Chemical Fertilizers - Inorganic Fertilizer Manufacturers

Three Types of Organic Garden Fertilizer

yinlong — Thu, 03 Nov 2011 01:32:24 +0000

When it comes to organic gardening, it is extremely crucial that you simply have a wholesome and wealthy soil. Employing organic garden fertilizer is important to make your soil fertile and prepared for planting. Fertilizers created of chemicals can harm your crops enormously, aside from that they’re pricey unlike organic garden fertilizer which you can even make on your own.

Animal Based Fertilizer

Fertilizer from animals may be produced out of their manures. Often it’s created from chickens, cows, sheep, horses as well as other animals identified on a farm. Let it decompose and then mix it with your soil. As soon as you blend them together, it’ll be ideal for your crops to grow.

Plant Based Fertilizer

Fertilizer from plants is much less difficult to create since they are readily available about your home, it is possible to use any dead leaves, chopped twigs and any green manure that you can locate inside your area. Worm fertilizers could be bought from any of one’s nearby stores or you can discover about it from gardening websites on-line. Worm manures are a lot more successful in producing the soil rich than any other types of organic garden fertilizer.

Lawn Based Fertilizer

When it comes to your grass, it is possible to also make some organic lawn fertilizer for it, it can maintain your lawn green, clean and secure for your family members. Organic lawn fertilizer can let go of their nutrients in a gradual manner so that you are able to maintain your grass grow correctly.

Making use of organic lawn fertilizer also aid preserve the soil organisms that are important for the grass to be healthy, it also defend your grass from any disease and sustain photosynthesis procedure. Whenever you use chemical fertilizers in your lawn it is going to not only have an effect on your health, it is going to also have an effect on the environment too. Aside from that, it is verified that chemical fertilizers takes time to dissolve.

High Fiber Fruits

Effective fertilization of cereal crops

belongsmj — Mon, 22 Aug 2011 01:21:10 +0000

Fertilizer requirements of cereal crops depend mainly on two things: the fertility status of the soil (after harvesting the previous crop) and the yield targets of the farmer. Soils of low fertility status require more fertilizer as do higher yield targets. At each harvest, nutrients taken up from the soil by the growing crop are exported from the field in the form of grain or stover (see Table 1), further depleting the productive capacity of the soil. Thus, arable soils require external nutrient replenishment in the form of fertilizers (organic and mineral). Nutrient mining and insufficient supply of plant nutrients are some of the major problems contributing to declining crop yields. Maize and wheat, like most field crops, require a good supply of primary nutrients (i.e. nitrogen – N, phosphorus – P, and potassium – K) with the addition of other essential elements (e.g. magnesium – Mg, sulfur – S, zinc – Zn, and boron – B) in smaller quantities where necessary.

How to choose the fertilizer

Fertilizer use in cereal systems aims at providing the crop with balanced proportions of essential nutrients when required. Crop growth is dependent on a sufficient supply of each nutrient, and yield is limited by the nutrient in shortest supply. To determine fertilizer needs for your crop, it is essential to know which nutrients are required for the desired target yield. Nitrogen is the most important nutrient in plant growth and is involved in all major processes of plant development and yield formation. Loss of green color is the most typical hunger symptom of N. Yellow discoloration of leaves from midrib backwards and premature death of lower leaves are also indicators of N deficiency. In the early stages of a plant growth, P is important in laying down the foundation for its productivity. P deficiency is accompanied by a marked reduction in plant growth and leaves develop a dark bluish-green and purple color. A K deficiency is accompanied by a weakening of the stalk, resulting in lodging and crop loss. Symptoms of K deficiency include drying along the tips and edges of lower leaves.

Figure 1. Careful fertilizer application is essential to prevent overuse and reduce the overall fertilizer costs.

