Abstract

While the Midwestern USA ranks among the world’s most important corn-soybean production regions, the area also produces a variety of high-value specialty crops. These crops are an important component of the region’s rural economy with an estimated value of $1.8 billion in 2012. More profitable per-acre than many row crops, specialty crops also have higher production-related risks. They are generally more sensitive to climatic stressors and require more comprehensive management compared to traditional row crops. Temperature and precipitation fluctuations across the Midwest directly impact specialty crop production quantity and quality and indirectly influence the timing of crucial farm operations and the economic impacts of pests, weeds, and diseases. Increasingly variable weather and climate change pose a serious threat to specialty crop production in the Midwest. In this article, we assess how climate variability and observed climatic trends are impacting Midwestern specialty crop production using USDA Risk Management Agency data. In addition, we review current trends in grower perceptions of risks associated with a changing climate and assess sustainable adaptation strategies. Our results indicate that weather-induced losses vary by state with excessive moisture resulting in the highest total number of claims across all Midwestern states followed by freeze and drought events. Overall, specialty crop growers are aware of the increased production risk under a changing climate and have identified the need for crop-specific weather, production, and financial risk management tools and increased crop insurance coverage.

Highlights

  • Known for its role as a primary producer of grains and oilseed crops, the Midwestern USA is home to a wide variety of specialty crops that accounted for just under $2 billion of total farm gate value in 2012 (USDA-NASS 2015)

  • Major crops produced in the region include both long-lived perennial species such as tree fruit and nuts as well as a wide variety of spring-planted annuals. While these crops are grown on only 0.6% of the region’s cropland, they account for 2.7% of its crop-related market value (USDA-NASS 2015)

  • Projected climatic changes in this region are expected to further impact management decisions and productivity of a wide range of specialty crops grown in the Midwest

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Summary

Introduction

Known for its role as a primary producer of grains and oilseed crops, the Midwestern USA (defined as Illinois, Indiana, Iowa, Michigan, Minnesota, Missouri, Ohio, and Wisconsin) is home to a wide variety of specialty crops that accounted for just under $2 billion of total farm gate value in 2012 (USDA-NASS 2015). Annual precipitation and the frequency of heavy precipitation events have increased over the last century, with more precipitation observed in the spring, which disrupts planting and crop establishment (Kunkel et al 2012; Pryor et al 2014) These observed changes, alongside projected changes in the Midwest climate, have placed specialty crop production at high risk for loss. We examined vulnerabilities of Midwestern specialty crop production to weather and climate variability The objectives of this assessment are to (1) determine recent trends in Midwestern specialty crop losses due to weather hazards using USDA Risk Management Agency data; (2) review literature on current and predicted future climate-/weather-related vulnerabilities in this region; (3) summarize grower perceptions of these issues; and (4) discuss possible adaptation strategies that reduce production risks in light of a changing climate. Our assessment is limited to fruit, vegetable, and tree nut crops given that most floricultural crops in the region are produced in partially or completely climate-controlled structures with glass or plastic covers

Assessment of recent weather-related crop disaster data
Drought impacts to specialty crops
Frost and freeze impacts to specialty crops
Excessive moisture and precipitation
Threats to pollination services
Future projections
Growers perceptions of threats
Adaptation strategies
Grower capacity for adaptation
Findings
Knowledge gaps
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