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Feasibility study of organic fertilizer
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Plants are grown in using two different kinds of soils, one kind of soil was developed by adding inorganic fertilizer and the other was developed by adding organic fertilizers. The growth and development of plants was observed by time to time. The increase in length of plants was observed to see the rate of growth of plants. Each pot with organic and inorganic fertilizer had shown the growth of plants but differently. The pot with the inorganic fertilizer had shown remarkable growth of plants. It showed that plants had absorbed the nutrient form the soil effectively and their growth pattern proved this factor. The restricted or reduced growth of plants in the pot with organic fertilizer, the plants were not grown well, it showed that this pot did not have more nutrients as compare to the other pot with inorganic fertilizer. So it is concluded from the experiment that the role of inorganic fertilizer is more than the organic fertilizer for quick growth of plants. If inorganic fertilizers are used, it will support quick growth of plants. More crops can be grown and more food could be produced by this way. Inorganic fertilizer can be stored for longer time and can used when required; it will support the idea of using inorganic fertilizers for quick production of crops. Another aspect of inorganic fertilizer is that its nutrients are easily available for plants, they are water soluble and plant roots can absorb them easily. Organic fertilizer need to be broken down into simple substances that plants can absorb them. If conditions are not suitable for decomposition, the nutrients will not be produced from them. Apparently the fertilizer in present in the soil but the active contents is not available for the plants. This seems to be... ... middle of paper ... ...alkalinity c. culturing can be done the check the availability of microorganism which have an important role in decomposition of organic fertilizer 2. The quality of organic fertilizer: The nutrients value can be tested before its use. For fair comparison with the inorganic fertilizer, the nutrient value must be the same not only the mass of each fertilizer. 3. The selection of plants: Such kind of plants should be used which are good at absorbing both kind of nutrients organic and inorganic. Each plant roots are specific at absorbing the nutrients. If we suppose that the plant which we had used is good at absorbing inorganic nutrients than organic , in other sense that this plant need more inorganic nutrients so its growth was effected when these nutrient were not present in the pot with organic fertilizer . For fair comparison, this factor must be controlled
Nitrogen and Irrigation on Coastal Plains Soils. So why is it important to look at nitrogen in soils? First of all, it is a key element in organic molecules, so it is key to plant growth (Singer and Munns). Nitrogen is useful to plants in the form of nitrate because plants can take in nitrate and form organic molecules (Singer and Munns, 1993).
Some plants have different shapes and sizes of the plants’ growth while others do not.
Common fertilizers contain high levels of phosphorus and nitrogen, which is what a plant needs to produce mo...
Interestingly, these tests revealed strikingly high levels of phosphate and nitrate, two chemical compounds that exist naturally on the earth to aid the growth of organisms as nutrients. As the world’s agricultural needs transform, nitrates are often found in man-made fertilizers compared to its typical natural source . This increased use of fertilizers in farms
The usual target of beneficiation process is 35% P2O5 from 28%. The use phosphate rock as fertilizer is limited, since the solubility of it in acidic soil is a deciding factor. The rock needs to undergo a mineralogical test to ascertain the suitability depending on its chemical composition and structure. The carbonate radical contributes to P2O5 reactivity when it is directly applied on the rock.
The manures to achieve this purpose provide enhanced nutrient use efficiency along with enhanced yields [41] With controlled-release fertilizers, the release pattern, quantity and time can be predicted within certain limits. Table 2.7 shows more detailed information about CRFs.
For years farmers have been adding natural fertilizers to their crops. It is a big risk though. Over fertilizing is very dangerous. It puts high concentrations of salt into the soil. It can also affect the water resources nearby. Nitrogen, Phosphate, and Potassium are the basics of fertilizer. If a certain nutrient is short in supply the fertilizer might not work as well. Calcium, iron, manganese are also nutrients that might be needed. So don’t just trust the fertilizer bag that says it has all the nutrients, test it out. (Miller and Levine 717)
During week 1 of this experiment, we recorded common components of fertilizers and then went on to find the chemical formulas involved in creating them. The second week we began the process of comparing three authentic ions we had established in the first week to ion samples to discover other properties they might contain. We decided to discover these different ingredients by preforming a serious of tests, which included placing 0.2g solid of both the authentic and the sample fertilizer separately, in order to establish a constant, and dissolved the fertilizer in 20 mL of water, then checked to see if Mg was present in the sample solution. By setting up a constant and preforming a methodical experiment all on the samples given, we demonstrated the ability to correctly establish and preform an experiment and solve the problem at hand, which was distinguishing the contents of the authentic
Organic gardening helps to prevent a loss of topsoil, water pollution, toxic runoff, and soil contamination, death of insects, birds, critters and other beneficial soil organisms, as well as eliminating pesticide, herbicide, and fungicide residues on food from synthetic fertilizers.
Tissen, H., E. Cuevas, P. Chacon. 1994. The role of soil organic matter in sustaining soil fertility. Nature 371: 783-785.
This chapter discusses the result of experiment of soil properties at the Orthosiphon Stamineus plot, INSAT as describe in chapter three. The experimental were aimed to study the impact of compaction on soil properties at different depth for Orthosiphon Stamineus cultivation in order to determine the suitable soil classes, and propose best depth to plough the area to in order to have high yield with cost effective practice to manage the area.
Due to an increasing global population, food demands have risen. Continual crop growth leaves soil lacking in nutrients, resulting in poor harvest. Solid and liquid fertilisers are ways to restore these vital nutrients; however both have different purposes and effects. To determine which fertiliser is more beneficial, an experimental investigation has been set up to test the effects of solid and liquid fertiliser on the growth of a tomato plant.
Farmers apply nutrients such as nitrogen, phosphorus, manure, and potassium in the form of fertilizers to produce a better product for the consumers. When these sources exceed the plants needs or if these nutrients are applied before a heavy rain then the opportunity for these excess to wash into aquatic ecosystems exists.
The effect of soil salinity in plant growth is part of botany, the study of plants.
When studying plant nutrition, it is important to analyze the sources of the nutrition. Plants absorb their nutrients using their roots in the soil, however soil is not a uniform nutritive source. The plant’s wellbeing depends greatly on the quality, composition, and thickness of the soil. To help categorize such a broad topic, scientists have implemented a naming scheme for the different levels of soil. The first layer is closest to ...