The effects of different fire intensities on physiochemical soil properties have been studied in this research. The experiment was conducted in a eucalyptus forested area near the Namadgi National Park (ACT, Australia), and four fire intensities were achieved by adding different amounts of fuel load: 0 kg m− 2 (control), 2 kg m− 2 (low fire intensity), 4 kg m− 2 (moderate fire intensity) and 8 kg m− 2 (high fire intensity). Soil surface peak temperatures reached at each plot were 14, 142, 317 and 525 °C, respectively. Immediate changes in soil properties under different fuel loads were studied and monitored monthly during a 7-month period.
The effects of different fire intensities on physiochemical soil properties have been studied in this research. The experiment was conducted in a eucalyptus forested area near the Namadgi National Park (ACT, Australia), and four fire intensities were achieved by adding different amounts of fuel load: 0 kg m− 2 (control), 2 kg m− 2 (low fire intensity), 4 kg m− 2 (moderate fire intensity) and 8 kg m− 2 (high fire intensity). Soil surface peak temperatures reached at each plot were 14, 142, 317 and 525 °C, respectively. Immediate changes in soil properties under different fuel loads were studied and monitored monthly during a 7-month period.
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