1 Introduction
Music provides entertainment and facilitates important social functions (Schäfer et al., 2013). Co‑curation—the selection and organization of music with others—is one such social music behavior. In the age of streaming, music co‑curation can take place using a collaborative playlist (CP), “a list of songs that multiple users have created using a digital platform” (Park et al., 2019, p. 724). The digital nature and increasing availability of music on streaming platforms enable CPs to be co‑curated across great distances, asynchronously, and from large content catalogs. In September 2023, Spotify reported that users collectively listened to more than 200 million hours of CPs and also launched Jam, a new feature enabling real‑time group collaboration and listening.1 In January 2024, Apple Music joined Deezer, Spotify, and YouTube in offering CP functionalities.2
Initial CP studies have highlighted their role in supporting discovery and sharing of music, saving time in playlist creation, and promoting social outcomes (Park et al., 2019). CP studies to date have involved mostly English‑speaking, North American samples (Park and Kaneshiro, 2021; Park et al., 2022b). Yet, cultural distinctions are known to impact music‑related activities, such as the search for music and related information (Legault‑Venne et al., 2017), perception of music mood (Lee and Hu, 2014), and conceptualization of music genres (Lee et al., 2013). While numerous studies have highlighted factors associated with CP usage, there is limited information on how people from different parts of the world engage with CPs. Furthermore, streaming companies—pushing uniform products across all users—may influence collaborative music sharing and consumption without consideration of cultural specificities (Elkins, 2019).
To begin addressing this gap, we conducted an exploratory study involving music streaming platform users from four locations around the world, representing distinct cultures: Hong Kong, South Korea, Quebec, and the United States. Focusing on cross‑cultural comparisons, this work contributes the first findings on CP perceptions and usage of music streaming platform users outside of North America. We leveraged a design and theoretical framework published by Park et al. (2019) to answer the following research questions:
RQ 1 For what purposes do people in different cultures engage in CPs? What are the similarities and differences?
RQ 2 How do people in different cultures perceive and experience the outcomes of CP usage? What are the similarities and differences?
Our work highlights implications of culture and geography in the design and evaluation of creative collaboration systems, starting with CPs. Researchers of Music information retrieval (MIR) and human–computer interaction (HCI) have acknowledged tacit practices in treating findings derived from Western samples as “universally applicable” while non‑Western samples may be treated as “highly contextualized” (Kou et al., 2018, p. 8), and they recognize impacts of cultural biases on resultant systems and applications (Serra, 2011). We similarly find that previous, largely North American reports of CP usage are not universally applicable, and moreover, that similarities in CP engagement behaviors do not align with traditional “West versus East” perspectives. In all, this study contributes foundational understanding of CP engagement across cultures, which may inform future investigations and platform designs that consider local contexts and norms to better serve the needs of music listeners.
2 Related Works
2.1 Social practices around music
Music acts as a social agent that helps reinforce existing relationships and establish new ones (DeNora, 2000; Hargreaves and North, 1999), as it can “increase social cohesion and strengthen inter‑individual attachments” (Koelsch, 2013, p. 204).
Characteristics of music can act as social indicators: Musical tastes are used to express and infer personality traits (Lonsdale and North, 2011; North and Hargreaves, 1999; Rentfrow and Gosling, 2003; Rentfrow et al., 2009) and can influence impression formation even in online settings. Music fandoms, or having one’s music taste centered around specific musicians, are increasingly prominent on social media (Kang et al., 2019). Taking nonverbal online actions (Park et al., 2021b) for certain artists may suggest ideological (e.g., political) alignment, as could participating in fandom activities such as activism (Park et al., 2021a).
Discussing and sharing music are also common social music activities that express identity and communicate affection (Brown and Sellen, 2006; Cunningham, 2019; O’Hara and Brown, 2006). In social music recommendation, underlying relationships can be so important that they sometimes override other factors in assessing the value of a recommendation (Lee et al., 2019). In fact, music recommended through interpersonal channels embodies greater diversity, novelty, and serendipity than system recommendations (Kim et al., 2020).
Music co‑listening has been found to advance conversation about music (Lee and Price, 2015), helping to form or strengthen relationships and sometimes making a deep and lasting impact (Lee et al., 2019). As with many social music activities, co‑listening has also come to take place over virtual platforms (Vandenberg et al., 2020). Yet, co‑listening engagement can be limited by feature design gaps, suggesting a need for improved tools to support these kinds of activities (Stewart et al., 2018).
2.2 Collaborative music playlists (CPS)
Social music engagement now includes curation of collaborative playlists (CPs) on streaming platforms. Central to our present work is a seminal study by Park et al. (2019) that characterized usage and perception of CPs. They introduced the CP Framework, which delineated three purposes and two connotations surrounding CP usage. Practical purposes relate to the context of consumption, the playlist content (type of music), or the intrinsic enjoyment of creating a CP. Cognitive purposes relate to discovery—of new music as well as collaborators’ tastes and consumption patterns. Finally, Social purposes relate to sharing as well as strengthening ties (bonding) through CPs. The two connotations are Utility, referring to reducing effort through collaboration, and Orientation, denoting a stated directionality—i.e., that a CP or its curation will benefit oneself or named others. The authors also assessed social connection through music more broadly, finding that CP users, compared with non‑users, reported more sustained connections with others through music.
More recently, an analysis of reported CP usage patterns (Park and Kaneshiro, 2021) and an investigation into important and desired aspects of CPs in support of user needs (Park and Kaneshiro, 2022)—both involving CP users from the United States—reinforced the three purposes of the CP Framework and highlighted users’ desire for CPs to be actively contributed to and engaged with. Relating to this, comfort levels of interacting with a CP interface resembling a commercial platform have been found to differ according to the action (i.e., adding, deleting, and reordering songs), the initiator of the CP, and the original contributor of a song (Park and Lee, 2021). Recent work by Park et al. (2022b) highlights changes in motivations and behaviors around CP usage during the coronavirus disease 2019 (COVID‑19) pandemic. In all, CPs are found to serve user needs relevant to personal playlist usage, such as music discovery (Schedl et al., 2018), but converging evidence also indicates that social factors unique to co‑curation influence multiple aspects of CP usage and perceived success.
