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Biological yields were increased by 30% at low N rate, 35% at moderate N rate and 37% at high N rate.
Annual average DOC contents from the plots managed with low N rate were higher than those with high N rate.
Lint yield was also affected by plant density × N rate interaction.
The N rate of 120 kg N ha−1 was suggested for seed production of switchgrass.
Moderate N rate was superior to high N rate but comparable to low rate based on agronomic NUE (aNUE), physiological NUE (pNUE), internal NUE (iNUE) and N recovery efficiency (NRE) under moderate salinity; under high salinity, the low N rate produced the greatest aNUE and NRE, and higher pNUE and iNUE than high N rate.
In switchgrass stands, weed density was increased with N rate increasing, whereas biomass was decreased.
Similar(7)
In Appendix 5, we perform similar analysis for N rate-model neurons with heterogeneous parameters.
Interaction of cropping system × fertilizer-N rate was highly important to grain yield and crop residue production and amount of crop-residue C produced.
Effect of N-rate was not significant.
In WB, N-rate and tillage had no effect on SOC sequestration.
No strong correlations between N-related parametersmeters (e.g. stem-N) and crop performance at a given N-rate.
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