I don t think moving water back up to the top of an aquaponic system is possible with wicking.
Water wicking up siding.
It wicks up from beneath trickles in from above and blows in through the seams between siding pieces.
Rain water striking the side of the house will run down the siding to the edge.
Since water runs downward unless it s being driven by strong winds the standard method for creating water resistant vinyl cladding is to start at the bottom and work up.
Moisture penetrates even the most carefully installed and sealed exterior siding in several ways.
Capillary forces can then draw the bead of water up and behind the siding thus wetting the back side of the siding.
The top t 111 panel should be installed about 1 4 inch off the shelf formed by the flashing to prevent moisture from wicking up into the wood.
Between water infiltration in the siding seam is.
Obviously such forms of capillarity can be hard to observe until serious damage has already occurred.
However i am a bit skeptical about the effectiveness of using wicking action to move water up to the top of an aquaponic system.
So you can probably rule out the wicking scenario.
When siding is put back behind the gutter the lowest piece of flashing running down the pitch of the roof above must be fashioned to divert water into the gutter not behind the siding.
Protecting a house against water intrusion starts with creating a barrier such as siding that moves water away from the structure.
I m thinking that the water tank condensation is the problem or a leaking water tank.
I am not interested in a recirculating system will.
I live on a lot with high water table and a lot of shade.
A common example is a bubble of water climbing up the inside of a thin straw.
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Each successive siding.
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Is the floor around the tank wet.
My home is on a slab too and water does not wick up from the slab into the outside plywood.