2.3 MIR and HCI studies of music, location, and culture
Music is a cultural product that reflects the history, tradition, and societal context of its origin. MIR researchers have long aimed to characterize music listeners on the basis of geographical or cultural affinity (Lee et al., 2005). Across multiple studies, Hu and Lee found that differences in music mood perception aligned with cultural backgrounds of American, Chinese, and Korean listeners (Hu and Lee, 2012; Hu and Lee, 2016; Lee and Hu, 2014). In 2014, Jun et al. (2014) devised a map construction based on across‑locale music consumption patterns using Twitter’s Streaming API, while Moore et al. (2014) derived culture‑ and language‑based clusters from an embedding analysis of music‑related tweets. Expanding on Moore’s work, Pichl et al. (2017) identified clusters of Spotify users that revealed music preference correlations between certain cultures as well as country‑specific and cross‑country patterns of music listening. Other recent studies have taken big‑data approaches: Liu et al. (2018) analyzed 10 billion music‑listening records of users in 18 countries and found that music preference similarities could be explained by cultural similarities, while Way et al. (2020) used 5.5 years of all streaming data on Spotify to explore music listener preferences for local versus global content, finding greater preference for local music among early Spotify adopters. Finally, Knees et al. (2022) replicated findings around a Korean sample’s interpersonal relationships in music recommendation (Kim et al., 2020) with a European sample (see § 2.1).
MIR researchers have examined geographical and cultural considerations of datasets used in content‑based analyses. A longitudinal project from 2011 to 2017 on multiculturalism led by Serra (2011) explored music unique to five distinct cultures of the world: Hindustani (North India), Carnatic (South India), Turkish makam (Turkey), Arab‑Andalusian (Maghreb), and Beijing Opera (China). Recognizing the influence of cultural background on content and perception of music, researchers questioned whether computational models constructed from music of one culture (particularly Western in origin) could be applicable to music of another (Wu and Xie, 2008). Models were constructed and evaluated with multiple cross‑cultural music datasets, such as British–American versus Chinese (Hu and Yang, 2017), Hindi versus Western (Patra et al., 2018), and Brazilian versus British–American (de Sousa et al., 2016). Evaluation campaigns also initiated tasks involving music of different cultures, e.g., mood and genre classification of Kpop songs in the Music Information Retrieval Evaluation eXchange (MIREX; Lee et al., 2013; Hu et al., 2014). Culture is now highlighted as one aspect of diversity that should be considered in the design of music recommendation systems (Porcaro et al., 2019).
HCI studies also examine these factors with implications for broader system design. Kayan et al. (2006) posited that tool design for cross‑cultural instant messaging should consider cultural differences. Boer and Abubakar (2014) found that, across four cultures, music listening strengthened ties among families and peer groups; similarly, Litt et al. (2020) found that friends, family, and shared activities consistently facilitated interactions across the United States, India, and Japan. Recent work by Park et al. (2022a) presented design implications around similarities and differences in music‑sharing behavior in South Korea and the United States.
Together, these diverse lines of research frame the current study of CP perceptions and usage across different contexts.
3 Methods
We developed a survey study based on the survey introduced by Park et al. (2019). We adopted an exploratory approach, appropriate when there is “little or no scientific knowledge about the group, process, activity, or situation [the researchers] want to examine but nevertheless have reason to believe it contains elements worth discovering” (Stebbins, 2001, p. 6). This approach allowed us to gain insights and identify possible directions for future investigation (McNabb, 2020; Stebbins, 2001).
3.1 Ethics statement
Ethics approval for the research was obtained from each involved institution (one institution per location).
3.2 Scope
We investigated four cultures, enabling the study of differing norms and practices surrounding music co‑consumption across cultures: Hong Kong (HK), South Korea (KR), Quebec (QC),3 and the United States (US). Each culture was considered to have a distinct societal context (e.g., dominant and accessible music services, language, and social norms), as “language, time, and place are important in determining the difference between one and another culture” (Triandis, 2001, p. 908). This set includes two North American (QC and US) and two Asian (HK and KR) sites, which could enable “Western” and “Eastern” distinctions to emerge (Hofstede, 1984). We also accounted for a balance of national (KR and US) and subnational (HK and QC) entities in each continent. To ensure proper study design and data analysis, at least one author had expert familiarity with each culture—they originated from and/or resided long‑term (more than a decade) in the location, were fluent in the language and cultural customs, and had conducted user studies with the respective cultural sample.
3.3 Survey
Basing our survey design on the survey by Park et al. (2019) enabled direct comparison of findings. Accordingly, the US and QC samples could potentially provide more detailed insights into usage and perception of CPs in North America, the primary demographic of that previous work. For the current study, participants in the US completed the survey in its original, English‑language form; survey questions for participants in HK, KR, and QC were presented in Chinese (traditional), Korean, and French, respectively, translated from English by native‑speaking researchers. Survey questions with translations are included in Supplementary Material §S1. The questions analyzed here represent part of a larger survey.
3.4 Participants and sampling
Participants were recruited through various channels, including online music groups, music classes, and flyers as deemed appropriate by the research team. Eligible participants were 18 years of age or older, lived in the respective location, spoke the language of the respective survey, and used music streaming services. As in Park et al. (2019), participants were not required to be CP users specifically; this enabled collection of non‑users’ perceptions for comparison with current users. After completing the survey, participants could enter a raffle conducted separately for each location; each raffle had a 10% chance of winning the location’s and currency’s equivalent of a $10 USD gift card. Data were collected between March 2019 and February 2020, reflecting perceptions and experiences prior to the COVID‑19 pandemic. All data were anonymized at the time of data collection.
In this exploratory work, our objective was to glean rich insights into areas that had not yet been researched rather than to obtain generalizable findings. As such, the study used small, non‑probabilistic samples— specifically, a non‑proportional quota sampling method comprising four different categories—and a minimum number of participants was recruited for each category, without considering the population size of the strata (Singh, 2007).
