Shiitake mushrooms growing on a log. Photo Credit: University of Florida/IFAS
Shiitake mushrooms growing on a log. Photo Credit: University of Florida/IFAS
Leaf lettuce growing in a floating hydroponic system. Photo Credit: University of Florida/IFAS Extension.
Christmas is just around the corner and what better gift could you give other than the gift that keeps on giving…a hydroponic bucket garden! Floating hydroponic gardens are easy to build with supplies found at just about any home and garden center. A simple garden can be constructed with a 5-Gallon bucket, polystyrene foam board insulation, and “net pots” or other suitable containers to support the plants. Leaf lettuce and herbs are suitable plants for growing in a floating garden and will grow well indoors as long as there is plenty of natural light available.
SUPPLIES
CONSTRUCTION
FERTILIZATION & PLANT CARE
Fill the bucket with approximately 2.5 gallons of water. Add 1 to 2 teaspoons of water-soluble fertilizer for each gallon of water to be used in the bucket (approximately 5 to 9 teaspoons for 4.5 gallons of water). Add ½ to 1 teaspoon of Epson Salts for each gallon of water to be used in the bucket (approximately 2.5 to 4.5 teaspoons for 4.5 gallons of water). Mix the fertilizer and Epsom Salts with the water in the bucket. Continue to fill the bucket with water to within 1½ inches of the rim of the bucket. Set “net pots” or plant containers in the hole cutouts in the foam circle. Lay the foam circle, with inserted containers, on the surface of the water/fertilizer mixture in the bucket. Place the young starter plants in the containers. Do not remove the potting mix from the plant roots. The most critical aspect is the depth of the transplant’s root ball in the solution. The bottom of the root ball should be flush with the surface of the water. As the water/fertilizer mixture is taken up by the plants and evaporated, the water level in the bucket will decline.
FURTHER INFORMATION
A bucket garden may just be the beginning of your hydroponic ventures. For additional publications on growing hydroponic vegetables please visit the University of Florida/IFAS EDIS website hydroponic production page. If you want to start your own hydroponic farm then you may also be interested in attending the “Starting a Successful Hydroponic Business” training at the Suwannee Valley Agricultural Extension Center in Live Oak in March.
Sometimes you don’t realize a tree is dying until it is dead. A few weeks ago, we got a call from a client who said he had insects killing his trees. Before having someone drive out to the property, our Master Gardener volunteer recommended that the client bring in some of the insects for us to take a look. It turned out the insects invading his pine tree were a type of longhorned beetle, but more specimens were required for identification. A site visit soon ensued.
There were a number of pine trees on the property, however only one was infested with the insects in question. Upon closer investigation, we noticed a number of different sized holes in the tree. The larger holes are nearly the size of a dime.
Arrowhead borer damage on a pine tree. Photo Credit: University of Florida/IFAS Extension.
It turns out the insects making the larger holes are a type of longhorned beetle known as an arrowhead borer (Xylotrechus sagittatus). The borers are brown to black in color with a reddish hue. They are moderately hairy and some specimens contain arrowhead markings pointing toward their heads. Adults feed on the bark of damaged or fire-killed pines. The adults are attracted to lights and may be mistaken for crickets because they run very fast. Eggs are laid in bark and larvae feed on sapwood, then tunnel deeper, often tunneling within a single annual ring. The borers pupate inside the tree and the newly emerged adults chew their way out.
Arrowhead Borer. Photo Credit: Tom Murray bugguide.net.
Given the fact that arrowhead borers are attracted to dead or dying trees, the killer of this particular tree is still in question. The smaller holes in the bark picture above were created by a much smaller beetle, but we were unable to get a specimen. We did see a couple of these beetles running around when we dug deeper into the bark. The small beetles that we saw closely resembled a type of Ips engraver beetle. Beetles in this genus have been known to kill trees, but most likely they weren’t the culprits either. Based on the overall appearance of the tree and the fact that other trees in the area were not infested with beetles, it is believed the tree was killed by other means. The tree was likely struck by lightening or suffered from poor genetics because it did not have a good form for a pine tree.
If you have a questionable looking tree on your property or if you have insects you would like identified, please feel free to stop by your local Extension Office and ask a Master Gardener!
