There is a student I think of often when I sit down to write about Level 2 baking. She came to my intermediate course some years ago, a quietly capable woman from one of the interior Amphoe communities east of Porterville, where Level 2 observance is the common standard and has been for as long as anyone in those communities can remember. She had grown up baking unleavened products at Level 2 during the festival season the way most Bravian children grow up baking them at Level 1: without thinking about it as a category at all, simply as the way things were done in her household at this time of year. She knew how to make the preparations her mother and grandmother had made. What she did not know — and this is what she came to my course to learn — was why those preparations worked, and why some of the things she had tried on her own, departing from her grandmother’s recipes to experiment with unfamiliar ingredients, had failed in ways she could not explain.
By the end of the term she could explain them. More than that, she could predict them, which is the difference between a competent baker and an excellent one. Understanding why a Level 2 dough behaves as it does — what forces are operating on it, what the baker has removed and what she has retained, and what tools remain at her disposal when both biological and chemical lift are absent — is the foundation of everything that makes Level 2 baking not merely a set of restrictions to navigate but a genuine and sophisticated branch of the baker’s craft.
This chapter is for her, and for every baker who has grown up working within the Level 2 standard without quite understanding it, as well as for those who are choosing to observe it for the first time and want to know what they are getting into before they put their baking powder away.
The Additional Constraint and What It Means
The Level 2 kitchen begins where the Level 1 kitchen ends. Everything that is removed from the Level 1 kitchen — sourdough cultures, commercial and cultivated yeast, fermented grain starters of any kind — remains removed in the Level 2 kitchen. The Level 2 baker does not get to bring any of these back. What changes at Level 2 is the additional removal of chemical leavening agents: baking soda, baking powder, cream of tartar in its leavening function, hartshorn, potash, and any other compound whose purpose in a recipe is to produce carbon dioxide and thereby cause a batter or dough to rise.
This is a more significant constraint than it may initially appear to a baker whose festival baking has been conducted at Level 1, because chemical leavening agents do not only produce lift. They also, in several important ways, affect the texture and handling characteristics of a dough or batter in ways that are not always obvious from the outside. The baker transitioning from Level 1 to Level 2 for the first time will need to understand not only that her chemical leavening agents are absent but what work they were doing that must now be accomplished by other means.
Baking soda in an acidic dough does not only produce gas. It also neutralizes some of the acidity contributed by acidic ingredients — buttermilk, vinegar, honey, citrus — which affects the flavor balance of the finished product and also, through its interaction with the gluten network, contributes to a particular kind of tender, slightly open texture in the crumb. A Level 1 soda bread made with buttermilk and baking soda produces not only lift but a specific tangy-yet-rounded flavor profile and a soft crumb that comes partly from the interaction between the acid and the base. At Level 2, the baking soda is removed, but the acidic ingredient need not be. Buttermilk in a Level 2 flatbread contributes flavor and tenderness without the lift component, and understanding this — that acidic ingredients can be retained for their other contributions even when their chemical leavening function is set aside — is one of the most practically useful things a Level 2 baker can know.
Baking powder in a batter does more than produce bubbles. It also affects the setting behavior of the batter in the oven: the gas it produces expands rapidly in the early minutes of baking and pushes the batter open before the proteins and starches set around the resulting structure. This rapid initial expansion is part of what gives baking-powder preparations their characteristic tender, even crumb. Without it, the same batter baked at the same temperature will set more quickly and more uniformly, producing a denser result. This is not a problem — it is the expected character of a Level 2 product — but it does mean that the Level 2 baker must think differently about her oven temperatures and her batter consistencies, because neither should be calibrated to accommodate a lift that is not coming.
Hartshorn and potash, less commonly used but still present in certain traditional Bravian recipes, produce their lift through a somewhat different mechanism than baking powder and baking soda, but their removal at Level 2 creates similar adjustments. The baker who works from older family recipes that include these ingredients — as some of the hill country and interior Amphoe recipes do, being inheritances of older baking traditions — will find the same principles of adaptation apply.
The underlying logic of Level 2 adaptation is always the same: identify what the chemical leavening agent was doing in the original recipe, determine which of those functions can be accomplished by other means, and reformulate accordingly. Lift cannot be replicated at Level 2 through chemical means, but tenderness, flavor, and texture can be managed through fat, liquid, heat, and technique. The Level 2 baker’s toolkit is not empty. It is simply different, and it rewards a different kind of attention and skill.
