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I'm on my way back from Minnesota where I am working on my flood special which will be out in a week. It's dark and cramped and the wireless signal could be better so this won't be long. I'm also not up to speed on weather developments, another issue I'm dealing with thanks to all the filming, interviewing, and location work.

However, I had a great day and came up with some compelling information and expert opinions. One thing I will drop on you right now is what the senior hydrologist I spoke with at the North Central River District said. Emphatically, he claimed that in all their analogs and history going back 100 years, he and his co-workers have never seen a year that compares to this one in terms of spring flood potential. They are exceptionally concerned about the Mississippi and said regarding it, " that it has many of the traits of 1965", a year that still holds crest records from Minneapolis to just north of the Quad Cities.

There are many variables that go into a threat risk and all are at the highest levels attainable. A couple key factors are soil moisture levels that are in the 99th percentile from the very wet summer and fall. Also, frost depth is also abnormally deep limiting run-off. The biggie though is the record snow season that's unfolded during the past 2 months over the upper Midwest. I took more pictures of the deep snow pack today and wanted to pass a few along. Pictures are proof but until you actually see it with your own eyes, it's pretty hard to grasp. Here's some shots from the area around Albert Lea, Minnesota, not much more than 30 miles north of the Iowa border.

It's easy to see why I-35 was closed for 2 days. The plows usually grade parallel to the road. In many spots the drifts were so deep that they had to push the snow across the road (horizontally) and up the side of the ditch, a very slow and arduous task. I'm just blown away by the whole thing.

Here I am at the NWS headquarters in Chanhassen, Minnesota. Below with the hydrologist we are discussing a model which makes crest projections.