The Best Location For Your Future Garden
The key to a successful vegetable garden is to eat the fruits of your labor. Anybody can garden like pros and enjoy a big harvest of tasty, fresh, and nutritious vegetables throughout the season if they know the essentials of successful gardening. One of the most important factors is having a good location. A good location is one that gets direct sunlight all or most of the day.
Sun provides the energy the plants need to grow. Ideally, sunlight must not be obstructed at any time of the day. However, this is not always possible. Your property may be small or for some other reason your garden needs to be close to the house or a big tree that you don’t want to cut down.
If this is the case, choose a location south of the high objects if you live in the Northern Hemisphere. Conversely, choose a location north of the high objects if you live in the Southern Hemisphere, such as in Australia, South Africa, and South America. This way, high objects will not obstruct direct sunlight to any part of the garden at any time of the day.
If the site you choose for your garden is east or west of nearby high objects, you still can grow vegetables successfull! Observe which areas get more sun and which areas get less sun throughout the day. The shade of high objects shifts continuously during the day, because of the rotation of the earth.
Plant the fruit-bearing vegetables such as tomatoes, peppers, and eggplants in the areas that get at least 8 hours of direct sunlight daily. Plant leafy vegetables such as lettuce and spinach in the areas that get at least 6 hours of direct sunlight per day. Plant root crops such as potatoes, beets, and carrots in areas that get at least 7 hours of direct sunlight per day.
Place your garden at a respectable distance from big trees. In addition to obstructing direct sunlight, big trees deprive nearby vegetable plants of water and nutrients. This is because tree roots are very big compared to vegetable plant roots and, therefore, have more capacity to absorb the soil’s nutrients and water.
If you cannot locate your garden far from big trees, give the area that lies on top of tree roots extra fertilizers and water and raise the level of the ground over the tree roots by adding topsoil. This added soil will provide the vegetable plant roots with a growing depth free of tree roots. If the trees are of the kind that develop shallow roots, like the maple and cottonwood, you will have to add more topsoil every couple of years.
Most people position their garden in the backyard. In houses having a small backyard, the garden may be positioned in the front. The surface of the ground should be flat or have a gentle slope. A gentle slope facing south (if you live in the Northern Hemisphere) increases the intensity of sunlight. This is desirable for tender and very-tender vegetables because they thrive on hot weather.
A gentle slope facing north (if you live in the Northern Hemisphere) reduces the intensity of sunlight. This is desirable for very-hardy and hardy vegetables, because they thrive on cool weather.
If the surface is too steep, water from rain and irrigation will run off quickly instead of seeping through the soil. Moreover, heavy rain will wash away the topsoil and the valuable nutrients it contains. To absorb more rain and reduce soil wash, plant the rows across the slope. If your area is windy, you may have to plant some high shrubs around the garden. The shrubs should be at least 15 feet from the boundary of the garden in order to prevent their roots from absorbing the nutrients the vegetable plants need.
Cheers,
John Parker
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When It Comes To Phosphorus Deficiency, Think Organically!
Gardeners are very much aware of the close relationship between organic matter and nitrogen, but the decomposition of organic matter in the soil is of equal importance to the amount of phosphorus available to plants. In both sandy and clay soils, phosphates can become quickly unavailable - “locked up” - in the absence of rotting organic matter. The carbonic and nitric acids present as organic matter break down and help unlock the phosphorus.
Without phosphorus, plant growth slows. Crops won’t mature when they should. Scientists are not positive yet about what phosphorus does, but they think the following explanation is accurate. The cellular material that mysteriously pulls the cell interior apart to form two new cells contains phosphorus. If the content is low, the rate of cell division is slow.
The subject of phosphorus deficiency gives us an excuse to inveigh against a press release issued by our land grant colleges periodically. The purpose of the release seems to be to hit organic gardening a good lick just on general principles, gain attention, and prove to the old alma mater that here is one researcher who has not wavered from the path of chemical righteousness. An expert is Invariably quoted to the effect that “Food grown on poor soil is no less nutritious than food grown on good soil. The variation is only one of quantity.”
