WEBVTT
Kind: captions
Language: en

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[Music playing]

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Faith: We're here on the Kinnickinnic

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River, the lower part down by the

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harbor. Kinnickinnic River is one of the

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three main rivers in the Milwaukee area

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and over 80 percent of it is cement-

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lined or storm sewers. And there's now a

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large project to update the flood

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control and also rehabilitate the

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stream. Dave, could you tell me a little

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bit about the history of the

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Kinnickinnic River?

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Dave: I'll be glad to. The river's –

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this river has a watershed of about 25

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square miles, 90 percent of it's

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urbanized. It's experienced flooding in

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the 60's, 70's and 80's. There was some

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concrete lining put in in the 60's to

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alleviate that flooding because at that

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time flood management was basically a

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conveyance solution where they would

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pass the water down to the lake as fast

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as possible. In the 80's there was

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another additional flooding, at that

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time SEWRPC came in and re-did a design

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which removed some of the bridges. In

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fact, there was an auto bridge behind us

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that it was replaced with a pedestrian

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bridge and that also helped to alleviate

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some of the flooding that we had.

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In recent years, SEWRPC has come back

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and looked at the modeling that we have

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on this river and we now have an

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additional 350 homes at flood risk. The

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conveyance channel behind us can no

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longer handle the flows for the one

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percent probability flood or the 100

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year flood as some people like to call

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it, and the sewage district is coming in

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to do a flood management project, and in

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addition to that we're going to do some

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stream rehabilitation. And you'll notice

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I use the term rehabilitation I don't

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use the term restoration because it's my

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belief, particularly in these urban

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settings that we can't do a complete

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restoration project, but we can give the

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stream back some of its function, which

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is more in line with a rehabilitation project.

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Faith: Pat, as being the over site

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engineer for the projects, what's been

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some of the limitations in combining

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engineering and stream rehabilitation?

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Pat: Well, a lot of it has to do with

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the constraints that we have on the

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site. So you look up and down this

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channel right here and you can see that

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the houses are right up against the

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channel, but you also have the

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infrastructure, the sewer infrastructure

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that's also right up against the

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channel. So if you wanna expand out you

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try and either work around that or you

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have to move that infrastructure, which

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can become very costly.

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Faith: I think with having a cement-

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lined channel one of the limitations

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have been fish passage and then also

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just in terms of structures that they

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have to jump over, but then also the

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width of the channel that is too shallow

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for fish to pass through. So is there

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something in the designs that are – can

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keep the flood control but still add the

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little habitat to help the fish do that?

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Pat: Right, in the upcoming designs the

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rehabilitated channel designs that we

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have will have a low-flow channel

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section within there and it'll have a

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thalweg within that so even during low

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flows the fish should have enough

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coverage there to be able to make it

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upstream. And also install a pool and

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riffle sections throughout that rehabbed

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section so that the fish can have a

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break in these little pool sections as well.

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Dave: If I could just add to that, the

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channel currently has a top width of

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about 50 to 60 feet, we're gonna expand

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that top width to about 200 feet with

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the low flow channel being between six

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and ten feet. To do that we, of course,

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have to acquire a lot of the properties

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on either side of the river, that, in

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this case, is gonna be 80 to 100 homes

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will have to be acquired, knocked down

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and then we will expand that channel.

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This required a lot of public input,

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this is not something easily done in

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most municipalities it's a loss of tax

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base, relocation of citizens that have

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lived here for a long time. So we had a

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series of meetings, about two years of

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public meetings to get to the point

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where we are now where we're just

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completing the preliminary engineering.

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We'll go to design in about a year and a

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half, and then we should begin

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construction in two to three years.

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Faith: So what are – I was down a couple

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of weeks ago, down below the cement

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lining ends and there were some fish

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waiting to come up that couldn't make it

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up over into the cement lined portion.

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Dave: That's correct.

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Faith: What fish would use this once the cement is taken out?

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Dave: When the concrete's removed this

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river does connect in with Miwaukee

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Harbor and it's connected to Lake

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Michigan. We have a large transplanted

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Salmonidae population and we also have

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some native trout that will use this

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stream to come up the river.

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Unfortunately, they will not be able to

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spawn here because there will be no

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spawning habitat for them, but they will

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come up the river as they would during

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their migrations to spawn. But, again,

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they won't be able to spawn. We also

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hope that this will become a forage base

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for other species such as walleye,

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small-mouth bass, northern pike. In

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fact, the target species for this river,

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I believe, is the northern pike and if

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we can get that fish to move freely up

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and down the river that would be

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something that would make other fish

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passage much – very possible.

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But, again, they will not use this for

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all their life stages, but they will

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forage in this area for food and other things.

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Faith: I think I saw in the design plans

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there was also more room for humans to

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use the area around the cannel? Is there

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a plan for more paths?

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Dave: Correct. We're standing on a path

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now that runs along the top bank of the

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channel, when we are completed there

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will be a path, a maintenance path on

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the bottom that will also be available

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to pedestrians, bikes, and individuals.

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But it will also be used for

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maintaining, whatever we put in will

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have to be maintained. We'll have a

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bioengineered channel, like Pat said,

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with a low-flow channel. That'll have to

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be maintained, debris that gets into the

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channel will have to be removed because

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we'll still be connected to that 25-mile

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urban watershed, and various materials

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do tend to wash into this channel and have to be removed.

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Faith: So what's the general feeling

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about the work that's planned here with

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the residents and the general public?

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Dave: I think that's a real important

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point to bring up, if you look at the

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channel the way it is now, a lot of

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these people view this almost like an

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open sewer, they don't really see it as

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a resource. They see it as a threat from

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flooding and they just see it as an open

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sewer. What we're trying to do through

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the stream rehabilitation projects that

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we do is make people think of this as a

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resource, to actually add value to their

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neighborhood. In addition to the

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planning and the preliminary engineering

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that were done, we've done a

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neighborhood plan that's going to help

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revitalize this neighborhood. And using

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the channel project as a catalytic

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project to redevelop the neighborhood,

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get new housing, perhaps, in here, get

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new development to come into this area

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once we've improved the aesthetics of the area.

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[Music playing]


