The tribe Delphinieae (Ranunculaceae) comprises two species-rich genera, Aconitum and
Delphinium, the latter including Consolida and Aconitella. The 650–700 species are …

Desde el siglo XVI, y aún antes, son muchos los botánicos que han pasado por estas tierras
describiendo su flora o su vegetación, ya en pequeños trabajos en los que se mencionaba …

Plant populations vary in density both naturally and as a consequence of anthropogenic
impacts. Density in turn can influence pollination by animals. For example, plants in dense …

Toxic nectar is an ecological paradox [1, 2]. Plants divert substantial resources to produce
nectar that attracts pollinators [3], but toxins in this reward could disrupt the mutualism and …

The complex zygomorphic flowers of the early-diverging eudicot Delphinium provide an
opportunity to explore intriguing evolutionary, developmental, and genetic questions. The …

Abstract The Mediterranean and Irano‐Turanian biogeographic regions are biodiversity
hotspots for mesophytic and xerophytic species, including many Delphinieae. This …

Delphinieae (Ranunculaceae) comprise∼ 650 species of temperate herbs in Eurasia, North
America, and Africa. Their zygomorphic flowers have been the object of numerous studies in …

Chemical protection of plants against herbivory is a well‐studied phenomenon. However,
chemical protection of floral rewards remains relatively unexplored. As with herbivore–plant …

Premise of research. Floral synorganization is a structural feature of many speciose
angiosperm taxa and is considered a morphological innovation paving the way for …

Many plants require animal pollinators for successful reproduction; these plants provide
pollinator resources in pollen and nectar (rewards) and attract pollinators by specific cues …