The recommended fertilizer application rate depends on a number of factors:

Crop variety and yield potential: Varieties differ in their response to fertilizers depending on their yield potential. Improved cereal varieties with high yield potential will require more nutrients in order to achieve their yield potential. Their yields will be significantly reduced if fertilizer rates are low.
Crop and fertilizer management: Efficient use of applied nutrients depends on soil and crop management. Fertilizer application methods and timing affect nutrient availability. Timely weeding reduces competition for nutrients by weeds. Application of irrigation water (in terms of both amount and timing) influences nutrient movement in the soil and the uptake by crop.
Soil type: Soil fertility is determined by soil type, which in turn is based upon its depth, organic matter content and texture. N, P and S reserves in inherently poor soils with low organic matter content, coarse texture and a history of continuous cropping for many years, are usually very low while there may be sufficient K for 50-75% of crop needs.
Balance of other fertilizer elements: A sufficient supply of all nutrients (including micronutrients) is important for a good, healthy crop and the efficient use of each applied nutrient. If the nutrient is present in soil, but insufficient in quantity, the plant growth and uptake of other nutrients is limited.
Weather conditions: Response of rainfed crops to fertilizer also depends on soil moisture. Highly variable rainfall patterns make optimum yield and fertilizer requirements difficult to predict, so fertilizer use is a risky investment. When drought risk is high, split applications of nitrogen fertilizers may be advisable, with adjustments throughout the season based upon evolving weather conditions. Generally P applied in the previous season retains some residual availability for the next crop since it is not easily leached.

Blanket fertilizer recommendation packages for different agro-ecological zones based on a ‘normal’ season’s yield potential are available from most national agricultural research institutions. However, many of these recommendations do not take into account the variations in soil type, different crop management practices, and weather conditions.

Timing and methods of fertilizer application

One of the most important aspects of fertilizer usage is to know when and how fertilizers should be applied. It depends primarily on the type of crop grown and the mobility of the particular nutrient applied to soil. With nutrients that are stored efficiently in soil (i.e. P, K, S), fertilizers can be broadcast annually at or before planting, or banded below the seed. P is immobile in soil and it should therefore be incorporated into the root zone (e.g. during sowing). N application should be timed to coincide with periods of peak demand and rates adjusted according to rainfall received during the season via split application (particularly in sandy soils) to reduce leaching losses.

Without a means of anticipating the nature of the upcoming season, the best a farmer can do is to apply fertilizer tailored for a typical season. To minimize losses, farmers can employ ‘response farming’ strategies where applications are conditional upon rainfall and are adjusted according to the evolution of the season. Application of nitrogen shall be split to at least two (heavy textured soils) or three (sandy soils) doses in a season. Nitrogen should not be applied if there is severe wilting.

Figure 2. Maintaining crop residues in the field contributes to natural cycle of nutrients and reduces the need for fertilizer.

Nutrient	Maize, grain (1 t)	Maize, stover (1 t)	Wheat, grain (1 t)	Wheat, straw (1 t)
Nitrogen	16 kg	7.3 kg	26.8 kg	6.4 kg
P2O5	6.8 kg	2.6 kg	10.7 kg	1.5 kg
K2O	4.8 kg	18 kg	6.1 kg	10.9 kg
Magnesium	1.6 kg	2.3 kg	2.7 kg	0.9 kg
Sulfur	1.4 kg	1.4 kg	1.8 kg	1.3 kg

The Advantages & Disadvantages of Liquid Lawn Fertilizer

belongsmj — Fri, 19 Aug 2011 03:14:32 +0000

Liquid lawn fertilizers are fast-acting and offer even coverage.

If you pay a visit to your local home improvement store with the goal of finding an effective lawn fertilizer, chances are you’ll feel overwhelmed. Standing amidst the aisle, it may seem as if you’re in fertilizer paradise (or purgatory, depending on how you view lawn care). With so many kinds of fertilizers from which to choose, it’s difficult to make a decision. Liquid lawn fertilizer is a specific type of fertilizer that responds quickly post application. Learn about the advantages and disadvantages of liquid lawn fertilizers, so the next time you find yourself in the fertilizer aisle, you’ll be equipped to make a speedy decision.

