shared_ptr with non-pointer resources

In C++11 is it possible to use shared_ptr to control non-pointer resources?

It is possible to use unique_ptr to manage non-pointer resources. This is done by implementing a custom deleter class which provides:

1. A typedef {TYPE} pointer; where {TYPE} is the non-pointer resource type
2. operator()(pointer) which frees the controlled resource

...and then instantiating a unique_ptr with the custom deleter as the second template parameter.

For example, under Windows it is possible to create a unique_ptr which manages a service control handle. This handle type is not freed by calling delete, but by calling CloseServiceHandle(). Here is sample code which does this:

Custom Deleter

struct SvcHandleDeleter
{
    typedef SC_HANDLE pointer;
    SvcHandleDeleter() {};

    template<class Other> SvcHandleDeleter(const Other&) {};

    void operator()(pointer h) const
    {
        CloseServiceHandle(h);
    }
};


typedef std::unique_ptr<SC_HANDLE,SvcHandleDeleter> unique_sch;

Instantiation

unique_sch scm(::OpenSCManagerA(0, 0, SC_MANAGER_ALL_ACCESS));

Is it possible to use shared_ptr to control a non-pointer resource as well?

According to the documentation, there are shared_ptr constructor overloads which take provide the means to provide a custom deleter class, but none of the constructors accept a resource type that is not either a pointer or a wrapper around a pointer.

How can this be done?