Historical Bravian Baking Before Chemical Agents Arrived
The practical knowledge required for Level 2 baking is not new. It predates the chemical leavening agents whose removal defines the Level 2 standard, and the most reliable guide to Level 2 baking technique is not the laboratory or the food science classroom but the historical record of Bravian household baking from before the era of baking powder and baking soda. Our grandmothers’ grandmothers kept what we would now recognize as permanent Level 2 kitchens year-round, not by theological conviction but by simple necessity, and the preparations they developed in that context are among the most sophisticated and accomplished unleavened products in the Bravian culinary tradition.
The historical Bravian kitchen managed texture and structure through a set of tools that remain entirely available to the Level 2 baker today, and understanding these tools historically gives the modern baker both practical guidance and a connection to the longer tradition of her people’s cooking.
Fat management was the primary tool. The Bravian kitchen of earlier centuries had access to rendered animal fats — lamb tallow, beef suet, poultry fat, and in the coastal regions various fish-derived fats, though the last of these have largely disappeared from common use — as well as to butter and, in the southern and port regions, to olive oil. The cooks of those kitchens understood, through accumulated practice, exactly how each fat behaved in an unleavened dough, how much fat was needed to produce tenderness in a preparation of a given thickness, and how the temperature at which fat was incorporated affected the final result. This is knowledge that was codified in household recipe books and grange cookery manuals of the period, many of which are still held in various Bravian institutional libraries and some of which I have had the privilege of consulting in the preparation of this book. I have adapted a number of the most useful and characterful preparations from those historical sources for the Level 2 recipe chapters, and I have noted the historical origins of those recipes where they are known.
Liquid management and the role of enriching liquids was the second great tool of the historical Level 2 kitchen. Plain water produces a lean, tight, relatively flavourless dough. The Bravian cook of earlier centuries enriched her liquids with a wide range of additions: milk and cream, buttermilk and cultured milk preparations, whey from cheesemaking, meat broths, fruit juices, and various herbal infusions. Each of these contributed flavor, affected gluten development, and modified the texture of the finished product in distinctive and useful ways. Milk proteins soften gluten and produce a more tender crumb; buttermilk’s natural acidity relaxes gluten and adds a pleasant background tang; meat broth enriches a savory flatbread with a depth of flavor that is entirely appropriate for the kinds of robust savory preparations that accompany a festival meal.
The development of laminated and layered techniques in the unleavened kitchen also belongs to this historical period, though it should be noted that lamination occupies an interesting position at the boundary between Level 2 and Level 3. The mechanical act of folding fat into dough to create layers — which is the foundation of laminated dough work — does not introduce air in the way that whipping or creaming does. The layers of fat and dough separate in the heat of the oven and produce a flaky, layered result that is texturally distinct from both a flat cracker and a chemically leavened quick bread, and which achieves its lift from steam rather than from trapped gas or biological fermentation. Steam lift, which I will discuss in more detail shortly, is generally considered by Bravian theological scholars who have addressed the question — and a surprising number of them have — to fall outside the category of mechanical leavening because it is a property of water itself rather than a technique of air incorporation. Laminated doughs are therefore available at Level 2 and produce some of the most accomplished and satisfying preparations in the Level 2 repertoire.
The stone and the fire were, of course, the original tools of all unleavened baking. The baking behavior of a flat dough on a properly heated stone — the rapid browning of the surface, the formation of a slight char that contributes bitterness and complexity, the way thin preparations blister and lift slightly from steam generated within the dough itself — is not a Level 3 phenomenon. Steam lift is available at every level and is one of the unsung contributors to the texture and character of well-made flatbreads at all three levels. Understanding how to use heat as a positive force rather than simply a necessary condition of baking is one of the things that separates a good unleavened baker from a merely adequate one, and the historical Bravian tradition of stone and hearth baking provides the richest available education in this skill.
Fats, Liquids, and Heat as the Primary Tools
Having established the historical context, I want to address each of the three primary tools of the Level 2 kitchen with some precision, because each of them requires a more sophisticated understanding at Level 2 than it does at Level 1.
On the use of fat in the Level 2 kitchen:
Fat in an unleavened dough or batter operates through several mechanisms simultaneously, and the Level 2 baker who understands these mechanisms will be able to use fat with a precision that goes well beyond simply adding more of it to compensate for absent leavening.
