GIS Labs

Temperature Interpolation Map

This map was created using temperature point data collected across Africa and South America. I applied the Kriging interpolation method in ArcGIS Pro to estimate temperature values in areas without direct measurements. The final map displays filled contour intervals representing temperature ranges, with a legend showing the specific values. Each dot represents an original data point used in the interpolation. Standard map elements such as title, legend, and author name are included.

Elevation Interpolation Map

This map was created using elevation point data for Dog Island, Florida. I used the Inverse Distance Weighted (IDW) interpolation method in ArcGIS Pro to generate a continuous surface representing the island’s topography. The map includes filled contour intervals to show elevation changes, with a legend indicating elevation ranges. Standard map elements such as a title, scale bar, north arrow, and author name

Census Blocks Intersecting Primary Roads

This map illustrates how major roads intersect with census blocks across Orange County, CA. Using ArcGIS Pro, I combined U.S. Census block data with primary road networks. Roads are highlighted in red, blocks in green, and the map includes a scale bar and legend for clarity. It supports transportation planning and demographic analysis

Census Blocks

This map visualizes how water flowlines intersect with census blocks in Orange County, CA. Using ArcGIS Pro, I combined National Hydrography Dataset stream data with U.S. Census block boundaries. Flowlines were classified by type (e.g., perennial, artificial, pipeline) and color-coded for clarity. The map includes a satellite basemap, scale bar, and legend to support urban planning and environmental analysis.

pH values

The map was made by collecting pH data from the Arctic Ocean and using GIS software to show areas of acidification with a color scale.

Oxygen Values

This map was made by visualizing Arctic oxygen change data in GIS software, using a color gradient to highlight spatial patterns in oxygen loss.

Temperature Values

This map was made by mapping Arctic temperature change data in GIS software, using a red color gradient to show spatial patterns of warming.

Norfolk Canyon

This composite map was made using GIS techniques to visualize the topography of Norfolk Canyon. It includes:

Hillshade: Simulates light and shadow to highlight terrain features.
Slope: Uses color gradients to show steepness of elevation.
Contours: Displays elevation lines for detailed topographic structure.

Each panel helps interpret the canyon’s shape and depth from different perspectives. Let me know if you want a caption or portfolio blurb for it!

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