Abstract: A new and distinct variety of shrub rose plant, referred to by its cultivar name, ‘AUSB44A16’, is described. The new variety forms pink-blend, mid-pink colored blossoms. The flowers have approximately 120-130 petals. The new variety provides a shrub growth habit. Additionally, the new variety is particularly well suited for growing as ornamentation in the landscape.

Abstract: A variety of rose plant of the shrub class, named ‘AUSmajesty’. The ‘AUSmajesty’ is a variety of a rose bearing apple blossom pink rosettes which pale to a very soft pink, almost white color with a strong fragrance with hints of lemon sherbet and Old Rose, forming an exceptionally healthy shrub, which maintains a well-rounded shape.

Abstract: A variety of rose plant of the shrub class, named ‘AUSernie’. The ‘AUSernie’ is a variety of a rose deeply filled, cupped rosettes of sunset yellow-orange, paling to apricot, and a healthy and upright, bushy shrub with a medium-strong Myrrh fragrance.

Abstract: A factorial experiment is conducted on a manufacturing process to generate a response matrix. The responses are used to calculate individual contrasts in a document as well as replicates effects. The contrast sums are also calculated and displayed in the document. The largest of the contrast sums are identified, and effects associated with those contrast sums are tested for significance using an end count method. The information from the process transformed into “significant effects” information is used to adjust process variables to improve the manufacturing process by avoiding the effect or imparting it to a measurable response of the process.

Abstract: A factorial experiment is conducted on a manufacturing process to generate a response matrix. The responses are used to calculate individual contrasts in a document as well as replicates effects. The contrast sums are also calculated and displayed in the document. The largest of the contrast sums are identified, and effects associated with those contrast sums are tested for significance using an end count method. The information from the process transformed into “significant effects” information is used to adjust process variables to improve the manufacturing process by avoiding the effect or imparting it to a measurable response of the process.

Abstract: A factorial experiment is conducted on a manufacturing process to generate a response matrix. The responses are used to calculate individual contrasts in a document as well as replicates effects. The contrast sums are also calculated and displayed in the document. The largest of the contrast sums are identified, and effects associated with those contrast sums are tested for significance using an end count method. The information from the process transformed into “significant effects” information is used to adjust process variables to improve the manufacturing process by avoiding the effect or imparting it to a measurable response of the process.

Abstract: A factorial experiment is conducted on a manufacturing process to generate a response matrix. The responses are used to calculate individual contrasts in a document as well as replicates effects. The contrast sums are also calculated and displayed in the document. The largest of the contrast sums are identified, and effects associated with those contrast sums are tested for significance using an end count method. The information from the process transformed into “significant effects” information is used to adjust process variables to improve the manufacturing process by avoiding the effect or imparting it to a measurable response of the process.

Abstract: A factorial experiment is conducted on a manufacturing process to generate a response matrix. The responses are used to calculate individual contrasts in a document as well as replicates effects. The contrast sums are also calculated and displayed in the document. The largest of the contrast sums are identified, and effects associated with those contrast sums are tested for significance using an end count method. The information from the process transformed into “significant effects” information is used to adjust process variables to improve the manufacturing process by avoiding the effect or imparting it to a measurable response of the process.

Abstract: A variety of rose plant of the shrub class, named ‘AUSperidot’. The ‘AUSperidot’ is a variety of a cut rose bearing large blooms with a white blend color and a light fragrance with a long vase life.

Abstract: A variety of rose plant of the shrub class, named ‘AUSernie’. The ‘AUSernie’ is a variety of a rose deeply filled, cupped rosettes of sunset yellow-orange, paling to apricot, and a healthy and upright, bushy shrub with a medium-strong Myrrh fragrance.

Abstract: A variety of rose plant of the shrub class, named ‘AUSCP17117’. The ‘AUSCP17117’ is a variety of a cut rose bearing large blooms with a deep pink color and a light fragrance with a long vase life.

Abstract: A variety of rose plant of the shrub class, named ‘AUSCP17431’. The ‘AUSCP17431’ is a variety of a cut rose bearing large blooms with a mid-pink color and a strong fragrance.

Abstract: A variety of rose plant of the shrub class, named ‘AUSA6B15’. The ‘AUSA6B15’ is a variety of a rose with yellow medium-sized, cupped blooms having a medium, fruity fragrance in a medium-sized, upright and bushy shrub.

Abstract: A variety of rose plant of the shrub class, named ‘AUSB18A15’. The ‘AUSB18A15’ is a variety of a rose with sprays of cupped, mid-pink blooms with a medium strong Old Rose/fruity fragrance capable of repeat flowering.

Abstract: A variety of rose plant of the shrub class, named ‘AUSmajesty’. The ‘AUSmajesty’ is a variety of a rose bearing apple blossom pink rosettes which pale to a very soft pink, almost white color with a strong fragrance with hints of lemon sherbet and Old Rose, forming an exceptionally healthy shrub, which maintains a well-rounded shape.

Abstract: A new and distinct variety of shrub rose plant, referred to by its cultivar name, ‘AUSCP17960’, is described. The new variety forms in abundance on a substantially continuous basis, double, pink-colored blossoms. The growth habit is upright. Dark green ornamental foliage is formed. Additionally, the new variety is particularly well suited for growing as distinctive ornamentation in the landscape.

Abstract: A variety of rose plant of the shrub class, named ‘AUSCP18729’. The ‘AUSCP18729’ is a variety of a rose with large, white blooms and many petals, with a light fragrance.

Abstract: A new and distinct variety of shrub rose plant, referred to by its cultivar name, ‘AUSB44A16’, is described. The new variety forms pink-blend, mid-pink colored blossoms. The flowers have approximately 120-130 petals. The new variety provides a shrub growth habit. Additionally, the new variety is particularly well suited for growing as ornamentation in the landscape.