Abstract

This paper aims to determine why consumer purchasing of fast moving consumer goods varies over time in Spain. More specifically, our objective is to explain multiple-store shopping in the households belonging to the Spanish Nielsen Homescan consumer panel that provides information about household shopping decisions between April 2003 and April 2004. In order to achieve this purpose, a Bayesian Dynamic Tobit model is used. The results allow us to confirm the influence of several demographical and geographical variables on household multiple-store shopping during the sample period.

Highlights

  • The literature on consumer behaviour in the retail market is skewed towards studying consumer loyalty and retail patronage behaviour

  • Most of the empirical contributions to this field of study have focused on brand choice and, to a lesser extent, on analysing store choice

  • Over the last three decades, variety-seeking behaviour and multiple-store shopping have attracted the attention of researchers in the consumer behaviour area

Read more

Summary

Introduction

The literature on consumer behaviour in the retail market is skewed towards studying consumer loyalty and retail patronage behaviour. The specific objective of this paper is to study, from a dynamic perspective, the determinants of the variation in the regular store set at which households do their FMCG shopping. For this purpose, a Bayesian statistical model is built (Rossi, Allenby 2003; Rossi et al 2005). We analyse differences across households in store choice in a study of the dynamic behaviour of consumers and we empirically estimate the model on scanner panel data.

Background and hypotheses
Shopping pattern variables
Demographic variables of households
Demographic variables of the shopper
Geographical characteristics
The database
The dataset
The model
Prior distribution
Posterior distribution
Results
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call