Linked from

The 17 pages that link to Plant defense, each with the reason it gives.

• TerpeneRelated: Many terpenes deter herbivores, inhibit microbes, or signal damage.

• TanninNarrower topic: Tannins can deter herbivores and inhibit some microbes through interactions with proteins and enzymes.

• AlkaloidRelated: Many plant alkaloids deter herbivores through bitterness, toxicity, or disruption of physiology.

• Plant morphologyRelated: Spines, hairs, and tough tissues show how form can deter threats.

• PolyphenolRelated: Polyphenols can deter feeding or inhibit microbes as part of plant chemical defense.

• Calcium oxalateNarrower topic: Calcium oxalate crystals can deter herbivores by irritating or injuring tissues.

• Cyanogenic glycosidesNarrower topic: Cyanogenesis deters tissue-feeding organisms through the release of a toxic compound.

• Mustard oilNarrower topic: Glucosinolate breakdown products deter attackers after plant tissues are damaged.

• AmygdalinNarrower topic: Amygdalin stores cyanide potential that can deter organisms eating damaged tissue.

• Gall waspRelated: Gall induction succeeds despite plant defenses, and can alter the plant's response.

• AllicinNarrower topic: Allicin formation is a damage-triggered chemical defense in garlic.

• AgarwoodNarrower topic: Agarwood resin develops as part of a tree’s response to injury and microbial attack.

• PineneRelated: Pinene in resin can deter attackers and participate in conifer defense.

• TherizinosaurusRelated: Plant defenses shaped the feeding challenges faced by large herbivores in its ecosystem.

• CecidomyiidaeRelated: Gall midges must contend with host defenses while feeding within plant tissues.

• Leaf beetleRelated: Leaf beetles encounter toxins, barriers, and other defenses in their host plants.

• Plant metabolismRelated: Defense draws on metabolic resources to produce barriers, toxins, and signaling molecules.