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Home » What Potlucks Teach Us About Food Sustainability: Jonathan Kershaw (Transcript)

What Potlucks Teach Us About Food Sustainability: Jonathan Kershaw (Transcript)

Here is the full transcript of researcher Jonathan Kershaw’s talk titled “What Potlucks Teach Us About Food Sustainability” at TEDxBGSU conference.

Listen to the audio version here:

TRANSCRIPT:

What comes to mind when I say “potluck dinner”? Maybe you have fond memories of gathering with family and friends to share a favorite meal. Perhaps you like trying new foods and exploring new flavors. Or maybe you think potlucks are just an awkward assortment of dishes that don’t really go together, and you thought about the time when you tried to keep your curry from touching your jello salad. Or maybe you feel like potlucks just force you to choose between offending your friends or risking food poisoning.

Regardless of your experiences with potlucks, their purpose remains the same. Potlucks bring people together around the common goal of sharing a meal. My purpose today is to show the importance of bringing together diverse ideas around the common goal of improving food sustainability.

Can you imagine what it would do to the tone of a potluck dinner conversation if the person who brought a cherished family recipe was turned away because their dish simply didn’t fit in? Not only would that person feel offended, but their diverse contribution would never be realized. Yes, the offerings at a potluck will usually fall short of a catered dinner. But that isn’t the point.

The Global Food System

Potlucks are about joining together to feed a community. Like a potluck, our global food system also joins people together to feed a community. According to the United Nations, the global population is projected to grow by another 2 billion people over the next 25 years, reaching nearly 10 billion by 2050. Yet, we have finite resources to feed our growing planet.

Food production has a significant impact on the planet, accounting for about a fourth of global greenhouse gas emissions, the large majority of nutrient runoff in the waterways, 70% of fresh water use, and 40% of land use.