Chemical mimicry is an essential part of certain interspecific interactions, where the outcome for both species may depend on the degree to which the original signals are mimicked. In this review, we discuss a number of specific cases relating to pollination and obtaining nutrient resources that we believe exemplify recent advances in our understanding of chemical mimicry. Subsequently, we suggest avenues for future ecological and chemical research that should allow us to gain further insight into the evolution of chemical mimicryinfo:eu-repo/semantics/publishedSee also the “Special Issue on Animal-Plant Interactions”
The orchid family is renowned for its enormous diversity of pollination mechanisms and unusually hig...
Communication between flowering plants and animal pol-linators has long attracted the attention of r...
Several types of defensive Batesian mimicry seem to be much more common in plants than was historica...
Mimicry involves adaptive resemblance between a mimic and a model. However, despite much recent rese...
Pollination is often regarded as a mutualistic relationship between flowering plants and insects. In...
Model-mimic plant systems are well known. However, the conditions promoting the existence of such sy...
The study of aposematic coloration and mimicry has a long and distinguished history, and has stimula...
1. Based upon similarity in visual or olfactory appearances, recent studies concluded that mimicry o...
Floral mimicry of nonfloral resources is found across many angiosperm families, with mimicry of vari...
Semiochemicals are of paramount importance in sexually deceptive . These plants sexually lure specif...
Flowers have evolved diverse strategies to attract animal pollinators, with visual and olfactory flo...
Mimicry illustrates the power of selection to produce phenotypic convergence in biology [ 1 ]. A str...
Pollination based on insect deception has been debated in the scientific community since it was firs...
Oelschlaegel B, Nuss M, von Tschirnhaus M, et al. The betrayed thief - the extraordinary strategy of...
It has been known for centuries that floral and extra-floral nectar secreted by plants attracts and ...
The orchid family is renowned for its enormous diversity of pollination mechanisms and unusually hig...
Communication between flowering plants and animal pol-linators has long attracted the attention of r...
Several types of defensive Batesian mimicry seem to be much more common in plants than was historica...
Mimicry involves adaptive resemblance between a mimic and a model. However, despite much recent rese...
Pollination is often regarded as a mutualistic relationship between flowering plants and insects. In...
Model-mimic plant systems are well known. However, the conditions promoting the existence of such sy...
The study of aposematic coloration and mimicry has a long and distinguished history, and has stimula...
1. Based upon similarity in visual or olfactory appearances, recent studies concluded that mimicry o...
Floral mimicry of nonfloral resources is found across many angiosperm families, with mimicry of vari...
Semiochemicals are of paramount importance in sexually deceptive . These plants sexually lure specif...
Flowers have evolved diverse strategies to attract animal pollinators, with visual and olfactory flo...
Mimicry illustrates the power of selection to produce phenotypic convergence in biology [ 1 ]. A str...
Pollination based on insect deception has been debated in the scientific community since it was firs...
Oelschlaegel B, Nuss M, von Tschirnhaus M, et al. The betrayed thief - the extraordinary strategy of...
It has been known for centuries that floral and extra-floral nectar secreted by plants attracts and ...
The orchid family is renowned for its enormous diversity of pollination mechanisms and unusually hig...
Communication between flowering plants and animal pol-linators has long attracted the attention of r...
Several types of defensive Batesian mimicry seem to be much more common in plants than was historica...