When fat is cut or rubbed into flour before the addition of liquid — as in the preparation of short doughs, pastry preparations, and certain cracker-style products — it coats the flour proteins and starch granules with a thin film that inhibits gluten development. The resulting dough is short: tender, fragile, prone to crumbling, and with a distinctive melt-on-the-tongue quality in the finished product. The degree of gluten inhibition is controlled by how thoroughly the fat is worked into the flour: a very thorough coating produces a very short, crumbly result, while a less thorough coating — in which some visible pieces of fat remain among the flour — produces a product with more structure and, if the fat pieces are large enough, a flaky character as the pieces of fat melt in the oven and leave behind distinct thin layers. Both of these results are available to the Level 2 baker and are called for in different preparations.
When fat is incorporated into a dough by mixing it into the liquid before combining with the flour — or when a liquid fat such as olive oil is added directly to the flour and combined — the effect is different: the fat distributes more evenly, contributes tenderness throughout the crumb, and produces a slightly more extensible dough than the rubbed-fat method. Olive oil in particular has a lubricating effect on gluten that makes the resulting dough notably pliable and easy to roll, which is why olive-oil flatbreads are among the most workable preparations in the entire Level 2 repertoire.
The temperature of the fat matters. Cold fat, rubbed into flour, inhibits gluten development most effectively and produces the shortest, most tender result. Warm or melted fat distributes more evenly and produces a more uniform, slightly more structured crumb. Very hot fat — used in the hot-fat mixing technique borrowed from certain older Bravian farmhouse traditions — partially cooks the starch in the flour as it is incorporated, producing a dough with a distinctly pliable and extensible character that is extremely well-suited to rolling thin. This technique, which I described briefly in Chapter 2 in the context of hot-liquid mixing, reaches its full expression at Level 2 and Level 3, where it compensates most effectively for the absence of the conditioning effects of fermentation and chemical leavening. It will appear in a number of the Level 2 recipes in Chapter 9.
On the use of enriching and acidic liquids:
I mentioned in the previous section that acidic liquid ingredients can be retained in Level 2 recipes for their flavor and textural contributions even when their chemical leavening function — the interaction with baking soda — is set aside. This is worth expanding on, because the range of liquid enrichments available to the Level 2 baker is wide and their effects are significant.
Buttermilk, which is the enriching liquid I use most frequently in Level 2 savory preparations, contributes a mild background acidity that rounds the flavor of grain preparations beautifully, particularly those made with soft wheat or spelt. It also interacts with the gluten network in a way that produces a distinctly more tender and slightly more extensible dough than plain water would, without any chemical leavening involved. The tenderness comes from the partial disruption of gluten bonds by the lactic acid naturally present in the buttermilk — the same mechanism by which fermentation conditions dough, though in a milder and slower form. A Level 2 flatbread made with buttermilk will be noticeably more pleasant to eat than the same formulation made with water, and the baker who has access to good quality cultured buttermilk — or who maintains her own cultured milk preparations at home, as many Bravian farm households do — will find it one of the most useful ingredients in her Level 2 pantry.
Whey, the liquid byproduct of cheesemaking, behaves similarly to buttermilk and is available in generous quantities to those Bravian households that make their own fresh cheeses, as a great many do. It is slightly more acidic than buttermilk and somewhat less rich, which makes it a good choice for preparations where tenderness is desired but a heavy dairy character is not.
Fresh or lightly cultured milk contributes richness and sweetness rather than acidity, softens gluten through the action of milk proteins, and promotes browning through the natural milk sugars it contains. Milk-enriched Level 2 flatbreads tend to be softer in texture, slightly sweeter in flavor, and more golden on the surface than water-based preparations of the same formula, and they are particularly well-suited to the sweet and festival-table preparations in Chapter 10.
Fruit juices, particularly the grape and pomegranate juices that are readily available throughout Bravia during the harvest season and in preserved form throughout the year, contribute natural sugars and acids to Level 2 preparations and produce interesting and well-flavored results in sweet preparations. The natural sugars promote surface browning and caramelization, and the acids contribute to tenderness. Juice-enriched preparations tend to be more complex in flavor than their relatively simple ingredient lists suggest, and they are among the preparations in Part Three that most successfully demonstrate what Level 2 baking can achieve on its own terms.
On the use of heat at Level 2:
The thermal behavior of Level 2 preparations differs in specific and important ways from both Level 1 and Level 3, and managing heat correctly at Level 2 requires an understanding of two phenomena that are available at this level in ways that they are not fully available at the others.