Across cultures, a total of participants completed the survey; demographics are reported in Table 1.4 Participants used a variety of streaming platforms to listen to, discover, share, and co‑curate music (Supplementary Figure SF1). Overall, Spotify was used most across HK, QC, and US, followed by YouTube Music and Apple Music; in KR, Melon Music and YouTube Music were used most.5
Table 1
Total number of participants from each culture, divided into CP user groups (user ; interested non‑user ; uninterested non‑user ); mean and standard deviation of age; percentage of female participants; and percentage of student participants. (Most non‑student participants were professionals with occupations ranging from chefs to financial analysts. Few were retired or indicated “N/A”.)
| Culture | U | Ni | Nn | Total | Age | Female | Student |
|---|---|---|---|---|---|---|---|
| HK | 10 | 39 | 18 | 67 | = 21.7 ( = 3.6) | 66% | 96% |
| KR | 12 | 37 | 13 | 62 | = 28.5 ( = 7.3) | 66% | 64% |
| QC | 9 | 34 | 21 | 64 | = 33.9 ( = 8.8) | 55% | 33% |
| US | 35 | 25 | 9 | 69 | = 27.9 ( = 7.7) | 51% | 32% |
3.5 Analysis
3.5.1 CP usage by culture
We designated three participant categories based on usage or interest in CPs: Users (), non‑users who expressed an interest in CPs (), and non‑users with no interest in CPs (). To determine whether CP usage group membership varied significantly by culture, we conducted a chi‑squared test on the culture‑by‑ user‑group contingency table. To assess the percent contribution of each table entry to the overall chi‑squared score, we computed normalized residuals of the contingency table.
3.5.2 Survey questions analyzed
We analyzed responses to three survey questions, Q1–Q3 (Table 2). We corrected for multiple comparisons using False Discovery Rate (FDR) (Benjamini and Yekutieli, 2001), and report FDR‑adjusted p‑values (as ) and number of comparisons when appropriate.
Table 2
Survey topics, English‑language versions of questions, response types, and respondents (user ; interested non‑user ; uninterested non‑user ).
| Topic | Question | Response | Respondents | |
|---|---|---|---|---|
| Q1 | Purposes | What purpose(s) does/might a collaborative playlist serve for you? | Free‑text | , |
| Q2 | Outcomes | Collaborative playlist(s) have/could... (10 statements, e.g., diversify music library, require less effort to enjoy music, and influence music taste positively). | Ordinal | , , |
| Q3 | Social connection through music | Please select the option that best represents your opinion on the following statements over the past 5 years (4 statements, e.g., personally, connecting with others through music has declined). | Ordinal | , , |
3.5.3 Q1: Coding of free‑text responses
For Q1, and participants reported experienced or perceived CP purposes, respectively, through free‑text responses. Taking a deductive approach (Crabtree and Miller, 1992), we coded these responses according to the CP Framework categories established by Park et al. (2019). We conducted consensus coding, whereby two researchers fluent in the survey language independently coded each response and then achieved consensus through discussion. When consensus could not be reached, a third researcher served as a tie‑breaker to reach the final coding. As specified by Park et al. (2019), a given response could implicate multiple categories of the framework; several responses were associated with multiple categories (see, e.g., §4.2.2). We anticipated that additional categories might emerge during the coding process, but none did. Ultimately, the coding process produced counts of responses that implicated each of the five CP Framework categories for and in each culture. We report example responses (and translations) in English, along with original responses when not in English. Each quoted response is accompanied by an anonymized culture–participant–usage identifier: For example, KR09‑ is an interested () non‑user () from South Korea (KR).
3.5.4 Q1: Quantitative analysis of CP framework categories by culture and CP user group
To investigate whether mentions of CP Framework categories varied according to culture and category, we constructed 20 contingency tables (4 cultures 5 CP Framework categories). Each contingency table contained counts of responses from and that did or did not mention the CP Framework category. We performed Fisher’s exact test (FET) on each table, correcting for 20 comparisons. To investigate culture and user type together, we performed association rule mining, a data‑mining technique used for identifying associations among frequently appearing patterns in a dataset (Han et al., 2011). More details are provided in Supplementary Material §S3.
3.5.5 Q2 and Q3: Analysis of quantitative responses
Questions Q2 and Q3 each comprised a set of sub‑questions for which participants from all three CP user groups (, , and ) indicated their level of agreement on five‑point Likert scales.6 We analyzed responses using the ordinal approximation to a continuous variable (Norman, 2010). To explore whether responses varied according to culture and/or CP user group, for every sub‑question we performed a two‑way analysis of variance (ANOVA; type III sum of squares [Howell, 2010]) on a linear model with main effects of culture (four levels) and CP usage (three levels). We computed additive and interaction models, but report only additive results, as no significant interactions were found. We report the overall significance of each model, with ‑values FDR corrected across all sub‑questions of a given question. When an ANOVA produced significant () or marginally significant () main effects, we performed follow‑up pairwise, two‑tailed ‑tests between pairs of CP usage groups or pairs of cultures as appropriate. We report any (marginally) significant main effects, as well as related ‑test results, where ‑test ‑values have been FDR corrected according to the number of comparisons among pairs of CP user types (three comparisons) or cultures (six comparisons).
To assess CP outcomes (Q2), participants answered 10 sub‑questions along a common Likert disagree–agree scale. In addition to analyzing responses for each question separately as described above, we also conducted principal component analysis (PCA) to reduce the dimensionality of the data and highlight response patterns across questions. We first computed PCA separately on responses of each culture, with responses pooled across user types. The visualized PCs proved to be consistent across samples, with one dimension comprising three outcomes connoting benefits to Utility—“less effort to enjoy music,” “less time/effort to discover music,” and “less time/effort to manage music”—and another comprising five outcomes connoting benefits to Music Experience—“change music enjoyed,” “diversify music library,” “increase ways to discover music,” “more open to new experiences,” and “positively influence music taste.” Based on this consistency, we subsequently pooled responses across cultures and performed a follow‑up PCA over all responses to these eight questions. We present mean response values for each of these two PCs on a per‑culture basis, along with Cronbach’s alpha values for each PC and cumulative variance explained. We performed ANOVAs to assess the contributions of culture and user groups to the PC‑space responses and report results from additive models only, as no significant interactions were observed.
4 Results
4.1 CP usage varies by culture
We assessed whether CP usage group membership— user (), interested non‑user (), and uninterested non‑user ()—differed significantly by culture. As suggested by Table 1, the differences were significant (, ). Normalized residuals of the contingency table indicated that the chi‑squared statistic was driven primarily by comparatively high in the US (accounting for 50.58% of the score), followed by low in QC (8.91%), low in the US (8.87%), and low in the US (8.80%).
4.2 All cultures report CP framework categories (RQ1)
The CP Framework (Park et al., 2019) delineates three categories of CP purpose (Practical, Cognitive, and Social) and two categories of connotation (Utility and Orientation) based on free‑text reports of experienced or perceived CP purposes (§2.2). In the present study, we collected responses to the same originating questions from and participants and found all five CP Framework categories were implicated in the responses from each culture with no new categories emerging (Table 3).
