Linked from

The 18 pages that link to Chemical ecology, each with the reason it gives.

• PheromoneNarrower topic: Pheromone research belongs to a wider study of ecological chemical signals.

• Scent markingNarrower topic: Scent marking is one way chemical signals shape interactions between animals.

• ChemoreceptionNarrower topic: It examines chemosensory signals in ecological contexts, including interactions not yet fully mapped.

• Chemical defenseNarrower topic: It explains how defensive compounds function within ecological relationships.

• MonoterpeneNarrower topic: Monoterpene signals and defenses are central examples of ecological chemistry.

• Natural productRelated: Ecological functions such as defense can reveal useful activities in natural products.

• Secondary metaboliteNarrower topic: Secondary metabolites are central molecules in many chemically mediated ecological interactions.

• Olfaction in birdsRelated: It connects bird odors to food, predators, habitats, and social signals.

• Coconut crabNarrower topic: Smell guides its search for food across the forest floor.

• E. O. WilsonRelated: Ant chemical signals connected Wilson’s behavioral research to ecological processes.

• Monitor lizardNarrower topic: Scent cues help monitor lizards locate food and interpret their surroundings.

• Rough-skinned newtNarrower topic: The newt’s toxin shapes predator behavior and survival through chemical interactions.

• Blue-ringed octopusRelated: Its venom and warning signals illustrate chemical and visual defenses in predator interactions.

• Communication (biology)Related: It includes chemical effects that may not function as communication signals.

• Swallowtail butterflyRelated: Plant toxins and defensive compounds influence swallowtail feeding and predator interactions.

• Leaf beetleRelated: Plant compounds can guide leaf beetle host choice and deter their predators.

• Nairobi flyNarrower topic: Pederin may influence predators and microbes as well as human skin.

• Pyrrhocoris apterusRelated: Firebugs' aggregation and mate-location behavior can be studied through chemical cues.