Further Reading — Chapter 17: Grains and Bread

Resources for going deeper, organized by depth.

Beginner

Ken Forkish, Flour Water Salt Yeast (2012). A patient, photo-rich introduction to artisan bread baking, with detailed walk-throughs of the no-knead and stretch-and-fold methods. Forkish's recipes are reliable, his explanations are clear, and his book has launched more first-time sourdough projects than perhaps any other. For: home cooks ready to bake their first artisan loaf.

King Arthur Baking Company, kingarthurbaking.com. The web's best free baking resource. Recipes are tested, the troubleshooting section is genuinely useful, and the technique videos on YouTube are excellent. Their hotline (yes, a real phone number) will help you diagnose a failed loaf. For: anyone with a specific question about a specific recipe.

The Great British Baking Show (BBC, multiple seasons). Watching skilled amateurs make breads under pressure builds intuition for what dough should look and behave like. Pay particular attention to the bread-week episodes. For: visual learners.

Intermediate

Chad Robertson, Tartine Bread (2010). The book that launched the modern American sourdough renaissance. Robertson's "country loaf" recipe — long bulk, lots of folds, overnight cold retard, Dutch oven bake — is the methodology Maya is following. The photographs alone are educational. For: home bakers transitioning from commercial yeast to sourdough.

Peter Reinhart, The Bread Baker's Apprentice (2001, revised 2016). A more systematic, more pedagogical companion to Forkish. Reinhart organizes by technique: pre-ferments, lean doughs, enriched doughs, lean sourdoughs. His coverage of preferments (poolish, biga, pâte fermentée) is among the best in print. For: home bakers who want a textbook approach to a wide range of breads.

Dan Lepard, The Handmade Loaf (2004). Less famous in the U.S. than Forkish or Robertson, but Lepard is a precise and insightful baker, and his recipes — drawing heavily on European traditions — open up the world beyond country loaves. His pain rustique, his Bavarian rye, his Russian black bread are excellent. For: home bakers exploring European bread traditions.

Sarah Owens, Sourdough (2015). Beyond bread: pastries, crackers, pancakes, and other applications of a sourdough starter. Owens is also a botanist, and her writing is alive with plant-and-microbe perspective. For: home bakers who want to do more with their starter than just boules.

Advanced

Modernist Bread, by Nathan Myhrvold and Francisco Migoya (2017, 5 volumes). The most thorough reference ever produced on bread science. 2,642 pages. $625 retail. Covers every conceivable variable, every regional tradition, every modern technique. The science is rigorous; the photography is staggering. For: serious bread bakers and food-science professionals. Available in many libraries.

Calvel, R. (1990, English translation 2001), The Taste of Bread. Raymond Calvel was the French bread scientist who, in mid-20th-century, introduced the autolyse method and championed long fermentation against the postwar trend toward speed. This book is partly memoir, partly textbook, partly polemic. Foundational for understanding how French bakers think about bread. For: serious bakers; food science students.

Belitz, H.-D., Grosch, W., & Schieberle, P. Food Chemistry (5th ed., 2009), Chapter on cereals. Graduate-level chemistry of grains, including detailed coverage of gliadin and glutenin protein structure, gluten formation mechanisms, and the chemistry of starch in bread. Dense; rewarding. For: food science students and chemistry-minded bakers.

Pico, J., Bernal, J., & Gómez, M. (2015), "Wheat bread aroma compounds in crumb and crust: A review," Food Research International, 75:200-215. A systematic review of the volatile aroma compounds in bread, where they come from (yeast metabolism vs. Maillard vs. caramelization), and how baking conditions affect them. Excellent for the aroma-curious. For: food science students; instructors looking for primary sources on bread flavor.

Robertson, C. (2017), Tartine: A Classic Revisited. Robertson's later book on sweet baking — croissants, viennoiserie, brioche — using the same long-fermentation, low-yeast, high-quality-ingredient approach as his country loaves. The science of laminated and enriched doughs is treated thoroughly. For: bakers extending from rustic breads into pastry.

On Nixtamalization Specifically

Jeffrey Pilcher, Que Vivan los Tamales: Food and the Making of Mexican Identity (1998). A historian's account of Mexican food traditions, including the cultural and historical significance of nixtamalization. For: anyone wanting to understand the Mesoamerican corn tradition in cultural and historical context.

Rachel Laudan, Cuisine and Empire (2013). A global history of cooking that takes nixtamalization seriously as a foundational technology, alongside fermentation and salt curing. Laudan's argument is that Indigenous American food chemistry is undersung in standard food histories. For: history-curious cooks.

Bressani, R. (1990), "Chemistry, technology, and nutritive value of maize tortillas," Food Reviews International, 6(2):225-264. A foundational scientific review of the chemistry of nixtamalization, written by a Guatemalan food scientist who spent his career studying corn nutrition. For: food science students.

On Gluten-Free Baking

Aran Goyoaga, Cannelle et Vanille Bakes Simple (2021). Aran is a Basque-American gluten-free baker (celiac herself) whose work demonstrates that gluten-free baking can be as good as gluten-containing baking — but on its own terms, not by mimicking. For: home cooks adapting to gluten-free needs.

America's Test Kitchen, The How Can It Be Gluten Free Cookbook (2014, multiple editions). Systematic testing of gluten-free baking variables. The recipes are reliable; the explanations of why each blend or technique works are useful for understanding the underlying science. For: home cooks who want recipes that work the first time.

On Sourdough Microbiology

Sandor Ellix Katz, The Art of Fermentation (2012). A comprehensive (and somewhat encyclopedic) survey of fermentation across cultures, including a deep chapter on bread sourdoughs and a wider context for understanding how lactic acid bacteria function. For: any serious fermenter; anyone curious about the wider microbial-food world.

Bryn Lebsack, "What's actually in your sourdough starter?" (2020), Modernist Cuisine blog. A short, accessible summary of microbial communities in sourdough — what species are typically present, what they're doing, how to think about your starter as an ecosystem. For: home bakers curious about the microbiology.

Gobbetti, M., Rizzello, C. G., Di Cagno, R., & De Angelis, M. (2014), "How the sourdough may affect the functional features of leavened baked goods," Food Microbiology, 37:30-40. A review of how sourdough fermentation changes nutritional and sensory properties of bread. Cites primary research; balanced about what is well-established vs. hypothesized. For: food science students.

YouTube Channels

Bake with Jack (Jack Sturgess, UK home baker). Practical, no-nonsense, focused on technique. Excellent for shaping demonstrations.

Foodgeek (Sune Trudslev, Danish home baker). Methodical, science-curious, comparison-driven. Many side-by-side experiments.

ChainBaker (Charlie, Latvian/UK home baker). Long-form, technique-deep, calm. Good for watching the actual choreography of bread.

Tartine Bakery (Chad Robertson's bakery channel). Less prolific but the videos are beautiful and instructional.