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How do thunderstorms help in converting nitrogen to nitrates?

Anonymous

∙ 9y ago

Updated: 8/11/2023

The short answer is yes. I am not sure about the amount but there are only two ways nature converts N2 into a form of nitrogen that is usable by plants. The two ways are microorganisms and lightning. I believe bacteria are the main nitrogen fixers, but there might also be some algae that convert nitrogen as well. We have also mastered fixing N2, the process is the Haber- Bosh process.

Wiki User

∙ 14y ago

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More answers

Yes. Nitrogen can be "fixed" by being converted to ammonia by lightning or by certain plants, mainly legumes (peas and beans).

Wiki User

∙ 16y ago

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Q: How do thunderstorms help in converting nitrogen to nitrates?

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Continue Learning about Natural Sciences

Which type of bacteria return nitrogen to air?

nitrites

What is the process by which bacteria remove nitrogen from the air make it available to plants?

Bacteria performs nitrogen fixation, which involves converting the atmospheric nitrogen (N2) into usable organic nitrates (NO3-). Said bacteria are often referred to as nitrogen fixating bacteria. The process is sometimes called nitrification.Scientists have been able to give plants genes from bacteria to help them do a beeter job. This process is called recombinant DNA technology. Nitrogen fixing bacteria are in root nodules on legumes and maybe some other plant groups.Converts nitrogen in the air to nitrates.

What is the process by bacteria remove nitrogen from the air and make it available to plants?

Bacteria performs nitrogen fixation, which involves converting the atmospheric nitrogen (N2) into usable organic nitrates (NO3-). Said bacteria are often referred to as nitrogen fixating bacteria. The process is sometimes called nitrification.Scientists have been able to give plants genes from bacteria to help them do a beeter job. This process is called recombinant DNA technology. Nitrogen fixing bacteria are in root nodules on legumes and maybe some other plant groups.Converts nitrogen in the air to nitrates.

How does lighting help nitrogen to get to the soil?

The high temperature of lightning provides a tremendous amount of energy for nitrogen in the air to combine with o2 to form nitrogen monoxide. It combines with more o2 to form nitrogen dioxide. It dissolves in the rain water to form nitric acid which falls to the ground. In the soil, they combine with other substances to form nitrates. Nitrates are soluble in water which are absorbed by plants. The plant changes nitrates to proteins. Living organisms get proteins from plants.

What is the process by which bacteria remove nitrogen from the air and make it available for plants?

Bacteria performs nitrogen fixation, which involves converting the atmospheric nitrogen (N2) into usable organic nitrates (NO3-). Said bacteria are often referred to as nitrogen fixating bacteria. The process is sometimes called nitrification.Scientists have been able to give plants genes from bacteria to help them do a beeter job. This process is called recombinant DNA technology. Nitrogen fixing bacteria are in root nodules on legumes and maybe some other plant groups.Converts nitrogen in the air to nitrates.

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Related Questions

Which type of bacteria return nitrogen to air?

nitrites

3 Describe two ways in which nitrates can be replaced naturally in the soil?

Nitrates can be replaced naturally in the soil through biological nitrogen fixation, where certain soil bacteria convert atmospheric nitrogen into nitrates. Additionally, cover cropping with leguminous plants can also help replenish nitrates in the soil through the nitrogen-fixing bacteria present in their root nodules.

Why are bacteria important to the nitrogen cycle?

because when bacteria convert ammonia into nitrates and nitrites, producers need them to make proteins, and then consumers eat the producers and reuse the nitrogen to make their own proteins.

What is the process by which bacteria remove nitrogen from the air make it available to plants?

Bacteria performs nitrogen fixation, which involves converting the atmospheric nitrogen (N2) into usable organic nitrates (NO3-). Said bacteria are often referred to as nitrogen fixating bacteria. The process is sometimes called nitrification.Scientists have been able to give plants genes from bacteria to help them do a beeter job. This process is called recombinant DNA technology. Nitrogen fixing bacteria are in root nodules on legumes and maybe some other plant groups.Converts nitrogen in the air to nitrates.

What is the process by bacteria remove nitrogen from the air and make it available to plants?

Bacteria performs nitrogen fixation, which involves converting the atmospheric nitrogen (N2) into usable organic nitrates (NO3-). Said bacteria are often referred to as nitrogen fixating bacteria. The process is sometimes called nitrification.Scientists have been able to give plants genes from bacteria to help them do a beeter job. This process is called recombinant DNA technology. Nitrogen fixing bacteria are in root nodules on legumes and maybe some other plant groups.Converts nitrogen in the air to nitrates.

What process by bacteria by which removes nitrogen from the air and makes it available to plants?

Bacteria performs nitrogen fixation, which involves converting the atmospheric nitrogen (N2) into usable organic nitrates (NO3-). Said bacteria are often referred to as nitrogen fixating bacteria. The process is sometimes called nitrification.Scientists have been able to give plants genes from bacteria to help them do a beeter job. This process is called recombinant DNA technology. Nitrogen fixing bacteria are in root nodules on legumes and maybe some other plant groups.Converts nitrogen in the air to nitrates.

Are Decomposing bacteria and nitrogen-converting bacteria important to farmers?

Decomposing bacteria and nitrogen-converting bacteria important to farmers because they help to send nutrients through the soil. These types of bacteria regulate nitrogen n the soil.

What Plants obtain nitrogen from the?

Plants obtain nitrogen from the soil in the form of nitrates and ammonium. They use nitrogen to help with their growth and development, particularly in producing proteins and chlorophyll. Some plants have symbiotic relationships with nitrogen-fixing bacteria that help convert atmospheric nitrogen into a usable form for the plants.

How does the nitrogen cycle start and what are the key processes involved in it?

The nitrogen cycle begins with nitrogen gas in the atmosphere being converted into a form that plants can use, through a process called nitrogen fixation. Key processes in the nitrogen cycle include nitrification, where ammonia is converted into nitrites and then nitrates, and denitrification, where nitrates are converted back into nitrogen gas. These processes help recycle nitrogen in the environment, making it available for plants and other organisms.

How does lighting help nitrogen to get to the soil?

The high temperature of lightning provides a tremendous amount of energy for nitrogen in the air to combine with o2 to form nitrogen monoxide. It combines with more o2 to form nitrogen dioxide. It dissolves in the rain water to form nitric acid which falls to the ground. In the soil, they combine with other substances to form nitrates. Nitrates are soluble in water which are absorbed by plants. The plant changes nitrates to proteins. Living organisms get proteins from plants.

Why is the air made up mostly of nitrogen gas?

The air is mainly composed of nitrogen gas (around 78%) because nitrogen is relatively inert and does not easily react with other elements or compounds. This makes it a stable component of the atmosphere. Additionally, nitrogen-fixing bacteria in the soil and plants help maintain this balance by converting nitrogen into a form that can be utilized by living organisms.

What is the process by which bacteria remove nitrogen from the air and make it available for plants?

Bacteria performs nitrogen fixation, which involves converting the atmospheric nitrogen (N2) into usable organic nitrates (NO3-). Said bacteria are often referred to as nitrogen fixating bacteria. The process is sometimes called nitrification.Scientists have been able to give plants genes from bacteria to help them do a beeter job. This process is called recombinant DNA technology. Nitrogen fixing bacteria are in root nodules on legumes and maybe some other plant groups.Converts nitrogen in the air to nitrates.

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