In recent weeks, Spain has faced a series of intense wildfires in the northwest of the country. Within a short period, the fires swept across vast areas, leading to significant emissions of pollutants into the atmosphere.
According to satellite observations recorded by the European meteorological organization, thick clouds of smoke covered not only nearby regions for several days, but also spread far beyond the Iberian Peninsula. Atmospheric currents carried the smoke first to western France and then to southern Britain.
Experts note that the level of emissions was record-breaking for this time of year. As a result, the concentration of fine particles and other harmful compounds in the air increased, which may negatively affect both public health and the environment.
Residents of the affected regions in Spain observed a dense haze for several days, and in some cities, visibility deteriorated and air quality declined. Authorities recommended that people stay indoors whenever possible and limit physical activity outdoors.
The spread of smoke beyond Spain became evident thanks to satellite images, which clearly show the movement of polluted air masses. Changes in atmospheric composition caused by the Spanish wildfires were also recorded in western France and southern England.
Experts emphasize that such phenomena are becoming increasingly common against the backdrop of climate change and the rise in extreme weather events. In recent years, Spain has regularly faced droughts and high temperatures, creating favorable conditions for the outbreak and rapid spread of fires.
Spanish authorities continue efforts to eliminate the aftermath of the fires and are assessing the impact of emissions on the environment. Environmentalists are calling for stronger measures to prevent such disasters and to improve early warning systems.
The situation with smoke spreading across several countries has once again highlighted the need for international cooperation in environmental protection and in combating the consequences of natural disasters.
