Toxic cloud from Oraocastro fire reaches Attica and Peloponnese
Translated from Greek, summarized and contextualized by DistantNews.
At a glance
- A toxic cloud from a fire in Oraocastro, Thessaloniki, has spread south to Attica and the Peloponnese due to winds.
- Meteorologist Thodoris Kolydas explained that while concentrations are very low in Attica, the cloud caused atmospheric haze.
- Authorities advise caution, especially for vulnerable groups, and recommend limiting outdoor activities.
A toxic cloud originating from a fire in Oraocastro, Thessaloniki, has traveled south, reaching the Attica and Peloponnese regions. Prevailing winds carried the plume, raising concerns among residents and authorities.
Meteorologist Thodoris Kolydas stated that trajectories indicate the cloud's dispersion towards western Attica and Corinthia from midnight to Sunday afternoon, though with minimal concentrations. He noted that the highest concentrations were initially observed in Thessaloniki and Thermaikos, with the cloud becoming significantly more diluted after passing through Thessaly and Central Greece, resulting only in atmospheric haze.
The trajectories show that from midnight until Sunday afternoon, there is dispersion of the cloud to the west of Attica, reaching as far as Corinthia, but with very low concentrations.
Authorities are urging the public to take preventive measures, particularly those with respiratory issues and vulnerable populations. Relevant services are closely monitoring the situation and advise limiting outdoor activities. Citizens are encouraged to stay informed about developments and follow expert recommendations for their health protection.
The highest concentrations were in Thessaloniki and Thermaikos. From the moment it passed through Thessaly and Central Greece, it was clearly more diluted and there was just some atmospheric haze and nothing else.
Originally published by Ta Nea in Greek. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.