Table 3
Percentages of free‑text responses, by culture and CP user group (user ; interested non‑user ), that implicated the three purposes and two connotations of the CP Framework. Uninterested non‑users () were not asked to provide projected purpose(s) for engaging in CPs. Percentages greater than 45% are bolded.
| Culture | User Type | CP Framework | ||||
|---|---|---|---|---|---|---|
| Purposes | Connotations | |||||
| Practical | Cognitive | Social | Utility | Orientation | ||
| HK | 50% | 30% | 30% | 20% | 20% | |
| 31% | 46% | 33% | 15% | 44% | ||
| KR | 8% | 42% | 50% | 17% | 50% | |
| 22% | 49% | 43% | 16% | 35% | ||
| QC | 56% | 56% | 33% | 11% | 44% | |
| 38% | 68% | 38% | 3% | 29% | ||
| US | 46% | 34% | 51% | 29% | 26% | |
| 20% | 80% | 44% | 0% | 24% | ||
4.2.1 CP Framework categories emerge in all cultures
Here we provide illustrative examples of responses regarding the categories of the framework.
Responses referring to the Practical purpose included mentions of playlist attributes, the setting for which a CP is created, and delight in the experience of co‑curation.
“Collect songs of likable music genres” (HK65‑).
“I think it will enable enjoying music in a new way”/ “새로운 재미로 음악을 즐기게 될 것 같다” (KR44‑).
“New music. Fun process” (US26‑).
The Cognitive purpose relates to learning and discovery of music—generally and in relation to a respondent’s particular tastes.
“Allow me to get exposed to different music”/“讓我接觸不同音樂” (HK37‑).
“Broaden my rather limited musical horizons, nevertheless in a perspective of continuity (stay within the same styles/genres)”/“Élargir mon horizon musical assez limité, mais malgré tout dans une optique de prolongement (rester dans les mêmes styles/genres)” (QC09‑).
Cognitive responses could also involve discovery of others’ tastes—and even new people—through CPs.
“It will give me a window into what members of my family are listening to” (US34‑).
“I can learn about the music others are interested in and listening to, and I can in turn get music recommendations to share”/“다른 사람이 관심있게 듣고 있는 음악이 뭔지 알 수 있고 나도 추천받아서 음악을 공유할 수 있다” (KR38‑).
“Get to know more kinds of music and people” (HK60‑).
Social responses could relate to music sharing—in general, in relation to what a respondent considers “their music,” and in recommending music to others.
“The most important is to be able to share your music taste with others”/“最主要是能與大眾分享自己的音樂品味” (HK53‑).
“Get me better skilled in recommending music to others” (US05‑).
Social purposes could also reference connection and bonding. Responses could be general or highlight specific themes such as building community, strengthening existing connections (sometimes over distances), and delivering a sense of “belonging”/“소속감” (KR43‑).
“Create ties with an online community”/“Créer des liens avec une communauté en ligne” (QC16‑).
“It is a bonding experience for me with my friends and loved ones when we are far apart. Sharing music is a really emotional and personal way for me to connect with people I am close to when we are not in the same state or country” (US25‑).
“Similar to social media, it would enable communication with friends living far away”/“소셜미디어 같은 느낌, 멀리 있는 친구들이랑 소통” (KR56‑).
Connotations of Utility reference ease of use and access, reducing time and effort in co‑curation, and convenience of music consumption using CPs.
“Saving time”/“省時” (HK21‑).
“Makes it a bit more convenient to listen to music”/ “음악듣기를 조금 더 편리하게 해주는 역할” (KR41‑).
“If I think that the collaborative playlist contains songs that I like, I’d listen to it when I don’t have a particular song I want to listen to”/“공동 재생목록에 내가 좋아할만한 곡이 있다고 판단되면, 듣고 싶은 노래가 딱히 없을 때 사용할 것 같다” (KR24‑).
Responses coded as Orientation mention a benefit to the respondent or to others. In the latter case, benefits could extend to co‑curators or even those whose music was included in the playlist. While any response can be coded under multiple CP Framework categories, Orientation responses in particular often implicated multiple categories.
“I can find out about popular songs”/“요즘 유행하는 노래를 알 수 있다” (KR25‑; also Cognitive and Utility).
“Make every one [sic] feel fun and valuable” (HK35‑; also Practical).
“Introduce me to new songs” (HK20‑; also Cognitive).
“Put songs together in a particular mood and, especially, make lesser‑known bands known”/“à rassembler les titres dans un mood particulier et surtout faire connaitre des bands moins connus” (QC11‑; also Cognitive).
4.2.2 Responses implicate multiple CP Framework categories
Similar to Park et al. (2019), a subset of free‑text responses across all locales simultaneously implicated multiple categories of the CP Framework—e.g., multiple purposes, or a mix of purposes and connotations.
Practical, Cognitive, Utilitarian, and Orientation: “It would help me experiment with other peoples’ taste in music and would give me a wide range of already chosen songs” (HK40‑).
Cognitive and Social: “I think it would bring opportunities for those with similar interests and tastes to interact, as well as diversify the music searched and listened to”/“비슷한 관심사와 취향을 가진 사람들과 교류할 기회가 되고, 찾아 듣는 음악의 종류도 다양 해질것 같습니다” (KR28‑).
Cognitive and Orientation: “I will be able to receive music that I may like from those who share similar music taste as me, and I expect the more I participate the more I will be able to receive recommendations that are even better suited to my taste”/“나와 비슷한 음악 취향의 사람들 로부터 내가 모르지만 좋아할만한 음악을 자연스럽게 접하게 될 것 이고, 내가 참여함으로써 내 취향에 더욱 잘 맞는 타인의 추천을 얻을 수 있을 것으로 기대함” (KR30‑).
Cognitive and Social: “Share my tastes, get to know others’ tastes better, discover new groups”/“Partager mes goûts, mieux connaître ceux des autres, découvrir de nouveaux groupes” (QC07‑).
Practical, Social, Utility, and Orientation: “A collaborative playlist makes it easy for two or more people to share songs [...] It also allows them to easily create a playlist for an event or for a road trip” (US20‑).
