Linked from

The 37 pages that link to Plant hormone, each with the reason it gives.

• AuxinNarrower topic: Auxin is one member of this broad signaling class.

• PruningNarrower topic: Auxin and other hormones help explain why removing plant tissue changes growth.

• EthyleneNarrower topic: Ethylene is the only gaseous plant hormone and regulates ripening and other responses.

• Adventitious rootNarrower topic: Hormonal signaling governs the transition from non-root tissue to root development.

• RootRelated: Hormones coordinate root branching, elongation, and responses to conditions.

• Secondary growthRelated: Hormonal signals help coordinate cambial division and differentiation.

• Arabidopsis thalianaNarrower topic: Arabidopsis genetics has helped identify hormone pathways and their interactions.

• ParthenocarpyNarrower topic: Hormone signaling provides routes for fruit growth to begin without fertilization.

• Apical dominanceNarrower topic: Apical dominance is an example of hormone-mediated coordination among distant shoot tissues.

• MeristemNarrower topic: Hormones such as auxin and cytokinin help pattern meristem activity.

• NectarRelated: Hormonal signals can influence nectar secretion and floral development.

• AbscissionNarrower topic: Abscission depends on interactions among several plant hormone signals.

• Fruit ripeningNarrower topic: Ethylene is one plant hormone among several signals affecting fruit maturation.

• PhototropismNarrower topic: Auxin acts as the hormonal signal underlying much phototropic bending.

• Plant physiologyRelated: They coordinate processes across tissues, often at very low concentrations.

• Plant secondary metaboliteCompared with: Hormones have direct regulatory roles in basic plant functions, unlike the usual definition of secondary metabolites.

• PlantRelated: Hormones coordinate processes such as branching, flowering, and stress responses.

• Abscisic acidNarrower topic: Abscisic acid is one member of this diverse signaling system.

• PhytochemistryRelated: Phytochemical research includes compounds that coordinate plant physiology.

• CytokininNarrower topic: Cytokinin is one member of this hormone family, interacting with several others.

• Plant growth regulatorNarrower topic: Plant growth regulators include these naturally occurring signals and compounds that alter their effects.

• VernalizationNarrower topic: Hormonal pathways can modify flowering responses alongside the cold requirement.

• BotanyRelated: Hormones coordinate responses such as root growth, flowering, and fruit ripening.

• Deciduous plantNarrower topic: Hormonal signals coordinate the timing and execution of leaf shedding.

• Seed developmentNarrower topic: Hormones coordinate transitions among embryo growth, reserve accumulation, and dormancy.

• Postharvest physiologyNarrower topic: Hormone signaling coordinates ripening and aging after harvest.

• Gall waspRelated: Changes in plant growth signaling help gall tissue develop around larvae.

• Indole-3-acetic acidNarrower topic: IAA is one plant hormone within a broader system that coordinates development.

• BrassinosteroidNarrower topic: Brassinosteroids belong to the broader system of plant hormonal regulation.

• FlorigenRelated: Florigen behaves like a long-distance developmental signal, though it is a protein.

• RhizobiaRelated: Plant hormones help coordinate the root-cell changes involved in nodule formation.

• CecidomyiidaeRelated: Gall-inducing larvae alter plant growth processes associated with hormonal signaling.

• JasmonateNarrower topic: Jasmonates are one hormone family among the interacting plant signaling systems.

• PlantRelated: Hormones coordinate growth and responses despite plants lacking a nervous system.

• Plant metabolismRelated: Hormone signals adjust metabolic activity to developmental stages and environmental conditions.

• Plant Physiological PhenomenaBroader topic: Hormones coordinate physiological changes across tissues, often at low concentrations.

• Plant structuresNarrower topic: Hormones coordinate changes in organ growth, branching, and flowering.