It is becoming increasingly clear that chemical fertilizers are an unsustainable option for modern agriculture if we want to preserve our land and the environment. But, what is the alternative? How can we expect to keep up with the growing demand for crop production while limiting our negative impact on our soil, and the ecosystem at large?
Fortunately, Nature has provided an answer, and it is all around you. Cyanobacteria are one of the main types of algae and are naturally occurring all around the world in oceans, lakes and, of course, soil. Cyanobacteria are a special kind of algae because, in addition to performing photosynthesis by converting sunlight into energy, the same organism uses that solar powered energy to fix nitrogen from the atmosphere and make the nitrogen readily available for other plants in the ecosystem to use. So, cyanobacteria are basically a microscopic, solar powered version of a fertilizer factory! Cyanobacteria are the perfect low cost alternative to chemical fertilizers; we have seen yields equally as high by using algal biofertilizers and, they have also been seen to decrease greenhouse gas emissions, increase water use efficiency and increase crop nutritional value.
The beauty of using algae as a fertilizer is the simplicity of the solution. Using biology to help biology, Soil Algae has developed the answer to an array of concerns caused by chemical fertilizers including water pollution, degraded or saline soil and decreased nutritional value in crops. The Live Algae Soil Amendment is a sustainable source of fertilizer that benefits your land, your yield, and Planet Earth. By introducing microscopic algae to your plants, you will see marked improvements in your agriculture.
We have already seen the use and benefits of algal biofertilizers on farms and rice paddies in places like Texas, Colorado, India, Vietnam and Ethiopia, and it is only going to spread further. By using an algae biofertilizer, you will see comparable crop yield, decreased reliance on fossil fuels, increased nutritional quality of crops, increase in water use efficiency, increased resistance to pests, stabilization of soil aggregates and decreased greenhouse gas emissions. Make the switch today and see for yourself!
Don’t just take our word for it, check out these articles and research for yourself: