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The determinants of winery visitors for local wine and non-wine products in the Northern Appalachian states

Published online by Cambridge University Press:  04 March 2024

Shang-Ho Yang
Affiliation:
Graduate Institute of Bio-Industry Management, National Chung Hsing University, Taichung City, Taiwan
Kiyokazu Ujiie
Affiliation:
Faculty of Life and Environmental Sciences, University of Tsukuba, Ibaraki, Japan
Timothy Woods
Affiliation:
Department of Agricultural Economics, University of Kentucky, Lexington, Kentucky, USA
Shuay-Tsyr Ho*
Affiliation:
Department of Agricultural Economics, National Taiwan University, Taipei, Taiwan
*
Corresponding author: Shuay-Tsyr Ho, email: shuaytsyrho@ntu.edu.tw
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Abstract

The development and expansion of wineries in Appalachian states in the United States over the past 20 years has received attention, while the study of non-wine product consumption in wineries has been very limited. Wineries increasingly include these non-wine products as complementary products in their marketing portfolio. This study analyzes the determinants of wine and non-wine spending among winery visitors in selected Northern Appalachian states, including Pennsylvania, Ohio, Kentucky, and Tennessee. We develop a market segmentation model and a random utility theory with an interval regression model. Results from 1,609 participants show that wine knowledge has a positive effect on local wine spending, and spending on non-wine products should not be underestimated for its overall contribution to the winery business. Our results suggest that wineries have the potential to boost store sales associated with non-wine products. Diversifying the product lines in wineries to include more non-wine products would be a useful marketing strategy.

Type
Short Paper
Creative Commons
Creative Common License - CCCreative Common License - BY
This is an Open Access article, distributed under the terms of the Creative Commons Attribution licence (http://creativecommons.org/licenses/by/4.0), which permits unrestricted re-use, distribution and reproduction, provided the original article is properly cited.
Copyright
© The Author(s), 2024. Published by Cambridge University Press on behalf of American Association of Wine Economists.

I. Introduction

Visiting a winery is a unique way to learn about wine products and to enjoy the vineyard and winery setting. During the visit, visitors will not only buy wine products but also spend on food products and related amenities. The revenue of the winery comes not only from wine sales but also from non-wine product sales. According to the Wine Institute (2023), the average wine consumption in the United States has not changed much between 2012 and 2021, from 2.78 to 3.18 gallons per person in 2021. Global wine consumption also shows the same pattern (International Organization of Vine and Wine, 2022). During the post-pandemic era, it is anticipated that wine consumers will continue to increase their winery visits as they resume their local food experiences without restrictions. Understanding the behaviors of winery visitors can help winery owners shape their business strategy. The knowledge about consumption of non-wine products in wineries is particularly limited, demonstrating the necessary steps to take to enhance the growth of these agritourism businesses.

II. Literature review

Studies on wine demand have broadly focused on generation differences (Thach and Olsen, Reference Thach and Olsen2006), marketing strategy (Thach, Reference Thach2009), local wine (Kolyesnikova, Dodd, and Duhan, Reference Kolyesnikova, Dodd and Duhan2008; Woods et al., Reference Woods, Deng, Nogueira and Yang2015; Farris et al., Reference Farris, Malone, Robison and Rothwell2019), behavior dynamics and sensory preferences (Bruwer, Saliba, and Miller, Reference Bruwer, Saliba and Miller2011), wine consumption and preference (Hussain, Cholette, and Castaldi, Reference Hussain, Cholette and Castaldi2007; Stanco, Lerro, and Marotta, Reference Stanco, Lerro and Marotta2020; Gustavsen and Rickertsen, Reference Gustavsen and Rickertsen2020), wine labels (Loureiro, Reference Loureiro2003; Mueller et al., Reference Mueller, Lockshin, Saltman and Blanford2010; Eustice, McCole, and Rutty, Reference Eustice, McCole and Rutty2019), wine knowledge (Gustafson, Lybbert, and Sumner, Reference Gustafson, Lybbert and Sumner2016), as well as health benefits of wine (Yoo et al., Reference Yoo, Saliba, MacDonald, Prenzler and Ryan2013). These studies emphasize wine itself but do not mention much about the role of non-wine products in the context of direct purchases from wineries. Complementary non-wine products are often additionally offered by wineries and can include food products, vineyard tours, merchandise in wineries, and wine festivals. Some research has highlighted the importance of other factors production addition to wine that can influence the visitor’s purchase motivation and decision, including engagement with regions, tourist preference, cellar visits, festivals and events, and societal stability, in sustaining the business and increasing future patronage (Gaetjens, Corsi, and Plewa, Reference Gaetjens, Corsi and Plewa2023; Gómez, Pratt, and Molina, Reference Gómez, Pratt and Molina2019; Mitchell, Hall, and McIntosh, Reference Mitchell, Hall, McIntosh, Hall, Sharples, Cambourne and Macionis2000; Gergaud, Livat, and Song, Reference Gergaud, Livat and Song2018). Wineries frequently provide tasting events and other wine promotions to attract visitors. Understanding the scale and determinants of non-wine purchases during winery visits showcases the potential for owners, marketers, and managers to promote business growth in wine hospitality.

