Plants interact with many visitors who consume a variety of plant tissues. While the
consequences of herbivory to leaves and shoots are well known, the implications of florivory …

Dioecious plants exhibit sexual dimorphism in both sexual features (reproductive organs)
and secondary sex characteristics (vegetative traits). Sexual differences in secondary traits …

Cannabis: Evolution and Ethnobotany is a comprehensive, interdisciplinary exploration of
the natural origins and early evolution of this famous plant, highlighting its historic role in the …

Despite the dominating role of pollinators in floral evolution, mounting evidence reveals
significant additional, often antagonistic, influences of abiotic and biotic non-pollinator …

Excluding insects, hermaphroditism occurs in about one‐third of animal species, providing
numerous opportunities for the evolution of selfing. Here we provide an overview of …

Among herbivorous insects with a complete metamorphosis the larval and adult stages
usually differ considerably in their nutritional requirements and food ecology. Often, feeding …

The cultivated strawberry, Fragaria× ananassa, is one of the youngest domesticated plants.
Its 18th century origin via hybridization in Europe between the North American F. virginiana …

We used sets of meta‐analyses to review the evidence of sex‐biased herbivory in dioecious
plants as well as intersexual differences in plant characteristics that might affect herbivores …

Sex-related differences in reproductive effort can lead to differences in vegetative growth
and stress tolerance. However, do all dioecious plants show sex-related differences in stress …

Coevolution is among the most important evolutionary processes that generate biological
diversity. Plant–pollinator interactions play a prominent role in the evolution of reproductive …