Droughts are threatening crops in much of the world.  This is not only a financial disaster for farmers, but a threat to the world food supply.  Sonic Bloom has been shown to produce crops receiving 55% of normal rainfall.....or less.   Drought is serious, but it doesn't have to be a disaster.

On every leaf there are thousands of small openings called stomata.  Each stomate is less than .001 inch across and allows oxygen and water to pass out of the leaf while CO₂ and other gases enter to be transformed into sugars.  During dry conditions, the stomata close to prevent a plant from losing too much water.  In the evening and through the night, the humidity in the air may provide enough moisture to build up the plant's reserves.  There is also a 50-60% reduction in water usage from rain or irrigation in part due to larger and deeper root systems that can tap additional reserves of ground water. 

Professor Michael Dickson at the University of Guelph in Ontario, Canada has tested Sonic Bloom on soybeans and found that the plants grow twice as fast and required only half the water normally needed.  He hypothesizes that the influence of sound frequencies may be "felt" at the membrane level in the plants.  This in turn is measured in increased uptake and translocation of water and nutrients.  Albion Laboratories in Clearfield, Utah tracked the foliar uptake and translocation of Sonic Bloom in red cherry tomatoes with radio-isotopes and found better than 300% absorption of the proprietary nutrient blend without the sound. With the special sound frequencies they found  that absorption and translocation increased over 700%!

Tests carried out at San Juan Pueblo near Santa Fe on peppers, corn, tomatoes, melons, and amaranth produced large yields of high-nutrition fruits and grains despite an alkaline adobe-sand soil, high temperatures, minimal water.   It was found that the open-pollinated seeds became more productive and retained their resistance to stress.  Corn, amaranth, and quinoa  were grown in the Sudan of Africa with only 1 1/4 inches of rainfall and temperatures that reached 135º  Save the Children has distributed treated seeds to nine different African countries with impressive results.  Elaine Solowey at Kibbutz Ketura in Israel's Negev desert has successfully used Sonic Bloom to grow and establish citrus orchards and 450 North African varieties of  endangered shrubs, nut trees, and fruits.  In a two year drought in Minnesota in the late '80's, hay farmers using Sonic Bloom had better than average hay crops while their neighbors had none.

In an extended four year drought in Queensland, Australia, Alan McDougall from Tamborine Village has successfully grown silver beet, zucchini, and exotic vegetables with no irrigation, with greater productivity, early maturity and resistance to the virus that once plagued his older plantings. He runs the sound through the night to take advantage of nighttime humidity. Seed that had previously had 40% germination were germinating at 100%.    In Noosa strawberries were producing nine months on vigorous, disease-free plants and the Parker variety that normally has a pale, fleshy, bland-tasting fruit, had become rich, red, juicy, sweet and full of flavor--the way strawberries once tasted fifty years ago.  An hour away, Kurt's citrus orchard had yielded a triple harvest despite several months of drought. Laurie's macadamia plantation in Amamoor yielded a harvest without irrigation and a five month drought during the critical setting of the nuts.  Normally, macadamia would abort their fruit.  His neighbors lost most of their harvest to the drought.  In Chinchilla, a watermelon grower had earlier germination, vigorous runners, and a record crop in a drought year. A mango grower in Gladstone reported the biggest, most saleable crop yet produced despite the drought.  Grapes were also grown with 55% less water.

You can economically do your own testing with the Sonic Bloom home garden kit  for only $89.95 plus tax, shipping and handling.   But given the thousands of people who are using Sonic Bloom to increase their yields, improve the flavor and nutrition, extend the growing season and shelf life, can you afford NOT to begin using Sonic Bloom?  How much does it cost you to have lower quality harvests with smaller yields, missing an early market, losing production to disease, insects, early frosts, higher chemical expenses?

Drought affects not only growers and farmers who depend upon irrigation to maintain productivity.  It stresses homeowners in Florida when lack of water brings subsidence of homes into sinkholes.  Drought reduces hydroelectric power in critical areas that have come to depend upon dams to satisfy their energy demands.  Aquatic creatures are caught in depleted rivers and lakes in which agricultural runoff brings higher concentrations of toxic chemicals, reduced flow makes the water warmer reducing oxygen availability, dying vegetation and animals remove still more oxygen from the water.  Water is no longer safe for humans to drink without high chemicalization.  At another level, groups competing for the same resource become embattled fearing loss of their way of life.  In the heat of conflict communication breaks down and possibilities for resolution are lost or delayed.