生计
背景(考古学)
业务
营销
粮食安全
直接营销
分布(数学)
订单(交换)
农业
多样性(政治)
扎根理论
心理弹性
大流行
定性研究
地理
2019年冠状病毒病(COVID-19)
社会学
心理学
数学
人类学
数学分析
考古
病理
医学
疾病
财务
传染病(医学专业)
社会科学
心理治疗师
作者
Grace H. Bachman,Sara N. Lupolt,Mariya Strauss,Ryan David Kennedy,Keeve E. Nachman
标识
DOI:10.5304/jafscd.2021.104.010
摘要
This study explores the impacts of the COVID-19 pandemic and the Maryland stay-at-home order on fruit and vegetable farmers in Maryland. Focusing on farms’ direct-to-consumer marketing channels, we aim to characterize the diversity of farm responses and identify practices that facilitated adaptation. This research is grounded in the socio-ecological systems framework, which emphasizes the interconnection between social and ecological systems and characterizes the dual-driving forces that impact food producers and their livelihood. The study team conducted interviews with 20 Maryland farm owners/managers who grow and sell produce. The semistructured interviews included questions relating to production practices, sales and marketing, and resilience. The interviewer followed up with probes to understand the dimensions of response diversity and adaptive capacity. Interviews were transcribed verbatim, and responses were analyzed using the framework approach. In the context of a global pandemic, community supported agriculture (CSA), farmers markets, and pick-your-own channels provided a high degree of stability and financial security. No farmer reported relying solely on intermediated markets (e.g., restaurants, grocery stores, institutions). Distribution channels that incorporated an online marketplace offering prepacked pre-orders were a notable strength of highly adaptive Maryland produce farmers. Farmers reported that expanding established CSAs was an important method for reallocating produce originally intended to be sold to reduced/terminated marketing channels. Common challenges among farmers included increased administrative workload, concerns associated with raising food prices during a crisis, and environmental concerns about the use of additional packaging. We describe a range of adaptive behaviors that aided farmers in withstanding shocks.
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