Abstract
We consider a family of contour dynamics equations depending on a parameter $\al$ with $0<\alpha\leq 1$. The vortex patch problem of the 2-D Euler equation is obtained taking $\alpha\to 0$, and the case $\alpha=1$ corresponds to a sharp front of the QG equation. We prove local-in-time existence for the family of equations in Sobolev spaces.
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