A History of Canada in 10 Maps: Epic Stories of Charting a Mysterious Land, by Adam Shoalts
The editorial team of Cartographica invites the participants of the 43rd Annual Conference of the Canadian Cartographic Association (May 30 – June 2, 2018) to submit a full paper describing original research contribution in all aspects of Cartography.
The Federal Government of Canada recently published the “Federal Airborne LiDAR Data Acquisition Guideline” in support of LiDAR data acquisitions. The document is meant to be a resource for the acquisition of base elevation data derived from airborne data and provide guidance to the LiDAR community in support of developing highly accurate national elevation products. Find out how to download a copy …
Prince Edward Island Maps
The PEI Road Atlas provides a comprehensive overview of all roads, including road types, and other valuable geographic information featuring the province of Prince Edward Island
The full color Prince Edward Island maps used in this atlas were created using GIS data sources from various provincial governmnet departments including the PEINRN (Prince Edward Island National Road Network).
Free download of the 100 page Prince Edward Island Road Atlas is provided from within the PEI GIS Data Catalog http://www.gov.pe.ca/gis/ where you can also find Prince Edward Island open data and other geospatial data sets.
Looking for Canadian Open Data & maps? Then check out our free geospatial data section
OpenStreetMap User Guide
If you have been following our OpenStreetMap topic over the past few months then I am sure you have come to the realize that it is a community driven project and that anyone can edit OpenStreetMaps. But where does one start?
Below are some resource documents to help you get started using OpenStreetMap created by LearnOSM. These documents provide easy to understand, step-by-step guides that will explain how you can start contributing to OpenStreetMap and using OpenStreetMap data in your projects.
The beginner guide provides step by step instructions to help users get started with OpenStreetMap. It teaches how to create a free account, how to use the map editing tools, and how to collect information to create custom maps with.
OpenStreetMap Beginner Guide
- Introduction to OSM
- Starting OSM
- Editing with Potlatch
- Getting Started with JOSM
- JOSM Plug ins
- Using the GPS
- GPS: extrex20
- Walking Papers
- Editing with JOSM
- Imagery Offset
- Moving Forward
OpenStreetMap Intermediate Guid
The openstreetmap Intermediate Guide concentrates more on the details of editing and validating as well as shortcuts and ways that people can contribute to the openstreetmap community.
- Editing in Detail
- Conflict Resolution
- Using Orbview Imagery in JOSM
- Quality Assurance
- Tasking Manager
- Editing the Wiki
- Creating Custom Presets
- Private Data Store
The openstreetmap Advanced Guide is intended for users who have some experience with openstreetmap and have already covered the topics found in the Beginner and Intermediate guides.
OpenStreetMap Advanced Guide
- PostGIS Configuration
- Cartography with TileMill
- Putting Maps on a Website
- Github Sharing
- WMS Service Configuration
- Private Data Storage Configuration
- Projections and File Types
- SQLite Databases
- Virtual Machine Setup
PCI Geomatica Python Cookbook
PCI’s Geomatica Python Cookbook is an online resource for python users who want to use python with PCI Geomatica (note: a full feature trial is available from PCI for those that do not have the software).
Geomatica’s python library offers geospatial developers and solution providers a powerful set of remote sensing, photogrammetry, image processing, image analysis and information extraction tools.
The Geomatica python cookbook is a great way to help new users looking to familiarize themselves with Geomatica’s python library and common workflows. It is also a great resource for more advanced users, as it contains useful code snippets that can be easily “plugged in” to a python script.
For more details and to access the full Geomatica python cookbook see http://pcigeomatics.github.io/PCI-Geomatics-Python-Cookbook/
If you come across other books or reaources that you think would be benifical to our readers then let us know.
[Page originally published Dec 2014]
Helping Children Learn Cartography
Where in the world are you? Learn to read, understand and create maps
Recently at a yard sale, we discovered this simple book for kids that teaches them about the Art of Mapping called “Maps and Mapping for Canadian Kids” and thought we would include it in our Geo-Books section for others to discover and use when they are trying to introduce kids to maps.
- Maps and Mapping for Canadian Kids
- Authors: Laura Peetoom & Paul Heersink
- Toronto, ON: Scholastic Canada, 2011.
- 38 pages, paperback
- ISBN 978-1-4431-0493-7
- Grades 2-5 / Ages 7-10
- “Best Books for Kids and Teens” by the Canadian Children’s Book Centre in 2012.
Maps and Mapping for Canadian Kids
Children can learn to read, understand and create maps using this easy to follow Scholastic book by Laura Peetoom & Paul Heersink.
