Using data visualization to track the coronavirus outbreak

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In the early days and weeks of any widespread global health concern, particularly in a fast-moving outbreak like the coronavirus, there are many unknowns. Data visualization can be a good starting point to understand trends and piece data points together into a meaningful story. The ability to visualize the spread of the virus can help raise awareness, understand its impact -- and ultimately assist in prevention efforts.  

On December 31, 2019, the World Health Organization’s China Country Office was informed of cases of pneumonia with unknown cause detected in Wuhan City, Hubei Province of China. Since its initial reporting, the new coronavirus (SARS-CoV-2) has spread in a global outbreak, infecting tens of thousands in more than 30 countries and causing the COVID-19 acute respiratory disease. 

SAS hascreated a reportthat depicts the status, location, spread and trend analysis of the coronavirus.

EXPLORE THE CORONAVIRUS DASHBOARD

The underlying data is updated daily, so check back regularly to see how it’s progressing and to view the worldwide spread animated over time. Use this interactive report to: 

  • Find out the number of new coronavirus cases within the last 10 days and see how the virus’ infection rates, recovery rates, and fatality rates are trending. 
  • Discover where the virus has migrated and compare the epicenter China with the rest of the world. 
  • Analyze the confirmed cases to understand how the recovery rate is changing over time. 

SAS Visual Analytics was used to create this report with data from WHO, CDC, ECDC, NHC and DXY compiled by JHU CSSE. 

Explore the SAS Visual Analytics coronavirus report  

For a rapid glance of summary information thats refreshed daily with global statistics on the COVID-19 outbreak, start here.   

Key insights from various reports are embedded in this web page, letting you view and interact with the data and keeping you updated with the latest numbers.   

If you want to see more details by geography and explore the interactive report, just click on the Full report button at the top of the page to launch the full dashboard.    

Using a dashboard view, you can easily see an overview of the COVID-19 disease outbreak based on data updated daily, including the number of confirmed new cases, recovered cases and deaths from the virus filtered by geographic location.   

Overview of COVID-19 disease outbreak, including the number of confirmed new cases, recovered cases and deaths from the virus filtered by geographic location.

Figure 1: Overview of COVID-19 disease outbreak, including the number of confirmed new cases, recovered cases and deaths from the virus filtered by geographic location.

A time series bar chart (Figure 2 below) compares the confirmed cases to recoveries and deaths and cases status by reporting period. A stacked bar chart (Figure 3 below) shows the top five impacted countries by new cases in the last ten days (Note: You can maximize the view of each visual in the report to see more details). 

Figure 2: Compare the confirmed cases to recoveries and deaths and cases status by reporting period.

Figure 2: Compare the confirmed cases to recoveries and deaths and cases status by reporting period.

Figure 3: See the top five impacted countries by new cases in the last 10 days.

Figure 3: See the top five impacted countries by new cases in the last 10 days.

The Locations Tab of the report reveals global and country-specific coronavirus data (Figure 4 below).

Figure 4: The Locations Tab of the report shows country-specific coronavirus data.

Figure 4: The Locations Tab of the report shows country-specific coronavirus data.

Enter a country name for country-specific data (Figure 5 below).

Figure 5: Entering a country name allows you to focus in on specific details.

Figure 5: Entering a country name allows you to focus in on specific details.

It’s been many weeks since the first case of the new coronavirus was reported in China and the outbreak has spread across the globe. By adding a layer of geospatial data from Esri’sGIS mapping software, we’re able to explore an interactive view of the spread of coronavirus across China and into other countries.    

With SAS Visual Analytics, we cansee a time-series animation (Figure 6 below) that demonstrates the spread of the virus across the globe. Play the animation to see the spread within China, as well as spread and severity across the globe.  

Figure 6: Time-series animation that demonstrates the spread of the virus across the globe.

On the Trend Analysis tab, flip through the visualizations to see additional data trends related to the COVID-19 outbreak (Figures 7 and 8 below).

Figure 7: Trend analysis of daily cases recovered vs. deaths.

Figure 8: Trend analysis of change in confirmed cases.

