Fire prevention

Very high fire risk on Saturday in Crete and the North & South Aegean regions

Very high fire risk (risk category 4) is predicted tomorrow in the region of Crete and in areas of the North and South Aegean regions, according to the Fire Risk Prediction Map issued by the General Secretariat for Civil Protection of the Ministry of Climate Crisis & Civil Protection.

Specifically, a very high risk of fire tomorrow is predicted for the following areas:

No Active Fires in Bulgaria, but Concerns Grow Over Nearby Greek Blaze

Currently, there are no active fires in Bulgaria. However, concerns persist about a fire burning in Greece, which is nearing the Bulgarian border. Chief Commissioner Alexander Zhartov, director of "Fire Safety and Protection of the Population," shared this update on bTV.

Explosive cocktail of heat and drought on Friday – Very high fire risk

A very high risk of fire (risk category 4) is predicted tomorrow in the Regional Units of Evros and Rodopi, as per the Fire Risk Prediction Map issued by the General Secretariat of Civil Protection of the Ministry of Climate Crisis and Civil Protection.

Additionally, temperatures will rise significantly on Friday, reaching the 40s in even more areas.

High risk of fire in Evros and Rodopi on Friday

As a week-long heatwave continued on Thursday, authorities have issued a fire hazard warning for Friday.

According to the prediction map published by the Civil Protection Agency, two regions are considered to be at very high risk of wildfires, ranking at Level 4 (orange) out of a maximum of 5: They are Evros and Rodopi, in northeastern Greece.

Fire situation in June was grimmer than thought

Despite a widespread perception that the fire situation has improved this year, the data paint a different picture. 

More specifically, five times more land was burnt in June than the average from 2010 to 2024, according to data collected by the BEYOND Operational Unit of the Athens Observatory's Institute for Astronomy, Astrophysics, Space Applications, and Remote Sensing.

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