If you work with GIS data, you may already have boundaries, roads, rivers, watersheds or other geographic features stored as an ESRI Shapefile. Google Earth Pro can import vector data containing points, lines, paths and polygons, making it useful for quickly viewing GIS data over satellite imagery.
This guide explains how to import a shapefile into Google Earth Pro, check the imported layer, customise its appearance, and deal with common problems.
What Is an ESRI Shapefile?
A shapefile is not normally just one file. A typical ESRI Shapefile consists of several related files that work together.
The important files commonly include:
- .shp — stores the geometric features
- .shx — stores the shape index
- .dbf — stores attribute information
- .prj — stores projection information
Google notes that shapefiles may require these supporting files, including SHX, DBF and, when the projection is not WGS84, PRJ.
Therefore, do not separate the files before importing the shapefile.
The supplied reference material also demonstrates importing a district boundary shapefile and then changing its colours and visual appearance in Google Earth Pro.
If you also need to add GeoTIFF data, see our guide on How to Import a Map or GeoTIFF into Google Earth Pro, where we explain how to do it step by step.
Step 1: Prepare the Shapefile
Before opening Google Earth Pro, make sure all the required shapefile components are available in the same folder.
For example:
districts.shp districts.shx districts.dbf districts.prj
If the shapefile was downloaded as a ZIP file, extract the ZIP file first.
If you only have the .shp file and the supporting files are missing, the data may not display correctly.
Step 2: Open Google Earth Pro
Start Google Earth Pro on your computer.
Navigate to the area where you expect your shapefile to appear. You do not necessarily need to zoom to the exact location because Google Earth can move the view to the imported data.
Step 3: Open the Shapefile
In Google Earth Pro, select:
File → Open
In the file-type selector, choose ESRI Shape (*.shp) or the appropriate vector-data option, then browse to your shapefile.
Select the .shp file and click Open.
Google's official instructions confirm that vector data can be imported through File → Open, after which the vector elements appear in the 3D viewer and the imported file is listed under Temporary Places.
Step 4: Apply a Style
After opening the shapefile, Google Earth Pro may ask whether you want to apply a style template.
A style can help make a large GIS layer easier to understand.
Depending on the dataset, you can customise:
- Feature names
- Colours
- Icons
- Lines
- Polygon appearance
- Transparency
- Height settings
For example, a district boundary layer can use different colours for individual districts, while a watershed polygon can use a transparent fill so that the satellite imagery remains visible underneath.
The supplied reference demonstrates using an attribute field to assign different colours to polygon features.
Step 5: View the Imported Layer
After importing the shapefile, look in the Places panel.
The imported layer may initially appear under Temporary Places. Turn on its checkbox if the features are not visible.
You should then see the shapefile displayed over the Google Earth imagery.
For example, a polygon shapefile could represent:
- Administrative boundaries
- Watersheds
- Land parcels
- Project areas
- Districts
A line shapefile could represent:
- Roads
- Rivers
- Pipelines
- Drainage networks
Point data can represent locations such as stations, facilities or sampling sites.
Step 6: Change Colour and Transparency
You can customise the appearance of imported features after they have been added.
Right-click the imported layer and open its properties. The available style controls can be used to adjust colours and other visual properties.
For polygon layers, transparency is particularly useful. A completely opaque polygon may hide the satellite imagery underneath it. Reducing the fill opacity allows you to see both the shapefile and the underlying imagery.
The supplied reference demonstrates adjusting line colour, line width, polygon colour and opacity for stream and watershed layers.
Step 7: Save the Imported Data
Imported data may initially be stored under Temporary Places. If you want to keep it for future sessions, move or save the data in your Places collection.
You can also use Google Earth's supported saving and sharing workflows to preserve geographic information for later use.
Once you have completed this process, you may also want to learn How to Import CSV Coordinates into Google Earth Pro, if you need to view points in Google Earth Canvas.
Common Shapefile Import Problems
The shapefile does not appear
Check that the supporting files are present in the same folder. Google specifically notes that missing support files can prevent third-party vector data from displaying correctly.
The layer appears in the wrong location
Check the shapefile's coordinate reference system and projection information. The .prj file can be important when the dataset uses a projection other than WGS84.
The polygon hides the satellite imagery
Reduce the polygon's fill opacity or use a transparent fill while keeping the boundary visible.
The layer is difficult to read
Change the line width, colour, label settings or polygon transparency to create better contrast against the imagery.
For additional information and the latest guidance, see the official Google Earth Help documentation on Import & change map data.
Important Limitation
Google Earth Pro is excellent for visualising and presenting GIS data, but it is not a replacement for a full GIS application.
If you need advanced spatial analysis, geoprocessing, editing, coordinate-system management or large-scale GIS workflows, software such as QGIS or ArcGIS is generally more appropriate.
Google itself lists QGIS as a GIS program that supports viewing, editing and analysis of geospatial data.
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