TY - JOUR
T1 - Volumetric choice experiments and welfare measures in a subsidy-driven context
AU - Budzinski, Wiktor
AU - Czajkowski, Mikołaj
AU - Le Clec’h, Solen
AU - Markiewicz, Olimpia
AU - Matzdorf, Bettina
AU - Opatrný, Matej
AU - Rommel, Jens
AU - Sagebiel, Julian
AU - Schulze, Christoph
AU - Scasný, Milan
AU - van Bussel, Lenny
AU - Zagorska, Katarzyna
AU - Zawadzki, Wojciech
PY - 2026
Y1 - 2026
N2 - Volumetric Choice Experiments (VCE) offer a novel approach to studying individual behavior, traditionally explored through Discrete Choice Experiments. This study assesses the efficacy of VCE in understanding farmers' preferences regarding new results-based and practice-based agri-environmental contracts, using a comprehensive international stated preference survey. Recognizing that farmers often act as households maximizing utility rather than purely profit-driven producers, we provide justification for applying a utility-based framework in this context. The subsidy-driven nature of agri-environmental contracts poses a challenge for the use of multiple discrete-continuous choice models suited for VCE data. Conventionally, these models utilize an income-based budget equation, which would not be binding given the willingness-to-accept format of the experiment. To operationalize our model, we adopt a land-based budget equation, facilitating the development of a novel compensating variation measure for welfare analysis. Our findings reveal insightful contrasts between VCE-derived data and traditional DCE results, highlighting the complexities encountered and the comparability of outcomes. By delving into the distinct attributes of VCE and justifying the utility-based approach for farmers, this research not only bridges a critical gap in the literature but also enhances our understanding of farmer behavior, with significant implications for the design and implementation of future agri-environmental policies.
AB - Volumetric Choice Experiments (VCE) offer a novel approach to studying individual behavior, traditionally explored through Discrete Choice Experiments. This study assesses the efficacy of VCE in understanding farmers' preferences regarding new results-based and practice-based agri-environmental contracts, using a comprehensive international stated preference survey. Recognizing that farmers often act as households maximizing utility rather than purely profit-driven producers, we provide justification for applying a utility-based framework in this context. The subsidy-driven nature of agri-environmental contracts poses a challenge for the use of multiple discrete-continuous choice models suited for VCE data. Conventionally, these models utilize an income-based budget equation, which would not be binding given the willingness-to-accept format of the experiment. To operationalize our model, we adopt a land-based budget equation, facilitating the development of a novel compensating variation measure for welfare analysis. Our findings reveal insightful contrasts between VCE-derived data and traditional DCE results, highlighting the complexities encountered and the comparability of outcomes. By delving into the distinct attributes of VCE and justifying the utility-based approach for farmers, this research not only bridges a critical gap in the literature but also enhances our understanding of farmer behavior, with significant implications for the design and implementation of future agri-environmental policies.
KW - Volumetric choice experiment
KW - Multiple discrete-continuous choice
KW - Farm household utility
KW - Agri-environmental-climate measures
KW - Farmer preferences
KW - Biodiversity
KW - Common Agricultural Policy
KW - Volumetric choice experiment
KW - Multiple discrete-continuous choice
KW - Farm household utility
KW - Agri-environmental-climate measures
KW - Farmer preferences
KW - Biodiversity
KW - Common Agricultural Policy
UR - https://res.slu.se/id/publ/146854
UR - https://doi.org/10.1016/j.reseneeco.2026.101572
U2 - 10.1016/j.reseneeco.2026.101572
DO - 10.1016/j.reseneeco.2026.101572
M3 - Journal article
SN - 0928-7655
VL - 86
JO - Resource and Energy Economics
JF - Resource and Energy Economics
M1 - 101572
ER -