This video tutorial guides viewers through the process of investigating urban heat islands using ARC GIS Online. It explains the urban heat island effect and provides step-by-step instructions on creating an urban heat island profile for a city. The tutorial covers setting up an ARC GIS account, navigating the map viewer, adding and exploring data layers, defining transects, and collecting data. It concludes with instructions on analyzing the data to understand the relationship between surface type, tree canopy cover, and temperature.

What is the urban heat island effect?

• A phenomenon where urban areas are warmer than surrounding rural areas.

• A phenomenon where urban areas have more rainfall than rural areas.

• A phenomenon where rural areas are warmer than urban areas.

• A phenomenon where urban areas are cooler than rural areas.

What tool is used to create an urban heat island profile?

• Adobe Photoshop

• Microsoft Excel

• ARC GIS Online

• Google Maps

What should you do after signing into ARC GIS Online?

• Print the map for offline use.

• Download the map to your computer.

• Directly start adding data layers without saving.

• Navigate to the Map viewer page and save the map.

What is the minimum length for a transect in the project?

• 15 miles

• 10 miles

• 5 miles

• 2 miles

How many data points should you ideally have for a transect?

• At least 5

• At least 30

• At least 20

• At least 10

What information can you obtain from the Tree Canopy cover layer?

• The age of the trees.

• The height of the trees.

• The percentage of the pixel covered by tree canopy.

• The type of trees in the area.

What should the X-axis represent in the graph created from the data?

• Percent cover

• Data points or distance

• Time of day

• Temperature