There is a particular kind of student who arrives in my first-year baking course every autumn with a confident expression and a notebook full of neat preparation, having baked quite a lot at home and therefore assuming that the transition to unleavened baking will present no serious difficulties. After all, she reasons, she has been baking unleavened things all her life without particularly thinking about it. Flatbreads. Crackers. Griddle preparations of various kinds. How different can it be?
The answer, which I deliver gently but without softening it unduly, is: considerably more different than you expect, and in ways you will not anticipate until you are standing in front of a bowl of dough that is not behaving the way your experience tells you it should.
The Level 1 kitchen is not simply a kitchen with the yeast removed. It is a different kitchen — one that operates according to a different set of priorities, a different relationship between ingredients, and a different understanding of what the finished product is supposed to be and to do. The baker who learns to think in Level 1 terms, rather than simply attempting to execute Level 0 recipes with the leavening subtracted, will find the transition manageable, the results satisfying, and the practice genuinely enlarging of her skills. The baker who does not make this conceptual shift will spend the festival season producing a series of dense, gummy, or otherwise disappointing preparations and blaming the unleavened constraint when the real difficulty is a failure of understanding.
This chapter is intended to produce the first kind of baker. Let us begin with what has changed.
What Changes When You Remove Biological Leavening
The most important thing to understand about biological leavening — yeast, sourdough culture, and their relatives — is that it does not do only one thing. The popular understanding of yeast is that it makes bread rise, and this is true, but it is incomplete in a way that matters enormously for the unleavened baker. Biological leavening does at minimum three distinct things in a dough, and the removal of it creates three distinct problems that must be addressed separately.
The first thing biological leaven does is produce gas, which creates lift. The carbon dioxide produced by yeast fermentation expands the gluten network of the dough, creating the open, airy crumb structure associated with risen bread. When you remove the yeast, you remove this lift, and the crumb of your product will be denser and more closed than a yeasted equivalent. This is not a flaw to be corrected at Level 1 — it is the expected and proper character of an unleavened product — but it does mean that the baker must adjust her expectations about crumb structure and stop trying to produce a risen, open crumb through other means. A Level 1 product is not a failed yeasted product. It is a different product entirely, with its own appropriate textures, which are denser, more tender or more crisp depending on technique and formulation, and which have their own honest and considerable appeal.
The second thing biological leaven does is develop flavor. Yeast fermentation produces not only carbon dioxide but a complex array of flavor compounds — alcohols, esters, and organic acids — that give risen bread its distinctive character. Sourdough fermentation produces these compounds and additionally the lactic and acetic acids that give sourdough its characteristic tang and depth. When you remove biological leavening, you remove all of this flavor development, and you are left with a product whose flavor comes entirely from the base ingredients themselves: the grain, the fat, the salt, the liquid, and whatever herbs, seeds, or other additions you choose to incorporate. This is not a problem but an opportunity. Level 1 products that are well-made showcase the flavor of their grain in a way that a yeasted bread, with all of its fermentation complexity, often obscures. A good wheat flatbread made with freshly milled flour tastes of wheat in a way that a sourdough loaf does not, and that flavor is clean, honest, and worth tasting.
The third thing biological leaven does is condition the dough. This is the thing that surprises most novice unleavened bakers, because it operates largely invisibly during the ordinary baking year. The acids produced during fermentation weaken certain gluten bonds in the dough and strengthen others, producing a texture that is extensible, easy to handle, and resilient. They also, particularly in long-fermented doughs, begin to break down some of the complex starches and proteins in the flour in ways that affect both texture and digestibility. An unleavened dough has none of this conditioning, which means it can behave quite differently on the bench: it may be tighter, less extensible, more prone to snapping back when rolled, and more resistant to being shaped into thin preparations. Understanding this and adjusting your technique to compensate is one of the most important skills you will develop as a Level 1 baker.
What Stays the Same
Having described what changes, I want to be equally clear about what does not change, because the list of constants is at least as important as the list of variables.
