Water Quality Indicators
Testing Methods
Ethics
Impact to Community
Data & Results
100

What does pH measure in water?

The acidity or alkalinity.

100

What tool was used to measure water quality in the experiment?

A digital water quality meter.

100

What does the team aim to protect by providing cleaner water?

Public health.

100

Which village served as the research site?

Babakan Madang.

100

Which three factors were found above ideal values?

pH, TDS, and Nitrate.

200

What is the ideal pH range for drinking water?

Between 6.5 and 8.5.

200

How were the water samples collected to ensure accuracy?

Samples were taken at three distinct points from each location and stored immediately.

200

What should always be obtained before involving individuals in data collection?

Informed consent.

200

What was the team’s proposed long-term solution?

A collaborative water filter and waste management system.

200

What does high nitrate in water usually indicate?

Pollution from fertilizers, human or animal waste.

300

Which factor measures the cloudiness of water due to suspended particles?

Turbidity (measured by TDS – Total Dissolved Solids).

300

What direction relative to the river’s flow were samples collected from?

Upstream, midstream, and downstream.

300

How did the team ensure transparency with the local community?

By openly communicating results and outcomes.

300

What kind of filter is the team aiming to develop?

An eco-friendly, low-cost, reusable filtration system.

300

What conclusion was made about the river’s ability to support aquatic life?

Unable to support fish

400

What does TDS stand for, and what does it measure?

Total Dissolved Solids; it measures dissolved substances like minerals and salts in water.

400

Name two parameters tested to assess water safety.

pH and Nitrate levels (also accepted: TDS, DO).

400

Why is it important to communicate long-term benefits of the project?

To build trust and demonstrate environmental and health value.

400

Name one public health benefit from the proposed solution.

Reduced risk of illness from contaminated water.

400

What might have caused the increase in pollutants along the river?

Domestic waste, fertilizers, and human activity.

500

Why is dissolved oxygen (DO) critical to aquatic ecosystems?

It is essential for the survival of aquatic organisms like fish.

500

Why is it important to test samples at different river locations?

To capture pollution variation across points and identify contamination sources.

500

Name a way the team minimized ethical risks during data collection.

Respecting autonomy, obtaining informed consent, and avoiding misinformation.

500

How does this project align with environmental education goals?

It raises awareness about pollution and clean water’s importance.

500

According to the findings, what type of water treatment is recommended?

Filtration and waste management

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