US Tourist Found Dead on Greek Island During Heatwave.
By Caroline Ameh
The body of an American tourist has been discovered on the Greek island of Mathraki amidst a severe heatwave, adding to a grim tally of foreigners affected by the extreme weather conditions.
Reports from Greek public broadcaster ERT and Athens News Agency on Monday indicate that the deceased, a 55-year-old man whose identity has not been disclosed, was last seen alive in a local bar the previous week. His body was found on a secluded beach on Mathraki, a small island near Corfu.
Authorities have transported the body to a hospital on Corfu for a thorough autopsy to determine the cause of death.
This incident follows the recent death of a Dutch national on Samos over the weekend, as well as the earlier passing of British TV presenter Dr. Michael Mosley on the island of Symi. Additionally, at least three others, including another American named Albert Calibet, have been reported missing.
Greece is currently experiencing its earliest recorded heatwave, exacerbated by hot winds from North Africa, which have led to soaring temperatures across the country. The extreme weather conditions have forced the closure of schools and popular tourist sites, including the historic Acropolis in Athens.
Over the past week, search operations have been ongoing for missing individuals across various Greek islands. These efforts include the search for Albert Calibet, a retired police officer from California who disappeared on Amorgos after failing to return from a hike. Greek officials are also conducting searches on Sikinos for two French women, aged 73 and 64.
The death of Dr. Michael Mosley earlier this month underscored the dangers posed by the current heatwave. His body was discovered in a rocky area on Symi, with investigators attributing his death to natural causes.
As the heatwave persists, Greek authorities are urging caution and vigilance among residents and tourists alike, emphasizing the importance of staying hydrated and avoiding outdoor activities during peak temperatures.