The chemistry of gluten development does not change. Flour mixed with water will still form gluten, and that gluten will still develop through mixing and kneading. The baker’s understanding of gluten — when to develop it, when to avoid developing it, what different levels of development produce in the finished product — is just as relevant in the Level 1 kitchen as in the ordinary baking year, and in some respects more so, because there is less margin for error.
The behavior of fats in dough and batter does not change. Fat shortens gluten strands, produces tenderness, carries flavor, and affects the crumb structure of the finished product in ways that are independent of leavening. The baker who understands how to use fat in pastry and quick bread work will find that this understanding transfers directly and completely to Level 1 baking.
The role of eggs does not change, except insofar as we are attentive to the question of mechanical leavening, which is a Level 3 concern. At Level 1, eggs function as they always do: as binders, as emulsifiers, as tenderizers, as contributors of color and richness. A recipe that calls for eggs in the context of a Level 1 unleavened preparation may use them without restriction.
The importance of salt, heat, and liquid ratios does not change, and if anything becomes more important in the Level 1 kitchen where there are fewer compensating elements to smooth over errors in foundational formulation. The baker who has always measured her salt by eye and her liquid by instinct will find that the Level 1 kitchen rewards the development of more precise habits, not because imprecision is more catastrophic than in ordinary baking but because the results of formulation decisions are more directly and immediately legible in a product that is not being lifted, flavored, and conditioned by fermentation.
The importance of heat — oven temperature, stone temperature, griddle temperature, and their management — does not change. If anything, Level 1 baking tends to involve higher temperatures and shorter baking times than yeasted baking, because unleavened products are typically thinner and benefit from rapid heat penetration rather than the extended lower-heat baking that supports yeast activity and crust development in risen breads. The baker who is comfortable with high-heat work, whether on the griddle, the hearth stone, or in a properly preheated oven, will find the Level 1 kitchen congenial territory.
Flour Selection and Its Consequences
Because Level 1 products derive their flavor and much of their character directly from their grain, flour selection is more consequential in the unleavened kitchen than in ordinary baking, and it is worth spending some time on it here before we discuss specific techniques.
Hard wheat flour, milled from hard wheat varieties with a high protein content, produces strong gluten development and a firm, chewy texture. In unleavened preparations, this translates to a flatbread with good structure, a satisfying bite, and a tendency to be somewhat tight on the bench unless given adequate rest time. Hard wheat flour is the correct choice for preparations that need to be rolled thin and baked crisp — hard tack, crackers, and the drier varieties of flatbread — and for any preparation where structural integrity during handling is important.
Soft wheat flour, milled from low-protein wheat varieties, produces less gluten development and a more tender, delicate texture. It is the correct choice for preparations where tenderness is the primary goal: the soft unleavened rounds and wraps that are meant to fold and bend without cracking, the more delicate sweet preparations, and the biscuit-style breads that depend on chemical leavening for their lift but benefit from soft wheat’s inherent tenderness. Soft wheat flour is also more forgiving on the bench, producing doughs that roll without snapping back as insistently as hard wheat doughs do.
A blend of hard and soft wheat flour is the formulation I use most frequently in the Level 1 recipes in this book, and the one I recommend as a starting point for the baker who is new to unleavened work and wants a manageable, predictable dough to learn on. A blend of two parts hard wheat to one part soft wheat produces a dough with enough gluten for structural integrity, enough tenderness for pleasant eating, and enough forgiveness for the inevitable small errors of technique that attend the learning of any new skill.
Barley flour produces an unleavened product of distinctive character: somewhat nutty in flavor, with a denser and more compact texture than wheat-based preparations, and a slightly earthy quality that is particularly good in savory preparations seasoned with herbs or paired with robust accompaniments. It absorbs liquid differently from wheat flour and has a lower gluten content, which means barley-based doughs are typically more fragile on the bench and benefit from the addition of a small proportion of hard wheat flour for workability. Pure barley flatbread exists and is a traditional preparation of the hill country, but the beginner should approach it with patience and an awareness that it will not handle like wheat dough.
