**Unexploded Mortar Shell Discovered Near Kalo Chorio Shooting Range**
Ayia Anna, Cyprus – An unexploded mortar shell was discovered on Wednesday near the Kalo Chorio shooting range during firefighting efforts in the area. The incident has raised safety concerns and prompted a swift response from local authorities.
The mortar shell, identified as an 80mm device, was found as firefighters worked to control a blaze that had erupted in the Ayia Anna region of Larnaca at approximately 3 PM. The fire, which consumed around six hectares of wild vegetation, was successfully contained by 5:30 PM, preventing further damage to the surrounding area.
In response to the discovery of the unexploded ordnance, the site was cordoned off to ensure the safety of the public. Personnel from the National Guard, police, and the forestry department were dispatched to the scene to oversee the situation and facilitate the deactivation process.
According to police officials, the deactivation of the mortar shell was scheduled for 7:30 AM on Thursday. However, as of the latest reports, confirmation of the successful deactivation had not yet been received. Authorities are working diligently to manage the situation and ensure that the area is safe for residents and visitors alike.
This incident highlights ongoing concerns regarding unexploded ordnance in Cyprus, a legacy of the island's tumultuous history. The presence of such devices poses significant risks, and local authorities continue to prioritize safety measures in areas where military activities have historically taken place.
As the situation develops, local residents are advised to remain vigilant and report any suspicious findings to the authorities. The collaboration between the National Guard, police, and forestry department underscores the importance of a coordinated response to ensure public safety in the face of potential hazards.
Further updates will be provided as more information becomes available regarding the deactivation of the mortar shell and any additional findings in the area.