The first is steam lift. Every dough and batter contains water, and when that water encounters the rapid, intense heat of a properly preheated baking surface or oven, it vaporizes rapidly and the steam attempts to escape. In a thin preparation with little structural resistance, this steam lifts the surface of the product slightly away from the baking surface, creating the characteristic blistering and pocketing of a well-made flatbread. In a richer, more fat-enriched Level 2 preparation, the steam generated within the layers of fat and dough is what creates the separation between those layers and produces the flaky result associated with laminated preparations. Neither of these effects involves trapped air or chemical gas production. They are the work of water and heat, and they are available at every level of the framework, but at Level 2 the baker has sufficient control over her fat and liquid content to manage steam lift deliberately rather than simply encountering it as a side effect.
The practical implication is that Level 2 preparations can produce a surprising degree of textural lift and layering purely through the management of fat content and oven temperature, without any biological or chemical leavening whatsoever. A well-made Level 2 laminated preparation, produced from a carefully layered dough of flour, fat, and salt, baked at a high and well-managed temperature, will separate into distinct and tender layers in a way that surprises students who expect Level 2 products to be uniformly flat and dense. They are flat in the sense that they have not risen through gas production. They are not necessarily flat in the sense of being uninteresting or texturally monotonous, and the baker who understands steam lift will find the Level 2 kitchen capable of producing products of considerable textural sophistication.
The second thermal phenomenon relevant to Level 2 is Maillard browning and caramelization, both of which develop surface flavor and color independently of any leavening mechanism and which are, if anything, more important at Level 2 than at Level 1 because the Level 2 baker has somewhat fewer enriching additions to her flavor toolkit. The Maillard reaction, which produces the complex brown, toasty, slightly bitter surface flavors of well-baked bread, occurs rapidly at the temperatures appropriate for Level 2 flatbread work, and the baker who is attentive to surface color will produce products of substantially better flavor than the baker who judges doneness by time alone. At Level 2, surface color is your most reliable indicator of flavor development, and developing the eye for the correct color — a warm, deep golden brown with occasional darker spots at the thinnest points, but not a true char except in preparations where that character is specifically desired — is one of the most important skills to develop.
Egg-White and Beaten Preparations: The Level 2 Upper Boundary
The question of beaten egg whites occupies an interesting position in the Level 2 framework, and it is one that I want to address carefully because it is the point at which Level 2 and Level 3 are most sharply distinguished and where the most common misunderstandings about the Level 2 standard arise.
Beaten egg whites are, as I described in Chapter 1, a form of mechanical leavening: the physical action of the beater incorporates air into the egg white proteins, creating a foam that lifts a batter mechanically rather than through biological or chemical means. At Level 3, this technique is removed along with everything else that produces lift. At Level 2, it is available.
This means that the Level 2 baker has access to a genuinely powerful leavening tool that involves no yeast and no chemistry, and this is one of the ways in which Level 2 baking, properly understood, is not simply a more restricted version of Level 1 but a distinct practice with its own characteristic preparations. The egg-white-lifted preparations in Chapter 10 — the meringue-based wafers, the thin almond preparations, the whole-egg-foam flat layers — are not available at Level 1 because they are neither particularly notable for the absence of biological leavening, which Level 1 already requires, nor are they available at Level 3, where the mechanical lift they depend on is removed. They belong distinctively to Level 2 and represent some of the most accomplished products in the Level 2 repertoire.
However — and I want to be clear about this — the availability of beaten egg whites at Level 2 does not mean that the Level 2 baker should attempt to replicate the full textural range of chemically leavened products by substituting egg-white foam wherever baking powder formerly appeared. The preparations that use beaten egg whites appropriately at Level 2 are those that have been specifically designed for the technique: thin preparations where the foam’s structure can be fully set before it collapses, preparations where the characteristic texture of a foam-based product is the goal and not an approximation of something else, and ceremonial preparations where the lightness and delicacy of egg-white lift is an appropriate quality in its own right.
The baker who attempts to substitute beaten egg whites for baking powder in a recipe that was designed for chemical leavening will find the result disappointing, because the two types of lift, while both producing gas expansion in the final product, do so through different mechanisms and at different rates that require different formulations to accommodate. A Level 2 egg-white preparation should be a Level 2 preparation from the ground up, not a Level 1 recipe with the baking powder removed and egg whites added. The Level 2 recipe chapters in Part Three of this book include a number of preparations developed specifically for the technique, and these are the appropriate starting point for the baker who wants to explore what beaten egg whites can do at Level 2.