Liquid Lawn Fertilizer: The Pros

Because liquid lawn fertilizer comes in the form of a spray, your lawn will receive even coverage, thus decreasing the chance of burning it.
Again, due to the spray form, it’s the application process is simple.
Once you spray liquid lawn fertilizer to the roots and leaves, the effect is immediate; your lawn will receive nutrients and ‘perk up’ in no time.
With liquid lawn fertilizers, the combination of fertilizer and herbicide helps to ward off weeds, too.
No more breaking your back hauling those hefty bags of granular fertilizer. With liquid lawn fertilizer, the only thing you carry around is the spray bottle (attached to the garden hose).

Liquid Lawn Fertilizer: The Cons

If you do not have a hose to attach to the container of liquid lawn fertilizer, then it’s essentially a waste of time to buy this form of fertilizer.
Liquid lawn fertilizers are more costly than other fertilizer forms.
Because a liquid lawn fertilizer reacts instantly, you must apply it to your lawn frequently. If your lawn is larger, it could mean you’re paying a lot more than you would with other fertilizer forms, in addition to spending more time applying it on a regular basis.

Organic Liquid Lawn Fertilizers

Now that you’ve narrowed your fertilizer search to liquid lawn fertilizer, you have another critical choice to make: organic versus synthetic. Organic liquid lawn fertilizer is derived from animal and plant sources, and it is highly beneficial to the soil (not to mention the environment). There are few disadvantages when it comes to organic liquid lawn fertilizer. Due the fact that the ingredients come from nature, the results are not a fast as synthetic liquid lawn fertilizer, but this is actually an advantage in the long run. Additionally, organic liquid lawn fertilizer has a distinct odor, but it fades away quickly. When you consider the positive effects that organic liquid lawn fertilizer has on the lawn and the environment, the benefits far outweigh the drawbacks. But the decision is yours to make-after all, it’s your lawn. Perhaps now you can march to the nearest home improvement store with a little more knowledge and determination than before. Good luck!

Potassium Fertilizer Application In Crop Production and for the Lawn

belongsmj — Fri, 12 Aug 2011 03:46:15 +0000

Potassium Fertilizer for the Lawn

Plants need balanced nutrition to thrive, just like people. One of the important nutrients for plant growth and development is Potassium (K), which is a component of most standard lawn fertilizers. To use Potassium fertilizers correctly, it is important to understand how Potassium functions in plants, and how to recognize the signs of Potassium deficiency.

Potassium in Fertilizer

Potassium is one of the “big three” nutrients found in most lawn fertilizers. Most fertilizer analysis gives the N-P-K number, which indicates what percentage of each nutrient is in the fertilizer. The percentage of Potassium is indicated by the last number in the N-P-K analysis.

Potassium Function in Plants

Potassium is integral to many growth processes in plants, including:

Photosynthesis
Starch and protein production
Enzyme reactions
Water movement
Protein synthesis
Cell wall components
Fruit development

Recognizing Potassium Deficiencies

(See above picture.) Potassium deficiency is a serious problem for all plants, because it is involved in so many different plant processes. Plants experiencing potassium deficiencies will show the following symptoms:

Yellowing and curling of edges of lower (older) leaves
Sometimes leaves will turn purple
More likely to occur in times of drought stress
Leaf edges looked burned

There are a number of things that can cause potassium deficiency. Sandy soils tend to be more deficient in potassium, because it is leached easily from soils that do not have a high CEC (Cation Exchange Capacity). Adding organic matter to the soil can help in potassium retention. Soils with a low pH (acidic soils) sometimes have enough Potassium, but it is not available to plants. It is important to test the soil pH to see if the potassium is there, but not available.

