It would decrease the dissolved oxygen because it would stop the plants from making oxygen.
Nutrient fertilizer gets to the roots when you water it, it goes down and it gets in threw the soil
The fertilizer causes an increase in algae. As algae die and are decomposed the decomposers increase and use up all of the oxygen in the water.
In this experiment, the scientist is investigating the effects of different fertilizer amounts on plant growth. Plant A serves as the control group with no fertilizer, while Plant B and Plant C receive 5 mg and 10 mg of fertilizer daily, respectively. By comparing the growth and health of these plants, the scientist can determine how varying levels of fertilizer influence plant development. The results may provide insights into the optimal fertilizer usage for maximizing plant growth.
Nitrate is the N in the NPK of fertilizer. Algae is a plant just as grass is. So just as you add fertilizer to get your lawn to grow, an increase of nitrate in a pond will increase the aglal population. (This is the simple answer. Other variables may be what/how many "higher plants" are already in the pond, what is the temperature of the water, and how much sunlight the pond gets. Understand that all the conditions must be there for the algae to grow -- not just the availability of food.) www.rosepond.com
Repeat step 3
it gets wet
fertilizer for plants
Nutrient fertilizer gets to the roots when you water it, it goes down and it gets in threw the soil
Pond, because the water is stagnant.
This depends on the type of fertilizer; phosphates for ex. can react.
Eutrophication
The fertilizer causes an increase in algae. As algae die and are decomposed the decomposers increase and use up all of the oxygen in the water.
When a frog lays hundreds of eggs in a small pond what happens to the population of frogs in the pond
Normally, in that scenario, weeds grow around the pond.
In this experiment, the scientist is investigating the effects of different fertilizer amounts on plant growth. Plant A serves as the control group with no fertilizer, while Plant B and Plant C receive 5 mg and 10 mg of fertilizer daily, respectively. By comparing the growth and health of these plants, the scientist can determine how varying levels of fertilizer influence plant development. The results may provide insights into the optimal fertilizer usage for maximizing plant growth.
It gets it from a waterhole or pond.
Nitrate is the N in the NPK of fertilizer. Algae is a plant just as grass is. So just as you add fertilizer to get your lawn to grow, an increase of nitrate in a pond will increase the aglal population. (This is the simple answer. Other variables may be what/how many "higher plants" are already in the pond, what is the temperature of the water, and how much sunlight the pond gets. Understand that all the conditions must be there for the algae to grow -- not just the availability of food.) www.rosepond.com