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Glitch.Not all of Arizona is experiencing 100°F+ for 145 contiguous days either. The part of Arizona that is experiencing those temperatures for that duration are the deserts, where there are no forests to burn.
Actually, I mentioned the overall national average based on NASA's GISS data. From the data they collected there have been two distinct 30-year warming periods and two distinct 35-year cooling periods. From 1880 until 1915 was the first 35-year cooling period, followed by a 30-year warming period from 1915 until 1945, then another cooling period from 1945 to 1980, and another warming period from 1980 to 2010.
Which is why I said another cooling period began in 2010 and will likely last until 2045, if NASA's GISS temperature cycles holds true. Two periods of warming and cooling is barely a trend, but it is the only data we have.
I will say it one more time. I do not know if it is climate change or some normal long term weather pattern that is influencing the fire behavior on wildfires.
Temperature is one component. Some other components are: (but not all inclusive)
Moisture (precipitation amount in form of rainfall or snow)
Fuel moisture (dead and live)
Wind
Relative Humidity
Terrain (slope, aspect, elevation)
Fuel load (continuity, type, arraignment, etc)
There are a lot of factors that are driving the fire behavior we are experiencing today. Our forest in some areas are in poor health. We need to do a better job in forest management. Some of the fires have occurred in brush/grass fields. Wildland Urban Interface in some areas add to the complexity.
Fuels is one thing we can work on. Weather not much we can do about.