Spelt flour is increasingly available throughout Bravia as the Delta settlements expand their grain cultivation, and it is a flour I have become genuinely fond of for unleavened work. Spelt has a somewhat higher protein content than soft wheat but a gluten that is more extensible and less elastic than hard wheat, which means it rolls easily without significant snap-back but still produces a product with good structure. Its flavor is mildly nutty and sweet, and it behaves well in both savory and sweet preparations. Its one notable characteristic — relevant to the Level 1 baker — is that it is easily overworked: the gluten of spelt breaks down more quickly under extended mixing or kneading than wheat gluten does, and an overworked spelt dough will be sticky, weak, and uncooperative on the bench. Mix spelt doughs until just combined and rest them generously.
Corn — by which I mean ground dried maize, in its various forms from fine to coarse — is a significant grain in certain Bravian communities, particularly in the port towns where it arrived early through trade and in some of the newer eastern settlements where it has been planted as a frontier crop. It contains no gluten and therefore produces products of a fundamentally different character: dense, crumbly, with a distinctive sweet and somewhat earthy flavor, and typically made as thin griddle preparations or baked slabs rather than rolled doughs. In the Level 1 context, corn preparations are naturally well-suited to unleavened baking because they do not depend on gluten development for their structure in the first place, and the absence of yeast affects them less dramatically than it does wheat preparations. The corn preparations in Chapter 5 will be among the more approachable recipes in Part Two for bakers who are less confident in their unleavened wheat work.
Substitutions and Adjustments for Texture and Flavor
The question I am asked most frequently by students preparing to observe their first festival season in a serious unleavened kitchen is some variation on: How do I make my flatbread less like cardboard? I appreciate the question for its honesty, and I answer it with equal honesty: the flatbread you are accustomed to eating during the ordinary year, if it is a yeasted or sourdough flatbread, has its particular texture and flavor because of its biological leavening, and no adjustment to an unleavened recipe will exactly replicate that. The goal is not replication. The goal is making an unleavened product that is genuinely good on its own terms, and the following adjustments are the most reliable means of doing so.
Fat is your primary tool for tenderness. In a leavened product, the open crumb created by gas expansion contributes to the perception of softness and lightness. In an unleavened product, the crumb is denser and more closed, and tenderness must come primarily from fat shortening the gluten strands and lubricating the crumb. Level 1 preparations that are meant to be soft and pliable — wraps, soft flatbreads for the table, unleavened rounds for rolling around fillings — benefit from a relatively generous fat content, whether that fat is olive oil, rendered lamb fat, butter, or another appropriate fat.
The fat content that produces tenderness in an unleavened preparation is typically higher than you would use in a comparable yeasted preparation, and this surprises some students who expect that removing the yeast should simplify the formula. In fact, removing the yeast often means adding fat to compensate for the tenderness and pliability that fermentation would otherwise have provided, and the resulting Level 1 products are richer and more satisfying to eat than their leanness might suggest they could be.
Liquid ratio is your primary tool for texture. A higher proportion of liquid relative to flour produces a softer, more extensible dough that rolls easily and produces a tender flatbread. A lower proportion of liquid produces a stiffer dough that rolls to a crisper and more crackerlike result. For the soft flatbreads and wraps in Chapter 5, you will be working with a fairly slack dough; for the hard tack and travel crackers, you will be working with a much stiffer one. Learning to recognize the correct consistency for each category of product — which is as much a matter of feel as of measurement — is a skill that develops quickly with practice and is one of the most transferable things you will learn from the Level 1 kitchen.
Hot water or hot fat produces extensibility. One of the most useful techniques in the Level 1 baker’s repertoire, and one that is not widely known outside of those Bravian communities where flatbread is a daily preparation, is the mixing of unleavened dough with hot water, hot fat, or a combination of the two rather than with cold or room-temperature liquid. The heat from the liquid partially gelatinizes the starches in the flour as the dough is mixed, producing a noticeably more extensible and pliable dough than cold mixing would yield from the same formula. This technique is particularly valuable for thin flatbreads that need to be rolled very thin without tearing, and it is the technique I use in my own bakery for the soft festival wraps that are among our most popular products during the feast season. The hot-liquid method is described in detail at the beginning of the relevant recipes and is worth practicing before the festival season begins rather than attempting for the first time when you need results.
