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Better Technology Trust

(800)266-7777

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SONIC BLOOM CROP SPRAYING PROCEDURES

Commercial Sound Units are activated by a solar cell which turns them on at daylight and off at nightfall. They are powered by a 12 volt battery and are weather resistant. They are usually mounted on a pole or tree in the middle of a growing area. These commercial units are available in three different sizes: (a) Model I unit covers 1 to 5 acres; (b) Model II unit covers 25-40 acres; and (c) Model III unit covers 60 acres. Multiples of these units are used in larger acreages. The sound generator units produce an oscillating frequency which is an essential part of the SONIC BLOOM process. Sound unit must be operating in the area to be sprayed for at least 30 minutes prior to spraying (45 minutes is optimum). After spraying, sound unit should be left running for remainder of the day (minimum requirement at least 2 hours). It is recommended that sound units be tractor mounted during outdoor spraying. Maximum volume at point of spray delivery is essential (Model II unit is recommended as it comes apart to produce two speakers. One speaker on the front facing forward and one on the back of the tractor facing to the rear. To mix the SONIC BLOOM nutrients, pour SONIC BLOOM into the sprayer and then add water with force for proper agitation. DO NOT use rusted spraying equipment. Apply spray as soon as possible after mixing; do not leave standing for long periods. Spray as early in the morning as possible, as this helps the plants absorb more dew and moisture. DO NOT spray when the temperature drops below 52 degrees. It is not essential to run sound units on days when SONIC BLOOM is not being applied. However, it is advantageous to operate sound units each morning while dew is on the leaves and in late afternoons until dusk.

Six ounces of SONIC BLOOM mixed with 12 gallons of water will cover one acre one time. Corn should be sprayed three times. The first treatment should be applied when the plants are about four inches tall. The remaining five treatments should be applied at intervals of five to ten days, depending on the growth rate. SONIC BLOOM has been used on thousands of acres of corn where it has continually increased the size and height of the corn stalk (16.5 feet tall), produced multiple ears per stalk, with more kernel rows per cob and increased sugar levels.

HOW TO TREAT BEAN CROPS

Six ounces of SONIC BLOOM mixed with 12 gallons of water will cover one acre one time. Bean plants should be three inches tall (or long) at the time of the first spray. Repeat treatment every seven days for five weeks as long as the weather remains above 52 degrees. SONIC BLOOM has yielded 75 bushels/acre of soybean with 27.9% protein.

HOW TO TREAT ALFALFA

Six ounces of SONIC BLOOM mixed with 12 gallons of water will cover one acre one time. Alfalfa should be treated twice before the first cutting. The first time when the plants are five to six inches tall and again in seven to ten days. The third tratment should be applied a week to ten days after the first cutting. The fourth treatment a week to ten days after the third cutting. The fifth tretment should be applied ten to twelve days after the fourth cutting. Expect a 75% - 100% increase in yield. Protein goes up (29%), root system gets deeper and the number of days between cuttings decreases. Stems get solid and usable. Cows have given 1/3 more milk on 1/3 less hay.

HOW TO TREAT CITRUS

Thirty ounces of SONIC BLOOM mixed with 100 gallons of water will cover one acre one time. SONIC BLOOM has produced at least double but usually triple the norml production. Citrus should be treated once when the petals are light, once at boquet bloom, once two weeks past bortion stage and then once a month for the next three months.

HOW TO TREAT SUGARCANE

Eight ounces of SONIC BLOOM mixed with 30 gallons of water will cover one acre one time. Nine sprayings should be made. SONIC BLOOM has been applied to sugarcane in Australia and Mexico with great results. SONIC BLOOM treated sugarcane increased one third in diameter and also one third in height. This means that the plants increased by two thirds in size. Growers also report a significant increase in seed.

There are two theories why sugarcane responds well to SONIC BLOOM. One is that photosynthesis in sugarcane leaves uses the same type mechanism as in corn. Increased leaf size increases the area where the photosynthesis takes place to make the plant's sucrose sugars, which are then transported through the plant stem segments and broken down for growth of that segment. Extra sucrose that is not used by that segment for growth is then stored in high concentrations. Radio-active isotope studies conducted have showed that SONIC BLOOM treated leaves absorb more nutrients which allows for more translocation throughout the plant.

The second theory is in the propagation of the sugarcane plant. The increase in seed speaks for itself, the more seed you have the more you can plant. But what makes the seed from SONIC BLOOM treated plants so important is the seeds from these plants germinate at a higher rate. These larger seeds also produce plants that are more viable than their parent plants. We have seen each generation of a SONIC BLOOM treated plant is better than the generation before. This has been seen in everything from trees to vegetables to grains. The plants increase in size, nutrition content and production.

What is real exciting is to cut the SONIC BLOOM treated sugarcane into sections, treat the sections again with SONIC BLOOM and then replant these sections. The plants will emerge faster and grow to an even larger size and mature earlier.

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