Maps and Mapping for Canadian Kids helps introduce children to the basic elements used when reading a map including map scale, symbols, and colours. It makes use of vibrant colors, simple diagrams, and various pictures to help children easily understand the process of creating and reading maps.
It shows them how maps are made, how they work and teaches them how to read maps including basic principles of navigation and how early explorers were able to chart the world, and Canada in particular.
The book then goes beyond the basic elements of maps providing some deeper aspects of cartography such as the minimum amount of colors to use when creating a map to the meaning of contour lines on topographic maps. It also includes a special section about explorer David Thompson highlighting some of his achievements as a great Canadian cartographer. This is a really great resource to use when introducing your children to what maps are, and how to create one.
A map is a picture of a place, but not like a painting or a photograph, which shows us what a place looks like. A map is a picture of information about a place. (p. 4)
The earliest known maps of Canada were drawn by seafaring explorers from Europe. Our whole continent was a surprise to them. When they found it, they were looking for something else – an easy passage to India and China.
So early maps of North America highlight information useful to readers looking for a way through: the shape of coastlines, the location of waterways and how far they travelled into the land. (p. 14)
The word “map” comes from the Latin word ‘mappa,’ meaning cloth. In earlier times, maps were drawn on animal skin or cloth. “Cartography” was borrowed from French: ‘cartographie’ means “map drawing.” (p. 16)
Earth Observation for Water Resources Management
Earth Observation for Water Resources Management: Current Use and Future Opportunities for the Water Sector edited by Luis García, Diego Rodríguez, Marcus Wijnen and Inge Pakulski provides a series of practical guidelines that industry leaders can use to decide if remote sensing would be useful to solve their problems.
Water contributes to all aspects of economic and social development and although the use of remote sensing techniques for operational purposes in hydrology and water resources is not new, is has become a fast-growing industry.
“Water lies at the heart of economic and social development and is thus a critical factor in poverty reduction. Growing economies and populations require better water management to keep up with the demand for energy and food and to ensure access to safe water and adequate sanitation. Twenty-first century growth requires modern tools to help countries to understand their water challenges, risks, and options.
Remote sensing enables coverage over large areas and spans of time without heavy field personnel requirements, and its accessibility, reliability, and accuracy have improved dramatically in recent years. While both in situ and remote sensing measurements are subject to specific limitations, researchers have developed techniques that can combine or correlate data from both methods to benefit each other’s strengths.
Understanding the potential combinations of available options has been a challenge for many practitioners. For this reason, Earth Observation for Water Resources Management: Current Use and Future Opportunities for the Water Sector aims to shed light on the strengths and limitations of remote sensing in order to help specialists to provide decision makers with fast and reliable information.” Jennifer Sara, The World Bank Group
Earth Observation for Water Resources Management was the result of a collaborative joint effort involving the World Bank, the Commonwealth Scientific and Industrial Research Organisation, and the University of Arizona. It describes some key global water issues, perspectives for using remote sensing approaches, and why it is importance for water resources. The 11 chapter publication describes eight key types of water resources and various sensors that can help provide valuable information. The book concludes literature review on reliability statistics of remote sensed calculations.
To help encourage kids to get more involved in GIS Day, Esri has provided a free digital coloring book featuring The Amazing MapMan. He shows kids, teens, and adults how GIS can be used to save the day.
[originally published: Sept 2015]
Advancing Geographic Information Science: the past and next twenty years
Last summer (2015) marked the 25th anniversary of first International Early Career Scholars Summer Institute in Geographic Information. In celebration of the success of those institutes, scholars were invited to submit papers that would become part of a new 30 chapter digital e-book published by the GSDI Association Press.
Advancing Geographic Information Science, edited by H. Onsrud and W. Kuhn is the result of several invited and solicited submissions on Advancing Geographic Information Science. The main theme ‘Past and Next Twenty Years’ was chosen to help review the research challenges experienced over the past twenty years while discussing some of challenges that will emerge during the next twenty.
Some of the technical influences on GIScience described in the book include databases, open source software, spatial data, GPS, web mapping services, mobile computing, crowdsourced data, and many other GIS related topics.
If you are concerned about data and many of the other issues surrounding GIS in the geospatial community, including ‘where the field has been‘ and ‘where the field is headed‘, then downloading and reading this book will be well worth your time. It can be ordered in print or downloaded digitally for free
Canadian GIS Education Programs
Contribute Canadian GIS Information, Education Program, Open Data or any other Canadian Geospatial related Info