AbstractWithin a Bayesian framework, a random‐effects model is developed and applied to adoption of new wheat varieties in South Australia. In this model, not all pieces of information add equally to knowledge about the innovation. The model shows the acquisition of information to be much slower than has been suggested by previous Bayesian models and can also explain laggards and partial adoption. The results have important practical implications for farmers and support agencies. The paper's theoretical contributions are to highlight the structure of information, and to demonstrate how qualitative results can be obtained where the posterior Bayesian distribution is intractable.A.J. Fischer, A.J. Arnold, and M. Gibb
In the context of diffusion of innovations, we propose a probabilistic model based on interacting po...
The role of information in the adoption of new technologies is discussed, focusing on the role of in...
Maryland, and the University of Washington for helpful comments. The usual disclaimer applies. We st...
Within a Bayesian framework, a random-effects model is developed and applied to adoption of new whea...
Agricultural technology adoption is often a sequential process. Farmers may adopt a new technology i...
Perceptions are known to play an important role in the innovation adoption decision. Once influentia...
In this study, elicited estimates of farmers' subjective beliefs about the mean and variance of whea...
GM corn seed companies have innovated continuously with the introduction of new traits and, more rec...
In this paper, we reconsider the appropriateness of certain statistical analyses in innovation adopt...
We introduce a new model for examining the dynamics of uptake of technological innovations in agricu...
The pattern of market penetration of an innovation and the factors underlying the diffusion process ...
National audienceAdoption of agricultural innovations has been an important factor affecting the wel...
This article extends the characteristics-based choice framework of technology adoption to account fo...
In the context of diffusion of innovations, we propose a probabilistic model based on interacting po...
The role of information in the adoption of new technologies is discussed, focusing on the role of in...
Maryland, and the University of Washington for helpful comments. The usual disclaimer applies. We st...
Within a Bayesian framework, a random-effects model is developed and applied to adoption of new whea...
Agricultural technology adoption is often a sequential process. Farmers may adopt a new technology i...
Perceptions are known to play an important role in the innovation adoption decision. Once influentia...
In this study, elicited estimates of farmers' subjective beliefs about the mean and variance of whea...
GM corn seed companies have innovated continuously with the introduction of new traits and, more rec...
In this paper, we reconsider the appropriateness of certain statistical analyses in innovation adopt...
We introduce a new model for examining the dynamics of uptake of technological innovations in agricu...
The pattern of market penetration of an innovation and the factors underlying the diffusion process ...
National audienceAdoption of agricultural innovations has been an important factor affecting the wel...
This article extends the characteristics-based choice framework of technology adoption to account fo...
In the context of diffusion of innovations, we propose a probabilistic model based on interacting po...
The role of information in the adoption of new technologies is discussed, focusing on the role of in...
Maryland, and the University of Washington for helpful comments. The usual disclaimer applies. We st...