Correct Application of Fertilizers

Many soils are deficient in Potassium, but it is always a good idea to look at the soil test before adding any fertilizer. Flowers, fruits and vegetables need more potassium fertilizers during flowering and fruiting. General lawn fertilizers will usually have a balanced analysis, and will have enough Potassium for the average lawn, unless the soil is severely depleted or the pH is off. Apply potassium fertilizers that are balanced with Nitrogen and Phosphorous, and your soil will receive its necessary requirements to support plant growth.

The most common form of potassium fertilizer used in Alberta is potassium chloride (KCl), which has the analysis 0-0-60 or 0-0-62 (Table 4). It is mined and refined in Saskatchewan. Potassium chloride can be blended with nitrogen and phosphate fertilizers to produce grades such as 10-30-10, 6-24-24, etc.

Table 4. Potassium fertilizers

Nutrients – % by weight
Name	N	P205	K20	S	Remarks
Potassium chloride	0	0	60	0	Most commonly available K fertilizer and usually cheapest
Potassium chloride	0	0	62	0	Most commonly available K fertilizer and usually cheapest
Potassium sulphate	0	0	50	18	Contains sulfur as well as potassium
Potassium nitrate	13	0	37	0	Used mainly for vegetables and fruit trees
Sul-Po-MagTM	0	0	23	16	Specialty fertilizer, containing magnesium

Although not extensively utilized to date, potassium sulphate (K2SO4) will soon be produced in Saskatchewan and could be an important fertilizer source in areas where both potassium and sulfur are required nutrients. In the past, potassium sulphate produced in the USA has not been competitively priced with potassium chloride from Saskatchewan.

Method of Potassium Fertilizer Application

Annual Crops
Since potassium uptake depends primarily on root interception, placement of potassium fertilizers with or near the seed is usually the most effective method of application provided the rate of application is not greater than the seed can tolerate. If too much potassium or other fertilizer is placed with the seed, germination and emergence may be delayed or reduced.

The safe level of potassium that can be applied with the seed depends on the crop. In general, smaller seeded crops such as canola have a lower tolerance than cereal grains. The clay and organic matter content of the soil and the soil moisture content will also have an effect on possible germination problems.

With average soil moisture conditions and for medium textures, the total amount of seed placed fertilizer materials should not exceed 175 lb/ac, and the amount of N plus K2O should not exceed 40 lb/ac. For less tolerant crops such as canola, flax and peas, the application of potassium with the seed should not exceed 15 lb K2O/ac, provided other fertilizers are not seed placed. These recommendations are based on the use of a double-disc or similar drill, which places the seed and fertilizer in a very narrow band. If the opener spreads the seed over a wider band, higher rates of fertilizer can be safely placed with the seed.

Side-band placement is an efficient means of applying potassium. In this placement, the fertilizer is in a band approximately 2.5 cm (1 inch) to the side and 2.5 cm (1 inch) beneath the seed. This separation of fertilizer and seed reduces the possible detrimental effects on germination when high rates are applied. Machinery for placing seed and fertilizer in this configuration is not readily available commercially, and the method is not widely practised.

Banding (also referred as deep-banding of potassium into the soil prior to seeding has, to date, not received a great deal of research attention, but there is no reason to believe that this should not be a good method of applying potassium fertilizer.

The two methods, banding prior to seeding and side-banding, should give similar results.

Broadcasting potassium before seeding is less efficient than applying potassium in a band with or near the seed. The major role for broadcast applications of potassium fertilizer will be in “building up” soils extremely deficient in potassium.

Determining the Need for Potassium Fertilization

The easiest way to determine the need for potassium fertilization is through a soil test. In Alberta, response to potassium fertilizer has been related to the amount of potassium extracted from the soil with ammonium acetate. Results of potassium fertilizer research with barley in central Alberta are shown in Table 2.

