A lime fertilizer is what is used to fertilize little cedar trees (Cedrus spp).
Specifically, cedar trees favor neutral to slightly acidic soils. Lime-based fertilizers help lower the soil pH to between the 5.5 to 6.5 range beneficial to cedar tree growth. But fertilizer must be applied only in the case of poor quality soils. Otherwise, young cedar trees need most a space that is clear of such shallow-rooted competitors as ferns, grasses and weeds; that is 3 feet (0.9144 meters) away from water bodies; and that receives full sunlight.
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Taking a 50000 tons urea fertilizer plant as an example, the process of making granular urea fertilizer as follows: materials batching, raw materials mixing, materials crushing, granulation by pan granulator, urea granules drying, cooling, granular urea screening, packaging etc. the whole process includes at least eight fertilizer machines to work together.
Of course, your fertilizer yearly yield depends on the number of fertilizer machines. At the same, you should consider the raw materials of urea fertilizer and urea shape.
This is a video shows the whole process of making fertilizer in fertilizer plant.
Well that's kind of an easy question some disadvantages to organic fertilizer is that
1.)its way to expensive to buy
2.)it takes along time to start to work in the soil that it has been put in
3.)the organic fertilizers release the nutrients in a very very very very VERY s.....l......o.....wmanner(way).
Palm fertilizer is what is best for cabbage palm trees (Sago palmetto).
Specifically, cabbage palm trees benefit from specialty fertilizers. They do not need heavy nitrogen nutrient inputs. Instead, they have to have fertilizers with a higher percentage nutrient weight in phosphorus. They also like their fertilizers to include magnesium and manganese, nutrients in which they easily become deficient.
An acidifying fertilizer or compost are the best fertilizers for gardenia shrubs (Gardenia spp).
Specifically, gardenias appreciate soils that are more acidic than neutral. They therefore benefit from acidifying fertilizers that keep the soil pH below the neutral range of 6.5-7.0 on the 1-14 scale. They get the same benefits when compost is applied at fertilizer along the drip line or as mulch. Additionally, compost as mulch controls weedy competitors, favors drainage, increases soil fertility and keeps temperatures even.
Dilution and supplemental irrigation are precautions that a gardener can take so that chemical fertilizers stimulate plant growth without damaging plant roots when the concentration is too high.
Specifically, a too high concentration can be corrected by diluting the fertilizer to its correct concentration. A supplemental watering schedule can be put into effect. Adequate soil moisture levels help plant roots take in too highly concentrated fertilizers.
A fertilizer with chelated iron is the best fertilizer for evergreens with yellow needles.
Specifically, yellowed needles indicate chlorosis. Chlorosis is a chlorophyll deficiency whereby needles do not turn the expected green in color. It may be corrected by chelated iron treatments in addition to any fertilizing schedule already in effect.
The fertilizers add nutrients to the soil so that the plants grow better and more productively than if the soil were left in its normal state.
Macro- and micro-nutrients describe the ingredients in liquid fertilizer. Liquid fertilizers include the macro-nutrients nitrogen for greening, growing and thickening, phosphorus for flower, fruit and seed production and photosynthesis and potassium for healthy roots. They sometimes include the other macro-nutrients calcium, magnesium and sulfur and such micro-nutrients as boron, copper, iron and zinc.
Compost or leaf litter are the best fertilizers for maple trees (Acer spp).
Specifically, maple trees benefit from ground cover that is most like their native habitat. Compost can be applied as a fertilizer along the drip line or as a mulch from about 5 inches (12.5 centimeters) from the trunk out to the drip line. Leaf litter also is a natural fertilizer option.
Otherwise, maple trees need no fertilization schedules if they grow in grass, lawn or turf that is on a regular fertilizer application schedule.
Yes, it causes cellular damage, and if enough are damaged the plant will die.
Typically fertilizer recommendations for field crops are made in lbs of the fertilizer per acre. Example - 200lbs/ac of 12-12-12 (this would supply 20 lbs N, 20 lbs P, and 20 lbs K per acre).
The Analysis (X-X-X) shows us what PERCENTAGE of each nutrient is available by weight. Example; 100lb bag of 20-20-20 spread out over an acre will provide 20lbs Nitrogen, 20% lbs Phosphorus, & 20lbs Potash (PER AREA) of the total weight of the bag, therefore an acre would receive 20lbs of each nutrient.
