Nsw Wildfires Research Paper

The haze began to cover each city as if it were a warning as the wildfires of New South Wales (NSW) raged on and grew. This warning was only the beginning to what would occur. The wildfires of NSW began following the scientific process of wildfires, continuing with effects across the country, and led to responses from the nation with mitigation effects.

Before recalling the events of the NSW, how a wildfire starts needs to be explained. Wildfires are defined as an uncontrolled fire that occurs when the process of pyrolysis begins. When pyrolysis occurs a series of reactions break down compounds of chemicals thus starting a fire from heat, fuel, and oxygen combined. Once these three components combine, an object will heat up, which ignites

The temperatures had reached the mid-30°C and wind speeds around 90kph, leading to the fire in the area to start spreading. Another fire began from the sparks of a downed power line which then spread across farther distances by engulfing the areas’ vegetation. The third fire came from an explosive training mishap by the Australian Defense Force in the State Mine region: these three sparks, fueled by the dry live fuel and wind gusts, allowed the fires to spread (“NSW Bushfires…” 2013). The area was suffering from a drought causing dry vegetation, which allowed the fire to rage until October 28th before firefighters made headway (Murphy 2013). At its high there were 100 fires that the NSW Rural Fire Service were fighting. To ease the damage, firefighters from the surrounding areas came in to assist the teams in extinguishing the fires (“NSW Bushfires: Live Updates” 2013). Finally, cooler weather allowed authorities to handle the fires and on November 13 they were declared controlled (“Bushfire New South Wales” 2013). In the end, the only thing left were the effects on