Large increases in barley yield were usually obtained when potassium fertilizer was applied to soils with less than 151 lb/ac of extractable potassium. On soils with 151 to 250 lb/ac of extractable potassium, moderate fertilization (15 to 30 lb/ac of K2O) usually resulted in a profitable response.

Table 2. Yield response of barley to potassium fertilizer at different soil extractable K levels (Lacombe Research Station and ADA date)

Soil Extractable-K (lb/ac in the 0-6 in. depth)	No. of Sites	Average Increase in Yield (bu/ac)
less than 101	17	25.8
101 – 150	21	12.1
151 – 200	18	5.2
201 – 250	8	5.9
greater than 250	34	3.4

Response to potassium fertilization is sometimes obtained on soils not considered deficient in potassium. Research, principally in Oregon, Washington and South Dakota, has shown that the presence of chloride in potassium chloride can result in increased yield through the suppression of plant diseases such as take-all and common root rot. Such responses cannot be predicted at this time. Therefore, the use of potassium chloride on non-potassium deficient soil for the suppression of disease must be on a trial and error basis.

Research in Montana has indicated that potassium deficiency may occur on soil with high soil-test potassium because of slow potassium diffusion in cold, dense soils. These results have been used to promote the need for potassium fertilization for early seeding of cereal crops in central and northern Alberta.

Research in Alberta on potassium deficient soils has shown equal response of barley to potassium with early and late seeding. If soil potassium was less available at lower soil temperatures, greater response to potassium should have been obtained with early than with late seeding. The results do not support a great potassium requirement for early seeding.

Fulvic Acid Fertilizers

belongsmj — Fri, 12 Aug 2011 03:39:48 +0000

Unlike synthetic fertilizers,Fulvic acid can be absorbed into the plant, increasing the mobility of nutrients within the plant. The nutrients affected by Fulvic Acid can move more freely than those affected by synthetic fertilizers preventing a number of complications which can be caused by the low mobility of nutrients that comes with the use of synthetic fertilizers.

Fulvic acid fertilizer easily out-performs other options when conditions are not optimal. It is in these conditions that the limitations of synthetic fertilizers are more apparent. Fulvic Acid performs effectively under acidic or basic conditions, and improves the movement of all plant fluids, allowing for healthier and more plentiful crops.

Fulvic acid is an ideal fertilizer, both alone and as a complement to existing mineral fertilizers. Safe for both skin contact and ingestion, its totally non-allergenic, is a good carrier of vitamins and minerals into cells and is 100% water soluble across all pH’s. Fulvic Acid improves and optimizes the uptake of nutrients, water, nitrogen, vitamins, and minerals in plants. Fulvic Acid increases the productivity of mineral fertilizers, stimulates root growth, especially vertically, and enhances the vitamin and mineral content of plants. As a natural carrier of nutrients into cells, Fulvic Acid is an organic catalyst, stimulates plant enzymes and amplifies their production. Fulvic Acid also thickens cell walls in fruits, prolonging the shelf life.

Fulvic acid fertilizer is a naturally occurring compound that is traditionally captured from less than ideal sources such as: coal, peat, or soil. Due to this, the use of Fulvic Acid has been limited due to high levels of mineral and chemical contamination. This technology describes a mechanism and process to produce a patented PURE form of Fulvic acid fertilizer on an industrial scale from freely available carbohydrates under standard chemistry, manufacturing, control conditions. A natural preservative in food, confectionary and cold drinks, Fulvic acid fertilizer also serves as a natural organic disinfectant for fruit and vegetables. Due to these properties, Fulvic Acid fertilizer can be applied directly to crops intended for human ingestion without worry of contamination.

Humic acid plus fulvic acid fertilizer liquid fertilizer is a kind of multi-functional and high efficiency fertilizer. It contains not only humic acid, K2O but also fulvic acid and trace elements. It can increase the absorption of nutrition by plants and ameliorate soil structure with the high loading capacity and biological activity of fulvic acid and humic acid.

