TY - JOUR
T1 - Combining RP and SP data while accounting for large choice sets and travel mode
T2 - an application to forest recreation
AU - Abildtrup, Jens
AU - Olsen, Søren Bøye
AU - Stenger, Anne
N1 - Published online 10 Dec 2014
PY - 2015
Y1 - 2015
N2 - This paper analyses the use of forests for recreational purposes in Lorraine, France, a region with many forests and easy access for recreational users. This implies that residents in Lorraine can choose between a large set of forests if they decide to visit a forest. The abundance of forests in Lorraine makes identification of the visited forests difficult. To facilitate identification of forests actually visited, we have incorporated an interactive map in a Web-based survey intended to include both revealed and stated preference data. We compare different sampling schemes to define the choice set used for site selection modelling when the actual choice set considered is potentially large and unknown to the analyst. Easy access to forests also implies that around half of the visitors walk or bike to the forest. We apply an error-component mixed-logit model to simultaneously model the travel mode decision and the site selection decision and to combine revealed and stated preference data. Finally, the effect on the willingness-to-pay of changes in forest quality and access is evaluated based on alternative choice set specifications, model specifications and data sources (revealed and stated preference data).
AB - This paper analyses the use of forests for recreational purposes in Lorraine, France, a region with many forests and easy access for recreational users. This implies that residents in Lorraine can choose between a large set of forests if they decide to visit a forest. The abundance of forests in Lorraine makes identification of the visited forests difficult. To facilitate identification of forests actually visited, we have incorporated an interactive map in a Web-based survey intended to include both revealed and stated preference data. We compare different sampling schemes to define the choice set used for site selection modelling when the actual choice set considered is potentially large and unknown to the analyst. Easy access to forests also implies that around half of the visitors walk or bike to the forest. We apply an error-component mixed-logit model to simultaneously model the travel mode decision and the site selection decision and to combine revealed and stated preference data. Finally, the effect on the willingness-to-pay of changes in forest quality and access is evaluated based on alternative choice set specifications, model specifications and data sources (revealed and stated preference data).
U2 - 10.1080/21606544.2014.986210
DO - 10.1080/21606544.2014.986210
M3 - Journal article
SN - 2160-6544
VL - 4
SP - 177
EP - 201
JO - Journal of Environmental Economics and Policy
JF - Journal of Environmental Economics and Policy
IS - 2
ER -