Chapter 38 — Further Reading

Resources organized by depth. The future-of-food space changes quickly; some of these resources will be outdated within a few years of publication. Where possible, prefer institutional sources (peer-reviewed journals, academic centers, established food-science publications) over startup press releases.

Beginner

Paul Shapiro, Clean Meat: How Growing Meat Without Animals Will Revolutionize Dinner and the World (Gallery Books, 2018). A journalistic introduction to cultured meat, written by an animal-welfare advocate. Engaging narrative; somewhat advocacy-positioned. A good first orientation, with the caveat that the "revolutionize" claim has been more measured in subsequent years. Best for readers new to the topic.

Dickson Despommier, The Vertical Farm: Feeding the World in the 21st Century (St. Martin's Press, 2010). The foundational popular text on vertical farming, by a Columbia University professor who helped originate the modern concept. Now somewhat dated on the economics, but still strong on the underlying logic and biology. Read with awareness that the deployment has been slower and more selective than the book anticipated.

Tamar Haspel, "Unearthed" column at The Washington Post. Haspel writes regularly on agriculture, food technology, and the gap between food journalism and food science. Her work is consistently fair-minded and quantitatively careful. Excellent ongoing source for staying current. Free or via subscription.

Intermediate

Mark Post et al., "Scientific, sustainability and regulatory challenges of cultured meat," Nature Food 1, 403–415 (2020). A review article by Mark Post (the researcher who unveiled the 2013 cultured hamburger) and colleagues, summarizing the technical, environmental, and regulatory state of the field as of 2020. Peer-reviewed, accessible, comprehensive. Open access in many institutions. The single best technical primer on cultured meat available.

Joseph Poore and Thomas Nemecek, "Reducing food's environmental impacts through producers and consumers," Science 360, 987–992 (2018). The most-cited single source on the environmental impact of the global food system. The data behind the "agriculture occupies 50% of habitable land" type claims comes substantially from this paper and its companion datasets. Available open access. Some quantitative literacy required, but the headline figures are accessible to general readers.

Ricardo San Martin, Justin Brashears, Liz Specht et al., "Cultured meat process flow and economics analysis," Engineering 11, 7–17 (2022). A detailed engineering and economics analysis of cultured meat production at commercial scale. Useful for understanding why the technology is expensive and what would have to change for it to become cheap. Some chemistry and economics background helps.

The Good Food Institute (GFI) — gfi.org. GFI is an advocacy organization focused on alternative proteins. Their reports are generally well-researched and quantitatively careful, with the caveat that they have an institutional perspective in favor of alternative proteins. Useful for current state of the industry; cross-check claims with peer-reviewed sources.

Advanced

Hanna L. Tuomisto and M. Joost Teixeira de Mattos, "Environmental impacts of cultured meat production," Environmental Science & Technology 45, 6117–6123 (2011). An early life-cycle analysis of cultured meat. Worth reading alongside more recent analyses (the field has moved considerably) for the methodology and the historical baseline. Note that more recent peer-reviewed analyses (Risner et al., 2023) have called some early optimistic projections into question, particularly regarding the energy requirements of large-scale bioreactors.

Dario Risner et al., "Preliminary techno-economic assessment of animal cell-based meat," Foods 11(11), 1623 (2022). A more recent and methodologically detailed economic and environmental assessment of cultured meat. Open access. Critical of some optimistic earlier claims; useful for understanding the genuine uncertainties.

United Nations Food and Agriculture Organization (FAO) and World Health Organization (WHO), "Food safety aspects of cell-based food," (2023). A joint FAO/WHO report on the regulatory and safety considerations for cultured-meat products. Free. Authoritative. The level of detail is appropriate for food scientists, regulators, and serious students of the topic.

Vaclav Smil, Should We Eat Meat? Evolution and Consequences of Modern Carnivory (Wiley-Blackwell, 2013). A long, deeply researched, statistically dense treatment of the global meat system. Smil is a careful empirical analyst whose work is influential among researchers but underread among general audiences. The book gives the most rigorous quantitative grounding for the "how big is the problem" question. Heavy going but rewarding.

Voices and perspectives

The Indigenous Food and Agriculture Initiative — University of Arkansas School of Law. Resources, podcasts, and policy analyses on Indigenous food sovereignty, particularly in the United States. A useful counterweight to technology-centered framings of the future of food.

La Vía Campesina — viacampesina.org. The international peasant movement that coined the term food sovereignty. Their positions are political, but they articulate a perspective that the food-tech press releases mostly do not engage with, and that anyone serious about the future of food needs to consider.

Civil Eats — civileats.com. Independent food journalism with strong agricultural and food-justice reporting. Useful for stories that the food-tech-positive sources tend to underweight.

On the chemistry side

Harold McGee, On Food and Cooking (Scribner, 2004). Already cited throughout this book; the relevant sections for chapter 38 are the dairy chapter (rennet biology, cheesemaking chemistry) and the protein chapter (cell biology of muscle, the chemistry of meat). McGee is the foundation against which any future-of-food chemistry should be cross-checked.

Belitz, Grosch, and Schieberle, Food Chemistry (5th ed., Springer, 2009). Graduate-level reference for the food-chemistry foundations underlying precision fermentation, plant protein extraction, fat engineering, and the rest. Not light reading; the canonical reference for serious food scientists.