  I show that holographic calculations of entanglement entropy in the context
of AdS bulk space modified by wormhole geometries provide the expected
entanglement magnitude. This arises in the context of string theory by means of
additional geometric structure that is seen by the string in its bulk
evolution. The process can be described as a net entanglement flow towards
stringy geometry. I make use of the fact that as opposed to quantum field
theory, strings have additional winding mode states around small extra
dimensions which modify the area computation given by the standard application
of the Ryu-Takayanagi entanglement entropy formula.
