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Living with plague: Lessons from the Soviet Union's antiplague system
Susan D Jones1,2, Bakyt Atshabar3, Boris V Schmid4
1Department of Ecology, Evolution & Behavior, University of Minnesota, St. Paul, MN 55108; jone0996@umn.edu n.c.stenseth@mn.uio.no.
Summary
Abandoning eradication for ecological control strategies is key for managing zoonotic diseases like plague. This approach, focusing on surveillance and ecosystem preservation, offers a sustainable path to reduce human health risks.
Area of Science:
- Ecology
- Epidemiology
- Conservation Biology
Background:
- Zoonotic diseases, such as plague, pose significant public health risks through animal-to-human spillover.
- Historical eradication efforts, like the extensive Soviet plague campaign, often proved unsustainable and resource-intensive.
- Shifting from eradication to control strategies is crucial for long-term disease management.
Purpose of the Study:
- To outline best practices for controlling zoonotic spillover with minimal ecological disruption.
- To analyze historical plague control efforts, including the Soviet experience and endemic US plague cases.
- To advocate for adaptive, ecologically informed control strategies over eradication.
Main Methods:
- Review of gray literature, historical research, and recent scientific studies.
- Fieldwork to gather data on zoonotic disease ecology and transmission.
- Comparative analysis of plague control strategies in different geographical and historical contexts.
Main Results:
- The Soviet Union's extensive plague eradication program ultimately shifted towards control due to resource limitations and ecological complexities.
- Ecologically based control strategies, emphasizing surveillance and targeted interventions, are more sustainable than eradication.
- Integrating ecological research into landscape-based models can effectively interrupt zoonotic disease transmission.
Conclusions:
- Living with zoonotic diseases by adopting control strategies, rather than eradication, preserves ecosystems and promotes adaptation.
- Sufficient resources for local surveillance, education, and targeted control are essential.
- Judicious use of novel technologies and ecological research informs cost-effective, sustainable zoonotic disease management.
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