CBC News reports on a collaborative project to create province-by-province and state-by-state beaded maps of Canada and the United States. “Since March, dozens of Indigenous artists had been taking up a challenge to bead their states and provinces. Their hard work, diversity in beading styles, techniques, and cultural influences can be seen in a final map that was recently unveiled of both countries.” The project was coordinated by CeeJay Johnson of Kooteen Creations.
The European Space Agency has a post about monitoring the Arctic heat wave (mainly, it seems, through the Copernicus program). It’s illustrated by a few startling images from this summer: of Siberia’s wildfires, the record-low levels of Arctic sea ice, and (above) a map showing the land surface temperatures on Ellesmere Island, Nunavut on 11 August, when Eureka, Nunavut—80° N—had a record high of 21.9°C (71.4°F).
Election-atlas.ca, the collection of historical Canadian election results maps I first told you about in 2018, has added poll-by-poll results for the 2019 Canadian federal election. Also, since we last saw them it seems they’ve extended their historical results further back in time—as far back as 1896 for the federal results.
Coming Home to Indigenous Place Names in Canada, a wall map of indigenous place names in Canada, came out in 2018. A few days ago Design Feminism posted an interview with the mapmaker, Dr. Margaret Pearce, in which she talks about engaging with Indigenous communities, her design decisions, and other behind-the-scenes detail. [Leventhal]
Researchers have released an interactive map showing Canadians’ opinions about climate change—whether it’s happening, and what we should do about it—and, more significantly, the regional variations in that opinion, down to the riding level. Not surprisingly, the oil- and coal-producing regions are much more likely to be climate skeptics.
The map is based on surveys of more than 9,000 Canadians taken between 2011 and 2018, which raised my eyebrows a bit: public opinion can change a lot over seven or eight years, after all. But the researchers did so to get a more accurate sense of regional opinion: opinion polls are usually based on a small national sample; regional breakdowns of that sample have large margins of error, and getting accurate regional samples would be a lot more expensive. More at Global News.
MTLBlog digs into the digital holdings of the Bibliothèque et Archives nationales du Québec (BAnQ) to present some vintage maps of Montréal.
The BAnQ has more than 20,000 maps in its digital collection, ranging from the 16th century to the present day; said holdings include maps from before the Conquest, maps of cities, towns and villages (many of them fire insurance maps), and historic topo maps.
Bothered by the widespread use of Web Mercator by Canadian news outlets to show last week’s election results, Kenneth Field has posted an article that aims to address the problem. Static maps of Canada tend to use a conic projection like the Albers or the Lambert, and that’s the case for print election maps as well. Online interactive maps, on the other hand, use off-the-shelf tools that use Web Mercator, which results in the sparsely populated territories looking even more enormous. But that doesn’t have to be the case, says Ken, who shows us, with a few examples, how use ArcGIS Pro to create interactive maps using a conical projection.
Meanwhile, Mark Gargul writes in response to Ken’s critique of his cartogram of the election results. Mark describes himself as an amateur and readily admits that other cartograms are “clearly more aesthetically pleasing. On the other hand, I was going for something different with my cartogram—specifically, to try to preserve riding-adjacency as much as possible.”
… On the other hand, what I was going for was preserving, to the extent possible, riding adjacency. If Markham-Stouffville shared a border with Markham-Unionville on a real map, I wanted that border on the cartogram. Hence, the ugliness.
— Mark Gargul (@GargulMark) October 26, 2019
The other thing Mark was going for in his cartogram was to indicate the urban-rural split: metropolitan areas are given a black border: it’s easy to see which ridings are in Montreal or Toronto; seats that are partially urban and partially rural straddle those borders.
I'll summarize for you guys what I let Ken know in more detail: I wasn't going for pretty, but I was going for illustrating the rural-urban split, which doesn't come across well in the other cartograms or maps I have seen
— Mark Gargul (@GargulMark) October 26, 2019
So it’s doing several things at once that may not be immediately apparent.
Update on mapping #CanadaElection2019 by me & @williamscraigm. Data errors fixed. Value-by-Alpha Unique Values, Prop Symbol (both modified by pop density), Dot density (winners), Dot density (all parties >1%). 1 dot=100 votes. Screen grabs. #NotMercator pic.twitter.com/MJbIRRGqsw
— Kenneth Field (@kennethfield) October 23, 2019
I hit “Publish” too soon last night. Kenneth Field and Craig Williams put together a series of maps showing the Canadian election results in a number of different ways: we have a value-by-alpha map, a proportional symbol map, and two kinds of dot density maps: one showing the winners, one showing all votes per constituency. (One dot equals 100 votes; the dots are spread evenly across constituencies, even when people aren’t. You can’t have everything.) And it’s on the Lambert, not the Mercator.
