Using Multilayer Perceptron to Predict Forest Fires in Jiangxi Province, Southeast China

Figure 7

The relationship between 11 climatic factors and the probability of average monthly number of fire points: (a) the trend of average monthly surface temperature and its relationship with the number of fire points; (b) as the average minimum relative humidity changes the number of fire points; (a) the trend of average monthly surface temperature and its relationship with the number of fire points; (b) as the average minimum relative humidity changes, the number of fire points changes; (c) analyze the relationship between the average monthly temperature change and the number of fire points; (d) the relationship between the number of fire points and average daily station pressure; (e) analyze the relationship between the relative average daily humidity change and the number of fire points in seven years; (e) analyze the relationship between the relative average daily humidity change and the number of fire points in seven years; (f) the trend of average annual hours of sunshine and its relationship with the number of fire points; (g) the relationship between the number of fire points and the maximum daily maximum surface temperature; (h) with the change of the average daily cumulative precipitation at 20-20 (mm), the number of fire points changes; (i) the trend of average daily wind speed from 2010 to 2016 and its relationship with the number of fire points; (j) as the average daily maximum temperature changes, the number of fire points changes; (k) analyze the relationship between the change of daily maximum wind speed and the number of fire points in seven years.

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