Major fire in Zell am Ziller: foul play suspected as the cause!
A fire in Zell am Ziller causes minor injuries and animal deaths. Police assume foul play.
Major fire in Zell am Ziller: foul play suspected as the cause!
A devastating stable fire in Tyrol is making headlines: A 33-year-old man who was near the fire at the time of the crime was temporarily arrested, but has since been released from custody after refusing to make any statements. The fire broke out on Tuesday afternoon in Zell am Ziller, with the wooden stable containing numerous animals burning down completely. The two owners of the farm suffered minor injuries while trying to rescue the animals. More than 70 firefighters fought for several hours against the flames, which were only with difficulty prevented from spreading to an adjacent residential building. The police assume “there is a high degree of probability that foul play is involved.” Small newspaper reported.
Consequences for wildlife
Fire's impact on wildlife is both rapid and profound. Forest and stable fires often lead to the destruction of habitats and force many animals to flee. Some species are able to adapt quickly, while others have serious difficulties in regaining some of their previously preferred habitats. As a result, animals that do not react quickly enough can be injured or killed, as was the case with the wildfires in Australia where millions of animals lost their lives. It turns out that habitat loss not only limits the animals' visibility, but also threatens their food and water sources, forcing them to seek out new and often less safe areas. Such changes affect the stability of entire populations, such as Animals Around the Globe highlights.
The increase in extreme wildfires represents a growing threat, exacerbated by climate change. These “megafires” can reach temperatures above 1,500°C and cause dramatic changes to ecosystems, creating both challenges and opportunities for many animal species. While some species adapted to disturbed habitat may benefit from the subsequent changes, others, particularly less mobile animals, are at increased risk.