Speaking of the Mercator. Maps Mania’s roundup of Canadian election results maps notes that the Canadian media’s interactive maps (e.g. CBC, Global, Globe and Mail) invariably resorted to Web Mercator, largely because of the mapping platform used. (In-house infographics team? Don’t be ridiculous.) Web Mercator is singularly bad for Canadian election maps, because Nunavut: it’s the largest electoral district by area (1.9 million km2) and the smallest by population (31,906). It’s enough of a distortion on the Lambert: Mercator makes it worse.
As for cartograms, Ken hated the one I posted last night; Keir points to Luke Andrews’s Electoral Cartogram of Canada, which is a bit nicer, and uses only one hexagon per riding instead of seven. Keir also points to this animation that shifts between a geographical map and a cartogram. It’s hard to recognize Canada in cartograms, because it’s difficult for us to grasp just how many people live in southern Ontario.
Previously: A Cartogram of Canada’s Election Results.
This cartogram shows the seat-by-seat results of the federal election held last Monday in Canada. It was uploaded to Wikipedia by user Mark Gargul to illustrate the 2019 Canadian federal election article, and it’s a welcome departure from the usual election results maps in this country.
(An example of the usual results map is Elections Canada’s official map of the unofficial results, in PDF format.)
Canadian election results maps generally use geographic maps, usually the Lambert conformal conic projection that most maps of Canada use (though sometimes it’s the Mercator!) rather than cartograms. Which means that Canadian maps suffer from the same “empty land doesn’t vote” problem that U.S. maps have, though it’s mitigated by the fact that vast rural and northern seats are often won by different parties: you don’t have the same sea of one colour that you get in the States.
That said, Canada is overwhelmingly urban, and so are its electoral districts. Most election results maps resort to using multiple inset maps to show the urban results. (Elections Canada’s map has 29 of them.) Gargul’s cartogram sidesteps both problems neatly; on the other hand, it’s next to impossible to find your own damn constituency (it’s hidden in the mouseover text). If the disadvantage of empty-land election results maps is that the colours aren’t representative, their advantage is that you can tell what regions voted for whom, at least if you know your geography.
Ottawa’s new light rail line opened to the public last month, more than a year overdue, and this week the bus routes change to account for that fact. The new system network map (downtown inset above) strongly resembles the map released last year, which showed what the bus routes would have been had the LRT opened back then, somewhat less late, but there are some subtle changes here and there.
Meanwhile, planning is under way for the next stage of LRT construction. The City of Ottawa has an interactive map showing where the new (and existing) lines will be going: it’s a track network map that shows every crossover and platform, and goes a long way toward satisfying my curiosity.
How are the names of roads, streets and other places on the map determined? In Vancouver, British Columbia, the process was until very recently pretty ad hoc and informal, until the formation, in 2012, of the city’s Civic Asset Naming Committee. The Tyee looks at the workings of that committee and the issues around naming and renaming places in Vancouver—where thanks to a legacy of colonialism, some names are rather more fraught than others.
This, believe it or not, is a coin—a coin in the shape of a map of Canada, with various animals forming the shape of each province and territory. The design was created by Ottawa illustrator Ali Giroux, who posted it online as a letterpress map. Then, as CBC News and CTV News report, the Royal Canadian Mint came calling.
Commemorative coins aren’t cheap. This one is made of three ounces of pure silver and sells for $340 (Canadian). It is being produced in a mintage of 2,000 and will ship in December.
(And yes, despite its weirdo shape, it is a real coin: the Queen is on the other side, a traditional, coin-shaped portrait embedded in the centre. It has a face value of $50, but that’s only if you want to use it to pay a bill or something, and who’d do that with this?)
In my neck of the woods we’ve been dealing with some pretty severe spring flooding. And as is often the case, existing flood maps are not up to handling the new normal imposed by climate change. Sainte-Marthe-sur-le-Lac, a community near Montreal, was hit hard by flooding this spring, but only two of the 800 flooded homes were in current maps’ flood zones. This isn’t an new situation; we had similar floods in 2017. Back then, CBC News reported that Montreal-area flood maps’ 20- and 100-year floodplains were exceeded by the then-current flood extent.
Fast forward to this spring. The flood maps for Montreal-area municipalities have been updated—they’re now based on LIDAR data from 2014 onward—but have not yet made public: they’ve yet to be approved by the municipalities or adopted by the province; nonetheless they’ve been put to use during the recent emergency. On the new maps, some 1,500 homes in Sainte-Marthe are part of the flood zone.
CBC News: “A group of researchers at the University of Ottawa is using Google Street View to spot instances of gentrification in the city’s neighbourhoods. […] The program looks for patterns of improvements on individual properties, such as new fences, landscaping, siding or significant renovations.” Honestly not something for which I expected Street View to have a use.
As I mentioned in my post about the Indigenous People’s Atlas of Canada, the atlas project includes the four-volume physical atlas, an online version, and teaching resources that include a giant floor map from Canadian Geographic. CBC News has more about that giant floor map, which at 11 × 8 metres is so big that it has to be displayed in the gym when it’s taken on tours of schools. See also this video.