GYPSUM
Do you have clay or layer of hard subsoil problems in your garden? Then gypsum may be the answer to help loosen the soil structure. It is not considered a miracle substance and you will find that it doesn't work right away, but a 3 year program of applications should help improve the poor soil conditions. It is not expensive and is easy to spread where needed. Gypsum also has a job of repairing the soil that has been damaged through compaction from heavy stock, machinery, in the recovery of sub-soils exposed by earth movement and in soils affected by salinity. A gardener faces one of the biggest problems in a new or established garden if they have a clay or layer of hard subsoil type of soil. This type of soil creates poor drainage, soggy soil and soil compaction. When you have a new garden you can work organic humus, which should be done anyway, to loosen the poor soil. Manure, compost, peat moss and soil mulches and conditioners are normally used for this purpose. You might ask, what do you do in an established garden? What does Gypsum do? Be aware that gypsum does not contain any major plant nutrients, so continue a regular fertilizing program even though it contains calcium and sulfur which is needed for plant growth. In addition, continue to put out organic humus as you plant. Gypsum is easy to apply!
If you have decided that gypsum would benefit your soil then just click on
What is gypsum? Varieties of gypsum: Many states contain large deposits that stretch over large regions. Such deposits exist in New York, Ohio, Kentucky, Maryland, Tennessee, Iowa, Michigan, Texas, New Mexico, Arizona, and California. Some of the main uses:
Doing a search on gypsum I ran across these questions concerning gypsum
--Putting gypsum on lawn in what amounts? Gypsum should be applied at a rate of up to 60 pounds per 1,000 feet of lawn area two times a year. Make sure that is a required additive, otherwise a waste of money plus adding will not benefit anything --What is the chemical content of gypsum? Gypsum (CaSO4 2H2O) Synthetic gypsum is most commonly made when using so-called scrubbers of lime in coal fired power plants to remove the smoke from sulfate. The lime and sulfate will mix and create synthetic gypsum that is of high quality and a very pure gypsum material. Chemically this gypsum is exactly like the natural gypsum. --How do you get gypsum? --How do you obtain gypsum? Natural Gypsum Gypsum (CaSO4 2H2O) is one of the most ordinary natural minerals and is really a kind of rock. It is accessible in mines in some countries. The leading producers of rock gypsum are countries such as Mexico, Spain, Thailand and the US. While in good supply currently, there is simply a moderate supply accessible worldwide, therefore measures to maintain the natural gypsum resources should be carried out. Recycled gypsum powder can substitute for natural gypsum rock up to 25 per cent in the manufacture of plasterboard. --what are the benefits of gypsum use? Gypsum has been around for over 250 years as a soil additive and plant food. Here are benefits from it's utilization on the land. Gypsum-treated soil combined with organics can soften the soil and make it easier to till and crops react better. It is a defense against unnecessary water runoff from particularly big storms which create erosion. It affords root growth and air and water movement. An economical method to resolve salty soils. The importance of organic matter is magnified when it is dispensed with gypsum. No crust formation allows more and faster seed emergence and a couple days earlier to harvest and market. Gypsum helps the effeciency use of water for the crops. In periods of drought, this is exceedingly important. Less energy is required for the tillage. Combining with organic amendments also helps, particularly in stopping the comeback of the compaction. It instantly lowers the pH of soils to the extent of conforming to approved standards for the growth of almost all crop plants. Severe dust problems can be decreased, particularly if mixed with the use of water-soluble naturally occurring or synthetic compound consisting of large molecules made up of a linked series of repeated simple monomers (polymers). As sodium is changed by calcium on these clays, they swell less and consequently do not easily block the pore spaces which air, water and roots travel. Gypsum improves the capability of soil to drain. The mix of gypsum and organics increase the quality of each other as a soil amendment by decreasing the break down of soil organic matter when soils are worked. Increases the beneficial results of water-soluble conditioners used as amendments to change soil composition. Gypsum can be a farmer's champion by increasing crop yields from 10 to 50 % is very common. Surface crusting can be prevented. It is feasible to have deeper rooting with producing benefits to the crops. Today gypsum is widely used on acid soils. Gypsum can improve many acid soils better than lime. The calcium in gypsum works as a controller of the balance of especially the micro nutrients like iron, zinc, manganese and copper in plants. If the effective SAR (sodium absorption ratio) of irrigation water is more than 6 for some crops, gypsum should be applied. Calcium, which is part of gypsum, is essential as most plant nutrients are absorbed by roots. Gypsum has sulfate which is a natural form of sulfur that is promptly accessible for soil requirements and plant consumption. Good fruit quality needs an satisfactory amount of calcium found in gypsum. An application of gypsum is a good to improve soil collecting and porosity that will last for years and help items more easily penetrate into the soil. Gypsum may help prevent clay particles from clinging to the roots of crops like potatoes, carrots and garlic.
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