In a real Hilbert space V V , the conic hull of G \subseteq V G ⊆ V is the set cone (G) ( G ) consisting of all nonnegative linear combinations of elements of G G . Many optimization problems are sensitive to the changes in cone (G) ( G ) that result from changes in G G itself. Motivated by one such problem, we derive necessary and sufficient conditions for the continuity of the conic hull.