How can responsible people utter statements like that? Outside a very, very, narrow context, that is plain, unvarnished error. Phosphorus deficiency is one of many examples that will refute such a declaration. Cows pastured on soil lacking phosphorus have poor bone development. Such a cow can look like the living death walking around. Check the University of Minnesota and ask to see their photos of cows grazed on poor, phosphorus-deficient soils in northern Minnesota. If we humans didn’t get adequate phosphorus in our diets, we’d start looking like those knock-kneed, mangy cows.
Discovering Phosphorus Deficiency
The quickest, surest indicator of phosphorus deficiency in vegetable plants is a reddish-purple discoloration of leaves, leaf veins, and stems. The coloring comes from an over-concentration of sugar resulting in the formation of anthocyanin, a purple pigment - the same reddish purple you see in autumn leaves. The excessive sugar production is triggered by the scanty supply of phosphorus.
Corn leaves, including sweet corn, may first appear a darker green than usual when young if phosphorus is lacking. Then the leaves and stalks become purplish. Knee-high corn with purple-fringed leaves almost always reveals that your land needs phosphorus. Defectively shaped ears are another sign - the crooked ears caused by slow silk emergence at pollination time. Crooked and incomplete rows of kernels on the ear is another sign.
Tomatoes starved for phosphorus get the characteristic reddish-purple color on the underside of their leaves, the color first appearing in spots on the web of the leaf, spreading to the entire leaf, and finally affecting the veins. Leaves are small and stalks too slender. Cole vegetables turn reddish purple too, on leaf edges. But don’t confuse that with purple cabbage! Also some sweet corn, like Early Sunrise, has a purplish hue in the stalks, natural to the variety. Remember, too, that cane sorghum shows reddish blotches on the stalk because of high sugar content, but it’s supposed to have high sugar content.
Supplying Phosphorus If Necessary
A good, built-up organic soil seldom if ever shows phosphorus deficiency because where high organic matter content is maintained, the natural phosphorus in the soil remains more available. But every soil, no matter how good, should have phosphorus added to it periodically if the soil is heavily cropped. Phosphate rock, either raw or the colloidal type, is the accepted organic fertilizer to apply. Rock phosphate is not cheap, but a two ton per acre application once every four years won’t break you up either.
Rock phosphate is not as readily soluble in water as superphosphate, though modern crushers can now render the former to a very fine powder that allows the phosphorus to be released much faster than used to be the case. Moreover, in the presence of lots of organic matter, more phosphoric acid becomes available from slow release sources like phosphate rock than the superphosphate salesmen will admit.
Organicists don’t use superphosphate for a number of reasons. They figure the extra processing necessary to convert rock phosphate into superphosphate represents a use of energy unnecessary to organic agriculture. The sulfuric acid used to make the conversion causes a build-up of a type of bacteria in the soil which feed on fungi that break down cellulose.
Bone meal is another source of phosphorus that makes sense on a small garden or on a few choice shrubs around the house. There are three kinds of bone fertilizer products: raw bone meal, steamed bone meal, and bone black, all with a phosphorus content of over 20 percent, though exact content will vary according to the age, diet, and kind of animal the bones come from. Some disagreement exists among gardeners over the benefits of bone meal. Some say they get no results from it; others wouldn’t garden without it. The difference of opinion probably springs from the fact: that it takes a long time for the meal to decompose and release the phosphorus in it. Also, gardeners who really care enough to use bone meal usually already have soil in good shape.
Cheers,
John Parker
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The Importance Of Having The Right Amount Of Nitrogen In Our Soil
Soils rich in organic matter are seldom deficient in nitrogen, since nitrogen is produced during decomposition of organic matter. The amount may not be high enough to produce top yields, however. That’s why soil periodically should be planted to a legume that will fix additional nitrogen in the soil by the action of bacteria living on the legume roots. Since there are about 75 million pounds of nitrogen in the air above every acre of land, the amount of nitrogen fixed by legumes Is limited only by the plant’s ability to do the fixing.