III. Data and empirical model

This study focuses on winery consumers in selected Northern Appalachian states, including Pennsylvania, Ohio, Kentucky, and Tennessee. All respondents were required to be 21 years old. A total of 1,609 wine consumers completed a survey of wine-related purchase experiences in September 2012. This dataset is the same as in Woods et al. (Reference Woods, Deng, Nogueira and Yang2015). The sampling method was managed by SurveyMonkey, Inc. Respondents self-identified as wine drinkers. This dataset uniquely explores both wine and non-wine expenditures, presenting an opportunity for better understanding their determinants with a view toward strategic merchandising. A limitation of these data is that they are self-reported purchase activities based on wine consumption and winery visit recall rather than winery intercept sales.Footnote 1 The analysis, however, provides insight into important purchasing patterns from venues where these data may be otherwise difficult to gather.

Following the market segmentation model adapted from the Hartman Organic Lifestyle Shopper Study 2000 (Hartman Group, 2000) and the framing of Wells and Haglock (Reference Wells and Haglock2008), who segmented consumers of health and sustainable foods, wine consumers are segmented into Core (purchased wine at least once per week), Mid-level (at least once per month), and Periphery (at least once per year). Wine consumption frequency, local wine expenditure, winery purchase activity, and knowledge can then be analyzed by segment. A similar segmentation model is currently used by the Wine Market Council (McMillan, Reference McMillan2023). A random utility theory with interval regression models is to elicit the estimated consumer spending (ECS) for local wine monthly purchasesFootnote 2 and non-wine productsFootnote 3 in a winery visit. There are 24 independent variables used to explain the monthly average local wine ECS and non-wine product ECS in a winery visit. In order to decrease the hypothetical bias, the true ECS is assumed and can be observed by the latent variable $y_i^ * $. The model can be set as Equation (1):

(1)\begin{equation}y_i^ * = x_i^\prime \beta + {u_{i\;}}{\textrm{and}}\;{{\textrm{y}}^ * }\left| {x \sim Normal\left( {{x^\prime }\beta ,{\sigma ^2}} \right)} \right.\end{equation}

where yi = 1 presents the range of ECS that is chosen by respondents, xi represents the independent variables including social-demographic, consumer background, and wine preference, β exhibits the coefficient of the variable, ui represents the error term, and the normal distribution is assumed in the interval regression. The empirical models of monthly average local wine ECS and non-wine product ECS are as follows:

(2)\begin{equation}Local\;Wine = y_{LW}^ * = {\alpha _0} + {\alpha _1}{X_1} + {\alpha _2}{X_2} + \cdot \cdot \cdot + {\alpha _{24}}{X_{24}} + \varepsilon \end{equation}
(3)\begin{equation}Non\_Wine\_Products = y_{NWP}^ * = {\beta _0} + {\beta _1}{X_1} + {\beta _2}{X_2} + \cdot \cdot \cdot + {\beta _{24}}{X_{24}} + \varepsilon \end{equation}

Thus, the ECS differences between local wine and non-wine products can be a potential indicator to winery owners of the relative magnitude and importance of the non-wine product business. A correlation of independent variables is performed and presented in Table 1. Most variables have low correlation, suggesting less concern for multicollinearity.

Table 1. Correlation matrix for independent variables

IV. Empirical resultsFootnote 4

Wine consumers in different consumption frequency classes are expected to behave differently with respect to non-wine purchase behavior during a winery visit. In order to define the wine consumer via the market segmentation model, three consumer groups, that is, core consumers, mid-level consumers, and periphery consumers, are identified based on the frequency of their wine purchasing in a year. Results in Figure 1 show that the core consumers (about 12.1% of total respondents in the region) drink wine more than 52 times in a year; mid-level consumers (about 45.5%) roughly drink wine about 12 to 52 times in a year; and periphery consumers (about 42.4%) drink wine less than 12 times in a year. In other words, more than half of consumers in the region at least drink wine once per month.