Cognitive, Social, and Orientation: “It introduces me to new music, allows me to see what kind of music my friends are listening to, allows me to recommend songs to my friends, creates a sense of camaraderie among friends, builds a long, pretty high quality playlist which is hard to make by myself” (US68‑).
4.2.3 CP purpose varies by culture and user group
We investigated the CP Framework category membership of and responses separately for each culture and CP Framework category. Upon inspection, a consistently higher proportion of mentioned Cognitive purposes for engaging in CPs across all cultures (Table 3), whereas a greater proportion of mentioned either Practical or Social purposes (except for QC, which had equal proportions for Practical and Cognitive purposes). Quantitatively, QC showed statistically significant differences between and for Cognitive purposes (, , corrected for 20 comparisons) and Utility connotation (, ). No other culture showed significant differences in CP Framework category membership between and .
4.3 Impacts of CP usage
4.3.1 CP outcomes vary by culture and user group
Participants indicated their level of agreement with 10 statements relating to experienced (“Collaborative playlists have ...”) or perceived (“Collaborative playlists could ...”) outcomes of CP usage on a scale of 1 (strongly disagree) to 5 (strongly agree). Statistical output is summarized in Table 4; see Supplementary Figure SF2 for detailed results. All linear models were statistically significant (, , 10 comparisons). For most sub‑questions, mean agreement by CP usage group or culture ranged from neutral (rating of 3) to somewhat agree (rating of 4). The highest overall agreement across usage groups was given for “Diversify my music library” (Q2a) and “Increase ways in which I discover music” (Q2b), while the lowest overall agreement is noted for QC (across user groups) and for (across cultures) for “Require less of my time and effort to enjoy music” (Q2e), as well as for “Make me appreciate music platforms with CPs more” (Q2i).
Table 4
Ordinal responses regarding broader social connection through music. Participants (user ; interested non‑user ; uninterested non‑user ) reported their level of agreement, on a scale of 1 to 5, to the following statements: (Q2a) “Diversify my music library,” (Q2b) “Increase ways in which I discover music,” (Q2c) “Require less of my time and effort to discover music,” (Q2d) “Require less of my time and effort to manage music,” (Q2e) “Require less of my effort to enjoy music,” (Q2f) “Make listening to music more enjoyable,” (Q2g) “Change the music that I listen to,” (Q2h) “Positively influence my music taste,” (Q2i) “Make me appreciate music platforms with CPs more,” (Q2j) “Make me more open to new experiences in general.” We report overall model output, significance of individual predictors, and significance from follow‑up pairwise t‑tests ( ; ).
| CP Usage | Culture | |||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Model | Predictor | U | Ni | Nn | Predictor | HK | KR | QC | US | |||
| Q2a | , | , | Means | 4.21 | 4.45 | 3.87 | , | Means | 4.31 | 4.10 | 4.41 | 4.20 |
| Q2b | , | , | Means | 4.18 | 4.47 | 3.98 | , | Means | 4.25 | 4.34 | 4.34 | 4.20 |
| Q2c | , | , | Means | 3.85 | 3.98 | 3.51 | , | Means | 3.94 | 4.23 | 3.52 | 3.68 |
| KR | ||||||||||||
| HK | ||||||||||||
| Q2d | , | , | Means | 3.70 | 3.41 | 3.02 | , | Means | 3.48 | 3.61 | 3.05 | 3.42 |
| QC | ||||||||||||
| Q2e | , | , | Means | 3.52 | 3.25 | 2.79 | , | Means | 3.10 | 3.61 | 2.86 | 3.28 |
| KR | ||||||||||||
| US | ||||||||||||
| Q2f | , | , | Means | 3.85 | 3.72 | 3.03 | , | Means | 3.57 | 3.97 | 3.20 | 3.64 |
| KR | ||||||||||||
| QC | ||||||||||||
| Q2g | , | , | Means | 3.47 | 3.87 | 3.59 | , | Means | 3.61 | 3.63 | 3.94 | 3.65 |
| Q2h | , | , | Means | 3.86 | 3.99 | 3.33 | , | Means | 3.54 | 4.16 | 3.77 | 3.77 |
| KR | ||||||||||||
| Q2i | , | , | Means | 3.82 | 3.87 | 2.93 | , | Means | 3.72 | 3.65 | 3.41 | 3.78 |
| Q2j | , | , | Means | 3.73 | 3.99 | 3.33 | , | Means | 4.03 | 3.92 | 3.61 | 3.52 |
| HK | ||||||||||||
| KR | ||||||||||||
Significant main effects of CP usage were found for all 10 questions (all , all ). Interestingly, responses were not always monotonically increasing or decreasing from to to , generally due to agreement from exceeding that of U: Ni responses were marginally significantly higher than responses for diversifying music libraries (Q2a: , , three comparisons here and following), increasing ways of music discovery (Q2b: , ), changing music that the participant would listen to (Q2g: , ), and making the participant more open to new experiences in general (Q2j: , ). Thus, it appears that several CP outcomes are more speculated by interested parties than actually experienced. More generally, with the exception of requiring less time and effort for music management (Q2d)—which was marginally significantly higher for compared with (, )—agreement from did not significantly exceed that of for any sub‑question. Agreement from was significantly the lowest among the three user groups for seven of the 10 sub‑questions (all , all ). We also observed at least marginally significant differences in agreement according to culture for seven of the 10 sub‑questions. The highest agreement came from KR, and the lowest agreement came from QC for multiple questions (Q2c–Q2f). KR also gave the highest agreement for “positively influence my musical taste” (Q2h: , all , six comparisons), and both Asian cultures were broadly in higher agreement than the North American cultures of QC and the US regarding “Make me open to new experiences in general” (Q2j: , for significant comparisons). Finally, responses to three questions (increasing ways of discovering music [Q2b], changing music listened to [Q2g], increasing appreciation of CP platforms [Q2i]) did not vary significantly according to culture.
4.3.2 Principal dimensions of CP outcomes indicate benefits to utility and music experience
A per‑culture PCA analysis of responses to the above questions revealed consistent principal dimensions across cultures, implicating eight of the 10 CP outcomes (outcomes listed in Table 4 caption; see Methods). A subsequent PCA computed over data pooled across cultures for these eight outcomes revealed two principal dimensions, labeled as benefits to Utility ( across Q2c, Q2d, and Q2e) and to Music Experience ( across Q2a, Q2b, Q2g, Q2h, and Q2j). Together, these dimensions explained 59% of the variance in the data. Quantitative analysis of results shown in Figure 1 indicate that, for Music Experience, responses vary significantly according to CP user group (, ) but not culture. Utility responses varied according to both CP usage (, ) and culture (, ).