Some day - and researchers are working at it already - we may have legumes and bacteria which will supply all the nitrogen a soil needs without any help from additional fertilizer. But for now there will be times when a soil needs additional help in building up a sufficient supply of nitrogen. This is particularly true for gardeners who take over poor ground and want to raise good crops Immediately. It takes nature years to restore a soil’s fertility. With organic help, the natural process can be sped up.
Growing and consuming plants, in some other way than allowing them to rot back into the soil from which they sprang, are activities which are by their nature nitrogen depleting. If you don’t put back as much as you take out of the soil, you’re losing ground - literally. The process is sort of like money and banks. If you establish a savings account and draw no money out of it, the interest keeps accumulating. Your money increases without any particular effort on your part.
If, on the other hand, you don’t have a savings account but must borrow money steadily, then you must always be paying back - principal plus interest. If you have more nitrogen “banked” in the soil in the form of organic matter than you are taking out, the soil continues to build up - progressively, like interest on savings. You don’t just hang on by the skin of your teeth each year in your gardening. And if a year comes when you can’t get extra fertilizer from outside sources, there’s enough in your “bank” to tide you over. But if you haven’t practiced thrift - if you’ve taken out more nitrogen than you’ve left in - you have to pay back from another source with interest. And you can’t ride out a bad year of fertilizer shortages.
Balancing The Supply
Plants can’t use nitrogen in its raw form. First acids in the soil change it to nitrate forms which the roots then take up. In the plant cells the nitrate salts are converted to ammo acids of many kinds which recombine to form protein. And protein, of course, is the real staff of life.
You can upset the process by which nitrogen becomes protein either by not providing enough of the former or by providing too much. Too little in a vegetable garden makes plants spindly and yellowish; too much and they grow rank, producing too much stem and leaf in relation to fruit, or producing leaf which has small protein value.
Too much nitrogen can make grains, especially wheat, grow so rank that they fall over at the first heavy rain or hard wind. In very dry weather, an excess of nitrogen fertilizer can build nitrate levels in stunted plants high enough to cause nitrate poisoning.
Nitrogen Deficiency посмотреть порно ролики бесплатно порно видео кончающие смотреть
You can spot nitrogen deficiency in your garden sometimes by color. Vegetable plants well supplied with nitrogen are a rich, dark green and grow fast in warm, humid weather. When growth is slow and plant color yellowish-green, you’re most likely short on nitrogen. First the leaves yellow, then the stems. In case of nitrogen starvation, the whole plant turns yellow, then brown.
Yellowing of leaves occurs from other causes, so be forewarned. Even experts cannot always tell by sight alone. On ground not properly drained, the yellowing may mean that nitrogen is not available to the plant because of excessive moisture and lack of aeration, even though enough of the nutrient is actually present in the soil.
Cheers,
John Parker
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What Do Organic Gardeners Use To Supply Potassium?
A major plant food is potassium, more commonly referred to as potash when talking about fertilizer. Potassium is certainly the most elusive plant food. In one acre of ground there may be 40,000 pounds of potassium in the top six inches of soil, but only 1 percent порно бессплатно проститутки чебоксары of it might be immediately available. Potassium seems to be needed for all the functions of the plant, but the plant does not build it into the structure of its parts. The element may move back into the soil as the plant matures.
It also moves around in the plant, usually going from older to younger tissue. Once the plant dies, the potassium is very easily leached out of it. Scientists don’t know yet exactly why potassium is so important to plants. It just is! The most commonly held theory is that potassium helps the plant resist disease, protects it from cold, and protects it during dry weather by preventing excessive losses of water. It also helps in the formation of plant sugars.
A plant lacking potassium grows slower. The leaves may get yellow streaks in them. Edges and tips of leaves become dry and scorched. In corn, the ears that do develop arc often just nubbins and on the stalks, the space between leaf nodes is abnormally foreshortened. The dwarfing makes the whole stalk shorter and the leaves appear too long for the plant. Stalks of corn or other grains are generally weak where potassium is in short supply and will break or blow over more easily.
