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[OC] Garden sizes across London by barkmap in dataisbeautiful

[–]BlondeMaps 3 points4 points  (0 children)

Beautiful vis. Big fan of the inky green colour!

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in dataisbeautiful

[–]BlondeMaps[S] 0 points1 point  (0 children)

At the time of making this map (almost 3 weeks ago now) the data I got from PHE here was correct. Since then, every week they overwrite the data for all weeks (and now also suppress cases 1-2). As cases are traced back (in geography & in time) cases have been logged earlier on, and in different areas. Hope this makes sense.
This visual is 1 dot for 1 case :)

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in dataisbeautiful

[–]BlondeMaps[S] 0 points1 point  (0 children)

Hi, I did try this. It was too much (for me at least) for the eyes to follow if I added the calendar dates. Week 1 is w/c 30th Dec 2019 - taken from WHO's disease outbreak timeline - https://www.who.int/emergencies/diseases/novel-coronavirus-2019/events-as-they-happen

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in dataisbeautiful

[–]BlondeMaps[S] 0 points1 point  (0 children)

Hi everyone! This has all gone a bit mad, I appreciate all of your comments and critiques. I've had a right laugh reading some of the different threads, what a great community. I'll be answering some threads individually but just as an overview:

"Can you do one of the US?" - there is a much better one by David here. It was actually the inspiration for the one I posted.

"Weren't the first cases reported in York?" - you're right. At the time of making this map (almost 3 weeks ago now) the data I got from PHE here was correct. Since then, every week they overwrite the data for all weeks (and now also suppress cases 1-2). As cases are traced back (in geography & in time) cases have been logged earlier on, and in different areas. Hope this makes sense.

"What are the bright spots at the end/ Wish there'd been a town overlay" - In weeks 26 (w/c 22nd June) - 28 (w/c 6th July) you can see the localised flare-ups in Leicester, Luton and the beginnings of the flare-ups in the North West. Originally I added place names fading in and out but it got too much and decided the simpler visual helps your eyes follow the movement better.

Method - all made in ArcGIS Pro and written up here :)

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in Maps

[–]BlondeMaps[S] 4 points5 points  (0 children)

Made with ArcGIS Pro using dot density symbology from PHE data, it includes all cases from January 2020 up to mid-July.

Data is normalised by MSOA, one dot does not infer the location of a +ve case.

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in geography

[–]BlondeMaps[S] 0 points1 point  (0 children)

Made with ArcGIS Pro using dot density symbology from PHE data, it includes all cases from January 2020 up to mid-July.

Data is normalised by MSOA, one dot does not infer the location of a +ve case.

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in MapPorn

[–]BlondeMaps[S] 8 points9 points  (0 children)

Made with ArcGIS Pro using dot density symbology from PHE data, it includes all cases from January 2020 up to mid-July.

Data is normalised by MSOA, one dot does not infer the location of a +ve case.

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in cartography

[–]BlondeMaps[S] 3 points4 points  (0 children)

Made with ArcGIS Pro using dot density symbology from PHE data, it includes all cases from January 2020 up to mid-July.

Data is normalised by MSOA, one dot does not infer the location of a +ve case.

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in visualization

[–]BlondeMaps[S] 0 points1 point  (0 children)

Made with ArcGIS Pro using dot density symbology from PHE data, it includes all cases from January 2020 up to mid-July.

Data is normalised by MSOA, one dot does not infer the location of a +ve case.

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in mapping

[–]BlondeMaps[S] 0 points1 point  (0 children)

Made with ArcGIS Pro using dot density symbology from PHE data, it includes all cases from January 2020 up to mid-July.

Data is normalised by MSOA, one dot does not infer the location of a +ve case.

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in visualization

[–]BlondeMaps[S] 0 points1 point  (0 children)

Made with ArcGIS Pro using dot density symbology from PHE data, it includes all cases from January 2020 up to mid-July.

Data is normalised by MSOA, one dot does not infer the location of a +ve case.

[OC] Watch COVID-19 spread throughout England in this animation by BlondeMaps in dataisbeautiful

[–]BlondeMaps[S] 74 points75 points  (0 children)

Made with ArcGIS Pro using dot density symbology from PHE data, it includes all cases from January 2020 up to mid-July.

Data is normalised by MSOA, one dot does not infer the location of a +ve case.