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The results indicated that more PAHs were desorbed from ditch soil than the under plant soil under the combined conditions.
According to the result of soil classification, the under plant soil belonged to sand loam which has a high sand mineral content (60%) and a normal clay content (28%).
For the DOM characterization, the concentration of DOM extracted from the under plant soil and ditch soil showed great difference, with the values of 610.2 and 207.8 mg/kg, respectively.
It has shown good robustness under plant perturbations.
The SOM content in ditch soil was half of that in under plant soil, therefore ditch soil showed less sorption affinity to PAHs than under plant soil.
Figure 2 FTIR spectra of DOM samples derived from under plant soil.
While the DOM concentration in ditch soil was much lower than that in under plant soil.
That's means the binding capacity of ditch soil was weaker than under plant soil.
The SOM content in ditch soil is only half of that in under plant soil.
Generally, desorption extent in ditch soil were higher than under plant soil.
The same trend happened under plant growth regulator treatment PBZ for Peizataifeng during early growing season.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com