In tomatoes, potassium shortage stunts plants. The young leaves become wrinkled, older leaves grayish and yellow along the edges. Light-colored spots between veins turn eventually to a bright orange color before the leaves die. Fruits, if any, ripen unevenly and are abnormally soft. Cabbage along leaf borders turns bronze-colored, then a scorched brown. In carrots, the leaves curl. Beets grow tapered roots instead of fat bulbs. Radishes first show unusually deep green in the center of the leaf and scorching on the edges later.
How To Supply Potassium
Potash is the most difficult fertilizer for organic growers to obtain in quantity, and therefore presents the biggest problem in any large-scale organic venture. Muriate of potash is the main source of potash fertilizer in the United States, but is not recommended nor certified by organic gardeners even though it is mined from natural deposits laid down by ancient oceans. The potash in these deposits is potassium chloride salts, and organicists claim that both the salts and the chlorine in them leave residues that are harmful to the soil.
Instead, organic growers use greensand, also an oceanic deposit. Sometimes called glauconite or glauconite potash, greensand contains approximately 7 percent potash - all in a form available to plants. Greensand is actually more of a granulated clay than a sand, which helps explain why it absorbs and holds water to further aid plant growth. Greensand also contains silica, iron, lime, and phosphorus, plus traces of many other elements. Traditional recommendations call for an application rate of 1 pound per square foot. That’s fine for small gardens, but you may want to spread it thinner on larger plots or fields.
Cheers,
John Parker
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Why It Might Be Time To Start Using A Rotary Tiller
If your garden gets too large for practical hand cultivation, and is too small to justify a large garden tractor or small farm tractor, what you need is a rotary tiller. The tiller replaces both spade and hoe, and can replace rake and cultivator too, with a little ingenuity. A tiller, run shallowly between rows, makes a weed cultivator without equal.
Because of its versatility, the tiller is probably the most popular garden tool made today. But to determine whether you can economically justify purchasing one, you should compare costs and the amount of food your garden produces.
Tillers are either rear-mounted or front-mounted. With a front-mounted tiller, you push down on the handles to make it dig deeper, the same as the rear-mounted, though the principles involved are different. When you sock the “brake” of the front-mounted tiller into the ground, the tiller can’t go forward and the blade continues to turn in place, going deeper into the soil. If the soil is hard, the tiller blades will bounce off it, causing the vibrations that after an hour or two can tire you out. The rear-mounted tiller won’t vibrate when the going gets tough, but if you try to force it to bite into tough soil, it will lunge ahead, dragging you with it.
The moral of the story is that neither type works well in very hard soil or in heavy sod. Here, as elsewhere, patience is the answer. Go over the area several times, letting the blades chew into the ground only an inch or so at a time. In the case of sod, allow the soil surface to dry out some between passes with the tiller. After the first pass, you’ll have a mess. Cut through the mess the second time at right angles to the first working. Don’t try to till sod when the ground is hard and dry. Wait until spring.
The easiest way to till sod is not to try. Instead, cover the area with a foot of leaves in the fall and leave them there the whole next year. (You can set out plants, like tomatoes, down through the leaves if you want.) By the following fall, most of the leaves will have rotted away and the sod, too. Then you can rotary-till easily.
Tillers won’t always cut up plant residues on the garden either. Things like tomato vines and cornstalks will tangle in the blades, especially if the blades have dulled with use. It’s best to run a rotary mower over the patch to be tilled first if there’s lots of plant material on it.
Tillers will “disk” plowed soil very well. If the plowed area had been in sod, do not let the tiller dig too deep as it will bring sod back to the surface. Tillers will fall-plow or spring-plow garden soil that has been previously cultivated and do an excellent job of it. They will incorporate into the soil chopped straw, hay, grass clippings, or leaves exceedingly well, and as mentioned, they will cultivate between rows too.
