Climate Change Adaptation TRIZ Cases

This case uses nano- and microparticle ceramic fillers to improve light transmittance and diffusion for crop growth.

Specific nucleic acid mutations and molecular markers support faster selection of BNYVV-resistant sugar beet lines.

A polygonal quartz-UV reaction chamber generates hydroxyl radicals that neutralize pathogens and VOCs beyond direct line of sight.

Laser-roughened getters absorb released gas in vacuum insulated glass, limiting pressure rise without induction heating.

A hygroscopic PEG/CA film automatically opens and closes vents, while graphene sensing supports low-energy humidity regulation.

A composter adjusts cavity temperature, humidity, and oxygen at intervals to sustain degradation without manual intervention.

Controlled fermentation stabilizes phenethyl acetate in pasteurized soy sauce, preserving aroma and flavor during heating and storage.

Accessible outer fixings let greenhouse operators replace insect netting without entering crowded crop areas or damaging plants.

A mobile robot uses a linear track, lifting mechanism, and sensors to feed animal recipients across multiple rack lines precisely.

Shifted corner seams reduce overlap in folded bellow-shaped netting, easing greenhouse ventilation-window storage and installation.

This case uses movable ballast components and control-based spacing to stabilize offshore fish farms during storms and maintenance.

This case uses low-conductivity wood fibre in hollow window frames to maintain U-value while easing recycling and reducing carbon impact.

A filtered zigzag dripper pathway enables low-pressure irrigation, reducing pump energy while maintaining uniform water discharge.

Below-waterline coverage, integral bumpers, and water-passage openings protect docks and watercraft without visual clutter.

Sequentially changing light polarization helps aquatic animals detect feed, reducing feed loss and water contamination in turbid basins.

This case modulates plant photoreceptor signaling to limit shade avoidance, strengthen low-light tolerance, and support crop yield.

The case uses fire-area mapping and adaptive work zones to direct tree felling and embankment construction against fire spread.

A starch binder, hydrolysed plant protein, plasticizer, and vacuum coating preserve soft, elastic feed particles during storage.

Overexpressing GbWOX3A addresses low callus induction and browning while increasing adventitious buds per explant.

Debranching enzymes and an emulsifier raise complexing rates and thermal stability during low-glycemic rice noodle processing.

This case uses OgRRS and CgRRS with an RNA-dependent DNA endonuclease to excise unwanted DNA for flexible maize breeding.

This case uses diagnostic DNA markers to identify MON 87708 and support breeding of consistently dicamba-tolerant soybean varieties.

This case uses preconfigured biodegradable seed pods to improve seed placement and hydration with less manual gardening effort.

This vacuum glazing case uses a stainless metallic frame and sealant to strengthen bonding, stabilize the vacuum, and limit heat transfer.

Synthetic intergenic sequence regions separate stacked transgene cassettes, reducing leakiness and protecting tissue-specific expression.

Guide RNAs and CRISPR-Cas editing modulate maize MADS-box factors to increase grain yield and photosynthetic activity.

An elevator and conveyor cycle moves growth trays through thermal layers, reducing HVAC needs in compact vertical farms.

Images identify successive plant growth states while temperature exposure data supports more accurate, automated health assessment.

PCR primers and probes target unique flanking DNA to distinguish DP-915635-4 from similar transgenic maize events.

CRISPR-Cas gene edits reduce plant height while maintaining grain yield, flowering time, and lodging resistance.

Flagellin, Flg22, and inducer compounds prime plant immunity, helping protect citrus crops while supporting yield and fruit quality.

PK220 inhibition improves plant water efficiency while preserving growth.

A distance-based, two-step laser process compensates for glass heat sinking and improves VIG solder sealing uniformity.

A nozzle applies softened glass material with local edge heating to preserve tempering and maintain durable VIG vacuum seals.

CRISPR-Cas and base editing target DRO1 to create precise root traits that support biomass, water, and nutrient uptake.

This case separates same-direction echo peaks and uses timing differences to measure fish size and weight in dense underwater groups.

A PVB and viscoelastic polymer lamination layer reduces acoustic peaks while preserving roof-window rigidity and light transmission.

This aquaculture pen uses pumps and buoyancy tanks to control submersion, protect mollusks, and support deep-water cultivation.

Agitation, heating, and water droplets remove mineral and particulate impurities while preserving poultry fat for feed and energy uses.

Programmable arms move rail-mounted plant-pot trains through vertical racks for automated soil preparation, planting, and pod harvesting.

Batch cleaning replaces individual needle washing with ultrasonic, spray, and UV disinfection.

Environmental mapping and assignment algorithms place plant varieties in temperature and humidity zones to improve yield and resource use.

A unified water, fertilizer, and pesticide sprayer uses retractable lines to maintain precise, continuous rotation without tangling.

This case uses accelerometers or inertial measurement units to calculate sprinkler positions and meter water through local valve control.

This restoration method uses ecological units, biochar, and salt-resistant materials to improve tidal-flat plant recovery.

This case uses controlled water jets, separating nets, and timed adjustment to peel, screen, and clean Torreya without seed damage.

Metabolic signatures and genetic markers guide tobacco breeding or modification to raise yield while reducing fertilizer input.

Novel insecticidal toxin receptors enable engineered-cell screening for resistance mutations and new Bt toxin ligands.

A planting machine installs biodegradable weed barriers around new plants, limiting weed growth and streamlining large-area reforestation.

This case uses shaded rearing and nitrifying-bacteria floc to increase free amino acids and improve crustacean taste.