Climate Change Adaptation TRIZ Cases

Recombinant DNA expression of encoded polypeptides increases biomass production in transgenic plants exposed to oxidative stress.

Self-powered platform automates vertical movement of submerged rings, resolving labor intensity while maintaining operational flexibility.

A submersible flexible bladder isolates aquatic stock from environmental hazards while maintaining optimal water quality.

A travel route generation device registers boundary points to calculate field shapes and define target work regions for automated vehicles.

Capillary tubes with diameters under 1.2 mm enable diffusion-based pressure equalization, preventing condensation and bending stresses in insulating glazing.

A vinyl alcohol polymer paint composition prevents aquatic organism attachment through slow elution of composite particles.

Dynamic submersion via ballast tanks protects aquatic cultures from wave damage and ice while maintaining operational accessibility.

Composite material with polymer film stabilizes physical and hydraulic properties, resolving gypsum softening in water.

A machine learning system predicts fish health indicators from historical observations to enable selective sea lice mitigation.

Adjustable fabric rings separate fresh water from seawater, reducing salmon lice entry while maintaining oxygen exchange.

Exogenous Rieske iron sulphur protein upregulates the cytochrome b6f complex in transgenic plants.

A detachable cooling structure conducts heat from plant growth LEDs via a mechanical fastening frame.

Modern genomic selection replaces traditional mechanical breeding to develop higher-yielding Proso millet varieties that require less water.

A polymeric film blends thermoplastic polyurethane with hydrogen-bondable acrylic polymers to achieve high luminous transmittance.

A subsurface drip irrigation tube uses a barrier layer to direct herbicide release through drippers for targeted root intrusion prevention.

Mesophyll-preferred promoters drive thioredoxin genes to boost crop yield while maintaining stable plant development.

Basalt fiber strands provide necessary weight for sinking while preventing heavy metal contamination of mussels.

Ion implantation strengthens glass panes to prevent cracking and maintain vacuum integrity in insulated glazing.

YELLOWSTONE Sansevieria cultivar exhibits variegated foliage and wide lanceolate leaves.

A dual glass frit composition enables low-temperature sealing through selective radiation absorption.

A harvest advisory system applies real-time field-level weather simulation to precision agriculture models for optimal timing.

Mesoporous solids control relative humidity in greenhouses by capturing moisture via adsorption, eliminating the high energy costs of mechanical dehumidifiers.

Segmented concrete reef structures mimic natural textures to resolve manufacturing complexity while enhancing biodiversity.

Perpendicular flanges constrain substrates at openings, preventing blade contact and eliminating contamination risks during harvest.

Composite insulation with air gaps and reflective walls cuts convective heat loss in asphalt silos.

MARVEL strawberry plant combines medium red fruit color with increased marketable yield through controlled cross-breeding.

A seed blend mixes transgenic corn with modified Cry3Bb proteins and non-transgenic refuge seeds to manage pest resistance.

A dominant nucleic acid molecule from Beta vulgaris subsp. maritima confers pathogen resistance in sugar beets.

Resonators generate unique sound signatures upon insertion for precise location and type identification.

A reflective non-porous bag containing thermal insulation material creates a comprehensive barrier against heat transfer.

A centralized control system adjusts pump speeds and grader slits to grade aquatic organisms efficiently.

Cultivar UFGE 7080 resolves contradictions between peduncle length and strength while enhancing powdery mildew resistance.

CRISPR-Cas9 systems remove selectable markers from INHT31 soybeans, reducing genetic rearrangements during breeding.

Segmented netting and extractable triggers reduce seaweed fouling and salt water corrosion while lowering maintenance time.

A biodegradable sediment tube stabilizes eroded sand in marine prop scars to accelerate seagrass regrowth.

An electrostatically charged antimicrobial spray deposits a lactic and citric acid blend onto poultry surfaces to enhance coverage.

Floating cage bags enable subtidal clam polyculture, resolving intertidal zone limitations.

Vacuum filtration extracts moisture from waste streams, yielding clear water and energy-positive fuel pellets while eliminating malodorous wastewater.

Automated aquatic culture apparatus manages water quality and temperature through programmable porous partitions.

Breeding the Nesplupurwhi cultivar resolves high temperature tolerance limits in existing varieties while maintaining profuse flowering.

Sporulated microbes infuse feed carriers to stimulate intestinal immunity, replacing antibiotics that cause harmful toxins in animal products.

A vertical farming system uses adjustable crop suspension extensions and segmented ventilation airways to move air through the enclosure.

Introducing Pti5, SAR8.2, and RLK2 genes maintains soybean yield under fungal pathogen stress while reducing fungicide treatments.

Water circulation modifies tank levels to flood a spawning platform, separating eggs from faeces via a strainer to reduce operator handling time.

Integrating EG261 dirigent genes into plant genomes overcomes limited breeding efficiency for soybean cyst nematode resistance.

Double-stranded DNA breaks enable precise removal of selectable marker genes, improving genetic stability in transgenic maize.

Oxidizing potassium polysulfide with oxygen under controlled pH and temperature conditions to produce high-concentration potassium thiosulfate.

A printed portion masks the exhaust port on an opposing glass pane, resolving the contradiction between evacuation manufacturing and aesthetic appearance.