Details

Autor(en) / Beteiligte

• Cardello, Armand V.
• Llobell, Fabien
• Giacalone, Davide
• Roigard, Christina M.
• Jaeger, Sara R.

Titel

Plant-based alternatives vs dairy milk: Consumer segments and their sensory, emotional, cognitive and situational use responses to tasted products

Ist Teil von

• Food quality and preference, 2022-09, Vol.100, p.104599, Article 104599

Ort / Verlag

Elsevier Ltd

Erscheinungsjahr

2022

Quelle

ScienceDirect

Beschreibungen/Notizen

• •Consumer test of 10 tasted samples of dairy milk and plant-based alternatives.•New Zealand consumers (n = 345) segmented into four clusters based on product liking.•The largest clusters were Full-fat dairy Likers (n = 107) and Plant-based Likers (n = 111).•Two smaller clusters fell at intermediate positions on dairy-plant liking continuum.•Identified cluster-based sensory, emotional/conceptual and situational drivers of liking. Plant-based alternatives to dairy milk are becoming more popular in many parts of the world. The present research explored this product category using a multi-variable research strategy where consumers from New Zealand (n = 345) tasted samples for degree of liking/disliking and described their perceived sensory, emotional/cognitive and situational use characteristics using check-all-that-apply (CATA) questions. A total of 10 products were included in the study, three of which were dairy-based (cow’s milk, two at 3.4% fat and one at 0.1% fat), while the remaining seven products were a blend of three plant-based ingredients (coconut, rice and oats) or made from either soy, oat, rice or cashew nuts (including variations for sweetened/unsweetened products and reduced-fat products). Across all participants, the full-fat dairy milks were most liked, but heterogeneity was apparent, especially for the plant-based alternatives. Four consumer segments were identified that fell along a continuum from those people who exclusively liked full-fat dairy products (n = 107) to those who preferred a wide range of plant-based products (n = 111), with two smaller intermediary clusters, Dairy and tri-blend Likers (n = 55) and Full-fat dairy / tri-blend / soy Likers (n = 72). Each cluster had distinct and characterising sensory, emotional/cognitive and situational uses for the tested dairy and plant-based beverages, and penalty/lift analysis was used to determine how these positively or negatively impacted product liking. The penalty/lift analysis was supplemented with a test that for each CATA term (sensory, emotional/cognitive, situational use) enabled a comparison of the four clusters to understand for which of these the effect on liking scores was larger/smaller. Overall, the present research contributed new knowledge for plant-based beverages (which remain understudied relative to plant-based meat alternatives) by providing detailed product insights into a broad range of tasted samples, showing that complex consumer preference segmentation exists, driven by a combination of sensory, emotional/cognitive, and situational use perceptions.