Anomalous sea surface warming along the Ecuadorian coastline and the insular region continues to disrupt prey availability and marine wildlife behavior. In this context, the unusual arrival of seabirds in coastal and urban areas has raised concerns among local communities and conservation experts alike.
During a radio broadcast appearance, Paolo Piedrahita, Ph.D., research professor at FLS-ESPOL, explained that rising water temperatures cause fish schools—the primary food source for species such as blue-footed boobies—to displace or dive deeper into the water column.
This scarcity forces birds to forage over substantially greater distances and for extended periods, leading to:
Critical energy expenditure and malnutrition: Birds deplete their internal reserves during exhaustive foraging flights, arriving on beaches and shorelines in states of severe exhaustion, dehydration, and physical weakness.
In-transit mortality: Many individuals succumb to caloric depletion, perishing either mid-flight or shortly after reaching land.
Occurrences in non-habitual zones: Food deprivation drives these birds toward crowded beaches, docks, and populated areas where they typically do not interact with humans.
Citizen Assistance Protocol
When encountering disoriented, weak, or ill seabirds, the ESPOL researcher urged the public not to treat these sightings merely as photo opportunities for social media. Piedrahita emphasized the need for responsible action, calling on citizens to report incidents immediately via ECU 911 or directly to relevant environmental authorities to trigger rescue protocols, secure transit to specialized rehabilitation centers, and ensure timely veterinary care.
Through these technical insights, ESPOL underscores the importance of continuous monitoring of sentinel marine species amid the climate crisis, alongside an informed, proactive public engaged in wildlife preservation.