Rest time is your primary tool for workability. Because unleavened doughs lack the acid conditioning that fermentation provides, they tend to be more elastic and resistant to rolling than fermented doughs of similar composition. The solution is rest: a period of fifteen to thirty minutes at room temperature, with the dough covered to prevent drying, allows the gluten to relax from its initial tight formation and become significantly more extensible and cooperative. This rest period is built into every dough recipe in Parts Two through Four of this book and should not be shortened or omitted. A rested unleavened dough and an unrested one are, practically speaking, two different materials, and the effort of patience is rewarded every time.
Salt strengthens, enhances, and matters more than you think. In a yeasted preparation, the complex flavors produced by fermentation can accommodate some imprecision in salting: an under-salted sourdough loaf, while not ideal, will still have considerable flavor from its lactic acids and other fermentation products. An under-salted unleavened flatbread has nothing to fall back on and will taste unmistakably flat in the flavor sense as well as the structural sense. Salt the Level 1 kitchen’s products carefully, taste as you formulate, and do not assume that a recipe developed for a yeasted product will salt an unleavened equivalent correctly without adjustment.
Seeds, herbs, and surface treatments do substantial work. Because the interior of an unleavened product is denser and less complex than that of a yeasted bread, the exterior — the surface that is in direct contact with heat and that develops toasted, caramelized, and roasted flavor through the application of high heat — becomes proportionally more important as a source of flavor and textural interest. Sesame seeds toasted against a hot stone, dried herbs pressed into the surface of a flatbread before baking, a brushing of seasoned oil applied just before the dough enters the oven or just after it comes out: these are not garnishes in the Level 1 kitchen. They are integral contributors to the character of the finished product. The recipes in Chapter 5 make consistent and deliberate use of surface treatments, and the baker who develops her own repertoire of preferred surface treatments for everyday flatbread will find that the Level 1 kitchen, far from being impoverished by the absence of yeast, offers a distinctive and genuinely pleasurable range of flavors and textures.
Time and Temperature Considerations
The time and temperature demands of the Level 1 kitchen differ from those of ordinary yeasted baking in several important ways, and understanding these differences in advance will prevent a good deal of frustration during the festival season.
Proofing time is eliminated entirely. The time budget of a yeasted baking schedule is dominated by fermentation and proofing: the hours during which dough sits and rises, which may run from a few hours for a quick commercial-yeast bread to many hours or overnight for a slow-fermented sourdough preparation. At Level 1, this time is simply absent. From the moment you finish mixing a Level 1 dough to the moment it can go into the oven or onto the griddle, the only waiting required is the rest period for gluten relaxation — typically fifteen to thirty minutes — and whatever time is needed for the oven or baking surface to reach temperature. The Level 1 kitchen is, in terms of elapsed time from start to table, dramatically faster than the yeasted kitchen, and this is one of its genuine practical advantages during the busy festival season when there is much to prepare and the table needs bread consistently throughout the day.
Baking temperatures for most Level 1 preparations run higher than for yeasted breads. Yeasted breads are baked at temperatures that support a period of final oven rise — the rapid last burst of yeast activity in the early minutes of baking — and that develop crust gradually over an extended bake. Unleavened flatbreads and crackers, being thin, benefit from rapid, intense heat that sets the surface quickly, produces the characteristic slight charring and blistering that gives a good flatbread its flavor, and drives moisture out of the product efficiently. For hearth stone and griddle work, this means preheating the surface until it is genuinely hot — hot enough that a small piece of dough placed on it blisters almost immediately — before the first piece goes down. For oven baking, it means preheating to a higher temperature than most yeasted bread recipes call for and placing the product on a preheated stone or heavy baking sheet rather than a cold one.
