Food and agriculture are more connected to national security than most people realize. In this episode of the Water for Food Podcast, host Frances Hayes sits down with Meghan Jackson, Director for Food, Agriculture and Environment Security at the National Strategic Research Institute (NSRI) at the University of Nebraska. They discuss how we can protect the nation’s crops, livestock and water systems from chemical, biological, radiological and nuclear threats.
Meghan shares lessons from her background at high-security biodefense facilities; breaks down real-world examples like New World screwworm and African swine fever; and explains why redundancy and resilience are key to protecting our food supply. The conversation also covers cybersecurity risks; water scarcity; Nebraska’s growing bioeconomy; and how producers and policymakers can strengthen the systems we all rely on.
DWFI podcast episode 55 25:25The Robert B. Daugherty Water for Food Global Institute (DWFI) at the University of Nebraska was founded with the mission to have a lasting and significant impact on achieving more food security with less pressure on scarce water resources by conducting scientific and policy research, using the research results to inform policy makers, and sharing knowledge through education and communication.
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Facts Only
* Frances Hayes is the host of the Water for Food Podcast.
* Meghan Jackson is the Director for Food, Agriculture and Environment Security at the National Strategic Research Institute (NSRI) at the University of Nebraska.
* The podcast episode is number 55.
* The episode duration is 25 minutes and 25 seconds.
* Topics discussed include chemical, biological, radiological, and nuclear threats to crops, livestock, and water systems.
* New World screwworm and African swine fever are cited as real-world examples.
* Discussion points include cybersecurity risks, water scarcity, and Nebraska’s bioeconomy.
* The Robert B. Daugherty Water for Food Global Institute (DWFI) is located at the University of Nebraska.
* DWFI conducts scientific and policy research to increase food security while reducing pressure on water resources.
Executive Summary
National security is deeply integrated with the stability of food and agriculture systems. Protecting the domestic supply of crops, livestock, and water requires a defense strategy against a spectrum of threats, including chemical, biological, radiological, and nuclear agents. Ensuring the continuity of these systems relies heavily on the implementation of redundancy and resilience to prevent systemic collapse during a crisis.
Current vulnerabilities extend beyond biological pathogens—such as African swine fever and New World screwworm—to include modern cybersecurity risks and the intensifying pressure of water scarcity. In regions like Nebraska, the expansion of the bioeconomy presents both opportunities and new security considerations. Strengthening these systems requires coordinated efforts between producers and policymakers to safeguard the essential infrastructure that supports national food security.
Full Take
The strongest version of this narrative posits that food systems are "critical infrastructure" in the most literal sense: their failure constitutes a national security breach. By framing agriculture through the lens of biodefense and "CBRN" (chemical, biological, radiological, nuclear) threats, the discourse shifts from farming as a commercial enterprise to farming as a strategic defense asset.
This is a news/media announcement for a podcast, and as such, it functions as a promotional gateway rather than a detailed argument. It relies on a narrative of vulnerability to establish the necessity of the discussion. While it mentions specific threats, it does not provide the evidence for the severity of these risks, instead relying on the credentials of a Director from a Strategic Research Institute to validate the urgency.
Patterns detected: none
The driving paradigm here is "securitization"—the process of moving a topic from the realm of normal politics or economics into the realm of security. This echoes Cold War-era strategic planning where food silos were viewed similarly to missile silos. The unstated assumption is that the primary threats to food security are external or catastrophic, potentially overshadowing slower, systemic degradations like soil depletion or economic instability.
The implication is a shift in agency: if food is a national security issue, the state may justify increased surveillance or regulation of agricultural producers in the name of "resilience." While this protects the collective, it may constrain the autonomy of the individual farmer.
Bridge Questions:
1. At what point does "securing" the food supply infringe upon the privacy and operational freedom of agricultural producers?
2. How does the focus on catastrophic "CBRN" threats compare to the risk profile of gradual environmental collapse?
3. Who defines the threshold for a "threat" in a bioeconomy, and who benefits from that definition?
Counterstrike Scan: A coordinated influence campaign would use "fear-framing" to push for specific government contracts or surveillance software by exaggerating the immediacy of a biological attack. The actual content here is a standard academic/institutional podcast promotion and does not match that attack pattern.