Selected article for: "animal human and zoonotic animal origin"

Author: Austin, Kelly F.
Title: Degradation and disease: Ecologically unequal exchanges cultivate emerging pandemics
  • Cord-id: ndfzn1hh
  • Document date: 2020_9_9
  • ID: ndfzn1hh
    Snippet: An estimated 75 percent of new infectious diseases are zoonotic in origin, directly resulting from human and animal interactions (CDC, 2017). New diseases like COVID-19 most often originate from biodiversity hotspots such as tropical rainforests, and forest loss represents one of the most significant forms of environmental degradation facilitating new human and animal interactions. A political-economy approach illuminates how trade inequalities lead to the exploitation of the environment and peo
    Document: An estimated 75 percent of new infectious diseases are zoonotic in origin, directly resulting from human and animal interactions (CDC, 2017). New diseases like COVID-19 most often originate from biodiversity hotspots such as tropical rainforests, and forest loss represents one of the most significant forms of environmental degradation facilitating new human and animal interactions. A political-economy approach illuminates how trade inequalities lead to the exploitation of the environment and people in poor nations, creating conditions under which pandemics like COVID-19 appear. Cross-national patterns in deforestation and forest use illuminate how consumers in the Global North are keenly tied to the emergence of zoonotic diseases.

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