Cheers…
John Parker
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4 Gardening Lessons Revealed: Planting Methods, Tools, Crop Rotation & Clothing
1. Planting Methods: There are several methods for planting.
Picking any of these methods depends on the vegetable, the size of your garden, and your fondness. Three methods of planting, namely, single rows, wide rows, and hills are clarified as follows:
A) Single Rows: бесплатно порно смотреть In this method, seeds are sown in rows or lines that are spaced equal distances apart. The distances between the rows and between the seeds within the rows differ from vegetable to vegetable. If you want the rows to be straight, which gives a pleasant appearance to your garden, stretch a string between two stakes and sow the seeds along it. If you think this is too much work, use a stick to mark a line on the ground and try to make the line as straight as possible. With some training, you will get it straight.
B) Wide Rows: In wide row planting, seeds are sprinkled at equal spacing in both directions over a wide area. The width of the row varies from 6 to 16 inches. The row’s width is limited by your arm’s reach to the area in the middle of the row while standing at the edges. We find that wide rows are convenient and productive for peas and beans. In addition to giving high yield per unit area, they cut down on weeds. Wide rows are also good for starting leaf vegetables like lettuce and spinach. When the seedlings emerge, they can be thinned and transplanted elsewhere. Double rows are a special form of wide rows.
C) Hills: In hill planting, 3 to 5 seeds are sown close to each other. They need not be sown on a formed hill, as the name implies. This method is used for example when planting zucchini and cucumbers.
2. Gardening Tools: There are many gardening tools available on the market today. The basic tools you’ll need are a shovel, trowel, steel rake, tomato cages, and a water hose or can. The shovel is used to till the soil, mix potting soil, move soil around, and cut the weeds if they grow big. Some gardeners use a fork instead of a shovel to till the soil, but we don’t.
The choice is yours. The trowel is used for cultivating the weeds, transplanting the seedlings, mixing soil or fertilizers, and filling containers with soil. The steel rake is used to grade the soil and to compact the soil over the seeds. Tomato cages are indispensable for supporting tomato plants. You can also use them to support running plants such as cucumbers and peas. Without them the plants will collapse on the ground and their fruit will get into contact with the soil and eventually decay. A hose or a can is used to water the plants in the garden and within containers.
3. Crop Rotation: Crop rotation is the practice of planting each vegetable in a different location each year. The advantages of crop rotation are:
A) The chances of transmitting diseases and insects to next year’s crop are very much reduced. Certain diseases and insects attack certain vegetables. These diseases and insects move from the plants to the soil, where they winter. If the same vegetable is planted in the same spot the following year, the diseases and insects will surface from the soil and attack the new plants once again.
B) Each vegetable absorbs trace amounts of specific minerals from the soil. If the same vegetable is planted in the same spot year after year, the minerals the vegetable needs to grow healthy plants will be depleted, resulting in a meagre harvest.
C) The roots of legumes (peas and beans) have bacteria that soak up nitrogen from the air and fix it on the roots of the plants and in the soil. To take advantage of the nitrogen they fix in the soil, the legumes should be followed by a leafy vegetable, such as lettuce and or spinach, which both need nitrogen-rich soil. This is one of the techniques organic growers use to grow vegetables without the use of chemical fertilizers. It may be impractical to rotate every crop each year if your garden is small.
This difficulty can be overcome by taking the following measures:
(1) choose disease-resistant vegetable varieties, (2) keep your garden clean of rubbish, and (3) watch for insects and diseases. If a plant becomes teeming with insects, pick them by hand; if a plant is infected by a disease, pull it from the ground and dispose of it.
4. Proper Gardening Clothing: In the course of gardening, your ootwear and clothes are likely to be soiled. You walk on dirt and r mud, your clothes make contact with plant leaves and stems, and our hands are soiled. You are also exposed to the sun. Your shoes ccumulate mud and will soil the floor if you walk directly into he house. Therefore, you should have a pair of aged shoes set side for gardening. Put them on before going into the garden and ake them off before entering the house. Leave them in the garage
or put them in a bag until you use them again.
Also, have special clothes for the garden. If you don’t, your rdinary clothes will be soiled no matter how careful you are. To rotect your hands and fingernails from collecting dirt, use a good air of garden gloves. Some are washable and can be reused again nd again…
Please feel free to forward a copy of this Blog post to any of your friends and associates.
Happy Gardening,
John Parker
www.how-to-grow-tomatoes.com
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