HOW TO
A 3D geostatistical layer is created using the Empirical Bayesian Kriging 3D (EBK3D) method to predict values at any location within the 3D extent of the layer. This method is useful when analyzing 3D datasets, such as environmental monitoring, geological, or atmospheric data. In ArcGIS Pro, the 3D geostatistical layer created using the Empirical Bayesian Kriging 3D tool can be published as a web scene layer to ArcGIS Online. This function enhances the ease of sharing and utilizing findings within the community by improving accessibility, collaboration, visualization, and integration of geostatistical analysis.
The workflow provided in this article involves exporting the 3D geostatistical layer to netCDF format as a voxel layer using the GA Layer 3D To NetCDF tool. This layer is then used as an input dataset to create a scene layer package, which is then published as a web scene layer to ArcGIS Online. The image below shows the 3D geostatistical layer used for publishing to ArcGIS Online.
Note: The GA Layer 3D To NetCDF tool requires a Geostatistical Analyst license.
Note: Add the output netCDF file from Step 2 to a local scene, if necessary. Refer to ArcGIS Pro: Add a voxel layer to a local scene for more information.
Note: To view the published scene layer in Scene Viewer, create a global or local scene and add the voxel scene layer to it. Refer to ArcGIS Online: Add layers to scenes for more information. Alternatively, log in to ArcGIS Online and navigate to Content > My Content, and click the item title to open the item details page of the hosted scene layer. Refer to ArcGIS Online: Use layers in maps and scenes for more information.
The image below shows the voxel scene layer published from ArcGIS Pro and viewed in Scene Viewer.
Article ID: 000032726
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