What’s next  

This information, presented in new ways on maps and animated timelines, is just the tip of the iceberg as public health officials and life sciences companies work to contain the COVID-19 outbreak and develop antiviral medicines to combat the disease. Data-driven techniques such as analytics and AI released on a diverse set of data points such as clinical  patient records, social media streams and public health records among others can all help to refine the surveillance approaches as long as regulatory and citizen privacy laws are respected. 

Further development of data science projects and collaboration within the health and life sciences industry is needed. Those interested in a code-based approach may want to check out these tips from graph expert Robert Allison.  

LEARN MORE | See all Coronavirus dashboard blog posts

As the data and this outbreak evolve, so will our analytics and reports evolve to be even more meaningful to the global health community. Stay healthy and let us hear from you about ways that SAS Visual Analytics and other SAS analytical technologies can help (or are helping) shed light on the current coronavirus epidemic. 

Note: Report visuals updated to reflect dashboard updates on March 16, 2020.

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About Author

Mark Lambrecht

Dr. Mark Lambrecht, Director of the Global Health and Life Sciences Practice at SAS, joined SAS in 2005 and leads a senior team working for SAS’ healthcare and life sciences industry and organizations. His team is bringing SAS’ new HLS solutions to market and is constantly looking for innovation by identifying customer needs. He's also interested in data standards which enable the industry to share and reuse patient data to find new cures and for the benefit of mankind. Prior to joining SAS, Mark worked in the pharmaceutical industry and studied at the KU Leuven, Belgium and at Stanford University, USA. There, he worked as bioinformatics scientist specializing as a data scientist for high volumes of biological and genomics data using diverse technologies and approaches.

12 Comments

  1. Raphael Poumarede on

    Awesome Mark ! well done. Coronavirus is not good news but at least you show how the power of SAS can be used to track and help visualizing what's going on today...

  2. Rhonda Roberts on

    This dashboard is really beautiful and shows off SAS' functionality for data visualizations. That said, I believe the CFR you report is misleading...and just not correct.There is nowhere with a CFR of >=60% or even close. Currently Italy sits around 6% and that is significantly higher than other places. Please review and adjust so the information is either understood based on your intention or lines up with the rest of the reporting. Thanks for putting this together--

    • Mark Lambrecht
      Mark Lambrecht on

      Hi Rhonda,
      Thank you for all the excellent and useful feedback. We are continuously working to improve the report with your feedback and that of others. We plan to bring the Mortality Rate Change chart under the Trends page so we have more space for text/legends ; and will add a legend to remove the confusion. Please keep sending this input so we can make the dashboard even more useful.
      Mark

  3. stuart whalen on

    Beautiful Graphics! An idea to extend this functionality would be to fit the existing data points for each country and then fit these first 30 days or so to a characteristic S-curve and then project out (expected cases and margin of error) the next 30 days or so.

  4. Hi Mark,

    This is a brilliant visualization! I shared this with my data team last week and they are all impressed. But when I came back to check the latest data today, I surprisingly found that you combined Taiwan and China as the same region and they were separated late week. Taiwan has its Disease control center set up even before the first case showed up in Taiwan to coordinate efforts against the coronavirus. Health experts and media outlets all over the world recognize Taiwan’s successes in containing COVID-19. Taiwan also builds a partnership with the United States not only on exchanging medical supplies but also on sharing research information about rapid tests and vaccine development. We should know that Taiwan is a totally different country from China. I hope you can switch the region split back on the dashboard. Again, I love your dashboard so much so I hope this feedback can help it become better. Thank you!

    • Mark Lambrecht
      Mark Lambrecht on

      Hi Eileen,
      Thank you for the great feedback. My sincere apologies on the map error. This is due to a technical problem and our teams are working on right now. We are constantly updating and improving the report ; unfortunately that has resulted in an issue like this. Keep sending the feedback and let us know if you need any further help !
      Best wishes,
      Mark

  5. Niteen Yemul on

    Hi, I have two suggestions. (1) We may also show usefulness of preventive measures based on past data using visualizations. (2) We should also show treatments and its results using visualization so that this information may be useful to medical professionals. We may also show usefulness of preventive measures based on past data.

    For the first idea we do get guidelines as preventive measures such as washing hands frequently. However, if there is any past data that provides additional guidance to general public. It will increase people's acceptance of the guidelines. Getting data related to preventive measures could be huge task.
    Second idea would be useful to medical professionals worldwide. Thanks for reading this.

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