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The presence of incommensurate spiral spin-density waves (SDW) has beenproposed to explain the $p$ (hole doping) to $1+p$ jump measured in the Hallnumber $n_H$ at a doping $p^*$. Here we explore {\it collinear} incommensurateSDW as another possible explanation of this phenomenon, distinct from theincommensurate {\it spiral} SDW proposal. We examine the effect of differentSDW strengths and wavevectors and we find that the $n_H\sim p$ behavior ishardly reproduced at low doping. The calculated $n_H$ and Fermi surfaces givecharacteristic features that should be observed, thus the lack of thesefeatures in experiment suggests that the incommensurate collinear SDW isunlikely to be a good candidate to explain the $n_H\sim p$ observed in thepseudogap regime.

Hall effect in cuprates with incommensurate spin-density wave