Angiosperms/Flowering Plants TRIZ Cases

Soybean cultivar 132421850112 employs molecular markers to replace phenotypic screening, accelerating trait development.

Breeding program selects for compact size and early flowering frequency to resolve trade-offs between plant maturity and bloom volume.

Inbred line 1PTAE45 reduces breeding time from six to twelve years by consolidating desirable agronomic traits into a universal parent.

Controlled cross-pollination fixes large flower traits in LANZ0009, overcoming environmental sensitivity that reduces consistency in existing varieties.

Selective breeding of Supechsix and 91-006C resolves the trade-off between early harvest timing and large fruit size.

Breeding Phlox Balkaposin cultivar overcomes powdery mildew susceptibility while maintaining attractive flower coloration through parameter changes.

A new Hibiscus cultivar exhibits narrow pyramidal habit and sterile white flowers.

Delosperma Coconut Crush achieves uniform blooming periods and compact plant habits through controlled crossing and asexual propagation.

NS 13-6 blueberry variety developed via controlled cross-pollination to deliver firm fruit with high sweetness.

Cultivar TH-889 resolves the contradiction between late season ripening and fruit color stability by combining specific genetic traits from parent varieties.

AUSraveloe shrub rose merges disease resistance with Old Rose fragrance via cross-pollination.

Sweet Sunrise strawberry cultivar combines deep red color, firm texture, and disease resistance through stable asexual propagation.

CH011199 hybrid corn employs S-locus genes to reject self-pollen, reducing manual emasculation labor while maintaining genetic diversity.

Spontaneous mutation yields Grey Fairy Hoya with uniform silver-white leaves, resolving color fading issues in existing varieties.

Hybridization of Calibrachoa line 5Bdw-7b-1A-1 and petunia AM6-99A-3 stabilizes unique traits through preliminary action and feedback.

ISOB007 Digitalis resolves insufficient branching by reproducing true-to-type compact phenotypes resistant to pests.

BRXCA17 begonia merges Lalome flexibility with Red Rocket color to sustain growth during short winter days.

Segmented breeding of inbred parents achieves uniform plant characteristics while maintaining disease resistance.

Breeding SB 14 223-007 resolves the size-firmness trade-off to boost marketable yield in West Central Florida.

A new Echinacea cultivar with fragrant inflorescences and bright yellow ray florets.

Meimacota rose plant combines cup-shaped red blossoms with dense semi-glossy foliage through controlled cross-breeding.

Genetic transformation of soybean variety 01077815 reduces breeding cycle duration while improving trait predictability.

Erysimum hybrida cultivar Inneryrysimoon combines large yellow flowers fading to cream-white with a compact growth habit through controlled cross-breeding.

Inbred line PH262F integrates disease resistance and yield traits to reduce the six-to-twelve-year development cycle for stable maize hybrids.

NY 109 apple tree uses universality to deliver versatile fruit quality, resolving the contradiction between fresh consumption appeal and processing suitability.

Open-pollination breeding of Aussie Compact yields Big Red with greyed orange leaves, while cutting propagation maintains genetic stability.

Variety 4006801-18 uses male sterility to combine disease resistance and yield while maintaining uniformity.

Farthing southern highbush blueberry reduces chilling requirements to 300 hours, enabling early ripening in mild winter regions.

Oz Hunter chestnut cultivar merges blight-resistant genetics with high-yield traits to restore native food sources disrupted by Cryphonectria parasitica.

Marker-assisted selection in cultivar 01071548 resolves breeding complexity while ensuring reliable trait combination.

Preliminary action and feedback mechanisms stabilize agronomic quality while reducing time required for complex trait integration.

Inbred PH4DJD accelerates hybrid development by combining disease resistance and yield stability, reducing the six-to-twelve-year breeding timeline.

A Delosperma nubigenum cultivar with multi-color petals and low-growing habit.

Breeding resolves inflorescence form quality versus garden performance consistency by establishing precise phenotypic parameters.

DUP-LVW hibiscus eliminates grafting risks by growing on its own roots, resolving root rot susceptibility while maintaining commercial propagation ease.

Dodahyptrobre Dahlia cultivar delivers large bi-colored inflorescences with robust garden performance.

Selective breeding establishes earlier flowering timing and deeper pigment stability, resolving the trade-off between bloom speed and color duration.

CH010398 resolves the contradiction between genetic diversity and progeny uniformity by segmenting parental lines to enhance yield.

A Cass cherry rootstock reduces tree size and accelerates flowering to enable ladder-free harvesting.

Controlled crossing establishes genetic traits while tissue culture replicates them, resolving the trade-off between ornamental quality and breeding time.

Open-pollination breeding combined with asexual reproduction fixes dark violet flower density and upright growth in the new cultivar.

KS12d03-1 durum wheat applies parameter changes to transition from spring to winter growth, resolving environmental adaptability constraints in western Kansas.

Controlled hybridization of Rosa hybrida KORliolow resolves trade-offs between abundant flowering and compact growth while enhancing disease resistance.

CAR98-710 grapevine maintains cluster integrity through October by applying parameter changes and intermediary breeding techniques.

Hydrangea HIPEAR81 resolves stem weakness and color distinctness via selective breeding for sturdy stems and long-lasting inflorescences.