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This Month's Favorite

Aerogarden
Aerogarden Black

The Aerogarden is a true aeroponic system designed for use in your kitchen. Now you can grow herbs, flowers, cherry tomatoes and much more right in your kitchen. With the same footprint as a bread box, measuring only 16" long by 10 1/2" wide by 15 1/2" high when it is first set up with the lights at the lowest possible setting, and 21" high at the highest level.

The Aerogarden Includes:

Aerogarden
Aerogarden White

The Aerogarden is a true aeroponic system designed for use in your kitchen. Now you can grow herbs, flowers, cherry tomatoes and much more right in your kitchen. With the same footprint as a bread box, measuring only 16" long by 10 1/2" wide by 15 1/2" high when it is first set up with the lights at the lowest possible setting, and 21" high at the highest level.

The Aerogarden Includes:

Blue Air
Big Blue

Until recently it has been common practice to place an ozonator near the outlet of your growing area's exhaust system to control odors. This is very inefficient, therefore Blue Air Products recently introduced the Big Blue Air series of inline ozonators. These ozonators are designed for connection inline with your exhaust fan, thereby maximizing their capability per watt of electricity consumed. These ozonators utilize UV-C Germicidal lamps, which are more efficient and environmentally friendly than corona discharge ozonators. Stainless Steel Housing, the 20" x 4" unit is designed for use in small grow spaces. This one is very energy efficient using a single UV-C lamp, consuming less wattage than a 40 watt bulb.

Bio Stimulizer

Beneficial bacteria are the keepers of nutrients. They consume and carry nutrients such as N, Ca, Fe, K, S and P in their biomass and release it for plant food when competitors such as fungi, protozoa or chitin and cellulose degraders consume them. Bacteria consume toxic materials present in the environment or released by anaerobic organisms. The glue which they use to attach themselves to root structures, leaf surfaces, soil, and soil-less media creates aggregates, and passageways for air and water. This helps to maintain an aerobic environment keeping anaerobic or non-beneficial competitors out. Bacterial component structure is comprised of (8:1) C:N ratio. This is the most nitrogen concentrated organism in the world. Bacteria play a very important role in thhe nitrifying and absorption of Nitrogen and its forms of ammonium, Nitrite, and Nitrates. Plants prefer one form of N over the other for optimal health. A diversity of different bacteria will help to maintain a symbiotic relationship with the plant observing its needs for optimal growth.

Like bacteria, fungi carry nutrients in their biomass. They are a major carrier of Calcium (Ca). Calcium in a soluble form is very important for plant root structure and plant cell structure. Fungi must be eaten to release a chelated and soluble form of Ca. They are consumed by nematodes, chitin and cellulose degraders. Fungi are also a rich source of Carbon (30:1); by adding a rich source of Carbon like fungi, growing environments retain sustenance for long term health and growth. Fungi consume toxins and decompose carbon compounds such as humic acid. Mycorrhizal Fungi: These types of fungi are imperative for nutrient transfer with the plant. Mycorrhizal fungi exchange nutrients from organic matter and carbon sources within the plant root system in exchange for sugars. This exchange creates fungal chains and improved root structure, as well as prevention of root occupation by pathogenic fungi.

Protozoa and beneficial nematodes are consumers of bacteria and fungi. Through their ingestion process they release the nutrients contained in the biomass of the bacteria or fungi. This nutrient is released in a soluble form available for the plant. Beneficial nematodes are an important part of disease control by consuming other non-beneficial nematodes that feed on plant roots. Protozoa include flagellates, amoebae, and ciliates; all very important in the balance of biology.

The bio-tech revolution begins with chitin degrading and cellulose degrading microbes. Protozoa and beneficial nematodes consume only certain types of bacteria and fungi. All bacteria and fungi have a chitin base or a cellulose base structure. Chitinase and cullalase producing microbes consume any type of chitin based or cellulose based microorganism. this implies a non discriminate recycling process of any type of bacteria or fungi; this includes both pathogenic and beneficial microorganisms. Bio Stimulizer specializes in the creation, multiplication and the concentration of chitin and cellulose degraders with 200,000,000 chitin degraders (per dry weight gram) and 400,000,000 cellulose degrader (per dry weight gram). Chitin and cellulose degraders consume bacteria and fungi at a very rapid pace. this rapidity of nutrient recycling is a direct reflection of the plants success. When this process is sped up, the nutrient reaching the plant is increased therefore the plant can support faster, more robust growth. Chitinase and cellulase producing organisms occupy attachment sites on roots, leaf surfaces, soil and soil-less media creating competition for undesired and unbeneficial organisms.

