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Interactions with animal pollinators have helped shape the stunning diversity of flower morphologies across the angiosperms. A common evolutionary consequence of these interactions is that some flowers have converged on suites of traits, or pollination syndromes, that attract and reward specific pollinator groups. Determining the genetic basis of these floral pollination syndromes can help us understand...
Background Petal nectar spurs, which facilitate pollination through animal attraction and pollen placement, represent a key innovation promoting diversification in the genus Aquilegia (Ranunculaceae). Identifying the genetic components that contribute to the development of these three-dimensional structures will inform our understanding of the number and types of genetic changes that are involved...
The Louisiana Irises serve as an important system for the study of the evolutionary processes of speciation, including reproductive isolation, hybridization, and adaptation. Sequencing methods today allow for the generation of resources key to elucidating the genetic basis of these phenomena. Here we describe the transcriptomes of floral and young leaf tissue from Iris fulva generated by massively...
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