Which of the following best describes the nitrogen fixation process?(1 point)
Responses
Consumers convert nitrogen gas into ammonia, nitrites, and then nitrates. Waste from consumers adds nitrogen to the soil, which can be used by producers.
Consumers convert nitrogen gas into ammonia, nitrites, and then nitrates. Waste from consumers adds nitrogen to the soil, which can be used by producers.
Producers convert nitrogen gas into nitrates in the soil. Producers can then absorb nitrates through their roots.
Producers convert nitrogen gas into nitrates in the soil. Producers can then absorb nitrates through their roots.
Soil bacteria convert nitrogen gas into ammonia, nitrites, and then nitrates. Nitrates are then absorbed by producers.
Soil bacteria convert nitrogen gas into ammonia, nitrites, and then nitrates. Nitrates are then absorbed by producers.
Producers use the energy from sunlight to fix nitrogen gas in the atmosphere. Producers can then absorb nitrogen through their leaves.
Producers use the energy from sunlight to fix nitrogen gas in the atmosphere. Producers can then absorb nitrogen through their leaves.
Soil bacteria convert nitrogen gas into ammonia, nitrites, and then nitrates. Nitrates are then absorbed by producers.
The correct option is: Soil bacteria convert nitrogen gas into ammonia, nitrites, and then nitrates. Nitrates are then absorbed by producers.
The correct answer is: Soil bacteria convert nitrogen gas into ammonia, nitrites, and then nitrates. Nitrates are then absorbed by producers.
To arrive at this answer, we can eliminate the first two options because they mention that consumers convert nitrogen gas into ammonia, nitrites, and then nitrates. However, consumers do not have the ability to convert nitrogen gas into ammonia. This process is primarily carried out by certain types of bacteria.
We can also eliminate the last option because it states that producers use the energy from sunlight to fix nitrogen gas in the atmosphere. However, the nitrogen fixation process occurs primarily in the soil through the action of bacteria.
Therefore, the only remaining option is that soil bacteria convert nitrogen gas into ammonia, nitrites, and then nitrates, which are then absorbed by producers. This is an essential process in the nitrogen cycle, as it helps convert atmospheric nitrogen gas into a usable form for plants and the rest of the ecosystem.