It is a classical result of Huber that the number of closed geodesics in a closed hyperbolic surface with length at most $L$ is asymptotic to $e^L/L$. I will discuss the asymptotic growth of the number of closed geodesics satisfying further topological conditions such as, for example, arising as the boundary of an immersed one-holed torus. This is ongoing work with Viveka Erlandsson.