
Download the free trial of ArcGIS Pro and access the course data resources. Organize all files in a dedicated ArcGIS_Pro_Course folder on your desktop or documents.
Prepare data and add it to your ArcGIS Pro project, organize it in the geodatabase, and view earthquake locations by displaying XY data using latitude and longitude.
Select data by attributes and create new layers in ArcGIS Pro; export major earthquakes, Japan, and Korea as separate feature classes, then merge datasets and save your work.
Create a new polygon feature class in ArcGIS Pro for a study site in sub-Saharan Africa and clip earthquakes to that area.
Create a layout in ArcGIS Pro by inserting a map frame, adding north arrow, scale bar, and legend, then title earthquakes Japan 2000-2020 and export as pdf or jpeg.
Analyze spatial patterns with heatmaps and density maps, including point density and kernel density, to reveal accident hotspots in NYC boroughs.
Calculate accident densities by borough in New York City with ArcGIS Pro using spatial joins, geometry calculations, and map visualization to compare densities and create charts.
Learn to use buffers in ArcGIS Pro to analyze features around a location, such as counting accidents within a quarter mile of Central Park.
Explore median center and directional distribution to analyze Brooklyn accident patterns using heatmap visualization and the standard deviation ellipse, applying geoprocessing tools to identify the optimal tow truck location.
Apply hotspot analysis to map statistically significant hotspots and cold spots of injuries in New York City, using injuries as the input field and exporting results to Excel.
Explore the high-low clustering report to test the statistical significance of spatial clusters using the Getis-Ord General G statistic, interpreting p values and z scores.
Learn how spatial interpolation uses a few weather stations to estimate rainfall across a region, applying inverse distance weighted (IDW) and masking to the contiguous United States.
Explore Esri Living Atlas census data in ArcGIS Pro by using current year ACS variables, color and symbol overlays for population and poverty, across state, county, and tract levels.
Complete an exercise mapping South American earthquakes (2000–2020) using graduated symbols and colors for magnitude and year, export a map with legend, north arrow, scale bar, and title to JPEG.
Display accident locations with xy in a Staten Island project. Isolate Staten Island accidents with a polygon, analyze hotspots with a kernel density map, and export a layout with legend.
Create an ArcGIS Pro map named Exercise_underscore_three and map accidents within 0.25 miles of Grand Central Terminal using the Open Street basemap and NAD 1983 2011 Albers; add a point.
determine the median point of Bronx accidents by creating a map project exercise_project_four, using the Open Street Base map and NAD 1983 2011 USA Albers projection, following lecture 13 steps.
Learn to perform spatial interpolations of California's annual rainfall normals using IDW, spline, and kriging in a new map project, following steps from lectures 17 and 18.
I developed this course so you can gain the skills to work with ArcGIS Pro, which is the leading worldwide Geographic Information System (GIS) software program. Applications of GIS have become extremely relevant throughout the past decades in numerous fields, so gaining expertise in that field is a very clever move in terms of your professional career.
This course will enable you to learn that as quickly and effectively as possible in a practice-oriented, hands-on approach so that you can work on your projects in a short time. For that purpose, I will not elaborate much on theories, and I will not waste your time with beating-around-the-bush, making long-winded and off-track attempts or explanations, but I will show you straight to the point on how to get things done. I will give brief explanations on the background of the methods we will be using, but you can always refer to the detailed explanations that you get on ESRI’s website.
The software is rather complex, but I will guide you step by step to put it to use. To become a proficient user, you will need to use and apply it rather than just seeing me demonstrate its capabilities. Therefore, I encourage you throughout the course to apply the software as I demonstrate it and then apply your newly acquired skills to the exercises. If you do this consistently, you will quickly get used to it, and you will soon be able to explore it beyond the scope of this course and find ways to analyze and present data for your projects.
The course will start at the beginners' level, assuming that you have no prior experience with ArcGIS Pro or GIS software in general. Building on that, we will move on to levels allowing you to apply more sophisticated methods to your projects.
I hope that you will enjoy the learning experience and that the course will make a positive difference for you as you expand your qualification and put the methods to use to find solutions to the questions and problems you are tackling.
Section 1: The Basics
Introduction to the course
Download the free trial version and access the resources for this course
Start a new project
Prepare your data, add data to your project, organize your geodatabase, and create your first map.
Section 2: Start Working with Your Data
Select data and create new layers
Create new feature classes
Add more information to your map
Create a layout
Section 3: Analyze Spatial Patterns
Change the map projection
Create Heat Maps and Density Maps
Calculate densities in specific areas
Use buffers to analyze features in the area around specific places
Median Center and Directional Distribution
Hot-spot analysis
High-Low Clustering Report
Cluster and Outlier Analysis (Anselin Local Moran's I)
Spatial Interpolation 1
Spatial Interpolation 2
Section 4: Work with Other Common Datasets and Methods
19. Work with Census Data from Esri’s Living Atlas
20. Work with Digital Elevation Maps