Jair Bolsonaro, Donald Trump, Boris Johnson and such leaders across the world are malicious miscreants, convening necropolitical death cults. But the alternatives, also tied to capitalist sociopathy, are only a little bit better. Our “progressives” worship at the altar of the circuits of capital.

We concur that linking land-use change science, ecology, and epidemiology is a critical step towards developing a more robust understanding of zoonotic diseases. Yet we are wary of the way the authors omit the historical specificities, political economy, and agroecological dynamics of land-use change, and their implications for disease ecologies.

COVID-19 – A socialist response

As industrial agriculture encroaches into the last wild places of the Earth, it’s unleashing dangerous pathogens. Time to heal the metabolic rift between ecology and economy, suggests Rob Wallace.

A jokester once characterized Yale University as a hedge fund with a campus attached to it. One might say something similar of the country in which Yale is based.

Presentation by Rob Wallace, author of ‘Big Farms Make Big Flu’ and co-author of ”Neoliberal Ebola’ and ‘Clear-Cutting Disease Control’, Historical Materialism conference, 10 November 2019.

COVID-19, the illness caused by coronavirus SARS-CoV-2, the second severe acute respiratory syndrome virus since 2002, is now officially a pandemic. As of late March, whole cities are sheltered in place and, one by one, hospitals are lighting up in medical gridlock brought about by surges in patients.

What are the underlying structural reasons for the coronavirus outbreak? According to Monthly Review Press author Rob Wallace, you have to look at global agriculture if you really want to understand the nature of global outbreaks.

The real danger of each new outbreak is the failure or—better put—the expedient refusal to grasp that each new Covid-19 is no isolated incident. The increased occurrence of viruses is closely linked to the proliferation of capitalist food production and distribution.

The virus’s final penetrance worldwide will depend on the difference between the rate of infection and the rate of removing infections—by recovery or death. If the infection rate far exceeds removal, then the penetrance may approach the whole of humanity, although there will likely accrue large geographic differences.