According to the UBC Climate Action Plan 2030, UBC campus food systems is the second-highest category of GHG emissions on campus. Thus, to mitigate the impact of food systems on climate change, UBC aims to achieve a 50% GHG emission reduction of food systems on campus by 2030. To achieve this ambitious target, this project was designed to increase climate-friendly food choices at UBC Vancouver Campus by examininghow climate-friendly food system labels impact food choices in a University dining setting. In Phase 1, we designed a simple label with a globe and a thermometer in green (i.e., low GHG emissions), yellow (i.e., moderate GHG emissions), and red (i.e., high GHG emissions) color. We then measured its impact on customers’ food choices ...
In the face of current environmental challenges, it is imperative to change our consumption behavior...
This study examines how intuitive and specific labeling influences consumers' choice of climate-frie...
Worldwide consumption is well beyond ecological means. The University of British Columbia as a micro...
According to the UBC Climate Action Plan 2030, UBC campus food systems is the second-highest categor...
How is the University of British Columbia (UBC) able to offer a system that helps consumers choose m...
How to make your daily menu choices climate-friendly? Roughly 26% of global total greenhouse gas (GH...
We are all connected by our need for food, water, and shelter. Earth's ability to continue to provid...
Problem Statement: UBC has developed a climate action plan to address their role in the progression ...
Agriculture and the food system are responsible for one third of carbon dioxide emissions worldwide...
This project aims to quantify the environmental impacts of the food delivery industry on UBC campus ...
A review of past research indicates that global warming is an imminent issue for all Canadians — tre...
Avoiding serious global climate change will require deep cuts in greenhouse gas (GHG) emissions from...
University of British Columbia (UBC), with its large urban land base, large tracts of ecologically s...
Working in conjunction with the UBC Food System Project, we, group 3, have conducted research to det...
Food systems play a significant role in climate change. The UBC Climate Action Partnership (CAP) has...
In the face of current environmental challenges, it is imperative to change our consumption behavior...
This study examines how intuitive and specific labeling influences consumers' choice of climate-frie...
Worldwide consumption is well beyond ecological means. The University of British Columbia as a micro...
According to the UBC Climate Action Plan 2030, UBC campus food systems is the second-highest categor...
How is the University of British Columbia (UBC) able to offer a system that helps consumers choose m...
How to make your daily menu choices climate-friendly? Roughly 26% of global total greenhouse gas (GH...
We are all connected by our need for food, water, and shelter. Earth's ability to continue to provid...
Problem Statement: UBC has developed a climate action plan to address their role in the progression ...
Agriculture and the food system are responsible for one third of carbon dioxide emissions worldwide...
This project aims to quantify the environmental impacts of the food delivery industry on UBC campus ...
A review of past research indicates that global warming is an imminent issue for all Canadians — tre...
Avoiding serious global climate change will require deep cuts in greenhouse gas (GHG) emissions from...
University of British Columbia (UBC), with its large urban land base, large tracts of ecologically s...
Working in conjunction with the UBC Food System Project, we, group 3, have conducted research to det...
Food systems play a significant role in climate change. The UBC Climate Action Partnership (CAP) has...
In the face of current environmental challenges, it is imperative to change our consumption behavior...
This study examines how intuitive and specific labeling influences consumers' choice of climate-frie...
Worldwide consumption is well beyond ecological means. The University of British Columbia as a micro...