Climate Change Adaptation TRIZ Cases

Track-based conveyance moves crop trays between growing and processing phases, eliminating non-productive maintenance gaps to increase space utilization.

Overexpressing specific polypeptides increases plant yield, biomass, and oil content while reducing fertilizer requirements.

A wiring harness uses reactive adhesive to seal spliced conductor portions.

High pressure spray arbors remove bone dust while lowering water consumption and liquid waste volumes.

An asymmetric vacuum-insulated glazing unit uses specific glass thicknesses and spacer pitches to lower induced stress levels.

Enclosed aeroponic system uses rotating baskets to deliver nutrients uniformly while shielding plants from ambient light and noise stress.

Segmented crossing of Xiang 176 and Xiang 267 parents stabilizes fiber length and strength in Xiang X0935, addressing domestic supply gaps.

Pelargonium cultivar PEQZ0049 maintains continuous color retention under extreme summer heat while resisting edema damage through controlled hybridization.

A brining apparatus uses a drain valve to remove fluid from a removable housing, preventing spills during cooling and storage in standard kitchen appliances.

Segmented frame structures surround independent sea pens to withstand wave forces, preventing equipment damage and fish escape during severe weather.

A fish feed pellet coated with oil and solid particles reduces nutrient leakage in recirculating aquaculture systems.

Inoculating substrates with spores via osmotic shock to grow high-purity lambda carrageenan, overcoming seasonal harvesting limits.

Lettuce cultivar Omega 42 merges disease resistance to Sclerotinia and tipburn with large head size via controlled crossbreeding.

Segmented monitoring modules reduce volume while periodic acoustic transmission extends battery life.

A mobile cleaning unit processes agricultural products using a movable receptacle that adjusts position for loading.

An automated payload transport system with engagement arms and sensors inserts plant containers into vertical hydroponic towers, reducing manual labor costs.

Elastic articulation between segmented cage sections absorbs dynamic wave forces, reducing stress on fish and improving handling efficiency during disinfection.

A mowing method uses push plates to guide Anabasis aphylla plants into position for automated cutting.

An adjustable light-shading layer integrates with a display module to control light transmittance and block ultraviolet rays.

BGR gene reduces plant height to create compact architecture, resolving lodging risks while increasing yield by 11-27%.

Soybean event IND-ØØ41Ø-5 expresses HaHB4 to confer abiotic stress resistance while maintaining agricultural capabilities.

Local heating of ETFE film over channels resolves handling difficulties caused by flaccid material while maintaining structural integrity.

Segmenting the housing from the air flow path reduces plant stress caused by high wind speeds during ventilation.

Transgenic plants express specific transcription factors to maintain yield under cold, drought, and salinity conditions.

Campagna Verde hybrid plant resolves low temperature resistance trade-offs by merging cold hardiness with vigorous growth via selective breeding.

Craspedia cultivar DCRAGOLFBY produces early flowering stems through vegetative propagation.

A compound with an enol structure breaks diapause in Artemia cysts to increase hatching percentages.

GAT and ALS polypeptides in crops enable lower herbicide rates while delaying resistant weed evolution.

Increasing amino acid permease AAP8 activity breaks the inverse relationship between seed size and quality to boost yield.

A method calculates average stored pseudo strain energy to evaluate asphalt damage-healing characteristics.

Thermal devitalization of vital wheat gluten lowers viscosity, enabling higher protein loading in aqua feed without compromising manufacturing flow.

A farming management system uses sensor feedback to control indoor environmental parameters and automate device states for optimized growth conditions.

Segmented apertures in a floating carrier enable staged root exposure, balancing water uptake efficiency with disease prevention.

A mangrove soil monitoring device uses a hydraulic pile mechanism to insert sampling pipes vertically into the ground.

An autonomous robotic vehicle navigates submerged aquaculture cages to collect deceased fish using integrated sensors and collection units.

An automated rack-mounted dispenser moves along containment devices to dispense precise food quantities, preventing water pollution from uneaten feed.

A collapsible measuring device with a luminous pointer projects a beam normal to the notch edge to indicate fall direction.

Angelonia cultivar 'Cas Wite 09' combines heat tolerance with clear white flowers through controlled hybridization.

Modified corn plants combine reduced gibberellin oxidase expression with MADS-box polypeptide production to achieve semi-dwarf phenotypes.

Overexpressing MYB subgroup-14 polypeptides reduces flower abortion and increases seed yield under heat stress conditions.

Positioning a supply opening in the inhalation flow delivers food directly to mussels without shell damage or water pollution.

A new Verbena hybrid cultivar combines brilliant pink flower color with robust branching and drought tolerance through controlled crossbreeding.

Active polymer material converts harmful ultraviolet radiation into beneficial visible light, eliminating the need for expensive LED lighting systems.

Segmenting the breeding process into distinct phases reduces genetic inheritance complexity while maintaining agronomic stability.

RbPCD1 promoter activates insecticidal protein synthesis within five minutes of wounding, resolving the trade-off between crop yield and pest resistance.

Pneumatic buoyancy members automate aquaculture cage positioning to eliminate manual flipping labor and weather-dependent access constraints.

An integrally molded urethane member seals ABS and parking brake cable branches while providing a secure bracket attachment point.

Subsurface heat storage tanks paired with air circulation ducts reduce energy consumption by storing daytime solar heat for nighttime release.

Genetic modification of plant parameters boosts photosynthetic resource use efficiency, increasing crop yield while reducing nitrogen and water consumption.