A note on cream of tartar: in its role as a stabilizer for beaten egg whites, cream of tartar is generally considered permissible at Level 2 for the same reason that acidic liquids are permissible: it is functioning not as a leavening agent but as a stabilizer, moderating a process rather than initiating one. The gas in a beaten egg-white preparation comes from mechanically incorporated air, not from the cream of tartar, and the cream of tartar’s only function is to make the foam more stable and longer-lasting. A Level 2 baker who uses cream of tartar to stabilize beaten egg whites is not introducing chemical leavening any more than a cook who uses cream of tartar to stabilize a sugar glaze is introducing chemical leavening. The function and the context determine the category, not the ingredient alone. This is a position that I hold with some conviction, though I am aware that some Level 2 households in the more strictly observant interior communities disagree with it and choose to avoid cream of tartar entirely during the feast season. I respect that position and have formulated the egg-white preparations in Chapter 10 so that they can be made without cream of tartar for those who prefer to do so, noting that the foam will be somewhat less stable and should be worked with more quickly.
Thinking in Level 2 Terms: The Conceptual Shift
The Level 1 kitchen asks you to remove biological leavening and adjust your expectations about lift and fermentation flavor. The Level 2 kitchen asks something somewhat more demanding: it asks you to think about what every ingredient in your recipe is doing and to understand each of those functions well enough to reproduce it by other means when the ingredient that normally provides it is absent.
This is, in the most literal sense, the demand that has always been placed on the best bakers in every tradition: the demand to understand your ingredients rather than simply following a set of instructions. The experienced baker at Level 1 can often work from recipes by substitution and adjustment, relying on her familiarity with how recipes are constructed to navigate the absence of yeast. The Level 2 baker must go further. She must understand why baking powder produces the texture it produces, why the combination of baking soda and buttermilk creates the crumb it creates, and how to achieve tenderness and structure and appropriate texture when neither of these agents is available.
The reward for this deeper understanding is not only the ability to bake well at Level 2 during the festival season. It is a more complete and confident understanding of baking as a whole, across all seasons and all levels. Every student I have taught who has genuinely engaged with Level 2 work has come away from it a better Level 1 baker as well, because the removal of chemical leavening forces attention to the underlying principles of fat, liquid, heat, and structure that chemical leavening normally masks or compensates for. The baker who knows what her baking powder is doing is a better baker than the baker who simply adds it because the recipe says to.
This is the best argument I know for Level 2 observance as a practice, quite apart from its theological justifications. It makes you think. And thinking, as every Bravian grandmother has always known, makes you better at almost everything.
A Note on the Level 2 Baker’s Pantry
Before leaving this chapter, I want to address a practical question that comes up consistently among students preparing to transition to Level 2 for the first time: what should the Level 2 pantry contain, and what specifically should be removed or set aside?
The removals are straightforward: all biological leavening agents as described in Chapter 2, plus baking soda, baking powder, cream of tartar in quantities appropriate for leavening rather than flavoring, hartshorn, potash, and any pre-mixed baking preparations that contain any of these ingredients. It is worth reading the ingredient lists on any packaged preparations in the pantry during the pre-festival clearing, because chemical leavening agents appear in a surprising range of packaged goods beyond the obvious baking preparations.
What remains, and what the Level 2 baker will depend on, is the following: good quality flours of various types, fats in various forms appropriate to the baker’s regional tradition and personal preference, enriching liquids including buttermilk and milk and whey, eggs, salt, sweeteners including honey and fruit preparations, seeds and herbs for surface treatments and flavoring, and the full range of spices and flavor additions appropriate to the preparation at hand. This is, it will be noted, a substantial and well-equipped pantry. The Level 2 kitchen is not sparse. It is focused, and the difference between sparse and focused is, in the kitchen as in most areas of life, precisely the difference between deprivation and discipline.
The Level 2 baker who approaches the festival season with a well-stocked pantry, a clear understanding of her tools, and the willingness to think carefully about what she is doing will find that the standard she has undertaken is not a ceiling on her baking but a frame within which genuinely excellent things can be made. The recipes in Part Three of this book are my best attempt to demonstrate that this is true, and they represent forty years of working within and thinking about this standard.
I hope they serve you well.
Chapter 4: The Level 3 Kitchen begins on the following page.
