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Natural Science Organic Fertilizer

After 75 years in the agricultural industry with proven success, Natural Science has finally come up with the perfectly natural organic fertilizer for all you garden-makers and organic farmers.

Natural Science organic fertilizer actually comes from recycled leather taken from animal hides. These “ingredients” of the Natural Science organic fertilizer then undergo a process of sterilization and transformed into a palletized form for easy application. In this way, the Natural Science organic fertilizer remains the superior choice in slow-releasing, non-harmful, water insoluble natural fertilizer.

Chemically produced nitrogen in synthetic fertilizers may cause over application thus leading to harmful nitrate deposits in drinking water. The Natural Science organic fertilizer provides you with a safe source of all-natural nitrogen and other nutrients that are beneficial for plants.

Natural Science organic fertilizer will provide all the essential nutrients that plants need in order to grow and stay healthy and integrate these into any season-based fertilizer program. The high nitrogen content in Natural Science organic fertilizer is made use of once it is released through soil microbial activity.

The most amazing thing about Natural Science organic fertilizer is that nitrogen is released into the soil about the same time that plant growth occurs. Natural Science organic fertilizers start discharging its high nitrogen content in 2-3 weeks after application. This action of the Natural Science organic fertilizer allows nitrogen to be used freely by plants all throughout the growing season, thus giving the plants maximum usage of the nitrogen they are receiving.

Organic matter is the lifeblood of any fertile soil because it allows the soil to have better water retention and nutrient holding capacity. Porosity of soil makes it more water absorbent, thus ensuring that plants don’t die from water shortage. And the soil’s ability to hold nutrients can very well mean the difference between a scraggly, sickly looking plant and a lush, green shrub.

Natural Science organic fertilizer raises the organic matter content levels of the soil, thus aid in its conditioning.  Also, with its capability to raise the content levels of organic matter, Natural Science organic fertilizer is the ideal choice for sandy and loose soils. Nitrogen and other nutrients in these types of soil are quickly drained because of the looseness of the soil granules. But by using Natural Science organic fertilizer, that is no longer a problem to worry abut.

A lot of farmers are discouraged from using phosphorous-rich fertilizers, especially if their gardens are located on properties near lakes and streams.  Phosphorous has been known to leak into these vital water sources and to cause increased aquatic weed growth, resulting in unsightly algae blooms. But because Natural Science organic fertilizer contains zero phosphorous this need not be an issue for you. Natural Science organic fertilizer is what you need if you live near rivers and lakes.

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Liquid Organic Fertilizer

Using organic fertilizers is a widely accepted practice in the agricultural industry. Farmers use them to cultivate their field and row crops, winemakers utilize them for growing grapes, and horticulturists apply a liberal does of these during the landscaping of their orchards or turfs.

Liquid organic fertilizers are a safe and effective way of providing your plants with the best nutrient supply without harming them or increasing the soil’s acid content. Liquid organic fertilizers act as agents to effectively increase the content levels of nitrogen, phosphate, and potassium. Because these three substances are the three major nutrients that plants need, liquid organic fertilizers thus provide plants with an abundant food supply essential for their growth.

Liquid organic fertilizers are especially important in helping the plants overcome the tension involved in transplanting, cold weather, or dry season. Because liquid organic fertilizers help enrich the soil, they assist in removing the risk of soil nutrient-deficiency.

There are two basic methods of application for liquid organic fertilizers – through spraying or through direct application to the soil around the plant. Spraying is the more commonly used method of applying liquid organic fertilizers. This is because plants usually take in nutrients through their leaves and stems where their stomata are located. Liquid organic fertilizers sprayed on plant leaves and stem allow them to absorb the nutrients faster.

The other method used for applying liquid organic fertilizers are called direct or tea application. Liquid organic fertilizer direct application is like adding tea to the soil around the plant. Liquid organic fertilizer direct application still has the same nutritional component as the spray type. The only difference is that with the liquid organic fertilizer direct application method, nutrients such as nitrogen and potash may be wasted because they are not easily absorbed by the plants.

There are several types of liquid organic fertilizers available in the market. The most common liquid organic fertilizer is fish emulsion. Made from ground up and liquefied fish parts, fish emulsion liquid organic fertilizer contains trace elements essential for plant growth. Fish emulsion liquid organic fertilizer also has high content level of nitrogen, the nitrate source for plants. Fish emulsion liquid organic fertilizer may be sprayed on the plant’s foliage or applied directly as tea.

Liquid organic fertilizers can also be made from earthworm castings. Earthworms play a major role in providing the soil with minerals and vitamins that help plants grow and this is what led scientists to manufacture earthworm-based liquid organic fertilizer.

Another type of liquid organic fertilizer is the bat guano. Several more manufacturers have produced liquid organic fertilizers containing any combination of the following: fish meal, soybean protein extract, rock phosphate, bone ash, potassium carbonate, magnesium carbonate, sea kelp, and humic acid.

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