Yer but i don't know much about this thing but i know about other things
SHUT UP! JADE JUST CUZ I LIKE HELPING OTHER STUDENTS SO THEY HAVE LESS OF A HARSH TIME AND CAN GET A DECENT JOB IN THE FUTURE AND NOT HAVE TO WORK IN POUNDLAND!
AND I DOUBT THAT YOU KNOW ANYTHING AT ALL! YOU BABOON!
nice thanks
Artificial fertilizer is made by combining various chemical compounds such as nitrogen, phosphorus, and potassium, along with other essential nutrients. These compounds are processed in a manufacturing plant using different methods like chemical reactions, blending, and granulation to create the final fertilizer product. The resulting fertilizer is then packaged and distributed for agricultural use.
Fertilizer is applied to soil to provide essential nutrients to plants for their growth and development. These nutrients are often lacking in the natural soil, especially in agricultural settings where crops are grown intensively. Fertilizer can help improve soil fertility, increase crop yield, and promote overall plant health.
Phosphorus oxide and potassium react to form potassium phosphite, K2HPO3. This compound is commonly used as a fertilizer and fungicide for agricultural purposes.
Bone ash is not commonly used as a fertilizer because it is slow to release nutrients and may not provide the immediate benefits that other fertilizers offer. Additionally, using bone ash as a fertilizer may raise concerns related to the sourcing and processing of animal bones. There are more efficient and sustainable alternatives available for agricultural use.
Agricultural borax is a natural mineral compound that is sometimes used in farming as a fertilizer or soil amendment. It provides boron, an essential micronutrient for plant growth, and can help improve plant health and crop yields when used in moderation and according to recommendations. It is important to be cautious with borax application as excessive amounts can be harmful to plants.
mainly fertilizer and pesticides
it is in ghaziabad
Fertilizer application.
The use of fertilizer and the use of the modern technology refers to the agricultural practice for growing crop.
Uttam Gupta has written: 'Fertilizer subsidy, the inevitable monster' -- subject(s): Agricultural credit, Fertilizer industry, Fertilizers, Government policy
Most nitrogen in the Chesapeake Bay is the result of fertilizer use and agricultural runoff.
Algae can be used as fertilizer in agriculture by providing essential nutrients like nitrogen, phosphorus, and potassium to plants. When algae decompose, they release these nutrients into the soil, promoting plant growth and improving soil health. This natural fertilizer can help reduce the need for synthetic fertilizers, leading to more sustainable agricultural practices.
The first chemical fertilizer factory in India was the Sindri Fertilizer Factory, which started production in 1952. It was established in Sindri, present-day Jharkhand, with the aim of boosting agricultural productivity in the country.
Fertilizer adds nitrogen to the soil which plants need to grow strong
Samuel W. Johnson has written: 'From the letter-files of S. W. Johnson' -- subject(s): Agricultural chemistry '[Fertilizer analyses]' -- subject(s): Fertilizers, Analysis 'Trade values of fertilizing ingredients in raw materials and chemicals for 1884 ; Fertilizer analyses' -- subject(s): Fertilizers, Analysis 'Science as a means of agricultural progress' -- subject(s): Agricultural experiment stations, Pamphlets '[Fertilizer analyses]' -- subject(s): Fertilizers, Analysis
Thomas P. Thompson has written: 'A socioeconomic study of farm-level constraints to fertilizer use in western Niger' -- subject(s): Economic aspects of Fertilizers, Fertilizers 'The division of labor and agricultural innovation in Bangladesh' -- subject(s): Case studies, Women agricultural laborers, Fertilization, Agricultural innovations, Urea as fertilizer, Sexual division of labor, Rice
Artificial fertilizer is made by combining various chemical compounds such as nitrogen, phosphorus, and potassium, along with other essential nutrients. These compounds are processed in a manufacturing plant using different methods like chemical reactions, blending, and granulation to create the final fertilizer product. The resulting fertilizer is then packaged and distributed for agricultural use.