Eating Planet: Carlo Petrini Discusses Buying Food and Paying for Your Values
By Marlena White
On Thursday, June 28, the Worldwatch Institute’s Nourishing the Planet project and the Barilla Center for Food and Nutrition will release Eating Planet–Nutrition Today: A Challenge for Mankind and for the Planet in New York City. Today, Nourishing the Planet highlights a contributing author of Eating Planet, and shares his views on how to fix the broken food system. The event is full but please tune in on the 28th via livestream: we will be taking questions in real time from the audience, from the livestream, and from Twitter and Facebook.

In Eating Planet, Carlo Petrini discusses paying for food in terms of values. (Photo credit: Bruno Cordioli)
In a chapter introduction for Eating Planet – Nutrition Today: A Challenge for Mankind and for the Planet—the newly released book from the Barilla Center for Food & Nutrition—International Slow Food Movement founder Carlo Petrini discusses what paying a fair price means, and why it’s important for the sustainability of the world’s food supplies.
Petrini begins by explaining that sustainability means the plans we make, both in terms of individual and higher-level actions, must be able to last over the long term and on many different levels, taking into account social, economic, and environmental factors. With its many impacts on these factors, he says, food is crucial to sustainability as a whole.
According to Petrini, what we eat, including the time and money we put into it, is an investment in both our health and the state of the environment. He says it also reflects a certain set of values that can have strong implications for sustainability. These values may be the bottom line of overall profits, or longer term considerations like protecting the health of ecosystems and the livelihoods of our food producers. Petrini argues that the values inherent in our food should be included in their price, especially after accounting for what these values contribute to the sustainability of the planet.