Figure 1. The definition of wine consumers based on the frequency of wine consumption.

The spending between local wine and non-wine products is further compared based on the market segmentation model. Figure 2 shows that core consumers on a monthly average spent about $69.87 for local wine, which is about two times higher than the overall monthly average of $34.62. Meanwhile, core consumers spent, on average, about $44.16 on non-wine products at their last winery visit. Recognizing the nominal differences in wine and non-wine products across segments, it is helpful to explore ECS potential determinants to better understand marginal effects based on the model specification.

Figure 2. The spending comparison between local wine and non-wine products.

The definitions and sample statistics of variables are presented in Table 2. Only a partial share of wine consumers from the region (n = 627) reported buying local wine from all retail sources at an average of $34.62 monthly. Of those respondents who indicated having visited a local winery within the past 12 months (n = 712), they reported purchasing an average of $25.91 for non-wine products in their previous visit. These two groups are not fully identical since not all respondents who have spent on non-wine products have purchased local wine before. Most respondents in this study overall (all wine consumers in the region) are female (about 69%), and the average age of respondents is about 52 years old. Most respondents are white. The annual average income of respondents is $67,340. Roughly 63% of respondents are urban residents. About 76% of respondents watch a food channel. Respondents indicated that, on average, they visited a local winery about 1.26 times in the past three years. Average bottle prices purchased indicate that respondents most frequently purchase in the Super ($7–$14/bottle) wine category (71%). Among the types of wine, most respondents (52%) buy red wine. In terms of sugar content (dry/sweet), respondents prefer dry and sweet approximately equally.

Table 2. Definitions and sample statistics of independent variables (n = 1,609)

The ECS for local wine and non-wine products interval regression model is estimated and presented in Table 3. Results show that these two models received valid outcomes from the Likelihood Ratio (LR) χ2 test. The estimated parameters in the interval regression model reflect the actual value of spending in U.S. dollars. Regarding the monthly average ECS of local wine, respondents who are from Pennsylvania, have more wine drinkers in a household, represent core and mid-level wine consumers, are wine experts, more frequently visit local wineries, prefer to buy Luxury wine, and prefer more sweet wine are more likely to report a higher average monthly spending for local wine. Interestingly, respondents who self-rated themselves as wine experts (i.e., above average and expert level) have significantly higher local wine spending compared to those who report a lower wine knowledge level in the region. Johnson and Bastian (Reference Johnson and Bastian2007) also point out that wine knowledge is an important expenditure indicator for wine generally. This study extends this outcome, suggesting that consumers with higher wine knowledge spend more specifically on local wine.

Table 3. The ECS for local wine and non-wine products

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

The ECS for non-wine products uses similar determinants to explore marginal effect but points to different spending relationships. Male respondents with higher income, respondents that have kids at home, are from Pennsylvania and Ohio, are from an urban area, include more wine drinkers in a household, are core consumers, those who watch food channels, identify as wine experts, more frequently visited local wineries, preferred to buy Popular ($4–7/bottle) and Luxury (>$25/bottle) sparkling wine, and preferred more sweet wine are more likely to spend more money at wineries for non-wine products. It is interesting to see that male consumers’ spending on non-wine products is positive, especially where it is not significant in local wine purchases. Other variables, that is, income, have kids at home, urban, food channels, Popular ($4–7/bottle), and sparkling, are also important for the ECS of non-wine products and reflect different impacts on non-wine purchases compared to local wine. These characteristics identify a distinct consumer group, indicating a positive tendency toward non-wine products, and would justify a potentially different approach to the marketing of these products.

These non-wine purchases provide a strong indication that there are heterogeneous preferences around both local wine and non-wine purchase activities that need to be considered for wineries. The ECS of non-wine products is difficult to elicit since most respondents can remember how much they spent on non-wine products in their previous visit rather than their monthly or yearly total spending. Although the aggregated ECS of non-wine products can be calculated in this study, the $76.19 should be used with caution. It implies that preferences and spending are likely to be highly heterogeneous, depending on the visitors. There may likely be helpful corresponding marketing strategies that could subsequently be effective in raising non-wine spending.