Specification

* Humic Acid (dry base): 12%min
* Fulvic Acid (dry base): 5%min
* K2O (dry base): 1%min
* Insolubility: 1% Max
* PH: 9-11
* Trace Elements: Ca, Mg, S, Cu, Zn, Mn, Mo

Packing: 20L/drum

Application

* Foliar Spray
Dilutes 2 -3 kg fertilizer with 100 liters water and adds to foliar fertilizers or to pesticides.
* Fertigation
Add it to irrigation water with the ratio of 10 -15 kg /ha

Effect:

* Anti drought, anti cold
* Enhances photosynthesis, promotes plant growth
* Improves the soil structure, reduces nutrition losses
* Increases nutrient absorption by the root system

Humic acid fertilizer use

belongsmj — Fri, 12 Aug 2011 03:31:25 +0000

Humic acid fertilizer is a kind of humic substances of humic acid containing the new fertilizers. The main kinds of humic acid, nitric humic acid and purification of humic acid products, before both with nitrogen, phosphorus, potassium and microelements fertilizer, mainly used for huma made by furrow. Mainly used for water purification of humic acid or spray crops, as growth regulator. Also used as seed germination, and can improve the seedling.

1 Usage.

(1) Application. With humic acid 0.02% per solution of 0.05% ~ 300 to 400 kilograms and livestock mix, or open ditch, digging with. Paddy soil water can be combined into.

(2). Seedling stage and heading stage, with humic acid per 0.01% ~ 0.1% 250 kilograms in aqueous solution, not contact (root) near the root of humic acid sodium, potassium, can follow or humic acid water or spilled pouring, miao, zhuang, promotion of growth.

(3) The root spray. Yang flower go later stage, the root and grouting, spraying 23 times per spraying containing humic acid (0.01% ~ 0.05% ~ 75 kilograms, aqueous 50 can make full grain weight increases, reduce air flat rate. In afternoon 2 ~ 6 when spraying as well.

(4) Soaked. With humic acid(0.01% ~ 0.05% solution soaking seeds, vegetables, wheat seeds leaching 5 ~ 10 hours, rice, cotton leaching 24 hours above. Can improve sprout rate, root seedlings, enhance ability.

(5)Root seedlings, dip in plants. Rice, sweet potatoes, vegetables, transplanting crops, transplanting of 0.05% ~ 0.1% before use, humic acid potassium sodium humic acid leaching solution for several hours, or root transplanting fails when, immerse dip fruit cuttings. Quick, increase root, shorten the slow lifting, increase the survival rate.

2. Note.

Humic acid fertilizer application, seeds, according to better to give than broadcasting, deep shallow well. Joash than Corrosion and inorganic fertilizer fertilizer cannot replace completely and livestock, chemical fertilizer, organic fertilizer must cooperate with phosphate application, especially with better use. All kinds of different materials, corrosion ihan fertilizer manufacturing method is different, the nutrient content difference, in applying to grasp the appropriate concentration.

Humic acid sodium, potassium fertilizer, should pay attention to the hormonal response after cold temperature, slow, hot days commonly, rapid temperature in 18 hours or more effective. If the temperature than 38 degrees Celsius, will accelerate the respiration reduce crop losses caused by dry matter accumulation, and shall cease to use or reduce the number of application and dosage.

Corruption ammonium fertilizer only soil moisture, irrigation, fully play good effectiveness.

Plant bio-stimulants are materials that promote plant growth. The importance of bio-stimulants lies in their ability to promote hormonal activity in plants. Plant hormones are chemical communicators, or agents, which help regulate a plant development and its response to its surrounding environment. Bio-stimulants also promote antioxidant production in plants which, in turn, reduces tree radicals . Free radical molecules result from stress such as drought, heat, ultraviolet light and herbicide use. Free radicals are damaging because they are strong oxidizing agents which damage lipids, proteins and DNA within plant cells. Antioxidants are metabolites and enzymes which seek out free radical molecules and protect plants from damage. They include lipid soluble substances like vitamin E and beta-carotene and water soluble materials such as vitamin C and various enzymes.

