Horticulture Methods TRIZ Cases

Segmented breeding of tetraploid inbred line TCSEJ12-2622 resolves the trade-off between genetic diversity and hybrid uniformity.

A low viscosity carboxymethyl cellulose composition seals agricultural pods to prevent premature opening during harvest.

Transparent rhizotron wall enables non-destructive root imaging without physical manipulation.

NUN 03010 ON short-day onion variety resolves bulb size limitations by modifying photoperiod thresholds to extend vegetative growth before bulbing.

Segmenting breeding into homozygous parent development resolves genetic non-uniformity, ensuring predictable performance across diverse traits.

Molecular marker-assisted selection accelerates wheat breeding by tracking desired alleles, reducing development time while maintaining genetic stability.

Segmented helical runners create specific electromagnetic environments that increase crop yield while simplifying device installation.

Segmenting self-pollination phases resolves genetic non-uniformity to ensure Tobamovirus resistance in pepper hybrid SV1675PB.

A light-pattern generating member adjusts incident light through varying shading rates to produce uniform transmission.

Potential difference drives charged coloring agents from growth media into plant tissue, resolving limited efficiency of passive capillary transport.

Wheat variety W020580E1 applies molecular markers to reduce time and resources while maintaining disease resistance.

Protective coverings synchronize pollen collection with female receptivity by delaying or advancing strobili development, reducing breeding cycle duration.

Molecular marker selection accelerates breeding of stable W040278H1 wheat, resolving the trade-off between disease resistance reliability and development time.

SLB22 inbred corn line accelerates breeding cycles via molecular markers to restore commercial competitiveness.

NUN 26191 MEM melon variety uses parameter changes to increase fruit weight and rind thickness, resolving shipping quality trade-offs.

A biofield modulator uses resonant cavities to amplify ambient radiation and emit directed energy that catalyzes plant growth.

A magnetic device uses rotating elements to surround plant bases, enhancing growth through dynamic field exposure.

Implanting water-soluble fertilizers directly into the Musa mother plant pseudo stem reduces soil binding and washaway losses.

A020128P1 wheat variety employs molecular marker-assisted selection to reduce breeding cycle duration while maintaining yield potential.

Modified pedigree selection balances genetic diversity with process complexity to deliver stable high yield.

Wheat variety 25R25 applies molecular markers to select desirable traits early, reducing breeding time while maintaining genetic stability.

A reusable plug with an elastic check valve prevents backflow and reduces labor by merging installation steps.

Segmenting illumination into discrete laser wavelengths reduces heat production and light pollution.

A rotating pot system simulates hypergravity to increase germination speed and secondary metabolite production without complex control mechanisms.

Modified pedigree selection segments the breeding process into distinct phases, combining homozygous lines to achieve stable high yield and disease resistance.

Melon hybrid SV3394MF combines homozygous inbred parent lines to produce uniform seed populations with stable heritable traits.

Hermetic sealing via friction eliminates external sealants and pathogen risks while enabling controlled fluid delivery.

A stacked optoelectronic component generates red primary radiation and infrared secondary radiation within a single semiconductor body.

A handheld miniature automatic device uses an air cylinder to inject agents into trees with adjustable continuous pressure.

Novel canola variety 45S54 hybrid combines high yield with disease resistance through controlled inbred line crosses.

SV3231GG breeding segments development into self-pollination and crossing phases to resolve genetic uniformity versus trait combination contradictions.

Induction electrolysis creates charged water clusters that enhance root growth and nutrient uptake in plants.

Soybean variety A1035957 uses genetic transformation to introduce specific traits while maintaining parent characteristics.

Snap-fit fasteners join two frame sections for easy removal, solving the contradiction between structural stability and operational ease.

Binding agents in switch gaps form conductive pathways for volatile compounds, enabling low-power continuous monitoring at ambient temperatures.

Segmentation and preliminary action resolve the contradiction between genetic diversity and uniformity in pea breeding.

An integrated load cell in a plant holder enables continuous weight monitoring, avoiding destructive handling and reducing measurement time.

A plant irradiation apparatus uses a controller to manage electromagnetic wave emission for targeted biological treatment.

Wheat variety W040082H1 delivers uniformity and high yield potential through advanced pedigree selection methods.

Modified pedigree selection segments development phases to stabilize yield potential while maintaining population uniformity across environments.

An automatic injection syringe for plants uses an elastic member to push solution through a needle into plant tissue.

Pepper hybrid SV7685PP combines inbred lines to deliver consistent morphological traits and improved yield.

Molecular marker techniques resolve contradictions between grain yield improvement and genotypic consistency in wheat variety W030396G1.

Modified pedigree selection combines disease resistance with high yield potential in wheat variety W020457M1.

Wheat variety W030065A1 applies molecular marker-assisted selection to reduce breeding time while maintaining disease resistance and stability.

Molecular markers accelerate trait combination in wheat variety W040241D1 breeding, reducing process duration while maintaining genetic stability.