossing ‘DGYPSALBBF’ with any other Gypsophila variety. The present invention also relates to methods to produce new varieties of Gypsophila paniculata using the variety ‘DGYPSALBBF’ and applying plant breeding techniques.

Abstract: The invention relates to the field of Portulaca umbracticola, specifically, the variety designated ‘DAPORUMDBL’. The variety ‘DAPORUMDBL’ is characterized by its unique full flowers with extra petals in the flower center. Plants exhibit low fertility with very low seed production and scant pollen. The present invention relates to plant parts, including cells and any propagative material of the new variety ‘DAPORUMDBL’, and use of any of the plant parts for reproducing the new variety ‘DAPORUMDBL’. The present invention relates to methods using any plant parts of ‘DAPORUMDBL’ for the purpose of deriving additional new Portulaca varieties. The present invention relates to seed, plants and plant parts produced by crossing ‘DAPORUMDBL’ with any other Portulaca variety or other plant. The present invention also relates to methods to produce new varieties of Portulaca umbracticola and ornamental plants using the variety ‘DAPORUMDBL’ and applying plant breeding techniques.

Abstract: The invention relates to the field of Portulaca oleracea, specifically, the variety designated ‘DPORMPZPUP’. The variety ‘DPORMPZPUP’ is characterized by its controlled, semi-trailing plant habit, with free branching and vivid purple flowers. The present invention relates to plant parts, including cells and any propagative material of the new variety ‘DPORMPZPUP’, and use of any of the plant parts for reproducing the new variety ‘DPORMPZPUP’. The present invention relates to methods using any plant parts or progeny of ‘DPORMPZPUP’ for the purpose of deriving additional new Portulaca varieties. The present invention relates to seed, plants and plant parts produced by crossing ‘DPORMPZPUP’ with any other Portulaca variety or other plant. The present invention also relates to methods to produce new varieties of Portulaca oleracea using the variety ‘DPORMPZPUP’ and applying plant breeding techniques.

Abstract: A new and distinct cultivar of Portulaca plant named ‘DPORMPZPUP’ is disclosed, characterized by large, vivid purple flowers , dark green foliage, and a controlled, semi-trailing habit. The new variety is a Portulaca, typically produced as an ornamental plant.

Abstract: The invention relates to the field of Portulaca oleracea, specifically, the variety designated ‘DPORMPZGL’. The variety ‘DPORMPZGL’ is characterized by its controlled, semi-trailing plant habit, with free branching and vivid yellow flowers. The present invention relates to plant parts, including cells and any propagative material of the new variety ‘DPORMPZGL’, and use of any of the plant parts for reproducing the new variety ‘DPORMPZGL’. The present invention relates to methods using any plant parts of ‘DPORMPZGL’ for the purpose of deriving additional new Portulaca varieties. The present invention relates to seed, plants and plant parts produced by crossing ‘DPORMPZGL’ with any other Portulaca variety or other plant. The present invention also relates to methods to produce new varieties of Portulaca oleracea using the variety ‘DPORMPZGL’ and applying plant breeding techniques.

Abstract: A new and distinct cultivar of Portulaca plant named ‘DPORMPZGL’ is disclosed, characterized by large, vivid yellow flowers , dark green foliage, and a semi-trailing habit. The new variety is a Portulaca, typically produced as an ornamental plant.

Abstract: The invention relates to the field of Gypsophila paniculata, specifically, the variety designated ‘DGYPSALBBF’, and its unique acute inflorescence branching. The present invention relates to plant parts, including cells and any propagative material of the new variety ‘DGYPSALBBF’, and use of any of the plant parts for reproducing the new variety ‘DGYPSALBBF’. The present invention relates to methods using any plant parts of ‘DGYPSALBBF’ for the purpose of deriving additional new Gypsophila varieties. The present invention relates to seed, plants and plant parts produced by crossing ‘DGYPSALBBF’ with any other Gypsophila variety. The present invention also relates to methods to produce new varieties of Gypsophila paniculata using the variety ‘DGYPSALBBF’ and applying plant breeding techniques.

Abstract: The present invention provides an altered Gypsophila plant comprising a flower having an altered phenotype, wherein the flower having an altered phenotype comprises an elevated amount of Beta-Carotene, wherein the elevated amount of Beta-Carotene is at least twice the concentration of Beta-Carotene compared to the concentration of Beta-Carotene in a control Gypsophila flower and to methods for selecting altered Gypsophila plants.

Abstract: The present invention provides an altered Gypsophila plant comprising a flower having an altered phenotype, wherein the flower having an altered phenotype comprises an elevated amount of Beta-Carotene, wherein the elevated amount of Beta-Carotene is at least twice the concentration of Beta-Carotene compared to the concentration of Beta-Carotene in a control Gypsophila flower and to methods for selecting altered Gypsophila plants.

Abstract: A Gypsophila paniculata plant comprising an exogenous nucleic acid sequence encoding PAP1 is provided. Alternatively or additionally there is provided a Gypsophila paniculata plant comprising a flower producing a non-thermally induced red, pink, purple or green pigmentation or a combination of same.

Abstract: A method of generating genotypic variation in a genome of a plant is disclosed. The method comprising introducing into a gamete or a gamete producing tissue of the plant at least one viral expression vector encoding at least one chimeric nuclease which comprises a DNA binding domain, a nuclease and a localization signal to a DNA-containing organelle, wherein the DNA binding domain mediates specific targeting of the nuclease to the genome of the plant, wherein the introducing is performed such that the gamete or gamete producing tissue expresses the chimeric nuclease but not all plant tissues express the chimeric nuclease, thereby generating genotypic variation in the genome of the plant.

Abstract: A method of generating genotypic variation in a genome of a plant is disclosed. The method comprising introducing into the plant at least one viral expression vector encoding at least one chimeric nuclease which comprises a DNA binding domain, a nuclease and a localization signal to a DNA-containing organelle, wherein the DNA binding domain mediates specific targeting of the nuclease to the genome of the plant, thereby generating genotypic variation in the genome of the plant.

Abstract: A new and distinct cultivar of Portulaca plant named ‘DPORMPZDAP’ is disclosed, characterized by large, dark pink flowers, dark green foliage, and a semi-trailing habit. Plants are well-branched. The new variety is a Portulaca, typically produced as an ornamental plant.

Abstract: A new and distinct cultivar of Portulaca plant named ‘DPORMPZPUP’ is disclosed, characterized by large, vivid purple flowers, dark green foliage, and a controlled, semi-trailing habit. The new variety is a Portulaca, typically produced as an ornamental plant.

Abstract: A new and distinct cultivar of Portulaca plant named ‘DPORMPZO’ is disclosed, characterized by large, vivid orange flowers, dark green foliage, and a semi-trailing habit. Plants are well-branched. The new variety is a Portulaca, typically produced as an ornamental plant.

Abstract: A new and distinct cultivar of Portulaca plant named ‘DPORMPZGL’ is disclosed, characterized by large, vivid yellow flowers, dark green foliage, and a semi-trailing habit. The new variety is a Portulaca, typically produced as an ornamental plant.