Figure 1
Means of CP outcomes connoting benefits to Music Experience (five items, ) and to Utility (three items, ) plotted per culture and distinguished by user group (user ; interested non‑user ; uninterested non‑user ). Means for individual CP outcomes are in Supplementary Figure SF2.
4.3.3 Broader social connection through music varies by culture and CP usage
To understand broader ramifications of CP usage, we assessed participants’ views on social connection through music (Figure 2). As shown in Table 5, all linear models were at least marginally significant (all , all , four comparisons). As for whether CP usage impacts perception of social connection through music, inspection of CP user groups pooled across cultures suggests monotonically increasing agreement from to to for questions on perceived decline in connection (Q3a and Q3c), and monotonically decreasing agreement for questions on music facilitating connection (Q3b and Q3d). Quantitatively, for personally feeling that music helps them connect with others (Q3b), responses were marginally significantly higher than (, , three comparisons here and following) and significantly higher than (, ); was also marginally significantly higher than (, ). Additionally, agreement that connecting through music has declined personally (Q3a) was significantly higher than (, ), and significantly lower than both (, ) and (, ) for agreeing that, in general, music helps people connect with others (Q3d). (Marginally) significant main effects of culture pointed to higher agreement from HK participants that connections through music have declined personally and generally (, , six comparisons per sub‑question), and from US participants that, personally, music helps them connect with others (Q3b: , ).

Figure 2
Means of perception of social connectedness (Q3) per culture as distinguished by CP user group (user ; interested non‑user ; uninterested non‑user ).
Table 5
Ordinal responses on broader social connection through music (user ; interested non‑user ; uninterested non‑user ). Participants reported their level of agreement, on a scale of 1 to 5, to the following statements: (Q3a) “In my case, personally, connecting with others through music has declined,” (Q3b) “In my case, personally, music has helped to connect with others,” (Q3c) “In general, connecting with others through music has declined,” and (Q3d) “In general, music has helped people connect with others.” We report overall model output, significance of individual predictors, and significance from follow‑up pairwise t‑tests ( ; ).
| CP usage | Culture | |||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Model | Predictor | U | Ni | Nn | Predictor | HK | KR | QC | US | |||
| Q3a | , | , | Means | 2.42 | 2.69 | 2.98 | , | Means | 3.03 | 2.60 | 2.66 | 2.48 |
| HK | ||||||||||||
| Q3b | , | , | Means | 4.02 | 3.76 | 3.38 | , | Means | 3.72 | 3.55 | 3.61 | 4.03 |
| US | ||||||||||||
| Q3c | , | , | Means | 2.64 | 2.67 | 2.69 | , | Means | 2.99 | 2.45 | 2.66 | 2.57 |
| HK | ||||||||||||
| Q3d | , | , | Means | 4.29 | 4.14 | 3.82 | , | Means | 4.00 | 4.02 | 4.08 | 4.30 |
5 Discussion
As a first step toward understanding cultural factors of CP usage, we conducted an exploratory investigation of CP purposes and outcomes across Hong Kong, South Korea, Quebec, and the United States. Overall, we found that CP usage, more than culture, impacted higher‑level perspectives on connections through music, and that usage of or interest in CPs is associated with a greater sense of social connection through music, as found in prior work (Park et al., 2019).
5.1 CP engagement varies across cultures
We observed the greatest percentage of CP usage among US participants at 51%, comparable to pre‑pandemic findings from Park et al. (2019) involving mostly US participants. In contrast, HK, KR, and QC showed lower engagement with CPs (Table 1). The lower CP activity in KR may be explained by the lack of CP functionalities in widely used music services and lack of access to Spotify—the most dominant platform used to engage in CPs overall—at the time of data collection.5
In HK and QC, however, Spotify—and hence the function of CPs—was available, yet percentages of in these two samples were low. Prior studies investigating collaborative work suggest this could be related to cultural factors. For instance, HK residents consider their society to be one that promotes harmony (Ho and Chan, 2009); avoidance behaviors such as “steer[ing] away from confrontation” have been observed in collaborative writing among HK students (Bremner et al., 2014, p. 159), and such aversions toward modifications might extend to the context of CPs as well, especially given some CP actions may be highly uncomfortable (e.g., perceived as being judgmental or confrontational), as found in Park and Lee (2021). Alternatively, features for social interaction may not be adequately compelling or known to users to encourage usage, suggesting a need for strategic positioning and ancillary features to support engagement with CPs. As for QC, it is known to produce and consume its own music (Piroth, 2022) that “primarily exists in an internal cultural space [...] undefined outside the borders of the province” (Jones, 2001). Prioritizing local music, often played ubiquitously via the radio, could be a reason for low CP engagement. Other reasons could be related to QC’s Spotify user behavior. Most QC respondents noted using Facebook to share music, even among Spotify users. Spotify users in QC may have not had as much time to get used to the platform to use more advanced features such as CPs (Spotify launched in the US in 2011 and Canada in 2014).7 Possibly, the lower market penetration rate of Spotify in QC caused Spotify users to maintain existing practices of sharing music; music sharers in Park et al. (2022a) often turned to YouTube and social media to share music, as not everyone they wanted to share with had a Spotify account. These are merely a few possible explanations; future studies should investigate underlying reasons and specific perspectives surrounding CP usage.
5.2 Unpacking cultural similarities and differences in CP framework categories
Consistent with previous findings by Park et al. (2019), US mentioned the Practical and Social categories more than US (Table 3). While more recent US‑centric work since the start of COVID‑19 highlights additional, broader categories motivating CP usage such as “relieving pressure” and “nostalgia” (Park et al., 2022b), all responses in the present sample could be categorized into at least one existing CP Framework category; no new categories emerged. Thus, for the present sample, the CP Framework generalized to cultures beyond the US.
