During the black death epidemic (1349–1353), atmospheric lead concentration collapsed as mining ceased. This is the result of a study by Alexander More, Nicole Spaulding, Pascal Bohleber, Michael Handley, Helene Hoffman, Elena Korotkikh, Andrei Kurbatov, Christopher Loveluck, Sharon Sneed, Michael McCormick, and Paul A. Mayevski on lead levels in an Alpine glacier. They write that [c]ontrary to widespread assumptions, … resolution analyses of an Alpine glacier reveal that true historical minimum natural levels of lead in the atmosphere occurred only once in the last ~2000 years. During the Black Death pandemic, demographic and economic collapse interrupted metal production and atmospheric lead dropped to undetectable levels.
Topics:
Dirk Niepelt considers the following as important: Black death, History, Lead, Notes
This could be interesting, too:
Dirk Niepelt writes Banks and Privacy, U.S. vs Canada
Dirk Niepelt writes Bank of England CBDC Academic Advisory Group
Dirk Niepelt writes Panel on “Will the digital euro take off?,” CEPR, 2023
Dirk Niepelt writes Conference on “The Macroeconomic Implications of Central Bank Digital Currencies,” CEPR/ECB, 2023
During the black death epidemic (1349–1353), atmospheric lead concentration collapsed as mining ceased. This is the result of a study by Alexander More, Nicole Spaulding, Pascal Bohleber, Michael Handley, Helene Hoffman, Elena Korotkikh, Andrei Kurbatov, Christopher Loveluck, Sharon Sneed, Michael McCormick, and Paul A. Mayevski on lead levels in an Alpine glacier. They write that
[c]ontrary to widespread assumptions, … resolution analyses of an Alpine glacier reveal that true historical minimum natural levels of lead in the atmosphere occurred only once in the last ~2000 years. During the Black Death pandemic, demographic and economic collapse interrupted metal production and atmospheric lead dropped to undetectable levels.