Nick Lord¹, Thomas Kuhar^2*, Steve Rideout¹, Kemper Sutton², Adam Alford³, Xiaoying Li¹, Xingbo Wu¹, Mark Reiter⁴, Helene Doughty⁴, Bo Zhang¹

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¹ School of Plant and Environmental Sciences, Virginia Tech, Blacksburg, VA, USA.
² Department of Entomology, Virginia Tech, Blacksburg, VA, USA.
³ Department of Agriculture, Culinology and Hospitality Management, Southwest Minnesota State University, Marshall, MN, USA.
⁴ Virginia Tech Eastern Shore Agricultural Research and Extension Center, Painter, VA, USA.
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Abstract: Currently, domestic production of vegetable soybean (aka “edamame”) lags well behind consumer demand, with approximately 70% of U.S.-consumed edamame imported each year. A major barrier for growth of the U.S. edamame industry is an overall lack of varieties with adequate consumer acceptability and adaption to the U.S. climate and environment. In this study, we evaluated eleven vegetable soybean genotypes (including one commercial check) for differences in yield, pod size, and resistance to local insect, bacterial, and fungal pressures in order to identify genotypes with the greatest potential for use in commercial edamame production. Although there were variations in average pod length (42.1 - 53.6 mm), width (10.9 - 12.7 mm), and thickness (6.29 - 7.34 mm) among the genotypes, only pod length showed statistical significance. In addition, genotype significantly affected fresh pod yield. The prevalence of specific insect pests varied by location and year and included soybean aphid, potato leafhopper, Mexican bean beetle, as well as a complex of stink bugs and lepidopteran larvae. For each of these insect pests, significant differences were observed. Some plant diseases observed on the edamame genotypes included: downy mildew, bacterial pustule, Fusarium pod rot, Cercospora blight and purple seed stain, and damping off. In 2018, in Whitethorne, VA, soybean downy mildew was quite prevalent and disease symptoms varied considerably. Overall, genotypes V16-0524 and R15-10280 showed particularly favorable yield, and resilience to native pests compared to the commercial check, UA-Kirksey. The genotypes V16-0524 and R15-10280 showed strong potential to increase the availability of varieties that can be used for commercial edamame production in the Mid-Atlantic region.

Keywords: Edamame, Genotypes, Pests, Agronomics, Breeding

Cite this paper: Lord, N. , Kuhar, T. , Rideout, S. , Sutton, K. , Alford, A. , Li, X. , Wu, X. , Reiter, M. , Doughty, H. and Zhang, B. (2021) Combining Agronomic and Pest Studies to Identify Vegetable Soybean Genotypes Suitable for Commercial Edamame Production in the Mid-Atlantic U.S.. Agricultural Sciences, 12, 738-754. doi: 10.4236/as.2021.127048.

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