Overall, while and participants from the four cultures reported or expected engagement with CPs for all three purposes, the varied proportions of these purposes highlight differing levels of motives for engaging with CPs:
Practical. Playlists can be curated around various musical themes or listening contexts (Hagen, 2015). In HK, QC, and US samples, substantially more than mentioned Practical purposes involving social events (e.g., road trips and private parties at homes), similar to previous findings (Park et al., 2019; Park and Kaneshiro, 2021). In contrast, KR mentioned Practical purposes significantly less than . Across KR responses, mentions of social events did not emerge, though more intrinsic aspects did (e.g., enjoyment of music [KR44‑] in §4.2.1). This may be explained by differing social settings for music co‑curation and co‑consumption in KR, where music is reportedly shared often through group chats and social media (Park et al., 2022a), and rarely through social events; house parties are not common (Song, 2014), and more popular activities such as karaoke may not necessitate CPs.
Cognitive. Discovering music and others’ musical tastes are considered pleasurable activities (Hakansson et al., 2007; Liu and Reimer, 2008). While such Cognitive purposes were not the predominant reasons for to engage with CPs in the present sample, Cognitive was the most‑implicated purpose across cultures for . This suggests that past findings from a primarily North American sample (Park et al., 2019) may generalize to other cultures; the emphasis on Cognitive purposes from may reflect non‑users projecting music‑discovery benefits, offered by streaming services’ recommender systems in the context of personal consumption, to the CP context. Moreover, mentioned Cognitive purposes more than across all four cultures ( mentioned the other purposes more often; Table 3). This suggests that might have shared music with people who already have similar tastes or hesitated to add music that might not be familiar to others, thereby curbing Cognitive benefits. This discrepancy between and warrants further research.
Social. In‑person interactions serve as the oldest and potentially richest means of communicating (Baym et al., 2004; Berger and Luckmann, 1966). Meaningful social connections can also be established and maintained virtually (Olsson, 2009), including through co‑curation of CPs (Park and Kaneshiro, 2021; Park et al., 2022b). KR and US respondents gave similar proportions of Social mentions (more for than , Table 3), which exceeded those from HK and QC respondents. KR and US participants frequently expressed a desire to share music and to bond, as music sharers in these samples have also been found to do (Park et al., 2022a). For them, CPs facilitated better understanding of their collaborators and emotional connections, as found in prior work (Park and Kaneshiro, 2021). Kim et al. (2011) also found similar motives behind the usage of social network sites for KR and US users, though those in KR put greater emphasis on supporting existing social relationships, while those in the US emphasized entertainment.
Moreover, desire for validation—a distinct reason for sharing music among US and KR participants (Park et al., 2022a)—also emerged as a motivation for CP usage, for example, “I’d feel proud/pleased if they all listened to the songs I selected”/“제가 선택한 노래를 다들 들어주면 뿌듯할 것 같습니다” (KR49‑). This also illustrates CPs’ potential use for taste performance, which is closely tied to impression management (Goffman, 1959). Social media are known to be used for taste performance as an expression of prestige (Laplante et al., 2017; Liu, 2007; Papacharissi, 2012), with users selectively self‑presenting to “appear attractive, successful, or savvy to others” when deciding what music to share (Johnson and Ranzini, 2018, p. 156); this could be an underlying reason for KR56‑ comparing CPs and social media (§4.2.1).
In contrast to KR and US, QC and HK had fewer Social mentions, especially from . French Canadians’ higher susceptibility to interpersonal and value‑expressive influences (i.e., the influence of others’ values, attitudes, and behavior) compared with English‑speaking counterparts in consumer behavior (Mourali et al., 2005) could be one explanation. This susceptibility could lead to greater wariness of being judged on music preferences, resulting in a reluctance to use CPs. Similar discomforts were reported by the aforementioned HK students around collaborative writing (Bremner et al., 2014) (§ 5.1). Among US CP users, deleting and reordering songs in CPs has been found to be highly uncomfortable (Park and Lee, 2021); future studies could determine whether this discomfort is greater for HK and QC users.
Utility. We found similar percentages of Utility reports from and in HK and KR (15–20%), while there was surprisingly little to no mention of Utility from US and QC . From US , Utility mentions reflected direct experience with CPs—many noted saving time and effort when creating CPs for social events. This notable departure from previous findings—in which Utility was reported more by than in a predominantly North American sample (Park et al., 2019)—calls for further research on Utility aspects of CP usage with a larger sample.
Orientation. Reports of Orientation varied by culture, and responses implicated benefits to self more than others. Contrary to reports of “other”‑focused reasons for sharing music (Park et al., 2022a), we found no sample that displayed greater for‑others orientation of CP engagement as an act of service.
5.3 Not all non‑users are the same: versus
Unlike Park et al. (2019), who reported differences in CP outcomes and social music perceptions between users and non‑users without differentiating non‑users on the basis of interest in CPs, we have further separated and . In doing so, we have found that non‑users’ interest, or lack thereof, in CPs corresponded to significantly different expectations for outcomes.
Unsurprisingly, participants had more neutral or negative outlooks on CP outcomes, whereas participants showed more openness and positive associations. Interested non‑users felt CPs could be a “fun process,” could “broaden” one’s range of music, could provide a “window into” what their family was listening to, and could aid them in “recommending music to others” (§ 4.2.1); in fact, they collectively mentioned all CP purposes. Meanwhile, generally did not see utilitarian benefits of CPs. They may feel that existing tools such as personal playlists—a popular way of finding experts or others with similar tastes and consuming their music (Lee, 2009; i.e., Cognitive purpose)—are sufficient for their music goals. They also aligned more with the “music recluse” persona, who is not compelled to discuss listening habits with others and may avoid social functions of music platforms altogether (Lee and Price, 2015). KR , however, recognized the Utility benefits of CPs to the same extent as and . This aligns with prior work showing that South Koreans have more positive perceptions (e.g., greater novelty) of music received from others than of system recommendations (Kim et al., 2020)— therefore perceiving greater Utility from human recommendations. Appreciation for Melon Music—a popular Korean streaming platform that enables users to “[browse] and [bookmark] other users’ playlists”—and using these playlists “as a tool for expanding the horizon of music experiences” (Lee, 2009, p. 500) also suggest that KR may embody the “music recluse” persona less, which is further supported by findings that music listeners in KR desired more validation of their music taste than those in the US (Park et al., 2022a).
In contrast, approached or leveled with expectations of on CP outcomes, even exceeding ’s perceptions of Music Experience in the US and KR. This could imply ’s greater openness toward music consumption habits being changed with CPs,8 as supported by their high agreement that appreciation for CP functionality would increase with CP usage. Overall, ’s optimism toward CPs presents an opportunity for platforms to engage users through such functions.