V. Conclusion

The development of wineries in these Northern Appalachian states has increased significantly over the past 20 years. The COVID-19 pandemic issue further impacted the U.S. winery industry, especially with respect to consumption and tourism (Good, Reference Good2020). This study attempts to present the potential product and segmented marketing opportunities for winery businesses after the COVID-19 crisis. Studies related to wine and winery expenditures in the period post COVID-19 are still limited. This research provides a strong argument for the significance of non-wine expenditures likely being realized by wineries as part of their overall revenue and suggests a need for understanding the level and determinants of both wine and non-wine products.

Wineries are not the only place for buying and tasting wine but are also a unique place for enjoying other non-wine products, such as food products, entertainment, winery tours, and related merchandise. Results show that about 12% of wine consumers in this region are core consumers (i.e., drinking wine more than 52 times in a year), about 46% of respondents are mid-level consumers (i.e., drinking wine about 12–52 times in a year), and about 42% of respondents are periphery consumers (i.e., drinking wine less than 12 times in a year). Further, the core consumers have the highest ECS for local wine and non-wine products in their winery visits. It implies that core consumers should be targeted by local wineries for both kinds of products.

The ECS on non-wine products is notably different in magnitude and factors. This notable difference is based on the model specification. It significantly points out that the non-wine products in wineries should be heavily paid attention to since consumers are willing to spend more dollars on non-wine products during their visit. Among those individual indicators for non-wine products, some factors with higher ECS should be given more attention for strategic merchandising, such as male consumers with higher wine knowledge and a higher frequency of drinking wine and consumers who sometimes and often buy Luxury wine (>$25/bottle). In addition to the monthly average ECS of local wine, some factors with higher ECS are those who have a higher frequency of drinking wine, higher wine knowledge, and who sometimes and often buy Luxury wine (>$25/bottle). During this post-pandemic era, the market is opening up, and consumers are more likely to visit wineries. It is highly suggested that wineries explore more varieties of products and services that can potentially increase their sales. Particularly, these indicate that frequent wine drinkers, those with higher wine knowledge, and Luxury wine buyers are the potential consumers of local wine and non-wine products in local wineries.

Acknowledgments

The authors are extremely grateful to the editor and an anonymous referee for their valuable comments and suggestions, which have helped improve the quality of the paper. This research is funded by the Risk Management Agency, U.S. Department of Agriculture; grant number: RME-M3G04673.

Appendix

Table A1. Sampling comparison with census reports

Source: ProximityOne (2012).

Table A2. Interval regression results of local wine WTP based on each state

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

Table A3. Interval regression results of non-wine products WTP based on each state

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

Table A4. The SUR model results for local wine and non-wine products WTP

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

Table A5. The OLS model testing for ratio of local wine and non-wine products WTP

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

Footnotes

Source: ProximityOne (2012).

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

Note: Asterisks indicate levels of significance:

* = 0.10, ** = 0.05, and *** = 0.01.

1 We provide a comparison of our survey data and the regional population in Appendix Table A1. While there is certainly an overrepresentation of an older and higher proportion of white population in the collected data, we would expect the results to be generalized with caution and it still provides a snapshot of regional preferences for winery visits and related products.

2 First of all, respondents were asked to indicate whether they had tried local wine within the past 12 months. Once they answered “yes,” respondents were requested to indicate their average monthly expenditure on local wine during the past 12 months.

3 Respondents were asked to indicate how much of their spending included non-wine products during the previous local winery visit.

4 For our empirical results, we also tried several variants of the models for validity testing, while the thrust of the findings still holds. The results are in the Appendix, Tables A2A5.

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Figure 0

Table 1. Correlation matrix for independent variables

Figure 1

Figure 1. The definition of wine consumers based on the frequency of wine consumption.

Figure 2

Figure 2. The spending comparison between local wine and non-wine products.

Figure 3

Table 2. Definitions and sample statistics of independent variables (n = 1,609)

Figure 4

Table 3. The ECS for local wine and non-wine products

Figure 5

Table A1. Sampling comparison with census reports

Figure 6

Table A2. Interval regression results of local wine WTP based on each state

Figure 7

Table A3. Interval regression results of non-wine products WTP based on each state

Figure 8

Table A4. The SUR model results for local wine and non-wine products WTP

Figure 9

Table A5. The OLS model testing for ratio of local wine and non-wine products WTP