Introduction to Spatial Data & Using R as a GIS

The course will cover an introduction to R, how to load and manage spatial data and how to create maps using R and RStudio. We will show you appropriate ways of using classifications for choropleth maps, using loops in R to create multiple maps and some basic spatial analysis.

We will be using RStudio to work with the R environment. By the end of the course you will be able to load data into R, represent it effectively and be able to prepare an output quality map.

This course is ideal for anyone who wishes to use spatial data in their role. This includes academics, commercial users, government & other public sector researchers who have data with some spatial information (e.g. address, postcode, etc.) which they wish to show on a map. This course is also suitable for those who wish to have an overview of what spatial data can be used for. No previous experience of spatial data is required.

No experience of spatial data, GIS or scripting required. Some basic experience of using Google Earth / Maps would be beneficial.

Further course details can be found here .

More information regarding our courses can be found here .

Podcast for some of our previous courses can be found here

Co urse Code ADRCE-training048Bearman
Course Date 16th January 2018
Places Available 19
Course Leader Dr Nick Bearman

Course Description
Course Contents:

• The basic theories behind spatial data, such as projections and coordinate systems
• Different types of spatial data, including vector, raster and point, line and polygon
• How to create a choropleth map, and why colours and classifications are important
• Working with spatial data in R & Rstudio
• Reprojecting data in R
• Some basic spatial analysis in R

By the end of the course, students will be able to:

• Use R to read in CSV data
• Use R to read in spatial data
• Know how to plot spatial data using R
• Join spatial data to attribute data
• Customize colour and classification methods
• Understand how to use loops to make multiple maps
• Know how to reproject spatial data
• Be able to perform point in polygon operations
• Know how to write shape files
• Know how create a ‘heat-map’ style map using point data