5.4 CP motivation, engagement, and outcomes are not geographically aligned
Across locales explored, there were more similarities overall between HK and QC (sub‑national), and between KR and the US (national). Despite being from different continents, we found HK and QC showed similarities in outcomes of Music Experience and Utility (§4.3.2) as well as relatively low CP adoption even with Spotify being available in both locations. On the other hand, similarities around dominant purposes for and outcomes derived from CP engagement were observed between KR and US.
Other, more influential culture‑specific music factors should be considered in better understanding the similarities and differences observed in this study. One example is the market size and velocity of music market growth in the locales. The digital music market in KR is “thriving” with an annual growth rate of total music revenue at 10%, similar to that of the US at 11%, and “innovative platforms integrating K‑pop and advanced technology to cater to diverse consumer preferences”.9
Another factor may be the music scene in the location. The Kpop idol culture is prevalent in KR, with fandoms primarily listening to singular artists or groups. Playlists are often shared within fandoms to strategically support an artist (e.g., increasing streaming count; Lee and Nguyen, 2020), hence collaboration around CPs for Cognitive purposes may be less necessary. Personality and music preferences (Rentfrow and Gosling, 2003), and hence behaviors within locations and cultures as an extension, may also evolve to become more or less similar. Recent KR–US convergences10 in music engagement—suggested by increasing popularity of KR artists in the US, US music in KR charts, and KR–US musician collaborations—could be more dominant factors. These may have contributed to recently reported music‑related KR‑US similarities: Listeners in the US were shown to be more similar to those in KR than to those in China with regard to music mood judgment (Lee and Hu, 2014), and factors of music sharing were similar in KR and the US (Park et al., 2022a). Similarly, whether QC’s cultural specificities—such as music primarily from their own culture in their charts (Piroth, 2008)—are a point of alignment with HK could also be studied further to understand commonalities between these two cultures. In sum, our findings highlight that while existing cultural frameworks (e.g., “West versus East” (Diaper and Lindgaard, 2008; Hofstede, 1996)) may have merit, they may pose an oversimplification and may not be applicable in the context of CPs.
6 Limitations and Future Work
While each culture’s sample size was on par with the single sample of the study motivating the present work (Park et al., 2019), we acknowledge that present samples are collectively insufficient for making generalizations. Not only is each sample not a sizable representative of the respective culture, but we also recognize culture is a “dynamic system” (Kitayama, 2002) that evolves, comprising “the sum total of ideas, conditioned emotional responses, and patterns of habitual behavior which the members of that society have acquired through instruction or imitation and which they share to a greater or less degree” (Linton, 1936, p. 288). We also understand that there are subcultures within that cannot be generalized; for example, Mellander et al. (2018) posit that “music preferences vary geographically in line with America’s broader economic and political divide,” with sophisticated and contemporary music preferred more in places within the US that are generally more wealthy, diverse, dense, and highly educated. However, we find the overall consistency of present US findings with previous reports encouraging, as it suggests that with the present data, saturation does occur, and a number of findings can be replicated, hence underscoring the validity of our exploratory grounding.
Future work with larger samples and more granular within‑culture stratification may clarify the factors underlying CP motivations and engagements. We have touched upon genre and fandom culture in KR (§ 5.4), yet many other factors may contribute to users’ uptake and perceptions around CPs. Exploring individuals’ activities and attributes (e.g., music consumption channels, personality, and race), as well as extrinsic factors that influence individuals, societies, and cultures may further elucidate present findings. For example, after the close of data collection for the current study, interest in and usage of CPs among US users has changed during the COVID‑19 pandemic (Park et al., 2022b); the introduction of Spotify and its CP functionalities in KR may have also impacted usage and user sentiment, as Adaptive Structuration Theory (AST; DeSanctis and Poole, 1994) posits that systems can affect cultures. Therefore, future work should examine how users from different cultures consider CPs today, with the present study as a useful basis for comparison.
Finally, the use of surveys enabled collection of data in a consistent manner with translations. However, we lack rich nuanced responses that more qualitative means could provide. A follow‑up interview study, accompanied by ethnographies to observe real‑world usage, will be particularly helpful for understanding underlying reasons for the similarities and differences between cultures and disentangling individual, geographical, and other factors.
7 Conclusion
Collaborative playlists (CP) are an increasingly common medium for sharing, discovering, and connecting with others on music streaming platforms. Yet, researchers have only begun to understand their usage and impact. To gain a broader perspective on CP usage beyond previous, predominantly North American samples, we conducted a cross‑geographical exploratory study to survey CP perceptions of music streaming platform users in Hong Kong, South Korea, Quebec, and the United States. Across cultures and CP user groups, we found similarities and differences in purposes for engaging in CPs, perceptions and experiences of CP outcomes, and perceived social connectedness through music more generally. Results suggest that behaviors and perceptions related to CPs are more complex than what may be suggested by traditional West/East or Individualism/Collectivism paradigms. Importantly, findings demonstrate that insights drawn from a North American sample should not be treated as universal or even internally consistent (Kou et al., 2018). In all, we identify a need to better understand cultural contexts and undertake culturally specific investigation, for music co‑curation platforms and collaborative platforms more broadly.
Notes
[1] https://bit.ly/3Vnu5vb, accessed June 10, 2024.
[2] https://bit.ly/4c3n21c, accessed June 2, 2024.
[3] The province that is distinguished from the rest of Canada in that its official language is French.
[4] A minimum of 60 participants from each culture participated, comparable to the total sample reported by Park et al. (2019).
[5] At the time of data collection, Spotify had not launched in KR; it launched in February 2021. https://bit.ly/4c1Lbpc, accessed April 13, 2021.
[6] Agreement scale shown in, e.g., Figure 2 (Q3).
[7] https://bit.ly/3V5BhMm, accessed June 1, 2024.
[9] https://bit.ly/4aNLPFw, https://bit.ly/3yS2DOm, and https://bit.ly/4aK8wuq, accessed May 25, 2024.
[10] KR (especially pre‑Korean War) was historically more similar to HK and less similar to the US (Kim et al., 1990).
Acknowledgements
The authors thank Moro Bamber for sharing useful background literature related to music consumption patterns in Quebec.
Competing Interests
The authors have no competing interests to declare.
Additional File
The additional file for this article can be found as follows:
