Constructing stochastic flows of kernels

In the paper we suggest a new construction of stochastic flows of kernels in a locally compact separable metric space $M$. Starting from a consistent sequence of Feller transtition function $({\mathsf{P}}^{(n)}:n\ge 1)$ on $M$ we prove existence of a stochastic flow of kernels $K=(K_{s,t}:-\mathrm{\infty }<s\le t<\mathrm{\infty })$ in $M,$ such that distributions of $n$-point motions of $K$ are determined by ${\mathsf{P}}^{(n)}\mathrm{.}$ Presented construction allows to find a single idempotent measurable presentation $\mathfrak{p}$ of distributions of all kernels $K_{s,t}$ from the flow, and to construct a flow that is invariant under $\mathfrak{p}$ and is jointly measurable in all arguments.