Linked from

The 13 pages that link to Gibberellin, each with the reason it gives.

• FruitRelated: Gibberellins can promote fruit growth, including development without fertilization.

• Seed dormancyRelated: Gibberellin often counteracts abscisic acid by stimulating embryo growth and reserve mobilization.

• Plant hormoneBroader topic: Its signaling releases growth restraints during germination and stem development.

• Seed germinationRelated: Gibberellin signaling helps activate enzymes that make stored food available.

• GerminationRelated: Gibberellin can stimulate reserve breakdown and help overcome some forms of dormancy.

• PhyllotaxisRelated: Hormonal growth influences the changing geometry of the shoot apex.

• ParthenocarpyRelated: Gibberellin signaling can stimulate fruit set in the absence of fertilization.

• Abscisic acidCompared with: Gibberellin often promotes germination where abscisic acid maintains dormancy.

• TerpenoidBroader topic: Gibberellins show how terpenoid structures function as signals in plant development.

• Plant growth regulatorBroader topic: Gibberellin treatments can stimulate elongation or overcome seed dormancy.

• Seed developmentRelated: Its effects often oppose abscisic acid during the transition toward germination.

• BrassinosteroidRelated: Gibberellin and brassinosteroid pathways converge on shared growth outcomes.

• FlorigenCompared with: It can induce flowering, but differs from the leaf-produced mobile florigen signal.