While surveying late spring wildflowers recently, I paused to admire a flowering rock harlequin. At first glance, the bloom appeared unremarkable. But a closer look revealed something unexpected: a perfectly round opening near the base of one of its nectar spurs.
The flower itself was intact. The petals were fresh, the spur undamaged except for this small circular hole, as though someone had carefully punched a tiny doorway through the side.
Who made it?
The question is not easy to answer. A flower can tell a story, but it does not always reveal all of its characters.
Some insects obtain nectar by entering a flower through its natural opening and, in the process, may transfer pollen between plants. Others bypass the usual route and access nectar through openings in the side of a flower. Sometimes these openings are created by insects themselves. Sometimes they may already exist. Distinguishing among these possibilities often requires repeated observation and a bit of detective work.
What fascinated me most was not solving the mystery immediately, but noticing it in the first place.
Moments like these remind us that ecology is not only about collecting data. It is also about cultivating attention. A tiny hole in a flower can open a window onto questions of plant anatomy, insect behavior, species interactions, and the countless ecological relationships unfolding around us every day.
Many of the observations collected through EwA's field studies begin this way: with curiosity. A detail catches our attention. We ask questions. We return. We observe again. Over time, individual observations accumulate into a richer understanding of the living systems we share.
Nature rarely reveals all of its stories at once. Sometimes it offers only a clue and invites us to look closer.
📷 A rock harlequin flower displaying a small circular opening near the base of its nectar spur. Observations like this often spark new questions about species interactions and ecological relationships. Observed on June 1st, 2026 and recorded here | © Claire O'Neill, please credit accordingly.










