How Covid turbocharged the QR revolution

Situated less than 90 miles from China, the coronavirus outbreak could have been critical in Taiwan, but the country's proactive measures helped to stave off the worst of the disease. Having learned from SARS epidemic, Taiwan had prepared for future situations by creating a comprehensive command center and implementing a transparent communication strategy both of which have helped slow the spread of Covid-19.

Singapore, Taiwan, and Hong Kong have each shown success with slowing the pace of the coronavirus outbreak due in part from learning lessons during the 2002 SARS outbreak. Combining different approaches to social distancing and quarantine, travel restrictions, and public health campaigns focused on hygiene best practices, the countries have shown that it doesn't necessarily take "China’s draconian measures" to mitigate the spread.

As countries scramble to figure out how to stop the coronavirus outbreak, China is an example of how unprecedented measures to self-quarantine and self-distancing measures can work to slow transmission rates. Commonly refered to as "flattening the curve," this practice allows for the health-care system to avoid being overwhelmed with cases, which in turn means more people can be treated.

The coronavirus pandemic swept the nation at a time when many would be going to polling stations to cast their votes in primary elections, but vote-at-home practices are providing a solution for this civic inconvenience. Oregon, Washington, Colorado, and now Utah have all implemented statewide all-mail election campaigns that not only improve voter turnout, but also cost less to taxpayers than only relying on in-person polling booths.

Weeks before the coronavirus outbreak was declared to be a pandemic, Seoul, and other parts of South Korea set into motion a combination of "prevention and mitigation programs" that are now being touted as lessons for other countries struggling to contain the virus. Using technological advancements such as a national mobile phone alert system and mobile phone applications along with increased transparency around data collected, new reports of cases have slowed allowing the country to prepare for a potential surge later on.

As a grass-roots response to assist vulnerable populations amidst the COVID-19 pandemic, communities around the world are using social media to distribute supplies, services, and advice. One such group on Facebook, the Bristol Community Care - Covid-19 Mutual Aid, has gone viral with thousands of members seeking to help or receive help.

Those over the age of 65 have been instructed to stay at home as much as possible during the coronavirus pandemic, so younger adults are coming together across the nation to help deliver this population essentials. Between Facebook, Nextdoor, and basic spreadsheets, communities are finding ways to provide mutual aid by connecting lower-risk neighbors with their more at-risk neighbors.

As word of the coronavirus outbreak spread, so did misinformation, so the World Health Organization began working with big tech companies to put a stop to it. Collaborating with the likes of Pinterest, Google, Twitter, and Facebook, W.H.O. has posted content that disputes the incorrect information across platforms and sites in order to make "falsehoods harder to find in searches or on news streams."

As coronavirus continues to spread around the world, social distancing is being implemented due to its proven success with helping to drastically slow the spread of the Spanish flu in St. Louis Missouri. In a comparison of St. Louis and Philadelphia – a city that did not institute social distancing practices – limiting the time in public spaces helped to keep per capita flu-related deaths in St. Louis "to less than half of those in Philadelphia."

Identifying the metagenomic sequencing for new outbreaks of viruses can help to better assess how the virus is spreading, which in turn helps health officials figure out how to slow down the contagion. In the midst of a coronavirus outbreak, a tool that was first used to during the SARS outbreak is now being used to track Covid-19 in under-resourced places such as Cambodia.