A Recipe for the Future of Food
Task
To come up with a speculative recipe for ANIMA Magazine that represents Sharp & Sour's idea of what a more sustainable future.
What we choose to eat has a profound impact, not only on our health but also on the health of our planet and the entire biosphere we are —let’s not forget—, a part of. Reducing our ecological footprint through mindful eating is now pretty common everywhere. But imagine taking a step further—what if our food choices could not just halt the damage we inflict on our planet but actually reverse it? What if the very act of eating could help regenerate our broken and polluted ecosystems? Imagine indulging in dishes that bring not only nourishment to our bodies but also healing to the Earth.
Each ingredient in our recipe has been selected for its positive impact on the planet, from mussels able to purify seawater, beans that regenerate our soils, or seaweed, a tasty photosynthesis powerhouse, that boosts our oxygen and effectively sequesters carbon. Here’s to a world where the food on our plates is as good for the Earth as it is for our taste buds. Welcome to a future where humans live, and eat, in harmony with the rest of the life on this planet. Enjoy!
This recipe showcases a bean and mussel soup, inspired by the traditional Spanish dish ‘fabes con almejas’. This rendition features a creamy kombu and shiitake dashi, with some spirulina oil to tie everything together. Topping it all up, the crunchy mushrooms add an extra textural layer, while the bright, peppery samphire finishes brightening up the dish.
On the side, bread and butter, reinvented. Our ‘repurposed bread’ or ‘bread of breads’ if you will, gets paired with an earthy and plant-based mushroom butter.
Molluscs, including mussels, are hailed for their nutrient density and their ability to sequester carbon and purify seawater. Thriving on microscopic organic matter, including agricultural runoff, they can be sustainably grown simply by lowering ropes into the sea to which they attach. They don’t need any extra feed to thrive, naturally regenerating the ecosystem in which they live.
Beans play a vital role in maintaining soil health through their remarkable ability to fix nitrogen. They act as natural fertilizers thanks to their symbiotic relationship with the bacteria in the soil, increasing its fertility without the need for chemicals. Beans are also highly nutritious, serving as a rich source of protein as well as fiber, vitamins and minerals.
Seaweed and algae play a crucial role in boosting oxygen levels in aquatic environments as well as in the atmosphere, contributing to more than half of the world’s oxygen production. This process not only supports marine life but also helps to mitigate the effects of global warming by absorbing excess carbon dioxide from the atmosphere. They are also a valuable source of vitamins, minerals, and omega-3 and, in the case of the spirulina and kelp featured in this recipe, a high dose of proteins too.
Bread is one of the most wasted foods on the planet. What if we could create a system in which stale bread can be given a new life rather than be thrown away? This ‘repurposed bread’ is a mosaic of different regenerated breads, transformed into something new.
Salt-tolerant crops, like samphire, can thrive in areas where traditional crops would struggle. They require minimal freshwater to grow, making them a more sustainable alternative to other water-intensive crops. Rich in vitamins, minerals, and antioxidants, samphire can offer a nutritious addition to many dishes.
While mushrooms themselves do not perform photosynthesis, certain species, such as mycorrhizal fungi, play a role in carbon sequestration and soil health. Additionally, some mushrooms have been found to effectively filter out harmful pollutants, making them not only a nutrient-dense food source but also an incredible air remediation powerhouse.
Editorial design and pictures: Hondo Studio
Editorial design and pictures: Hondo Studio
