Resilience in the Face of Agricultural Adversity

Due to climate unpredictability and market imbalance, crop and animal resilience is an important concern in farming communities globally. Exposure to environmental stresses in the form of rising temperatures, flooding, droughts, and market instability is occurring in greater intensity and frequency for farmers. These stresses jeopardize food access and availability as well as the livelihoods of both small stakeholders and commercial farmers. As risks intensify, it is essential to develop and implement responsive practices. This paper outlines three major approaches through which farmers can reduce these risks and gain long-term stability: insurance-oriented instruments, institutional and financial support systems, and conservation farming practices. We explore how each of these strategies functions in practice, using examples from around the world. Weather index insurance and satellite-activated technologies, which help farmers minimize losses and invest in their farms with greater confidence, are evaluated as components of building agricultural resilience. Broader policy and finance-driven measures, e.g., government relief packages, access to credit, and risk pooling mechanisms like contracts and diversification of enterprise, are also examined. This includes recent United States legislation pertaining to agricultural policy. Lastly, we identify conservation agriculture and agroecology strategies such as farmers’ decisions regarding tillage systems, crop rotation, and silvopasture (deliberate integration of trees and grazing livestock operations on the same land). This last group of strategies builds soil resilience and greater crop stability in extreme weather events. Instead of treating these tools in isolation, we argue that their integration through supportive policy, education, and infrastructure is essential for sustainable agricultural productivity.

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Publication Details

Journal
VTechWorks (Virginia Tech)
Published
2025-07-20
Primary Topic
Agricultural risk and resilience
Type
article
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article

Resilience in the Face of Agricultural Adversity

Addison Randall, Nadia Shutov, Kabir Nair, Savannah Jones et al.
VTechWorks (Virginia Tech)
Agricultural risk and resilience
article

Resilience in the Face of Agricultural Adversity

Addison Randall, Nadia Shutov, Kabir Nair, Savannah Jones, Mritika Voleti
article en

Abstract

Due to climate unpredictability and market imbalance, crop and animal resilience is an important concern in farming communities globally. Exposure to environmental stresses in the form of rising temperatures, flooding, droughts, and market instability is occurring in greater intensity and frequency for farmers. These stresses jeopardize food access and availability as well as the livelihoods of both small stakeholders and commercial farmers. As risks intensify, it is essential to develop and implement responsive practices. This paper outlines three major approaches through which farmers can reduce these risks and gain long-term stability: insurance-oriented instruments, institutional and financial support systems, and conservation farming practices. We explore how each of these strategies functions in practice, using examples from around the world. Weather index insurance and satellite-activated technologies, which help farmers minimize losses and invest in their farms with greater confidence, are evaluated as components of building agricultural resilience. Broader policy and finance-driven measures, e.g., government relief packages, access to credit, and risk pooling mechanisms like contracts and diversification of enterprise, are also examined. This includes recent United States legislation pertaining to agricultural policy. Lastly, we identify conservation agriculture and agroecology strategies such as farmers’ decisions regarding tillage systems, crop rotation, and silvopasture (deliberate integration of trees and grazing livestock operations on the same land). This last group of strategies builds soil resilience and greater crop stability in extreme weather events. Instead of treating these tools in isolation, we argue that their integration through supportive policy, education, and infrastructure is essential for sustainable agricultural productivity.

VTechWorks (Virginia Tech)
Zero hunger
Openalex Percentile: Top 27%
Agricultural risk and resilience
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