water table

Optimal Lake Stage?
The answer has changed over time

Prior to drainage (pre-1882),

The optimal Lake stage was 22 feet above sea level.

Lake O cross section, then and now

That’s the level it naturally drained south into the Everglades downstream. In modern times, the question gets bogged down in a complexity of water management schema, stakeholder clout and the constraint of the Lake’s perimeter dike. No longer allowed to spread out, high waters are drained through a release valve to protect wetlands on the inside of the dike instead of replenishing the wetlands it used to feed to the south. The primary release valve is called the Caloosahatchee River, although technically to get to the main river stem (which is actually a widened canal called the C-43), water has to first drain through Three Mile Canal. Prior to drainage the natural river ended at Ft. Thompson Falls just upstream from present-day LaBelle and 20 miles from the Lake. Yes, it’s complicated, and muddled (and muddy). It’s called modern times.

The thing about the dike, and this has always been the case:

It was built to control water on outside, not inside, its bounds.

Drought-dug hole

The meteorologic wet season …

May start like a “flip of a switch.”

This year’s water table touched down
as deep as it gets.  The only question now
is how long it will last.

But climbing out of such a deep drought …

Usually takes a good couple weeks.

Saturation in the swamp lags behind the sky.

It’s more like a “dimmer light.”

Record drought?

How dry is the swamp?

Answer: As dry as it gets for mid April.

Last year this time,
the water table was about
a foot and half higher

As a result,

Alligators are flocking to canals.

The same canals, I might add, that over-drain the swamp.