Angiosperms/Flowering Plants TRIZ Cases

Begonia Reina cultivar produces dark orange double flowers via natural mutation, resolving insufficient post-production longevity in existing Elatior varieties.

Breeding selects for strong stems and vibrant colors to resolve insufficient longevity in existing Alstroemeria varieties.

Breeding Aglaonema hybrida with Malay Lady Compact yields a dense, cold-tolerant plant form overcoming sparse conventional growth.

Radio Red Salvia cultivar features bright red flowers and dark green foliage with a moderately vigorous upright growth habit.

Asexual reproduction stabilizes unique traits like bright orange ray florets, resolving breeding complexity while maintaining phenotype consistency.

Breeding Begonia Legdblred stabilizes plant habit and flower traits via parameter changes, resolving environmental variability in garden performance.

Cultivar 86182621 reduces breeding duration by applying preliminary action to select disease-resistant parents early in the process.

Cross breeding Atar and Eden produces stable Chamelaucium NIR EDEN with unique flower color, resolving market need for distinct ornamental varieties.

Selective breeding stabilizes compact growth and high flower density, resolving contradictions between plant size and ornamental yield.

Asexual propagation replicates the genetically unique F1 plant to ensure uniform flower size and color across all subsequent plants.

Polycross breeding combines Mentha arvensis rust resistance with peppermint traits, increasing oil yield while maintaining genetic integrity.

Inbred line 1PEEA63 combines multiple desirable traits to resolve the trade-off between variety stability and development time.

Segmented breeding of homozygous pepper parent lines resolves genetic non-uniformity to deliver consistent disease resistance and yield.

Cross-pollinating proprietary selections yields stable offspring with distinct flower coloration.

Controlled hybridization segments parent selection to combine upright early flowering with trailing habits, fixing traits through asexual reproduction.

Big Shot and Pioneer lettuce varieties deliver stable, uniform head growth with larger diameters.

SAKIMP071 New Guinea Impatiens variety provides a stable, uniform breeding line for developing specific ornamental traits.

Segmenting the breeding program reduces time while maintaining cultivar stability.

Controlled crossing of parent lines creates a stable rose cultivar that combines exceptional disease resistance with vigorous, compact branching.

Controlled cross-pollination stabilizes dark violet flower color across environmental variations while maintaining structural integrity of the Kieneblu plant.

Natural mutation selects for vibrant foliage coloration while maintaining compact plant size and symmetry across generations.

Molecular marker-assisted selection accelerates development of stable, high-yielding hybrids by identifying desired alleles early in the breeding process.

SHIMCR1 Hibiscus cultivar exhibits large dark pink flowers with undulate petals and vigorous branching through controlled asexual propagation.

Bonpri 585 Euphorbia cultivar maintains uniform traits across varying environmental conditions through stable phenotypic parameters.

Cross-pollination of Peppermint Schnapps and Kopper King yields Cherry Brandy with stable genetic traits, dense growth, and distinct leaf coloration.

Controlled breeding merges parental lines to produce bright yellow flowers with violet margins while managing genetic diversity.

Open pollination breeding creates Sutera DCOPGULPNK with early abundant flowering, resolving the trade-off between genetic diversity and development time.

Controlled breeding merges cold hardiness from E.S. 2-3-17 with winemaking quality of Chenin blanc to resolve winter survival trade-offs.

Sterile Phlox 'Pure Feelings' redirects resources from seed development to extend flower longevity for commercial cut-flower applications.

CRISPR/Cas locus conversion in wheat variety 6PJRS71B combines multiple desirable traits without increasing breeding complexity or losing genetic stability.

Breeding Evipo105 merges disease resistance with compact habit, resolving trade-offs between vigorous productivity and nursery space efficiency.

Cytoplasmic male sterility genes enable controlled cross-pollination in hybrid corn variety CH205155.

Kniphofia Joker's Wild plant maintains unique deep orange flower color retention and winter hardiness via tissue culture propagation.

M7 navel orange cultivar exhibits early maturation and uniform globose fruit shape through limb sport mutation selection.

New Clematis variety Evipo041 produces compact growth and abundant light pink flowers via controlled hybridization.

Naturally occurring sport of Little Jay maintains unique variegated foliage through asexual reproduction without complex breeding.

Cultivar 84110426 stabilizes yield and disease resistance traits via preliminary parental selection, reducing breeding time while maintaining agronomic quality.

Controlled breeding stabilizes inflorescence size and coloration against environmental variation, ensuring consistent garden performance.

Selective breeding of Aruba Wind hibiscus resolves container habit contradictions by establishing uniform flowering frequency and stable genetic traits.

Resolving insufficient plant density and limited flower size by stabilizing unique phenotypic parameters via softwood stem cuttings.

Tissue culture propagation of the Auberge Phalaenopsis orchid replaces inefficient seed methods to ensure uniform, true-to-type plant production.

Nanopac hybrid rootstock resolves Mediterranean adaptation bottlenecks by combining peach vigor with almond calcareous soil and nematode resistance.

Segmenting the breeding program with preliminary action reduces development time while maintaining genetic homogeneity for reliable hybrid production.

MNIHAR023 azalea retains distinctive traits via semi-hardwood cuttings while thriving in shade or sun.

A Senecio cultivar with upright growth and white ray florets developed via controlled cross-pollination.