The setup for the 14th is very interesting, on the models we have extremely mild SSTs in the Atlantic Ocean clashing with Canadian air filtering down from 1030s mb high to the north. The sharp thermal contrast supports explosive cyclogenesis as the low redevelops off the coast due to the confluence. We have extremely mild SSTs in the Atlantic Ocean, an atmosphere rich with water vapor due to severe volcanic activity, a strong high to the north, a strong piece of southern energy, northern energy diving in to phase (big wildcard right now, there is risk that this happens too late for us), and confluence to force secondary redevelopment. Therefore, I am of the opinion that if the northern energy does phase in, the low will deepen to the 960s easily, possibly even the 950s. Due to the lack of North Atlantic blocking this is a somewhat progressive pattern, so the solutions with the low SE of the benchmark make sense. However, with a storm this strong the precip shield would be so expansive that we could get into heavy snows even with a storm 100-200 miles SE of the benchmark. The late Jan blizzard last year, Jan 2015, and mid March 2018 all were SE of the benchmark, but we still got clobbered due to how expansive the precip shield was. The low does not need to go right over the benchmark for us to get big snows, anywhere from 200 miles SE to like 100 miles NW will do if the low deepens as much as I am expecting.