
Analyzing the Role of Vegetation in Urban Heat Islands
This project investigates how vegetation influences temperature in urban heat islands. By comparing areas with varying plant cover, students can assess the cooling effects of vegetation.
This project explores the relationship between cloud cover and daily temperature changes. By observing clouds and recording temperatures, you will understand how clouds can influence weather conditions.

If the sky has more cloud cover, then the daily temperature range will be smaller.
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Record the maximum and minimum temperature each day using a thermometer.
Observe the sky and estimate the cloud cover using a cloud cover chart.
Record the cloud cover as a percentage.
Repeat the observations daily for at least two weeks.
Compare the temperature ranges with the cloud cover percentages.
Look for patterns between cloud cover and temperature changes.
Analyze the data to draw conclusions about the relationship.
Present your findings with graphs and charts.
You may find that days with more cloud cover have smaller temperature ranges, as clouds can act as insulation, keeping temperatures more consistent.
Cloud cover percentage
Daily temperature range
Location of measurement, Time of measurement, Duration of study
Be cautious when observing weather outside; dress appropriately.
Use line graphs to show temperature changes.
Include a description of different cloud types.
Explain how clouds affect temperature.
Clouds can trap heat during the night and reflect sunlight during the day.
Record the cloud cover as 100% and focus on the temperature range.
Use a cloud cover chart to help visually estimate the percentage.