Cows Struck As Bush Fire Smoke Reduces Visibility For Motorists

Two cows were knocked down by a car while attempting to cross a busy roadway as thick smoke from a nearby bush fire appeared to significantly reduce visibility. Video of the dramatic incident shows smoke spreading across the area as the animals approach the roadway and attempt to cross. An approaching car then collides with the cows, knocking both animals to the ground. Despite the impact, both cows remarkably manage to get back onto their feet and run away from the scene. The vehicle appears to have sustained significant front-end damage in the collision. The smoke from the nearby bush fire appears to have affected visibility along the roadway, although the video alone cannot establish exactly what the driver could see or whether there was sufficient time to avoid the animals. It is also unclear whether the fire or smoke caused the cows to move towards the roadway. The condition of the animals after they ran off is unknown, while no information was immediately available on whether anyone travelling in the vehicle was injured. The incident also highlights the additional dangers motorists can encounter when commuting through areas affected by bush fires. Drivers approaching smoke-covered roadways should reduce their speed, increase following distance and remain alert for unexpected hazards. Smoke can drastically reduce visibility, leaving motorists with little time to react to something suddenly appearing ahead. In this case, it was two cows attempting to cross the roadway, but an obscured hazard could just as easily be a pedestrian, another vehicle, fallen debris or an animal fleeing a fire. With intense heat and bush fires capable of creating rapidly changing conditions, motorists should exercise additional caution whenever smoke is blowing across or near a roadway. The circumstances surrounding this collision have not been fully established, but the footage demonstrates how quickly an ordinary commute can become dangerous when visibility deteriorates.