Changes in human diets hold significant greenhouse gas emissions mitigation potential. In this paper, we use a field experiment to analyze the effects of implementing a label with greenhouse gas emission information for each dish at a restaurant. The traffic-light colored label was implemented in a student catering facility with 300–600 servings every day, and covered all seven dishes on offer. Individual level sales data including an anonymous identification number, gender, and age was collected both during the label phase and during a five-week control phase prior to the introduction of the label. We found that sales of green labeled (low emission) meat dishes increased by 11.5% compared to the control phase, whereas sales of red labeled ...
In recent years, food sustainability has become a larger issue in the discussion surrounding climate...
Global warming provokes our climate and the world how we know it today to change severely. The produ...
Honors (Bachelor's)EnvironmentUniversity of Michiganhttps://deepblue.lib.umich.edu/bitstream/2027.42...
The scientific community agrees that emission levels from food production and consumption have to d...
We conduct a natural field experiment investigating the efficacy of environmental information provis...
This study investigates consumer willingness to substitute high-emissions meat products with lower-e...
This empirical study explores visual attention to carbon labels on restaurant menus. Carbon labels c...
The emerging debate on the climate impact of food is expected to result in the carbon labelling of f...
In this study, we aimed to understand how restaurants can contribute to climate change mitigation vi...
Thirty-seven products were labelled to indicate embodied carbon emissions, and sales were recorded o...
International audienceThis study examines how environment-related food labels affect shopping behavi...
We construct a model to predict how consumers will respond to better information about the carbon co...
Over many decades, greenhouse gas emissions caused by human activity have been increasing and negati...
Carbon labelling systems can inform individual and organizational choices, which potentially reduce ...
Purpose Collective efforts are needed to reach these ambitious goals to change the status quo to com...
In recent years, food sustainability has become a larger issue in the discussion surrounding climate...
Global warming provokes our climate and the world how we know it today to change severely. The produ...
Honors (Bachelor's)EnvironmentUniversity of Michiganhttps://deepblue.lib.umich.edu/bitstream/2027.42...
The scientific community agrees that emission levels from food production and consumption have to d...
We conduct a natural field experiment investigating the efficacy of environmental information provis...
This study investigates consumer willingness to substitute high-emissions meat products with lower-e...
This empirical study explores visual attention to carbon labels on restaurant menus. Carbon labels c...
The emerging debate on the climate impact of food is expected to result in the carbon labelling of f...
In this study, we aimed to understand how restaurants can contribute to climate change mitigation vi...
Thirty-seven products were labelled to indicate embodied carbon emissions, and sales were recorded o...
International audienceThis study examines how environment-related food labels affect shopping behavi...
We construct a model to predict how consumers will respond to better information about the carbon co...
Over many decades, greenhouse gas emissions caused by human activity have been increasing and negati...
Carbon labelling systems can inform individual and organizational choices, which potentially reduce ...
Purpose Collective efforts are needed to reach these ambitious goals to change the status quo to com...
In recent years, food sustainability has become a larger issue in the discussion surrounding climate...
Global warming provokes our climate and the world how we know it today to change severely. The produ...
Honors (Bachelor's)EnvironmentUniversity of Michiganhttps://deepblue.lib.umich.edu/bitstream/2027.42...