Climate Change Adaptation TRIZ Cases

Pre-formed ventilation openings with rounded corners reduce installation damage and improve crop aeration by allowing hot air escape.

Shorter spacers relative to the seal height create a compressed bond that enhances impact resistance while maintaining thermal insulation.

CRISPR-Cas9 knockout of the GmSAMMT gene increases both protein content and seed weight, resolving the trade-off between nutritional quality and yield.

Connecting profile creates air passage to reduce humidity and heat loss.

Dynamic AHA2 overexpression under light-responsive promoters increases stomatal aperture and plant biomass while preserving drought-induced closure.

A dominant brachytic2 allele reduces plant height while maintaining grain yield potential in hybrid corn production.

A rotating carousel system positions plant supports between light and dark regions within a growth chamber.

Controlled breeding merges high temperature tolerance and unique flower color in Nesplugoyel, resolving adaptability limits.

Alternate red and blue light irradiation to enhance photosynthesis efficiency while reducing energy consumption compared to simultaneous lighting.

Segmenting carbon polymers into unagglomerated and agglomerated forms reduces noxious gas emissions while accelerating slag foaming in ferro-alloy production.

NE-KYB-05-001 Kentucky Bluegrass resolves drought resistance versus seed production trade-offs through vegetative propagation and heat adaptation.

Hydraulic liquid counteracts external hydrostatic pressure on the corrugated sheath, enabling deep-sea operation beyond 600 meters.

Open pollination breeding establishes the trailing Osteospermum DOSTLEMN cultivar, resolving genetic diversity trade-offs via preliminary action observation.

PCR amplification with specific primers identifies male and female Mastacembelus armatus, replacing labor-intensive visual methods.