The baking window for most Level 1 flatbreads is short and requires attention. A yeasted loaf in the oven can be left largely unattended for most of its baking time once temperature is established, because the long bake provides a wide margin for the baker’s attention to wander. A flatbread on a hot griddle may be properly done in two to three minutes per side, and the difference between a properly blistered flatbread and a scorched one may be less than a minute at high heat. The Level 1 baker who attempts to manage multiple tasks simultaneously during the actual baking phase will find the results variable at best. The preparation that precedes baking — rolling, portioning, seasoning, and staging the pieces near the baking surface — should be done efficiently so that the baker’s full attention is available during the baking itself, which is both the shortest and the most consequential phase of the Level 1 process.
Cooling and holding behavior differs from yeasted preparations. Yeasted breads continue to improve in texture and flavor during a rest period after baking, as steam redistributes through the crumb and the crust sets. Unleavened flatbreads, with their thinner profile and denser crumb, behave differently: most of them are at their best within minutes of coming off the heat, when they are warm, pliable, and fragrant. Left to cool for an extended period, soft flatbreads may stiffen and become more brittle, and the surface flavors that develop from high-heat treatment lose some of their immediacy. For the festival table, the ideal approach is to bake flatbreads in small batches as close to serving as possible. For the preparation of hard tack, crackers, and other preparations intended for storage and travel, thorough cooling before storage is important because any residual moisture trapped in a container will soften the product and shorten its shelf life.
Storage of Level 1 products requires different thinking than storage of yeasted breads. A well-made sourdough loaf, because of the acidic environment created by lactic fermentation, has a natural resistance to mold and staling that can extend its shelf life to several days or even, for the most acidic preparations, a week or more. Unleavened products have no such protection. Soft unleavened flatbreads are best consumed within a day of baking and should be stored in cloth rather than sealed containers, which trap moisture and accelerate softening. Hard preparations — crackers, hard tack, twice-baked slices — keep well for extended periods if stored in a dry environment, which is why they have always been the unleavened product of choice for travel and militia rations. The baker preparing for the full seven days of the feast would do well to plan her baking schedule so that soft preparations are baked fresh each day or every other day, with a batch of hard preparations in reserve for those days when fresh baking is not possible.
A Brief Word on the Level 1 Mindset
I want to close this chapter with something that is not a technique or a specification but an orientation, because I have found over many years of teaching that the students who struggle most in the Level 1 kitchen are not struggling because they lack skill or knowledge. They are struggling because they have not yet made peace with the premise.
The Level 1 kitchen asks you to bake bread that does not rise, and to regard that bread not as deficient but as complete. This requires a small but genuine shift in how you understand the purpose of the baking you are doing. In the ordinary year, the baker’s craft is largely oriented toward the production of lift: toward achieving the most open crumb, the highest rise, the most impressive expansion of a dough that was a flat lump an hour ago and is now a magnificent, domed, golden loaf. The yeast makes this possible, and a good deal of the baker’s skill is directed toward managing, coaxing, and optimizing the yeast’s activity to produce these results.
In the Level 1 kitchen during the festival season, that entire orientation is set aside. The goal is not lift. The goal is flavor, texture on its own terms, and the honest presentation of grain and fat and salt in a form that is flat by design and not by failure. The baker who brings this mindset to her Level 1 work will find it genuinely liberating, because it removes a great deal of anxiety. You cannot over-proof an unleavened dough. You cannot kill your starter by forgetting to feed it. You cannot ruin a batch by letting it sit too long in a cold kitchen. The simplicity of the Level 1 kitchen is not impoverishment. It is clarity, and clarity, as the feast itself reminds us, is worth something.
My mother would have said it differently. She would have said that the flat bread is humble, and that humility is the beginning of wisdom, and that any baker worth her salt should spend at least one season a year making humble bread and thinking about what it means.
I am not sure I disagree with her.
Chapter 3: The Level 2 Kitchen begins on the following page.
