Skip to main content

Getting Water Where It's Needed

Getting water to the plants in our garden in a timely way is a constant challenge.

We've been relying on a series of soaker hoses attached end to end and snaking through the vegetables.  It keeps the water close to the ground and roots without losing it to evaporation. We have a timer set at the faucet that allows us to periodically override it and manually set it to water for about 30 minutes.

The challenge is that now that we've added a flower bed, configuring the hoses efficiently has just gotten more complex.

Last summer we tried growing flowers in large pots to save plot space for vegetables. That meant hand carrying water to each pot on a regular basis.

Pots would be the only alternative for plants like mints, which can take over a garden when planted in the ground.

An approach that has been very successful for my balcony has been plant nannies. A plant nanny consists of a hollow, clay spike that can be punched in beside a plant's roots and a bottle full of water that is turned upside down inside the spike. The water drains slowly as the clay absorbs it and spreads it into the soil.

I use two types.  One is large enough to use wine bottles for the water.  The other is smaller.  It comes with a plastic spike that fits on top of used water bottles. Once the water bottle is filled and the plastic spike attached, it can be turned upside down inside the clay spike.

Another variety uses a globe that fits into the clay spike.
With the smaller version, it's sometimes easy to unbalance the plant. Some experimentation is needed with the plastic bottles. Some won't fit tightly and the water just pours out.

Remember not to put anything but water in the bottles.  Fertilizer or other chemicals can clog the sides of the clay spike and keep water from flowing properly.

Comments

Popular posts from this blog

Know Your Soil For Best Garden Results

I've always taken soil for granted. It was there. You put seeds into it. You put water on it. Plants grow and produce flowers, fruit or vegetables. Gayle Weinstein, author of Xeriscape Handbook; A How-To Guide to Natural, Resource-Wise Gardening , takes a different view: “Soil . . . acts as a highway between life and death, land and atmosphere, plants and animals.” It stores water, air and nutrients and makes it possible for an exchange of elements and chemical reactions to occur, she adds. She describes soil as being animal, vegetable and mineral combined. Here are six tests Gayle recommends for getting to know your soil. Grab a shovel and a quart jar. Dig up two cups of dry soil two-to-six inches deep from the areas you want to test. Gather a glass of water, dish washing detergent and paper towels. A soil pH kit, a meter or litmus paper will be needed for the final test.

Order in the Garden

The first year that Fink Farm was in operation, we devoured Mel Bartholomew's Square Foot Gardening .  A 10-foot by 12-foot plot isn't much.  We pegged off one-foot measures on two adjoining sides, and rolled some pebbled pavers into position to give us places to stand amongst our soon to be thriving garden. But then things started spinning out of alignment. For starters, it became clear that running string across the dirt in one-foot increments was going to create one nasty arrangement for digging on any scale at all. All I could envision was a broken ankle from hopping over all that string.

Water saving ollas

When you're saving water, the first step is to get the water where it's needed in the most direct way possible. No sprinkler heads rising like swans in a ballet to spew water 18-inches above the ground, splashing sidewalks and gutters. No sprinklers nodding back and forth sending sprays of water as tall as a child. Nope, it's irrigation dripping directly at the base of a stem or water bubbling at dirt-level. You can't get much more direct than an olla (pronounced oy-ya ). In the irrigation world, an olla is a clay pot, usually with a round bottom and a longish thin neck that is planted in the dirt next to plants that need water.  The dirt is mounded around the pot so that only the end of the neck shows. Water is poured into the opening to fill the buried pot. The clay absorbs water that in turn is absorbed by the dry earth surrounding it.  The plant gets a slow steady supply of water. Because the pot is buried, there's little exposure to the air and evaporatio...