Environmental peacebuilding could benefit from COVID-era data innovation. A well-documented obstacle environmental peacebuilders face is a lack of shared, empirical datasets among parties engaged in, recovering from, or descending into conflict. Current innovations in data collection may soon help seal these gaps. 

Countries throughout the world have expanded their data collection capabilities to track the spread of COVID-19. From text message contact tracing to drone surveillance, these innovations inform national responses and shape the global case counting webpages that many of us anxiously refresh every day. The information networks established during the pandemic may endure far into the future, informing new goals, projects, and policies. 

“I think we have to remember not to forget what these diseases did in the past and to actively collaborate, to work with each other, and to communicate well that vaccines work,” said Dr. Paul Duprex, Director of Pitt’s Center for Vaccine Research and Professor of Microbiology and Molecular Genetics at a recent Wilson Center event on the development of a COVID-19 vaccine, co-sponsored by the University of Pittsburgh (Pitt), March of Dimes, and the Jonas Salk Legacy Foundation.

“If there’s one message, it’s health systems need to be resilient, agile, and equitable,” said Uzma Alam, a researcher at the Africa Institute for Health Policy Foundation and Senior Program Officer of the Africa Academy of Sciences. “No one person, no one community, no one minority can be left behind. After all, your health system is as agile, as resilient as your weakest link.” She spoke at a recent Wilson Center event co-sponsored with the Population Institute, “Lessons from Africa: Building Resilience through Community-Based Health Systems.” The event focused on how locally led interventions improved the resilience and responsiveness of health systems in sub-Saharan Africa. 

To recover from the devastating impacts of COVID-19, we will need to understand the risks and environmental factors that caused the novel coronavirus and other zoonotic diseases to emerge in the first place, according to a new report by the United Nations Environment Programme and the International Livestock Research Institute. The report, Preventing the Next Pandemic – Zoonotic Diseases and How to Break the Chain of Transmission, examines the root causes of the COVID-19 pandemic and other zoonotic diseases. It also explores the complex linkages between biological and non-living factors that impact our global ecosystem and spread diseases.

Until several months ago, demographers regarded a youthful age structure as an unequivocally detrimental demographic characteristic. Where more than half of the population is younger than age 25, countries are unable to attain high levels of economic and human capital development and face an increased risk of some forms of civil conflict. Yet, so far, during the ongoing pre-vaccine stage of the COVID-19 pandemic, the most age-structurally mature countries have been hardest hit by the disease. These countries are generally urbanized, wealthy, well-educated, and include a large proportion of seniors. And, somewhat surprisingly—despite being equipped with advanced medical technologies—these countries are experiencing the highest rates of mortality from complications related to COVID-19.

Late last year, what is thought to be a bat-associated coronavirus infected humans in Wuhan, a city of 11 million in China, possibly after a stopover in illegally traded pangolins—setting off a global pandemic. This kind of thing has happened before—with AIDS, SARS, and MERS, for example. Much remains unknown about the biology of COVID-19, which is alarmingly communicable by people with few or no symptoms. But an epidemic is only part biology. It is also driven by cultural factors, and urbanization is a crucial aspect. As sites of large gatherings and dense living conditions, cities offer the perfect settings for the spread of infection, yet their role seems to have often gone unremarked in discussions of the pandemic.