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21 Reference List: Why Site Selection And Soil Analysis Is Important In Agricultural Production | 7 Factors To Consider In Site Selection

  • Figure 5: Using a soil probe for soil sampling in turfgrass. Photo by Joe Boggs, Ohio State University Extension. Figure 6: Using a hand trowel for soil sampling. Photo by Joe Boggs, Ohio State University Extension. - Source: Internet
  • A soil test will determine the current fertility status and provide the necessary information to maintain optimum fertility year after year. Soil tests take the guesswork out of fertilization and are very cost effective; they eliminate wasteful spending on fertilizer products. Test results and recommendations help protect our environment by discouraging the overapplication of plant nutrients. Excess nutrients not used by plants may escape into groundwater, streams and lakes where they can contribute to environmental problems, such as algal blooms. - Source: Internet
  • Success in vegetable production whether it is organic or not is greatly depended on a well thought out plant. Key factors that should be considered carefully during the planning stage of the farming operation are: site selection, water supply and quality, crop and variety selection, and, market development. If the wrong decision is made with regard to anyone of these, the operation is doomed for failure. - Source: Internet
  • For additional fees, soil testing labs will provide information on iron (Fe), manganese (Mn), zinc (Zn) and copper (Cu) as well as a few other elements depending on the soil testing lab. Soil testing labs can also provide information on soluble salts, nitrates, soil texture and the organic matter content of the soil. The extra fees for these analyses may be justified if you are trying to solve a diagnostic problem by gaining information not provided through a standard soil test. - Source: Internet
  • Contact the soil-testing lab before collecting the soil samples. Generally, soil-testing labs will provide a complete set of instructions, either with sample kits or upon request. Follow the instructions carefully. You will need to mail soil sample(s), completed sample form(s), and appropriate payment to the soil-testing lab selected. - Source: Internet
  • The guidance provided by soil tests to horticulture professionals and gardening enthusiasts is sometimes compared to the guidance that blood tests provide to physicians. In this vein, a soil test is like a blood test for the soil. Soil tests can be used for four purposes: maintaining proper soil fertility; guiding plant selection; performing plant problem diagnostics; and for conforming to industry approved standard practices. - Source: Internet
  • Soil tests provide more helpful information on soils than any other resource. It is an inexpensive way to maintain good plant health in lawns and landscapes, and to maximize productivity of vegetable gardens and fruit crops. Soil test results pinpoint plant nutrient needs and soil test lab recommendations guide fertilizer applications so just the right amount is used. Test results also provide information for making plant selection decisions based on “the right plant in the right place” and a soil test can help diagnose what went wrong if good plants go bad. - Source: Internet
  • • Different types of plant cultivation (i.e., turfgrass, vegetable gardens, trees/shrubs, etc.). Figure 8 shows different zones for soil sampling. - Source: Internet
  • 15.6.3: When new plants are specified, they should be tolerant of the native soil pH. - Source: Internet
  • A soil probe is the easiest tool for taking soil samples. Soil probes quickly extract samples to a consistent depth simplifying the job of taking soil samples, especially when taking multiple composite samples. Soil probes are also useful for assessing soil moisture to monitor irrigation needs and for evaluating other physical properties of the soil such as compaction. Purchasing a soil probe is a good investment for horticulture professionals and serious gardeners. - Source: Internet
  • 14.4.4: Soil testing should be done prior to designing, plant selection, planting and/or developing management plans for landscapes. - Source: Internet
  • A soil test is used as a planning tool and the first step in learning what you need to do, or not do. Soil samples can be taken any time of the year, as long as the soil is workable. However, you should allow plenty of time to receive and evaluate your soil test results, and then take action to improve your soil fertility. Any recommended adjustments, such as a fertilizer application, should be made at the appropriate time of the year. For example, fall is the best time of the year to make a lime application to raise the soil pH, while spring is the most appropriate time of the year for a sulfur application to lower the pH. - Source: Internet
  • A soil test every two to three years is usually adequate for maintaining soil fertility. Sample more frequently if you desire a closer monitoring of the fertility levels, or if you grow plants that require more nutrients. Soil tests for diagnostic purposes can be made as needed. - Source: Internet
  • The organic layer included in soil probe (Figure 5) or hand trowel (Figure 6) samples should be removed prior to dropping the sample into a plastic bucket. Soil should be sampled to root depth, which typically means 5 to 8 inches for trees, shrubs, flowerbeds and vegetable gardens, and 3 to 4 inches for lawns. Of course, root depth may vary based on soil type and other conditions. Sample a vegetable garden between rows to avoid fertilizer bands where applications were made directly to plants. - Source: Internet
  • Soil samples are sent to a soil testing lab (see table at end of the fact sheet). Results will be sent back to you along with recommendations for taking corrective actions if needed. This includes the amount of fertilizers and other additives needed to support healthy plants. Reliable fertilizer recommendations can help horticulture professionals and gardening enthusiasts make decisions that support good plant health and save money! - Source: Internet
  • Table 1 at the end of the fact sheet shows a list of soil testing labs in Ohio and neighboring states as well as the types of materials they will test. The labs listed belong to the North American Proficiency Testing (NAPT) program that is operated under the supervision of the Soil Science Society of America (SSSA). For a fee, these labs will provide basic soil testing. Some labs also offer more advanced testing such as an analysis of soilless media, compost, plant tissue, and water as well as tests for soluble salts and the amount of organic matter found in the soil. - Source: Internet
    1. Performing Plant Problem Diagnostics. Soil tests are an important tool for learning why plants lack vigor or are showing symptoms of other plant health issues. For example, Figures 1, 2 and 3 show a symptom, called chlorosis, that is typical of a nutrient deficiency in the foliage. If trees are exhibiting yellowing (chlorotic) leaves or needles during the growing season, a soil test may reveal whether the symptom is caused by a lack of an essential nutrient, a problem with the soil pH or both! - Source: Internet
  • Soil test results and fertilizer recommendations are usually mailed in two weeks, depending on the testing lab. Make sure you read and follow the directions for filling out the soil testing form(s) accurately and completely; incomplete forms may cause delays in receiving results and recommendations. For example, unless you fill out the form for the types of plants you grow or will be growing, no recommendations will be given. - Source: Internet
  • Figures 9 through 13 below illustrate a typical soil test kit that you will obtain from the lab. Make sure the information on the forms is complete so you receive recommendations for your lawn, landscape, fruit or vegetable needs. Photos by Joe Boggs, Ohio State University Extension. - Source: Internet
  • Figure 4 shows examples of some typical soil probes available for purchase. Others are also available. The T-handle step probe is recommended for more compacted soils or when collecting samples in a large area such as a lawn. The longer length and welded step reduces back and shoulder strain from bending over and applying pressure to insert the probe into the soil. Figure 5 shows how a soil probe is used to collect a soil sample beneath turfgrass. - Source: Internet
  • Minimizing potential production problems is essential to all farming operations. This is especially true for organic producers. One of the most effective means of reducing potential problems is through proper field site selection. Three points should be considered when selecting a field to produce vegetables: field topography, soil type, and water availability and quality. - Source: Internet
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