Climate Change Adaptation TRIZ Cases

Heating manure into porous soda-lime glass creates a low-odor growth material with stable nutrient release and no separate fertilizer need.

Exogenous nucleic acids alter plant biomass composition to raise sugar yield and ease lignocellulose conversion into biofuels.

Targeted overexpression of soybean GmGA3ox1 raises seed weight in soybean and Arabidopsis while avoiding broader multi-trait regulation.

A water-permeable membrane and flowing brine or sugar solution speed food drying, improve uniformity, and preserve flavor, color, and safety.

Multi-depth sensor data and machine learning detect feeding behavior in aquatic livestock to adjust feed rates and cut waste.

Off-platform scene capture and matching localize weeds for field action without strict synchronization or high-precision positioning.

Pressurized outer gaps and an evacuated center gap work together to preserve thermal resistance despite thermal expansion and aging.

Amine stored in zeolite pores releases gradually into bitumen, extending antistripping action under heat and moisture to protect asphalt adhesion.

Disrupting chloroplast glycolate export and adding alternate enzymes bypasses energy-intensive photorespiration to improve photosynthesis and growth.

Individual farming cells in stacked perforated trays restrict mollusk movement, raising survival and density while reducing handling losses.

Overexpressing the GsZFP4 transcription factor helps soybean reduce SMV accumulation and improve disease tolerance without chemical control.

A lower-surface opening lets oysters be removed by rotating the basket on the cable, avoiding detachment and reducing shock.

Short PCR targets and female-specific DNA markers enable accurate, non-harmful sex identification of Acipenser sinensis from environmental DNA.

Sensor-driven feed and stage-based growth prediction help land-based aquafarms reduce human error and improve productivity.

A pleated gauze connection cuts overlap at panel mergers, helping greenhouse glass close evenly while reducing draughts and breakage.

Infrared laser reheating of outgassed glass frit edge seals cuts foaming during VIG evacuation, improving seal density, strength, and speed.

Point-mutated PgIAA9A reduces seed size and lignin accumulation, supporting breeding of pomegranates with softer inner seed coats.

Delignified wood or bamboo foam cores keep vacuum insulation cuttable while lowering thermal conductivity and limiting vacuum loss.

Pre-applied low-temperature glass frit forms a dense VIG edge seal without vacuum-chamber foaming, improving seal quality and build speed.

A UHPC panel bonded by rib plates and shear nails works with a bionic honeycomb shell to absorb vehicle impact and limit bridge pier damage.

Controlled fermentation and pasteurization preserve phenethyl acetate in soy sauce, reducing heat deterioration and extending shelf life.

Real-time digital twin prediction tracks dissolved gas supersaturation during dam flood discharge and triggers early warning and aquatic protection.

Deep-learning video recognition shifts ship surveillance from manual judgment to real-time onboard and shore-side monitoring with early warning.

Patient data drives automatic target nutrient and energy delivery, improving feeding accuracy and 24/7 flexibility beyond nutrition team hours.

Preloaded seed pods use a depth-setting flange and built-in nutrients to simplify planting and improve germination without extra treatments.

Natural CPU1 allele variation in soybean improves phosphorus uptake efficiency, supporting higher biomass and yield with less fertilization.

A vacuum-sealed silica aerogel retrofit cuts heat loss and noise in single-pane windows while maintaining transparency and resisting condensation.

Junction-specific PCR primers and probes distinguish the DBN8002 soybean event from similar constructs for rapid, accurate regulatory detection.

A self-weight reef base anchors floating wind turbines without pile drilling, protecting the seabed while using wave-powered lighting to attract fish.

Detected molting zones are kept darker than surrounding water to reduce cannibalism and molting stress in crustacean farming.

A clamping grazing gasket and stepped glass alignment spread panel weight across both plates to reduce edge stress and damage.

Monitoring temperature, humidity, and vapor pressure deficit pinpoints the best pollination window to raise seed set and cereal yield.

A ridged, humped cover support layout lets tunnel covers roll up without loosening anchor ropes while shedding rainwater and improving ventilation.

Humidity control and ionizing devices limit static charge during VIG assembly handling, keeping support structures aligned and reducing glass breakage.

Compressed air and pontoon valves adjust platform depth for easier oyster handling, lower labor, and better storm protection.

A buoyant crowding net turns inside out to guide fish through a controlled passage, cutting stress, handling time, and manpower.

DQN-based calibration searches hydrology model parameter space with adjustable step size to improve accuracy and avoid local optima.

A water-guided flexible groove holds test fish gently yet stably for repeated oral or parenteral dosing without anesthesia.

Editing ERF and RAV1 repressor motifs in the NF-YC4 promoter raises plant protein content while improving stress and pathogen resistance.

Adjustable hole patterns and compartmented air tubes balance pressure, airflow, temperature, and humidity across the greenhouse length.

A phosphate-vanadate-tellurite glass frit enables low-temperature vacuum glass sealing while matching CTE to reduce separation, breakage, and lead use.

Optimized coarse and fine proppant sizing, sequence, and fracture length ratio reduce sand invasion and blockage while preserving conductivity.

Pheophytinisation plus pH-controlled divalent metal treatment stabilizes brilliant green color in chlorophyll-rich vegetables without copper.

Genetically altered plants and exogenous strigolactones or CEP peptides sustain mycorrhization under high phosphate and nitrate conditions.

A multilayer greenhouse glass coating transmits and scatters PAR while limiting solar heat gain to improve plant growth and cut energy use.

Engineered promoters, UTRs, and introns are combined to boost tissue-specific transgene expression for stacked traits in transgenic plants.

Fine-mapping a 240 bp ZmRAVL1 site enables precise maize leaf angle control, improving canopy light use, dense planting, and yield.

Event-specific primers and probes target unique flanking DNA to distinguish DP-915635-4 corn from other transgenic events and progeny.

Remote river flow estimation uses basin image data and verified candidate models to improve accuracy without costly on-site surveys.

Retrofitting modular aquaculture, plant, mushroom, and waste-regeneration units into buildings enables year-round urban farming with lower setup cost and emissions.