Wind bears more oxygen that helps the fire not to burn out. Wind destroys small fire, but encourage big fire. The wind becomes the friend of fire that burns forests. The same wind causes destruction of fire on the form of a lighted wick.
The worst emitters of thermal radiation are objects with high temperatures, such as hot metal surfaces or fires. These objects emit thermal radiation in the form of infrared light, which can be harmful to living organisms and cause burns or fires if not properly contained.
winds has 1 syllable -*winds-* clap it winds
There is no definite starting point. Officially an EF0 tornado starts at 65 mph, but some have been rated with winds as low as 55 mph. However it is not wind speed alone that qualifies a tornado. Fire whirls, or whirlwinds spawned by fires, have had winds over 100 mph but don't count as tornadoes because they are not associated with thunderstorms and usually do not connect to cloud base. Dust devils, which form on hot, sunny days can, on rare occasions, have winds equivalent to an EF0 tornado, but for the same reason as fire whirls are not considered tornadoes.
There are several types of winds, including global winds like the trade winds and westerlies, regional winds like sea breezes and mountain winds, and local winds like katabatic winds and chinook winds. Each type of wind is driven by specific atmospheric and geographical conditions.
Prevailing winds are the dominant winds that blow consistently over a specific region. These winds are influenced by factors such as the rotation of the Earth, temperature differences, and the distribution of land and water. Prevailing winds play a crucial role in shaping a region's climate and weather patterns.
The worst winds in a hurricane is inside the eye of the hurricane.
The Santa Ana's are warm, dry winds. Aside from a temperature change, they create conditions conducive to wildfires, and make those fires harder to fight.
The most known were the fires from 1957 and 1969.
Depending on where you are the winds carry the smoke.
No, a sandstorm is when sand is picked up by strong winds and blown across the country. Sandstorms never start fires.
Antarctica's inhabitants do make fires in their home fireplaces to keep them warm (if they have a fireplace in the home). However, if you are asking why fires are not created in the outdoors, it is because Antarctica is an extremely windy zone, and outdoor fires extinguish very quickly, to the point where it is almost a moot point. Additionally, in populous areas, fires are not sensible, as they spread to homes and other structures in a split second due to the high velocity winds.
Wildfires can happen in almost any weather. The worst weather is when there has been no rain, dry heat, and winds. This is a major concern due to the dryness of the area and with the winds how fast it can and will spread.
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It may be an unsupportable assumption that the worst fires occur at oil refineries. Oil refinery fires are usually extinguished quickly and are usually well contained. It all depends how you define 'worst'. The most difficult to stop fires tend to be fires in forested lands. The most expensive fires tend to be large commercial buildings. Fires with the highest human death rates tend to be in dense informal urban settlements - so called slums. The most polluting fires tend to be associated with gas flares and well fires in oilfields.
Yes, bush fires can cause their own weather phenomenon known as pyrocumulonimbus clouds. These clouds can result in lightning, strong winds, and even small-scale tornadoes, which can further spread the fire and create dangerous conditions for firefighting efforts.
The most explosive and violent fires are wind driven fires. This usually occurs when there are sun downer winds that are driving the fire violently out of control.
I think the phrase 'high winds' refers to the speed of the wind rather then how high up it is. This being the case in just the same way as you would blow on some embers to make them glow and burst into flame, a high wind will fan the flames of a bush fire, providing it with more oxygen and carrying sparks forward to set new fires ahead of the fire front.