The Recency of Cuisine
Cuisines are not that old. It was only a few decades ago that soy sauce — now a staple of many American households — became widely available in stores across the United States. The same can be said of hummus, tofu, tempeh, kombucha, and many others.1 It was only a few hundred years ago that potatoes were introduced to Europe from the New World. And only around this time was the capsicum family — more commonly known as chilis — introduced to Asia. Through trading and just a few centuries of innovation and permutation — see, for example, the combination of the many-thousand-year-old jang with capsicum to produce gochujang — these items have become keystones of various cuisines in the Old World.2 It was only a few thousand years ago — a small blip in our human history — that the agricultural revolution occurred, and our cuisines and diets morphed around staple crops like wheat. And only recently have technological advances shifted our agriculture toward hybridity, consolidation, then monoculture.3
Why Change Cuisine?
Cuisine mutates. It does so rather quickly, and so does the economy around it. Some 15% of global GDP is associated with the broader agrifood industry. But its importance is yet broader. It supports almost 40% of global employment; it accounts for nearly a third of human-emitted greenhouse gases; it accounts for many billions — likely trillions — of dollars in healthcare costs and lost economic efficiency due to poor nutrition and malnutrition predicated upon the misfortune of almost a third of the global population who cannot afford a healthy diet.4 But importantly, cuisine is also mutable. The recency of most cuisines shows us that cuisine can change often, and often by the efforts of just a few individuals: the trader who packed a capsicum seed in their pack or the early settler who decided to cultivate soybeans and manufacture soy sauce in the colony of Georgia in 1769.5 That is, we can all consciously develop cuisine towards more efficient (and therefore often more affordable), environmentally friendly, and economically supportive ends.
Some crops grow better than others. Some are easier to process than others. It is our taste and the culture of our taste — we’ll call that cuisine — which determine how and how much we consume these foods. Take animal agriculture as an example. Beef may convert only a small fraction of usable calories and protein — 3-5% — from feed into food. Broadly, animal agriculture accounts for about 36% of crop allocations on a calorie basis, but only 12% of calories in the global human diet.6 If we can make feed delicious and part of our cuisine — that is, turn feed into food ourselves — that could drastically improve the efficiency of our agricultural industries. The U.S. is a major exporter of feed crops and feed ingredients, including soybeans, corn, and distillers’ grains; China has been an important destination, although export patterns vary by product and year.7 Otherwise — barring processing — some crops are simply more efficient than others. Rye grows efficiently as a cover crop in the Northeast United States, but lacks enough demand to be grown on an increasingly large scale.8 Kelp is very efficient requires little input, and utilizes far less agricultural land, but lacks sufficient demand to rival popular terrestrial crops.9 The more we shape taste, cuisine, and therefore demand, the more we increase the efficiency of our agricultural industries. And the more efficient those industries are, the more affordable our food will be, the more our local economies can rely on local supply chains, and the more we and our environment thrive.
Who Changes Cuisine
In food, we are often given a false choice between tradition and innovation. If you’re interested in this topic, read this great article by SFIG (the Sustainable Food Innovation Group). It would be remiss to ignore that cuisine — like all that is cultural — is steeped in tradition. To change cuisine toward the end of changing consumption, we ought to understand the synergy between traditional food cultures and new approaches to food.
So, where and who changes cuisine and who dictates the intersections between tradition and innovation? I admit my thoughts here are half-baked, and I invite others to help complete them:
- Cuisine is disseminated by restaurants.
Roughly 56% of food spending in the U.S. is spent on outside-of-the-home eating.10 Restaurants also show food prepared well, and as such serve as outsized inspiration for home cooking. Sichuan food, for example, can be understood as significantly shaped and disseminated by restaurants.11
- Cuisine is formed by the interrelationship between restaurants and homes.
Many cuisines have a form in restaurants and a related form at home. Techniques more appropriate to food preparation in bulk, like deep-drying, coexist with small-batch and home-style techniques. But importantly, they share ingredients and techniques, explored below. See here another CCD article on Cantonese home cooking.
- Cuisine is predicated upon a unified larder: a shared lexicon of ingredients and grammar of techniques.
In Japanese cuisine, that includes shoyu, miso, various pickles (zuke), dashi, and more. Even while produce, which often serves as the center of dishes, changes seasonally — sometimes entirely — dishes remain coherent and recognizable due to their shared set of condiments (etymologically, ‘pickled things’) and techniques.12
Of course, this is a very incomplete description. Cuisine and consumption, especially now, are dictated by trends, availability in stores, the divide between rural and urban food access, and many interrelated factors. So really, this is more of an open question: how does cuisine change?
Northeastern Cuisine
The Northeast U.S. is a particularly ripe case study. Much of its modern food culture — or lack thereof — has developed after industrial abundance. We are given a unique opportunity to ask what a cuisine of this place might be, one that supports local farmers and businesses and contributes to our shared development of a more efficient agricultural system. Traditional food cultures show how techniques like preservation and fermentation can increase the appeal and value of abundant ingredients.13 By paying more attention to those ingredients, and by creating some constraints around what we choose to cook with, we can begin to develop a clearer larder and food culture for the Northeast.
