Soil Testing And Its Role In Enhancing Agriculture Productivity The knowledge about soil and its related aspects of seed germination do have a lot of impact in the agricultural practices as in the assessment, production and cultivation of various crops that matter for various seasons and locations. The science of soil and seed technology has been evolving with time.
When considering the agricultural soil testing, obviously for the farming land to assess the possible outcomes, there are certain parameters which are in place. They have been derived by the collective wisdom and optimum information gathered from the various research centers across the globe. Based on these parameters and evaluation criteria, farmers are suggested with best practices which are otherwise called as the agricultural guidelines based on soil testing and assessment. The relevance of seed science and technology is also studied simultaneously as both these concepts co-exist and of course complement each other. Overall, the science of soil and seed technology has amazing benefits to offer to the world of farming. Soil testing process and core objectives Understanding the process and intricacies of soil testing, the first phase begins with the soil collection and storage. It also needs ideal conditions and the sampling variety is equally important to quantify the results so that best evaluation is possible. The sampling points are standardized in terms of their quantification; it is always recommended that a minimum of ten and a maximum of 20 soil samples are
to be collected from an acre of land. Some of the samples from the relative locations can be mixed up to create a composite sample which can be used in complex analysis processes. The storage of these collected samples does play a vital role in the overall agricultural soil testing. This is because of the nature of the soil chemistry which drastically or even gradually changes over a period of time. Such changes indicate the soil’s characteristics and dependency on the eco-system which is composed of the flora and fauna, nutrients and microbial density. The core objective of the soil testing is to objectively evaluate the composure of nutrients, testing suggests the presence or absence of primary and secondary nutrients such as Nitrogen, Phosphorous, Sulfur, Calcium and Magnesium and the quantity of their presence. This evaluation helps in accurate and objective planning of the soil fertilization. The science of seeds and its relevance to farming Soil testing is a precursor concept for the advanced seed science and technology which deals with the finer aspects of seed preservation, natural or synthetic germination techniques and pestilence management through thorough research processes. The seed science has created a new revolutionary wave in the advancements and technology applications in the agricultural practices. Globally, it is an acknowledged fact that the finer concepts of seed germinating process have led to radical solutions, including the research of genetically modified seed and saplings. Research in the farming practices has taken and new paradigm shift responding to the genetic characteristics of seeds to assess and further enhance their potential, ultimately leading to high yield and productivity. Farmers can seek guidance from The Trivedi EffectŽ which has its expert take about agriculture and farming practices. Visit http://www.trivediagriculture.com/ or http://www.trivediscience.com/ to read more about the soil testing and seed technology concepts.