In today's article we will explore Aquilegia coerulea, a topic that has captured the attention of individuals of all ages and cultures. From its impact on society to its implications in the scientific field, Aquilegia coerulea has generated debates, research and deep reflections. Throughout history, Aquilegia coerulea has played a crucial role in human development, influencing everything from interpersonal relationships to technological advances. In this article, we will dive into the various facets of Aquilegia coerulea, analyzing its current relevance and its projection in the future. Get ready to discover everything there is to know about Aquilegia coerulea!
The Latin specific namecoerulea (or caerulea) means "sky blue".
Sequencing of the genome of this species has advanced the study of the evolution of basal eudicots.
Description
It is a herbaceousperennial plant often found at elevations of 2,100 to 3,700 m (6,900 to 12,100 ft). It grows to 20–60 cm (7.9–23.6 in) tall, with flowers sprouting in inflorescences produced from the short apicalmeristem. The flowers are very variable in color, from pale blue (as in the species name coerulea) to white, pale yellow and pinkish; very commonly the flowers are bicolored, with the sepals a different shade to the petals. They consist of five petals, five sepals and an ovary surrounded by 50 to 130 stamens. Five long spurs hang below the calyx and contain nectar at their tips, accessible only to hawkmoths. In addition to hawkmoths, pollinators for this flower include bumble-bees, solitary bees and syrphid flies. Its native habitats include moist woods and open mountain meadows.
Distribution
It is native to Colorado, south eastern Idaho, southern Montana, Wyoming, northern New Mexico, and Utah.
Cultivation
Aquilegia coerulea is used as an ornamental plant in gardens.
Its natural variability is exploited in the selection of numerous cultivars in different shades. Cultivars include 'Origami'
and 'Crimson Star'.
Gallery
Yellow-p color variant
cv. 'Crimson Star' in visible light, UV (showing nectar guides), and IR.