Advantages And Disadvantages Of Inorganic Fertilizer

The excess use of fertilizers can result in soil erosion and can lead to land pollution.

The EPA has a major impact on manufacturers through enforcing its regulations. Go to the EPA website and review EPA’s settlement with Mosaic fertilizer, LLC: https://www.epa.gov/enforcement/mosaic-fertilizer-llc-settlement

With the high demands on agriculture farmers have been utilizing every possible tool to increase production. A major device being implemented around the world is nitrogen fertilizer. Since nitrogen makes up 16% of protein no living organism can survive without absorbing some in their normal diet (Frink, Waggoner, and Ausubel, 1999). Therefore nitrogen is an essential mineral for all living things; however, our industry has become too dependent on nitrogen fertilizers without realizing the long-term consequences and it is causing environmental issues worldwide. The main and most common concern is oceanic dead zones, but we are attempting to adapt to remove the conflict while still keeping nitrogen fertilizer as tool for agriculture (Biello, 2008). For many of the early years of science the importance of nitrogen for life was not recognized. It was even described and noxious gas the scientist who discovered it, Daniel Rutherford from Scotland. However, it was later revealed that it was as important as oxygen to living organisms (Nitrogen, 2014). Nitrogen is the basic component of biological molecules like nucleic acids and amino acids, which in turn are the building blocks of DNA, RNA, and proteins (Frink et al., 1999). Since it is apart of so much organic material it is the fourth most common element in the human body. Without nitrogen life on earth would not exist as it does today. Nitrogen was first isolated from the atmosphere, hence noxious gas. As it is one of the most

The soil should have a slow release fertilizer. If you are going organic make sure you know how much to put in the container. A container has different temperatures than the ground. It is easy to over fertilize in a container and burn up the plants. Be sure to use the right amount and kind of fertilizer for the size of the and the condition of the

If levels are low, they need to be remediated. Calcium levels can be checked through soil testing or plant tissue tests. Other issues such as soil acidity and sodicity should be checked for as fixing these issues may also help to reduce the calcium deficiency problem. There are several soil additions which can increase the calcium content of the soil, including lime, gypsum and dolomite. Another options is to spread superphosphate which will supply phosphorus and also calcium. Spreading lime will also help to increase the soil pH, reducing soil acidity issues. Gypsum will also help to reduce soil sodicity. Dolomite also contains magnesium which is useful if magnesium is also lacking. These soil additives can take many years to have a noticeable effect. It would be important to undertake a soil test to determine which product would be most useful. Increasing calcium levels in the soil will evidently have a positive impact on pasture growth. This will cause higher calcium levels in the pasture, decreasing the occurrence of calcium deficiency in the livestock. If this is not enough to prevent livestock issues licks containing calcium can be provided. Injectable products are also available to increase tissue calcium levels if required. However, if the soil is ameliorated, in the long term calcium should not be a problem for the

Since the dawn of the industrial revolution in the 19th century, both food production and the world’s population have experienced dramatic increases. The last five years have seen particularly significant benchmarks, with the world population reaching 7 billion in 2011. Looking to the future, experts have estimated that the population is likely to surpass 9 billion by 2050. As a result, the same amount of land (30% of the earth’s surface) will be expected to feed increasing numbers of people. The area will have to be used more intensively leading to soil deployment. For the above reasons fertilizers, will be in great

closing the stomata in the leaves. There is often a lack of it in the

The form in which the fertiliser is used is based on the crop, there are two main forms in which fertilisers are used solid granules/ prills and fluid.

There are various ways to grow a company. However, two major ways in which a company can grow is through inorganic and organic growth.

