Although P. floydmuraria measures just 3 to 4 millimeters in length, it may play an important role in controlling pests in urban settings. These synanthropic (urban-dwelling) spiders were found to feed mainly on Hymenoptera (such as ants), Diptera (flies and mosquitoes), and Coleoptera (beetles), based on dietary studies of both the new species and a related Pikelinia population in Armenia, Colombia.

Scientists observed these spiders capturing ants up to six times larger than their own prosoma (body) size, demonstrating an impressive ability for such a small predator. They also consistently target common household pests, including mosquitoes (Culicidae) and houseflies (Muscidae). By placing their webs near artificial light sources, the spiders appear to take advantage of phototactic (light-attracted) insects, making their hunting more efficient and potentially helping maintain balance in urban environments.

Clues From a Related Galapagos Species

The study also shed light on a related species from the Galapagos Islands. Researchers provided the first detailed description and illustrations of the female internal genitalia of Pikelinia fasciata, a species first identified in 1902.

Strong similarities between the Galapagos spider and the newly discovered Colombian species, including nearly identical male palpal structures, point to a possible close evolutionary link. This is notable given the vast Pacific Ocean separating their habitats. Scientists are still unsure whether these shared traits come from a common ancestor or from similar environmental pressures shaping their evolution.

What Comes Next for This Newly Discovered Spider

The identification of P. floydmuraria represents only the second known species of the Pikelinia genus recorded in Colombia. Researchers emphasize the need for additional molecular and DNA-based studies to better understand its evolutionary background, trace its geographic origins, and measure its full impact as a natural controller of urban pests.