Barriers associated with pulse and plant-based meat alternative consumption across sociodemographic groups: a Capability, Opportunity, Motivation, Behaviour model approach.

Introduction: To enhance environmental sustainability and food security, there should be a change in dietary protein consumption. It is suggested that meat consumption should be reduced and that the currently low consumption of pulses and other plant-based proteins should increase. We aimed to examine (1) how sociodemographic factors and perceived barriers are associated with self-reported current and perceived future pulse and other plant-based meat alternative (PBMA) consumption and (2) how sociodemographic factors relate to perceived barriers.

How vegans and vegetarians negotiate eating-related social norm conflicts in their social networks.

This qualitative study, framed by social identity theory, examines how self-identified vegans and vegetarians negotiate diet-related social norm conflicts within their social networks. Twenty-one semi-structured interviews with 18- to 58-year-old vegans and vegetarians who represented five nationalities were analysed inductively through thematic analysis. According to the results, social norm conflicts occurred in contexts where tense family relations or boundaries between in-group and out-group were salient.

Towards more environmentally sustainable diets? Changes in the consumption of beef and plant- and insect-based protein products in consumer groups in Finland.

This study investigated consumers' self-reported past changes and future intentions to change the consumption of beef and alternative, plant- or insect-based protein products. A survey of 18-79-year-old consumers in Finland (N = 1000) was analysed with latent class analysis, and five consumer clusters were identified. The largest cluster (37%) consumed beef, but no alternative protein products; three clusters incorporated alternative protein products in their diets in different ways (in total 55%); and one cluster did not consume beef or alternative proteins (8%).