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- How are you planning on measuring the pollution level of the water source that you evaluate?
- How will you measure the effects of each specific material?
- based on what will you determine the pollution level that each material has caused to each water sample?
- How will you individually test/ evaluate the emission of

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- What do you consider as low water quality?
- How many samples and tests would you have?
-How would you measure the levels of turbidity, TDS, DO, and pH of drinking water?

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First you have to identify which is the biggest pollutant, then look for ways to reduce it.
How can you be sure it's is that pollutant?

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Strengths:
Great way of identifying various point sources of contamination.
Weakness:
-What happens if there are various non-point sources on the area?

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Strengths:
- The method is well elaborated and with a few minor tweaks the method could work.
- They used certain measurement units to describe what they were going to achieve

Weakness:
- How will you identify the pollutants?
- How will you extract the pollutants in the water?

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- Identify the body of water that you are going to test.
- Identify the pollutant of the water.
- Develop a way to help remove the pollutant
- Plan a date when we can start the removal process of the pollutants.

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Identify the source of the pollutants, and discover a way to reduce the harm, in order to decrease the TDS and turbidity levels.
After identifying the source, then it is needed to test five samples, five coming directly from the source, and five being released from the plant, with a turbidity sensor, for example. In the case of the TDS, we can use a conductivity probe, and then convert it into the correct unit.
Although the source cannot be completely clean and healthy, there has to be a balance in between quantity of chemicals and actual quality of the water.

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By measuring and recording  levels of turbidity, TDS, DO, and pH of drinking water and different water samples, we will be able to contrast the properties of different water sources, and determine which is the cleanest.

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-identifying the pollutants in streams
-do research on how it can be substituted
-make a trial-and-error test identifying the pollutants that affect the most so we can pinpoint them and take them off the streets
-

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To locate the point source that affects the turbidity of the water we would trace it to its source, identify the pollutant that is causing the turbidity and then measure the water's turbidity. When there are multiple point sources and non point sources of pollution affecting the turbidity we look for common pollutants and trace them to the nearest(common/local) source of that pollution.
And then compare how much would one point source affect the turbidity compared to when there are multiple point and non-point sources of pollution.

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What is the piece of pollution that most affects the water quality in my area? And how can it be reduced?

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How may pollution in the sea be reduced to a level where the water quality is improved?

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how do the boats that pass thru the panama canal affect the living organisms in lake gatun

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How does the level of DO of water affect the biodiversity of species in Panama?

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How does the level of DO of water affect the biodiversity of species in Panama?

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Is all the water we drink, in some way polluted?

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do we consume polluted water in school? 

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do we consume polluted water in school? 

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Can the water quality in rain change, depending on the area it rains in?

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In what way does pollution

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What is the average water pH and % saturation of lagoons in Panama?

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What is the average water pH and % saturation of lagoons in Panama?

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What are the major effects of pollution in the Panama Canal and how can we use preventive measures to stop this contamination.

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How does Total Dissolved Solids (TDS) affect the turbidity of the water?

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How does Total Dissolved Solids (TDS) affect the turbidity of the water?

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In what ways can water quality affect the health and functioning of an ecosystem?

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In what ways can water quality affect the health and functioning of an ecosystem?

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Does the treatment of water change depending on the conditions that the water starts with? 

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Does the treatment of water change depending on the conditions that the water starts with? 

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To what extent can water treatment companies reduce turbidity and TDS levels on polluted water?

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How does outside water compare do drinking water in Panama?

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What are the main materials that affect the water quality and how they can be substituted for to stop water pollution?

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How much would one point source affect the turbidity of a body of water compared to when there are multiple point and nonpoint sources of pollution?