Once soil is intoxicated, the chemical compounds in synthetic fertilizer create a harmful environment for microbial life and are later dispersed to surrounding areas through the process of hydrology. In naturally fertile soil, microbial life is diverse and abundant. In fact, as soil microbiologist David Zuber has stated in his Soil Microbiology FAQ article, “there can be hundreds of millions to billions of microbes in a single gram (about the size of a navy bean in volume) of soil.” These microbes range from bacteria, actinomycetes, fungi, cyanobacteria, protozoa, and microarthropods, all of which play very specialized roles in maintaining the integrity of soil. Innately, microbes ward off pathogens, provide root protection, and maintain oxygen and moisture levels. (Hermary). For example, microbes consume a naturally abundant and potent form of nitrogen (NH4+), along with other compounds, and excrete preferred forms of nitrogen (NO2-N and NO3-N). This process, fixation, allow microbes to maintain a fixed levels of essential chemicals. Likewise, through the process of denitrification, anaerobic bacteria provides oxygen to soil by removing excess nitrate (NO3-N), while other microbes aerate and disperse the supplied oxygen. While microbes execute an assortment of other tasks, it is apparent that these organisms create a balance. However, with the introduction of synthetic fertilizer, this natural balance is ravaged. As a result of repetitive application of synthetic

Within Russia, there are several unmet needs across the nation. One potentially viable product that our organization can introduce is fertilizer for farmers. Fertilizer is a product that may vary from area to area, but contains the necessary nutrients that are needed to add to local soils for the growth of specific agricultural products. This is a significant need within Russia, as the agricultural industry has been falling behind in recent years. It seems that the nation has difficulty producing enough agricultural product to support its needs from year to year. Additionally, farmers do not often use fertilizers to help their crops, which in turn prevents increased productivity. If farmers were educated on the importance of fertilizing

Organic and chemical are both antagonistic words, and both are rivals to say in the horticulture and agriculture industries, as one of the words invokes a sense of greenery and meadows while the other hinders to synthetic mixtures and various concoctions in a sterilized environment. What organic fertilizers means is that they are minimally processed, in which the nutrients are sourced in their natural form. Most of these sources are made from plant waste, animal wastes, and powdered materials such as glacial rock dust and bone meal. On the other hand, chemical fertilizers are refined nutrients from extracts that are mixed with chemical dressings to create a specific ratio. Chemical fertilizers are made from petroleum products, certain rocks, and also from organic sources.

Nitrogen base fertilizers are used around the world and usually contain large amounts of nitrogen. This excess nitrogen is responsible for soil degradation, groundwater pollution emission of ammonia and greenhouse gasses (Geng et al., 2015). The problem lies in being able to produce crops at an effective rate and also being able to reduce the negative effects that nitrogen has in the environment. This paper examines different researches already done on the effect that nitrogen base fertilizers has on crops and the alternatives to the common used fertilizers.

My family and I do a lot of traveling and while traveling we pass through rural communities where the people have to grow their own food as they do not have enough income to buy their own food. Some of these people, however, still use fertilizer in order to increase the rate of production and total yield produced. Those people who use a form of fertilizer to feed their plants, they generally use cattle manure or home-made fertilizer. At home we used to use inorganic fertilizers on our plants as they are easier to use and easily available at any garden shop, however, we have started to use the new Bokashi medium as fertilizer as it is better for the environment and it also reduces food waste. Food waste is reduced as the leftover food is used to create a liquid which can be used as a fertilizer as it is full of the nutrients left in the leftover food. I started to think about which fertilizer would work best: According to my research on the difference between inorganic and organic fertilizers, the organic fertilizers work so well because they supply the plants with the nutrients required for growth immediately. However, the organic fertilizers such as cattle manure work so well because they enrich the soil with humus allowing for nutrients to form naturally, which will last. I was interested in which of these fertilizers would produce the best crop in a set period of time, as this would help figure out which fertilizer is best to use in the garden. Research

Sustainability of rice-wheat cropping system in the Indo-Gangetic Plains of India has been in focus not only for its role in meeting the county’s food demand, but also for its impact on global food security at large. It is now increasingly felt that this sustainability is at stake, partly due to the staggering growth of productivity, but mostly due to degradation of soil quality. Continuous use of imbalanced fertilizers under intensive rice-wheat cultivation over the years has gradually degraded the soil structure and depleted the organic carbon and nutrient supplying capacity of these soils. The sustainability of yields in rice-wheat rotation in the Indo-Gangetic Plains has been emphasized through maintaining the soil physical quality and organic carbon status (Mandal et al., 2007). Integrated nutrient management practices have come up as viable options in restoring the soil physical structure and chemical fertility, improving the organic matter in soil (Rudrappa et al., 2006; Nayak et al., 2012), and consequently sustaining the system productivity. Application of balanced fertilizers in