Taiwan is just 81 miles from mainland China, but it has managed to prevent an outbreak of the rapidly spreading COVID-19 disease. Stanford University’s Dr. Jason Wang explains how Taiwan acted quickly, aggressively and strategically to prevent the type of outbreaks and death rates we’re now seeing around the world. We also hear from William Yang, Taipei correspondent for Deutsche-Welle. Today’s unrelenting coverage of the COVID-19 pandemic can feel overwhelming. Though it may seem like the world around us has come to a stop, major global events march on. Stories about U.S. airstrikes against an Iran-backed militia in Iraq and Vladimir Putin’s new plan to become president for life may not be front page news today, but they will inevitably demand our attention soon.
20 March 2020
Failed Architecture: How The Urban Eclipsed The City: An Interview With Ross Exo Adams
Urbanisation is not and has never been entirely about cities. Beginning with the earlier colonial practices of spatial planning and its projections onto the supposedly “open” spaces of newly settled land, and continuing as a project to establish one continuous global system of social, political and economic control, “the urban” has now decisively eclipsed the city, encompassing the entirety of our planet—such that we can even talk about the urbanisation of the oceans. [...]
I describe the urban as a fundamentally new way to organise and control space, and what happens in it—a political technology that emerged sometime in the nineteenth century in Europe. By this term, I mean to describe two parallel processes we see happening in this period: on the one hand, the broad reorganisation of space across a range of major cities in Europe and, on the other, the deployment of new administrative, legal and political means by which to manage the people who had come to occupy these spaces. [...]
What I suppose I would like people to know about Cerdá is that, in my view, he provided the first and perhaps clearest account of the urban as it arose around him in Europe. This reading requires a bit of interpretive generosity since Cerdá’s project was of course not an “account” per se, but rather a proposal for a space yet to come—a space which he believed he had invented outright. Although he did invent the term urbanización, I see his work as more of a diagram that reveals how space, movement and the control of bodies could be planned for the first time.
Visual Capitalist: Visualizing the History of Pandemics
Disease and illnesses have plagued humanity since the earliest days, our mortal flaw. However, it was not until the marked shift to agrarian communities that the scale and spread of these diseases increased dramatically.
Widespread trade created new opportunities for human and animal interactions that sped up such epidemics. Malaria, tuberculosis, leprosy, influenza, smallpox, and others first appeared during these early years.
The more civilized humans became – with larger cities, more exotic trade routes, and increased contact with different populations of people, animals, and ecosystems – the more likely pandemics would occur.
BBC: The plan to turn half the world into a reserve for nature
One of the major reasons for adoption of these extreme preservation goals is a 2019 report by the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES), which found that more than 1 million species are at risk of extinction. Conducted by hundreds of researchers around the world, the study is considered the most comprehensive analysis of the state of the world’s biodiversity ever. [...]
The ambitious goal of protecting and restoring natural systems on a large scale is shared by a number of groups and people. The Wyss Campaign for Nature is working in partnership with the National Geographic Society to support the goals of the so-called “30x30” movement, a highly ambitious initiative that aims to protect 30% of the planet, on land and at sea, by 2030. [...]
The European Parliament has pledged to protect 30% of European Union territory, restore degraded ecosystems, add biodiversity objectives into all EU policies, and earmark 10% of the budget for improvement of biodiversity. In the US, politicians working with conservation organisations recently introduced a resolution to drum up support for protection of 30% of the US’s land and marine areas.[...]
The ambitious goals of campaigns like 30x30 and Half Earth have been met with criticism. Some question whether focusing on saving up to half of the land’s surface will do much for protecting the remaining biodiversity. In a 2018 paper, Stuart Pimm, a conservation biologist at Duke University, and others, argued that most biodiversity occurs in tropical regions, and much of it is already fragmented. They wrote how protecting broad swaths of nature in largely untouched regions – such as Canada’s boreal forest – has benefits. But the remaining large wild landscapes are mostly in temperate regions, which won’t do much for protecting biodiversity because by far most of the world’s species are in the tropics. “This begs our question of how much biodiversity will we protect if the trend to protect wild places continues,” says Pimm.
18 March 2020
Nautilus Magazine: Natural Selection in an Outbreak
Ebola doesn’t select people. We haven’t figured out what Ebola virus selects as its natural host, but it’s definitely not humans. Every once in a while, Ebola stumbles upon a human host, which ends up being a fatal mistake. When I say fatal, I mean for the virus. After all, Ebola is usually not highly efficient at sustaining infection or transmitting from human to human, and eventually that chain of transmission turns into a dead end. Every Ebola outbreak has ended, even the 2014-2015 West African epidemic. [...]
The circumstances that favor Ebola spillover to humans aren’t necessarily the same ones that drive full-scale epidemics, and it’s important to understand this distinction. Natural selection is the process by which the environment dictates what will thrive. Normally, a human population is not a hospitable environment for Ebola virus. But when we have dysfunctional healthcare systems, we convert a dead-end spillover event into a large outbreak—we select Ebola. It’s no coincidence that the largest Ebola outbreaks occurred in countries with weak governments recovering from brutal civil unrest, with poor education systems and inadequate healthcare infrastructures. Ebola virus finds succor in environments where hepatitis B is uncontrolled and cholera regularly sweeps through. It’s the environments where healthcare systems lag behind rapidly growing urban populations, where road networks carry natural resources out of remote areas but medical supplies cannot find their way in, and where everyone with a fever is told they have “malaria/typhoid” because there are no laboratory facilities to tell them otherwise. It’s these human environments that select Ebola. [...]
There’s a lot of speculation about what dampens and ultimately ends an Ebola outbreak. When a spillover turns into an epidemic turns into a trickle of cases, credit goes to the highly technical international response of laboratories and treatment units, skilled local surveillance and monitoring teams, and even the increasing numbers of survivors that cannot be re-infected. What is often missing from the discussion is how communities adapted to this new threat. How they altered their environment through the use of improvised protective equipment and self- or locally-imposed quarantine. We can all learn from this resilience and resourcefulness. It is this local adaption and memory that we will depend upon, if we as a global community fail to build up the failing healthcare systems that favor Ebola.
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