Bio Stimulizer microbial rich solution contains proper nutritional ingredients created to feed the microbes extracted from the biological potency of Bio Stimulizer worm castings. This technology has been diligently research, both in academic and independent field studies. When adding biological solution to any growing environment several matters must be observed. There must be a balance between the microorganisms in the solution when first applied. Through symbiotic relations with the plant, the microbes will adjust themselves accordingly. A prey-predator effect will take place, and with the help of the plant, microbes will balance and complement the plants needs. This relationship is why 30,000 or greater beneficial mnicrobes are imperative; certain types of plants like a variety of bacteria that produce certain types of N and other nutritional elements. A variety of fungi and mycorrhizal are needed to provide soluble sources of nutrients and root protection. Protozoa and beneficial nematodes are needed for a conventional recycling process of fungi and bacteria. The most important elements in the dynamics of plant growth are chitin and cellulose degraders. These foot soldiers are the magic for optimal health and vigorous growth. Bio Stimulizer observes and practices these essential biological concepts and can become visible when Bio Stimulizer microbial rich solution is applied to any growing environment.

Bio Stimulizer

Beneficial bacteria are the keepers of nutrients. They consume and carry nutrients such as N, Ca, Fe, K, S and P in their biomass and release it for plant food when competitors such as fungi, protozoa or chitin and cellulose degraders consume them. Bacteria consume toxic materials present in the environment or released by anaerobic organisms. The glue which they use to attach themselves to root structures, leaf surfaces, soil, and soil-less media creates aggregates, and passageways for air and water. This helps to maintain an aerobic environment keeping anaerobic or non-beneficial competitors out. Bacterial component structure is comprised of (8:1) C:N ratio. This is the most nitrogen concentrated organism in the world. Bacteria play a very important role in thhe nitrifying and absorption of Nitrogen and its forms of ammonium, Nitrite, and Nitrates. Plants prefer one form of N over the other for optimal health. A diversity of different bacteria will help to maintain a symbiotic relationship with the plant observing its needs for optimal growth.

Like bacteria, fungi carry nutrients in their biomass. They are a major carrier of Calcium (Ca). Calcium in a soluble form is very important for plant root structure and plant cell structure. Fungi must be eaten to release a chelated and soluble form of Ca. They are consumed by nematodes, chitin and cellulose degraders. Fungi are also a rich source of Carbon (30:1); by adding a rich source of Carbon like fungi, growing environments retain sustenance for long term health and growth. Fungi consume toxins and decompose carbon compounds such as humic acid. Mycorrhizal Fungi: These types of fungi are imperative for nutrient transfer with the plant. Mycorrhizal fungi exchange nutrients from organic matter and carbon sources within the plant root system in exchange for sugars. This exchange creates fungal chains and improved root structure, as well as prevention of root occupation by pathogenic fungi.

Protozoa and beneficial nematodes are consumers of bacteria and fungi. Through their ingestion process they release the nutrients contained in the biomass of the bacteria or fungi. This nutrient is released in a soluble form available for the plant. Beneficial nematodes are an important part of disease control by consuming other non-beneficial nematodes that feed on plant roots. Protozoa include flagellates, amoebae, and ciliates; all very important in the balance of biology.

The bio-tech revolution begins with chitin degrading and cellulose degrading microbes. Protozoa and beneficial nematodes consume only certain types of bacteria and fungi. All bacteria and fungi have a chitin base or a cellulose base structure. Chitinase and cullalase producing microbes consume any type of chitin based or cellulose based microorganism. this implies a non discriminate recycling process of any type of bacteria or fungi; this includes both pathogenic and beneficial microorganisms. Bio Stimulizer specializes in the creation, multiplication and the concentration of chitin and cellulose degraders with 200,000,000 chitin degraders (per dry weight gram) and 400,000,000 cellulose degrader (per dry weight gram). Chitin and cellulose degraders consume bacteria and fungi at a very rapid pace. this rapidity of nutrient recycling is a direct reflection of the plants success. When this process is sped up, the nutrient reaching the plant is increased therefore the plant can support faster, more robust growth. Chitinase and cellulase producing organisms occupy attachment sites on roots, leaf surfaces, soil and soil-less media creating competition for undesired and unbeneficial organisms.

Bio Stimulizer microbial rich solution contains proper nutritional ingredients created to feed the microbes extracted from the biological potency of Bio Stimulizer worm castings. This technology has been diligently research, both in academic and independent field studies. When adding biological solution to any growing environment several matters must be observed. There must be a balance between the microorganisms in the solution when first applied. Through symbiotic relations with the plant, the microbes will adjust themselves accordingly. A prey-predator effect will take place, and with the help of the plant, microbes will balance and complement the plants needs. This relationship is why 30,000 or greater beneficial mnicrobes are imperative; certain types of plants like a variety of bacteria that produce certain types of N and other nutritional elements. A variety of fungi and mycorrhizal are needed to provide soluble sources of nutrients and root protection. Protozoa and beneficial nematodes are needed for a conventional recycling process of fungi and bacteria. The most important elements in the dynamics of plant growth are chitin and cellulose degraders. These foot soldiers are the magic for optimal health and vigorous growth. Bio Stimulizer observes and practices these essential biological concepts and can become visible when Bio Stimulizer microbial rich solution is applied to any growing environment.