The (disruptive) stories behind some of the dishes
Regenerative
Doomsday
Synthetic
The ability of peas to fix nitrogen (converting it into a form that plants can use more easily) in collaboration with the microorganisms surrounding their roots makes them the perfect rotation crop for regenerative agricultural systems. Their abundance of proteins and starches also makes peas a versatile ingredient.
What’s on the menu?
Pea hummus
The regenerative path features seaweed. Among other things, this nutritious resource plays several key roles in ocean regeneration, including by sucking carbon from the water.
Kelp noodles
Black beans can grow anywhere with a three-month warm growing season and require minimal amounts of water.
Black bean patty
Warmer temperatures, increasing levels of industrial pollutants and intensive fishing are affecting the abundance of tuna in our oceans. With modern capabilities, we could mimic tuna – using molecules made from plants, microbes or lab-grown tuna cells. Simpler forms of plant-based tuna are already on the market.
Plant-based tuna
Our industrial economy puts many ocean species at risk, but jellyfish would thrive in the Doomsday scenario. In fact, they have survived all previous mass extinctions.
Jellyfish are taking over hotter, more acidic and slower-flowing ocean waters. Other fish, like tuna, are struggling to adapt.
Jellyfish
Beef can be sourced from accredited regenerative producers. This approach brings many benefits, e.g., cows can help draw down emissions and aid biodiversity.
Regenerative patty
Artificial intelligence, 3D bioprinting and other technological innovations are being used to produce foods that are less resource-intensive but (so far) lack nutritional complexity.
Synthetic patty
Drier, warmer and more volatile climates are disrupting livelihoods from cocoa in countries such as Ethiopia and Ghana. Carob pods, grown on carbon-absorbing desert trees, rival cocoa in taste and texture.
Carob cake