Humic acid fertilizer is formulated with high grade humic acids that promote plant health and growth. The importance of humic acids lies in their ability to promote hormonal activity in plants. Plant hormones are chemical communicators, or agents, which help regulate a plant development and its response to its surrounding environment.

Humic acids also promote antioxidant production in plants which, in turn, reduces tree radicals . Free radical molecules result from stress such as drought, heat, ultraviolet light and herbicide use. Free radicals are damaging because they are strong oxidizing agents which damage lipids, proteins and DNA within plants cells. Antioxidants are metabolites and enzymes which seek out free radical molecules and protect plants from damage. They include lipid soluble substances like vitamin E and beta-carotene and water soluble materials such as vitamin C and various enzymes.

Humic acid fertilizer contains humic acid, fulvic acid, macro micro nutrients and proprietary constituents essential for plant growth. In high pH soils, where phosphate availability is a problem, Humic Plus greatly increase the availability of phosphorous, iron, zinc and manganese. In addition, Humic Plus can complex nitrogen as ammonium and retain it in the root zone preventing nitrification and leaching out of the root zone. Humic Plus can be foliar applied with the aid of a conventional sprayer and soil applied with the aid a liquid kit, irrigation or fertigation apparatus

Humic acid fertilizer aids in degrading harsh chemicals in an environmentally safe manner.

Chemical Fertilizer vs. Organic Fertilizers

yinlong — Mon, 04 Jul 2011 06:40:15 +0000

Fertilizers are the protein supplements for your plants. Fertilizers are utilized to enrich the soil with nutrients that it does not inherently have. Fertilizers need to be applied strictly as a deficiency-buster. Inordinate use of various types of fertilizers kills the naturally present ingredients in soil too. So, it really is significant to use them carefully and only as per need to have.

What’s an Organic Fertilizer?
Organic fertilizers are created from naturally occurring substances, and consist of by-products or waste remains of the animals. Dead plants and dead animal remains are also often utilised as fertilizers in organic farming. They are naturally chemical-rich and include high amounts of nitrogen, phosphorus and potassium (NPK).

What is a Chemical Fertilizer?
The most important distinction between a chemical fertilizer and an organic fertilizer is that the chemical ones come out of a lab as well as the organic one comes from living beings. A chemical fertilizer is synthetically ready to incorporate the crucial nutrients which can be important for the plant growth process. All chemical fertilizers contain the regular NPK requirement and any other nutrients as necessary.

What is Chemical fertilizers?

cheminfo — Mon, 27 Dec 2010 07:03:30 +0000

Chemical fertilizers are not just about the application of toxic chemicals onto the soil. Chemical fertilizers are more of a quick-fix – they may seem effective only at first, then they end up depleting your soil and creating a cycle of dependency. Chemical fertilizers make your plants produce – they can also be harsh, unforgiving, wasteful and lacking some nutrients that your plants need. Chemical fertilizers focusing only on N, P and K create mineral deficiencies to the detriment of the soil. Chemical fertilizers and organic fertilizers show their nutrient content with three bold numbers on the package. Chemical fertilizers provide one of several techniques directly transferred from modern farming to gardening. Chemical fertilizers, especially nitrogen and phosphorus ones are a serious form of pollution, as the excess leaches into lakes, rivers and the water table. Chemical fertilizers are salts, manufactured from coal or natural gas, which are non-renewable resources. Chemical fertilizers provide an “empty” type of food directly to the plants. Chemical fertilizers are designed to meet those needs.

Types and applications of inorganic fertilizers

cheminfo — Tue, 21 Dec 2010 03:22:41 +0000

How To Increase Your Natural Fertility By 81%

admin — Wed, 16 Jun 2010 07:05:55 +0000

hope to start a family? It takes about 120 days for healthy sperm to form and the egg to adult. The health of your egg and sperm from today is the result of your actions and all the things you’ve been exposed to especially during the previous 16 weeks. Hence the health and viability of your sperm or eggs – and their ability to create a healthy pregnancy in four months from now the product of the changes you implement now.