Respectfully, the above (answer) would yield 24lbs/acre of each. If the analysis were 10-25-50, the amount of ACTUAL AVAILABLE NUTRIENT per bag (in a 100lb bag) would yield 10lbs N, 25lbs P, & 50lbs K. Keep in mind that the pellets are composed of fillers & binders.
Compost is the best fertilizer for barberry bushes (Berberis spp).
Specifically, barberry bushes can handle a variety of environmental and soil conditions. They do not need special fertilizer attention when they grow in grass, ground cover, lawn or turf that regularly is treated with fertilizer. But for those who feel more comfortable doing so, compost is a wise choice. It provides a slow but direct and steady release of nutrients back into the soil for intake for the barberry's roots.
Reasonable prices year round and regular sales pricestend to be the norm in terms of how much artificial fertilizers cost.
Specifically, artificial fertilizers are much better known and much more widely distributed than organic equivalents. They benefit from being provided by established local businesses and multistate corporations. They can be offered at competitive and special prices.
They are not neccessarily better.
It is a fact that chemical fertilisers and pesticides can leave residues and organic produce is probably healthier, but, with organic produce only we could not feed the world.
Decrease growing times and increase production and revenues are the effects of non-orgnaic fertilizers on food production.
Specifically, non-organic fertilizers can be designated "NPK" fertilizers because of their weighted contents of nitrogen, phosphorus and potassium. The three above-mentioned nutrients may make plants grow faster in less time. Crops and edibles that benefit from such fertilizer treatments usually promise more frequent and quicker stocking of grocery and market shelves and expanded availability of products since growing times are reduced but growing seasons can accommodate multiple crop productions.
Balanced, slow-release, 10-10-10 fertilizer describes the best fertilizer for plumbago. The numbers identify the nitrogen, phosphorus, potassium ratios. The herbaceous plants and shrubs in question need well-drained soils with neutral soil pHs (power of hydrogen) and therefore will not tolerate fertilizers for acid- or alkaline-loving plants.
Fertilizer and compost are different items. Neither is better.
Compost is a soil amendment like peat moss, except it has much more. It normally contains many micro-nutrients that common fertilizers do not have. It also has live microbes fungi and bacteria that are needed by many plants to thrive.
Composts may have small amounts of N,P,K (Nitrogen, Potassium & Potash) fertilizers within it, but it depends on the source material of the compost.
Soil amendments change the structure of the soil so roots can grow better and clay soils may drain and sandy soils may hold moisture.
Fertilizers may be from chemical or organic source. They do not change the soil structure or the moisture holding capacity. Fertilizers simply supply the most needed nutrients for optimum plant growth.
For maximum plant growth and strength plants need both compost and fertilizer.
Returning the unused part of plants to the soil via compost maximizes the availability of the nutrients that your plants need and better simulates natural growth conditions.
"The Compost Guru"
Encourage above-ground growth is what nitrogen in plant fertilizers does to plants.
Specifically, nitrogen is one of the main nutrients that plants need in order to grow. It helps the plant to grow strong, healthy stems, stalks and leaves. But too much of it can cause lush growth of the above-mentioned body parts at the expense of fruiting and flowering.
A website I discover, seems like the perfect place to view all of the information. Its called A Homeowner's Guide to Fertilizer and the address is www.ncagr.gov/cyber/kidswrld/plant/label.htm.
Many different elements and compounds are used in varying proportions as plant fertilizer.
The 6 main elements used are: nitrogen (N), phosphorus (P), potassium (K), calcium (Ca), magnesium (Mg), and sulfur (S)
Seven others elements are also used as "micronutrients": boron (B), chlorine (Cl), copper (Cu), iron (Fe), manganese (Mn), molybdenum (Mo), and zinc (Zn).
A compound that is commonly used in agriculture as a "high-nitrogen" fertilizer, is ammonium nitrate (NH4NO3).
Rapid growth of body parts may be a response to increased amounts of fertilizer to a plant. Nitrogen, phosphorus and potassium tend to be the main ingredients of artificial, chemical, inorganic, synthetic fertilizers. The three nutrients work together to quicken the pace of plant growth. Specifically, they target roots below ground and shoots above ground.
But the buds that produce fruits and flowers may get lost in the mad race for body parts to develop faster than naturally. It's easy for leaf and stem growth to take the lead. It equally becomes easy for budding and blooming to take a back seat. So flowers and fruits may be minimal, or even non-existent.
Compost and organic mulches are ways to fertilize a butterfly bush. The flowering plant in question (Buddleia spp) generally does not respond well to fertilizers. It likes compost as an amendment, fertilizer or mulch in warm weather and compost or another organic mulch during the cold season.