Bibliography
Footnotes
-
Kikkoman. “History of Kikkoman Soy Sauce.” See also William Shurtleff and Akiko Aoyagi, History of Tofu, Soyinfo Center; Shurtleff and Aoyagi, History of Tempeh; Colorado State University Food Safety, “Kombucha — Food Source Information.”; and PepsiCo, “PepsiCo and Strauss Group Complete Formation of North American Joint Venture.” ↩
-
Potato introduction and cultivation outside South America are summarized by the Food and Agriculture Organization, International Year of the Potato 2008: New Light on a Hidden Treasure, PDF pp. 15–16. For capsicum diffusion, see Brian Dott, The Chile Pepper in China: A Cultural Biography, Columbia University Press, 2020; and Su-Jin Jung and Dong-Hwa Shin, “Gochujang, a Korean Traditional Fermented Soybean Product: History, Preparation and Functionality.” Journal of Ethnic Foods, 2024. ↩
-
R.S. Meyer, Ashley E. DuVal, and Helen R. Jensen, “Patterns and Processes in Crop Domestication: An Historical Review and Quantitative Analysis of 203 Global Food Crops.” New Phytologist, 2012; Avraham A. Levy and Moshe Feldman, “Evolution and Origin of Bread Wheat.” The Plant Cell, vol. 34, no. 7, 2022, pp. 2549–2567; Helen Anne Curry, “Hybrid Seeds in History and Historiography.”; and U.S. Department of Agriculture Economic Research Service, “Examining Consolidation in U.S. Agriculture.”. ↩
-
Food and Agriculture Organization, “Employment Indicators 2000–2022 (October 2024 Update).”; “Facts and Figures.”; “Unhealthy Dietary Patterns Drive $8 Trillion in Annual Hidden Costs of Global Agrifood Systems.”; “Healthy Diets Remain Unaffordable for a Third of the World’s Population.”; and K.R. Schneider Lecy et al., Estimating Output Value Added from the World’s Agrifood Systems, FAO, 2025. The exact GDP share varies with the definition and year used: the FAO estimate is 15.5% for 2019, while IFPRI’s preliminary 2021 estimate uses a different framework. The FAO’s $8 trillion figure is a modeled estimate of hidden health costs from unhealthy dietary patterns. See James Thurlow et al., Measuring Agrifood Systems: New Indicators and Global Estimates, IFPRI Discussion Paper 02339, 2025. ↩
-
Georgia Historical Society, “The Introduction of the Soybean to North America.” ↩
-
Emily S. Cassidy, Paul C. West, James S. Gerber, and Jonathan A. Foley, “Redefining Agricultural Yields: From Tonnes to People Nourished per Hectare.” Environmental Research Letters, vol. 8, 2013, article 034015; and National Academies, Sustainable Diets: Food for Healthy People and a Healthy Planet: Workshop Summary, chapter 4. The 3–5% and 36%/12% figures are conversion estimates on specified calorie or protein bases. ↩
-
U.S. Department of Agriculture Foreign Agricultural Service, “The Rise and Fall of Bulk Commodities.”; “Record U.S. FY 2022 Agricultural Exports to China.”; 2023 United States Agricultural Export Yearbook; and USDA Economic Research Service, “Foreign Agricultural Trade of the United States.”. ↩
-
Cornell Cooperative Extension, “Estimating Fall N Uptake by Winter Cereals Seeded as Cover or Double Crops.”; Pennsylvania State University Extension, “Cereal Rye as a Cover Crop.”; and University of Vermont Extension, “Capturing Value with Cereal Rye: Growing High Quality Rye in the Northeast for Value-Added Markets.”, SARE final report. ↩
-
University of Maine Sea Grant, “Resources for Seaweed Growers.”; and G.S. Grebe et al., “The Nitrogen Bioextraction Potential of Nearshore Saccharina latissima Cultivation and Harvest in the Western Gulf of Maine.”, Journal of Applied Phycology, vol. 33, 2021, pp. 1741–1757. ↩
-
U.S. Department of Agriculture Economic Research Service, “Market Segments.” ↩
-
Yong Chen, “From Canton Restaurant to Panda Express: A History of Chinese Food in the United States.”, Journal of American History, vol. 103, no. 3, 2016; see also Chen, Chop Suey, USA: The Story of Chinese Food in America, Columbia University Press, 2016; and Hongjie Wang, “Hot Peppers, Sichuan Cuisine and the Revolutions in Modern China.”, World History Connected, vol. 12, no. 3, 2015. ↩
-
Ministry of Agriculture, Forestry and Fisheries of Japan, Washoku: Traditional Dietary Cultures of the Japanese, especially PDF pp. 18 and 24; Japan External Trade Organization, “What Is Umami? The Japanese Fifth Taste Explained.”; and “The Japanese Diet and Its Health Benefits.”. These sources support soy sauce, miso, dashi, and pickles as core elements. ↩
-
Elaine Marshall and Danilo Mejia, Traditional Fermented Food and Beverages for Improved Livelihoods, FAO Diversification Booklet 21, 2011, PDF pp. 1–3 and 22–25; Robert W. Hutkins, Microbiology and Technology of Fermented Foods, Blackwell Publishing, 2006, PDF p. 20; and FAO, “Fermented Vegetables: A Global Perspective (Executive Summary).”. ↩
