Climate Change Adaptation TRIZ Cases

Feeds are pre-mixed with water and pumped through hoses, reducing wind-blown loss and helping feed sink faster in offshore fish preserves.

Targeted dsRNA silences essential Diabrotica genes to stop feeding across larval and adult stages while reducing pesticide resistance pressure.

LSTM well production prediction plus Kriging interpolation cuts reservoir preprocessing and grid-cell computation for remaining oil mapping.

Backpressure and blower power monitoring let the feeder controller detect clogs or disconnections and adjust feed and airflow to cut waste.

Using water at different depths as a thermal reservoir, this case maintains greenhouse temperature and humidity with lower energy use and solar-powered irrigation.

UV disinfects parasite-prone surface water while fish guidance keeps fish mostly below, reducing sea lice exposure without blinding or burns.

Image-based CNN analysis combines building features and elevation maps to estimate first floor elevation without manual site inspection.

Freezing columns and adaptive cooling turn loose desert sand into a stable greenhouse foundation while limiting energy use.

Eu2+ doped SiAlON thin films on greenhouse glass convert UV into PAR light while limiting photon losses and maintaining stable, transparent glazing.

Targeted GS amino acid mutations raise nitrogen assimilation and seed protein content, helping plants maintain yield with less fertilizer.

Alternative recombinant insecticidal proteins give transgenic plants a new mode of action to control Western Corn Rootworm and address Bt resistance.

Wild Glycine genes RG21 and RG22 are introduced into soybean lines to resist Asian soybean rust and reduce pathogen-driven yield loss.

Using the existing flood gate as a cofferdam, this case expands a ship lock in situ to add capacity while limiting land take and cost.

Novel synthetic promoters, leaders, and 3' UTRs improve control of heterologous gene expression in plants for herbicide and pest traits.

Resilient frame supports let laminated vacuum insulated glass deflect under temperature differences without damaging the seal.

Distributed heating and controlled airflow keep vapor deficit and temperature gradients stable across large cultivation spaces for uniform crop growth.

Thermal water storage, spray cooling, and blowers cut peak greenhouse cooling demand while maintaining stable temperature and humidity.

Plants move through independently controlled grow zones so lighting, temperature, humidity, and CO2 stay stable while HVAC energy use drops.

Boosting L-aspartate oxidase raises NAD levels to improve photosynthesis, biomass, seed yield, germination, and stress resistance.

Adjustable passage openings let crustaceans self-sort in the tank, reducing handling stress, injury, labor, and equipment needs.

Segmented raceway cells with dual water purification improve reuse, cut energy demand, and limit disease spread in fish rearing.

PEG-functionalized carbon nanodots bind and transport nucleic acids into plant cells, enabling broader species uptake, faster expression, and genome editing.

Pressurized outer gaps and an evacuated core help this glazing assembly maintain thermal resistance despite pane expansion and environmental stress.

Thresholds from core and permeability data combine with resistivity and acoustic logs to pinpoint polymer-floodable reservoir units.

Controlled silica wet gel chemistry and drying produce aerogel sheets with high visible transmission, low haze, and strong thermal insulation.

A high-polymer flashing material replaces lead and bitumen to cut toxicity, avoid hazardous fumes, and improve UV durability.

Coordinated two-arm rotation guides upper-body support for standing assistance while avoiding bulky, high-cost linear motion hardware.

Sensor data and machine learning turn temperature and humidity tracking into freshness scores that cut spoilage risk and food waste.

Multi-scale cascaded CNN segmentation improves juvenile fish limb pixel classification and mask quality for non-contact posture quantification.

A flexible groove-and-slit holder stabilizes test fish for intraperitoneal injection while reducing handling damage and avoiding anesthesia.

Four optimized expression cassettes combine multiple herbicide tolerances in one maize event, while DNA probes and primers enable precise detection.

Controlled potassium treatment stabilizes fertile live egg envelopes for caviar processing without preservatives, animal killing, or texture loss.

A mechanically synchronized seed capture and acceleration approach improves high-speed meter-to-transporter transfer accuracy and reduces misses and doubles.

Targeting the WLP3 gene helps address rice leaf and panicle albinism, improve cold tolerance, support photosynthesis, and raise yield.

A disk-driven movable capture element and seed accelerator improve transfer timing between meter and planter to avoid misses and doubles at high speed.

Phloem-specific BRL3 expression improves heat stress tolerance, root growth, and yield while limiting whole-plant genetic modification complexity.

Reducing or abolishing GBP1 expression reshapes root nodule symbiosis to boost nitrogen fixation and plant biomass with less fertilizer use.