Angiosperms/Flowering Plants TRIZ Cases

Controlled hybridization merges traits from parent varieties to produce a compact bushy shrub rose with continuous flowering.

Vegetative propagation of the SAKOST8365 hybrid ensures stable reproduction of unique flower color traits across successive generations.

Controlled hybridization merges disease resistance from one parent with uniform flowering traits from another to create a stable, abundant blooming shrub.

Soybean variety 01072337 applies molecular marker profiling to accelerate breeding efficiency while reducing research time.

Tissue culture resolves contradictions between propagation speed and cost while maintaining unique flower colors.

New Echinacea hybrida cultivar exhibits dark yellow ray florets and compact upright growth habit.

Deep pink leaf pigmentation provides UV protection against sunburns while compact growth habit maintains high tuber yield potential.

Breeding Rosa cultivar SFROSA159 resolves disease susceptibility and cold hardiness contradictions via parameter changes and preliminary action.

G.214 apple rootstock merges dwarfing traits with fire blight resistance, resolving the trade-off between yield efficiency and pathogen susceptibility.

REDYUMMY plum variety uses intermediary pollinator trees to ensure reliable cross-pollination while maintaining heat tolerance and disease resistance.

Segmented parent lines in pepper hybrid SVHH5137 resolve genetic non-uniformity, ensuring predictable performance and stable yield.

CB80 inbred corn line resolves yield stability contradictions via preliminary action and feedback loops to ensure consistent kernel production.

Dongiwilromwhi24 New Guinea impatiens cultivar achieves early flowering with large white double flowers while maintaining compact plant density.

Breeding Hydrangea arborescens Abetwo fixes strong stems and rain tolerance to resolve stem weakness in existing cultivars.

Selective breeding of Kniphofia variety KLEKN22193 reduces plant height to 40 cm while accelerating flowering time to 18 weeks.

KLAHYFLA Hydrangea cultivar features sturdy dark purple-brown stems and light pink to purple-pink sterile flowers.

OPERA strawberry cultivar resolves contradictions between fruit size and storage life through parameter changes that improve pathogen resistance.

Segmenting breeding stages stabilizes genetic composition in bean line SV1545GA, resolving the trade-off between adaptability and uniformity.

Grafting selected seedlings onto Maren rootstocks stabilizes branching and flowering traits in the SYEP22432 Poinsettia cultivar.

Controlled hybridization fixes trait consistency in Tec Hewhitt lobelia, resolving reproduction reliability issues across varying environmental conditions.

Inbred corn line MN38 delivers stable, high-yielding hybrids through systematic selection and broad environmental adaptation.

Poulpah120 rose variety achieves compact growth to 50 cm and exceptional disease resistance without compromising flower abundance or uniformity.

CIFZ0080 Chrysanthemum cultivar merges yellow flower traits with faster natural response to address limited variety options.

Selective breeding eliminates vernalization requirements while establishing stable asexual reproduction traits.

Spontaneous mutation establishes a climbing rose variety with continuous blooming, resolving the trade-off between upright growth habit and ornamental appeal.

Hosta Singing in the Rain cultivar features creamy white leaf margins and blue-green centers.

Somatic cell regeneration in alfalfa variety R411M114 bypasses repeated selfing to prevent inbreeding depression while accelerating breeding timelines.

CV644326 corn breeding applies segmentation and preliminary action to resolve genetic diversity versus uniformity trade-offs.

Hybrid corn variety CH198025 utilizes cytoplasmic male sterility and restorer genes to produce uniform plants with specific physiological traits.

Gerbera hybrida cultivar Garoran exhibits compact upright growth and bi-colored florets via tissue culture propagation.

CV740325 corn variety uses controlled pollination to produce stable inbred and hybrid seeds with consistent genetic traits.

Raven redwood cultivar maintains uniform pyramidal shape and disease resistance across wet or dry soils.

Poulcas043 rose variety exhibits uniform white flowers and compact growth through controlled asexual propagation.

A new Poulty015 rose variety exhibits uniform golden yellow flowers and compact growth through controlled crossing.

Hybrid Phlox cultivar Ruby Riot merges traits from distinct parents to achieve vigorous spreading, extended bloom duration, and powdery mildew resistance.

Breeding program selects stable seedlings for vegetative propagation to maintain consistent horticultural traits across varying environmental conditions.

Helleborus EPBRD01 cultivar uses extended peduncles to elevate flowers above foliage, resolving limited garden performance in traditional varieties.

A Verbena cultivar with compact growth and bi-colored flowers.

PLUMSWEET IX resolves pollination reliability trade-offs by using bee hives as intermediaries to ensure cross-pollination for superior fruit quality.

New Veronica cultivar exhibits dense white flowers and upright habit through stabilized asexual reproduction.

Cultivar 16010527 accelerates breeding by combining preliminary parental selection with regenerable cell line transformation to reduce development time.

Segmenting the breeding program into distinct phases reduces resource intensity while maintaining morphological stability.

Novel Solan lettuce cultivar combines blonde leaf traits with high resistance to Downy Mildew and Tomato Bushy Stunt virus.

Marker-assisted selection in soybean variety 01068087 reduces breeding time while ensuring consistent trait combination for high-yield production.

Molecular marker-based selection accelerates the development of stable maize variety PH48AH, reducing breeding time while maintaining high yield consistency.

In vitro tissue culture propagates Phalaenopsis 'Lions Dive' to resolve high propagation time and cost while maintaining genetic uniformity.

PH25RN maize inbred line reduces breeding cycle time from six to twelve years by applying preliminary action and segmentation principles.

SAKPXC009 resolves genetic stability trade-offs by combining Calibrachoa and Petunia traits via ovule culture and vegetative propagation.