What does it take to boost your fertility?
optimum fertility requires a multilayered, comprehensive approach, especially if your goal is to overcome infertility. Often, many lifestyle changes are essential to the very swing hinge on the “other side” creating the very real possibility that you keep your own, the baby of your dreams. And it often is, that /> simple! Implement the changes directly in your day and you greatly improve your chances, not only to design but also for having the healthiest baby possible and become the proud parent you've always wanted to be.

I just want to be pregnant, once that happens, I’ll be super healthy. . .
At 8 weeks of gestation in terms of health of a baby is already created, as well as its organs and tiny little fingerprints! At this point, most health vulnerabilities of their strengths and are determined by the “map” existing in this magnificent creation – the predisposition of your child’s future health and opportunities are now in place regardless of what happens From this point and be moms do not even know they are pregnant by this crucial step. Once pregnancy is established on the potential health of your child becomes the lowest common denominator between you and your partner’s health and its potential has been achieved – the possibility of significant improvements are present in the 120 days of preparation before conception until pregnancy exists. The time to optimize your child’s future, giving the best possible start in life is not during your pregnancy – During your preparation before conception, involving both prospective parents.

This preparation is what makes all the difference to your results – U. K. Research shows that when both parents to optimize their health during a period of at least 120 days prior to an attempt natural conception of the likelihood of taking home a healthy baby was 81% higher for previously infertile couples. Similar research also confirms this type of approach can double the chances of success with IVF.

So what is the best way to optimize your fertility?
In my many years of private practice, I developed the 11 Pillars of fertility – the blueprint that has helped many patients to create the pregnancy and the baby of their dreams. The 11 pillars are the foundation of all the essential elements that must be in place if you and your partner want to ensure the best possible chance of having the healthiest baby and / or to overcome fertility problems.

Here are three very important pillars that will help your chances of turning your dream into reality:

Healthy Diet
This is an absolutely essential aspect of optimal fertility. If your diet is not supporting your body’s metabolic functions your ability to conceive and carry a pregnancy to term health will suffer.

The environment and />
Today, thanks to our environment, we are in direct contact with over 4 million chemicals - most of which are dangerous to the healthy development of the egg, sperm and embryos. The problem is that often hazardous chemicals, labels, disguised as pretty into our homes and are free to have their destructive effects, without even realizing they are harmful to our health and fertility.

In addition to our lifestyle has a huge impact on fertility and reproduction. Things such as smoking, alcohol, coffee, filtered drinking and cooking water, and recreational drugs – will have a devastating effect on the female and male fertility.

Emotions
This is a key greatly underestimated the optimal fertility. The mind-body connection is real and it is taken for granted. If you think you are infertile, you re-enforce a belief that continues to manifest in your life, your unconscious will. The crucial point is the realization of this right now you can do to change all the things you want in your life, including health and reproduction. When it comes to fertility, faith and acceptance of your current situation with love and understanding releases and you can choose to move forward in sound attempts to create your desire to become a proud parent.

Optimizing your ability to conceive a healthy baby, to overcome infertility and carry a pregnancy to term is very possible. It requires the full commitment of both partners to better results and more specific changes in how you do certain things – but as the saying goes: “Do your part and the sky will come to your aid.”

Leading naturopath and natural fertility specialist Gabriela Rosa publishes the two “celebrated a rel =” nofollow “onclick =” javascript: pageTracker. _trackPageview (‘/ outgoing / article_exit_link’ ) “href =” http://www. boostyourfertilitynow. com “> ‘fertility and ‘ Natural Health has over 1000 subscribers. If you are ready to optimize your health and fertility, get your free tips today!