A new Begonia plant named BEYZ0002 characterized by its compact, symmetrical and rounded habit, double white flowers that bloom continuously from spring until fall, prolific and continuous basal branching and foliage that is very dark, glosssy and mahogany in color with bright green contrasting veins.

A new and distinct cultivar of Begonia plant named Fibegosora, characterized by its upright to spreading and mounded plant habit; relatively compact; freely basal branching habit; dark purple-colored leaves; freely and continuously flowering habit; and double flowers that are bright orange in color.

A new and distinct cultivar of Begonia plant named Fibegunfiki, characterized by its upright to spreading and mounded plant habit; relatively compact; freely basal branching habit; dark green-colored leaves; freely and continuously flowering habit; and semi-double flowers that are deep pink in color.

A new and distinct cultivar of Begonia plant named Fibegdraeven, characterized by its upright to spreading and mounded plant habit; relatively compact; freely basal branching habit; dark green-colored leaves; freely and continuously flowering habit; and double flowers that are light red in color.

A new and distinct cultivar of Begonia plant named Dobegmotwohopi, characterized by its relatively compact, upright and mounded plant habit; moderately vigorous growth habit; strong branching habit; dark green-colored leaves; freely and continuously flowering habit; and medium to large double-type flowers that are vivid purplish pink in color.

A new and distinct cultivar of Begonia plant named Little Moon is disclosed, characterized by its dark green foliage mottled with silver. Plants exhibit root hardiness, small leaf size and rhizomatous spreading. Flowers are light pink with darker pink flower buds. The new cultivar is a Begonia, typically suited for garden and ornamental container use.

A new Begonia plant named BEYZ0004 distinguished by its compact and rounded symmetrical habit, and freely produced basal branching. It is further characterized by its continuous natural flowering habit and deep mahogany glossy foliage and exhibits deep red double flowers.

A method for producing a double-flowered Torenia plant including the steps of obtaining an F1 population by crossing a Torenia plant belonging to a semi-double-flowered strain and a Torenia plant belonging to a multiple-carpel strain, and of selecting, from a second- or subsequent-generation hybrid population, a fully double-flowered individual having a flower with 15 or more developed petals, the second- or subsequent-generation hybrid population being a population of a second or subsequent generation derived from a first-generation hybrid population, and the first-generation hybrid population being the F1 population that has been obtained. A fully double-flowered Torenia plant that belongs to a fully double-flowered strain, a progeny population thereof, or their mutant population, and that has a flower with 15 or more developed petals.