HIGHLIGHTS
SUMMARY
The conventional "apparent" EF method calculates fertiliser-derived N 2O emissions as the difference in N2O emissions between fertilised treatments and control and thus includes increases in soil-derived N2O emissions due to interaction with N fertiliser addition as the fertiliser-derived N 2O fraction. Considering that the majority of residual fertiliser 15N was found near the fertiliser band at harvest at the Burdekin (Takeda et_al 2021b) and Mackay (Fig S2) site, two-sided fertiliser banding at the Burdekin site potentially led to better spatial alignment between fertiliser N and the root distribution compared . . .
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