It seems already like an eternity since the new SARS-CoV-2 coronavirus emerged in the Chinese city of Wuhan in late 2019. Now, its related disease, COVID-19, has turned into a global pandemic which keeps spreading and wreaking havoc in more than 210 countries.
The COVID-19 outbreak caught the world off-guard, placing humanity in front of a global health, economic, and political crisis whose full consequences are still unknown. It is in these times ruled by uncertainty when the attention paid to the work of data scientists, analysts and researchers increases; showcasing how important and necessary their role is in our society.
In order to empower these professionals with more tools to analyze and provide a better response to the consequences of this pandemic, CARTO has been making its platform available to public and private sector organizations doing research on the coronavirus outbreak via our grants program. To date hundreds of grants have been approved in 35 countries. In addition, our team of data scientists and engineers have been actively working to build tools and providing analysis to several administrations worldwide.
Amongst these efforts, we have experienced first hand how important it is to have access to ready-to-use and up-to-date datasets, so data scientists can spend the majority of their time building models and interpreting the results before they become obsolete in this rapidly changing environment.
For this reason we have joined the efforts already started by organizations such as Enigma and Azavea among others, and are providing open access to some key datasets for COVID-19 research as public data accessible from CARTO’s new Data Observatory.
From today, we are happy to announce that the following datasets are already available and being updated on a regular basis:
Now, our users can start incorporating features from these datasets in spatial data science models using CARTOframes and the data enrichment methods to the Data Observatory. Over time we will keep adding new COVID-19 related datasets into the repository.
As one basic example, below we have normalised the COVID-19 cases at county level in the US by 10,000 high-risk inhabitants (i.e. taking here population older than 60 years old); for that we have enriched the dataset with the population data at county level from ACS which is also available as open data in the Data Observatory.
This notebook we are sharing via Google Collab illustrates how to recreate the analysis showcased above once a CARTO user has enabled access to the Data Observatory via CARTOframes. If you are a CARTO enterprise customer but still do not have this functionality enabled, please get in touch with a CARTO representative who will be happy to assist you.
In addition, in order to facilitate wider access to these datasets, CARTO has also made our Data Observatory public data project available to all Google BigQuery users. The name of the project is ‘carto-do-public-data’. This notebook provides an example on how to work with the data from BigQuery and build visualizations using CARTOframes.
In need of support to apply Spatial Analysis and Spatial Data Science in the fight against COVID-19?Click here to find out more
|This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 960401.|
The global data monetization market is projected to reach over $370 billion by 2023. 68% of organizations will increase investment in Spatial Data Science over the next two...Spatial Data
Continuing on our mission to improve the efficiency of Data Science teams who need to work with spatial data, and after several months of testing, validation, and continuou...Spatial Data
Spatial data used for market research, geomarketing, and other types of analysis requiring insights into consumer behavior typically consists of categories such as age, gen...Spatial Data
Please fill out the below form and we'll be in touch real soon.