Answer:
As the pH rises, the concentration (toxicity) of the ammonia also increases. When the pH level increases above 9, most of the ammonium in the water is converted into toxic ammonia (NH3), which can kill fish. ... The Nitrobacter bacterium feeds on the nitrites in the water and converts them into nitrate (NO3).
Explanation:
test the ph balance.
The conversion of ammonia to nitrate decreases pH levels, making the environment more acidic. This is critical because pH affects the availability of nutrients to plants and the health of soil ecosystems.
The pH level changes when ammonia is converted to nitrate as a part of the nitrification process. Ammonia (NH3) is alkaline by nature. As it gets converted into nitrate (NO3), the process consumes H+ ions, causing the pH to decrease, making the environment more acidic.
This is important because pH affects the availability of nutrients to plants and the health of the soil ecosystem. If the pH is too low (acidic), it can inhibit the growth of certain organisms and disrupt the balance of the ecosystem.
#SPJ3
Answer:no
Explanation:
Generally it's homework help for students, so not really, no
Answer:
D). Turbidity, because a decrease in water clarity would indicate and increase in soil erosion.
Explanation:
The last option most aptly describes the direct effect of soil erosion i.e. 'turbidity' which would assist the students in discovering the impact produced by the construction project built on the river. The turbidity is characterized as the 'unit of measuring the transparency of a fluid or the state of being unclear and lesser sediments being disturbed' which causes a significant fall in clarity of the water which signals that there has been a rise in erosion of soil after the construction of the project. Thus, option D is the correct answer.
B) community psychology
C) health psychology
D) behavioral neuroscience
B) drive reduction.
C) self-actualization.
D) homeostasis.