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Some disadvantages of artificial fertilizers include their potential to harm the environment through nutrient runoff, which can contribute to water pollution. Overuse of artificial fertilizers can also degrade soil quality over time by disrupting the natural balance of nutrients in the soil. Additionally, continuous use of artificial fertilizers can lead to soil acidification and reduced microbial activity.
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Does fertilisers have sulphuric acid in?
Some fertilizers contain sulfur as a nutrient source, but sulfuric acid is not typically found in fertilizers. Sulfuric acid is a strong acid that is used in industry for various purposes, such as in chemical manufacturing and as a pH adjuster in water treatment.
Why do we need fertilisers?
Fertilisers are needed to replenish nutrients in the soil that are essential for plant growth. They provide plants with the necessary elements such as nitrogen, phosphorus, and potassium that may be deficient in the soil. Fertilisers help increase crop yields and improve plant health.
What are the disadvantages of using artificial fertilizer?
Some disadvantages of using artificial fertilizers include environmental pollution from runoff into water sources, harm to beneficial insects and microorganisms in the soil, and long-term soil degradation due to nutrient imbalances. Additionally, overuse of artificial fertilizers can lead to decreased soil fertility and productivity over time.
What acids are used to make important products like paints fertilisers and medicines?
Nitric acid is used to make fertilisers, sulfuric acid is used in the production of paints, and acetic acid is commonly used in the production of medicines.
What are advantages and disadvanteges of fertilisers?
Advantages of fertilizers include increased crop yields, improved plant growth, and replenishment of depleted soil nutrients. Disadvantages can include water pollution from runoff, soil degradation from overuse, and negative impacts on beneficial soil organisms. Additionally, dependence on fertilizers can lead to reduced resilience in plants and ecosystems.
Where do artificial fertilisers come from?
Artificial fertilisers are produced by industrial process.
What are the economic benefits of artificial fertilisers?
what are the economic benefits of using artificial fertilisers
Where do fertilisers come from?
Artificial fertilisers are produced by industrial process.
What is the effect of the use of artificial fertilisers on soil structure?
Artificial fertilisers are used on soils because once the crops are harvested the soil is left without many minerals. The minerals they need are kept in the ground even if the crops are harvested with the help of artificial fertilisers. This is beneficial for the soil because it prevents the fields from laying fallow (where no crops are grown).
What is the difference between Artificial and Natural fertilisers?
Artificial fertilizers are manufactured through a chemical process.Natural fertilizers are the result of an organic process such as composting.
What are advantages and disadvantages of artificial seasoning of timber?
advantages and disadvantages
Does fertilisers have sulphuric acid in?
Some fertilizers contain sulfur as a nutrient source, but sulfuric acid is not typically found in fertilizers. Sulfuric acid is a strong acid that is used in industry for various purposes, such as in chemical manufacturing and as a pH adjuster in water treatment.
Covert this sentence into simple sentence Organic farming is a system which avoids the use of synthetic inputs?
Organic farming avoids the use of artificial fertilisers or chemicals.
What is the difference between Fertilisers and Bio-fertilisers?
The difference is that chemical fertilizers have chemicals. And bio fertilizers don't.
Artificial birth control benefits and disadvantages?
their side effects
What are two disadvantages of using artificial satellites?
one is that when a artificial satellite runs out of use it becomes space junk
Advantages of artificial fertiliser?
Artificial fertilisers provide essential nutrients to plants, promoting faster growth and higher yields. They are easily accessible and can be tailored to specific nutrient needs of different crops. Additionally, they can help correct nutrient deficiencies in the soil, leading to overall improved plant health and productivity.
