Artisan Bread Baking: advanced techniques and tips (21)

Artisan Bread Baking: Advanced Techniques and Tips

For the home baker who has mastered the basic loaf, the path forward lies in understanding the subtleties of fermentation, the peculiarities of British flour, and the techniques that transform good bread into exceptional bread. This guide addresses the specific challenges and opportunities facing UK bakers seeking to refine their craft.

After fifteen years running a bakery and now teaching from my home kitchen, I've come to believe that advanced baking is less about learning new recipes and more about developing judgement. The British baking environment presents unique variables—our flour behaves differently from American or Continental varieties, our ambient temperatures fluctuate dramatically, and our water chemistry varies from soft Scottish supplies to the hard water of the Home Counties. Understanding these factors separates competent bakers from accomplished ones.

The Character of British Flour

British flour possesses distinct qualities that affect every aspect of bread making. The wheat grown in our climate—typically lower in protein than North American varieties—produces flour with different gluten-forming potential. This isn't a deficiency; it's a characteristic that shapes the style of bread we can achieve.

Strong bread flour in the UK typically contains 12-14% protein, compared to American bread flour which can reach 14-16%. This difference manifests in dough behaviour: British flour generally produces a more extensible, less elastic dough. For the advanced baker, this presents opportunities rather than limitations.

Working with heritage and ancient grains has become increasingly popular among artisan bakers. Varieties such as Maris Widgeon, Yeoman, and the older landraces offer flavour complexity absent from modern high-yield wheats. Shipton Mill in Gloucestershire and Marriage's in Chelmsford both offer excellent heritage grain flours worth experimenting with. These flours typically require adjustments to hydration and fermentation times—they absorb water differently and ferment more rapidly than modern varieties.

The key insight for the advanced baker: flour is not a commodity but a living ingredient. Its performance varies by harvest year, storage conditions, and age. Professional bakers adjust their formulations based on how flour behaves on any given day; home bakers should develop the same sensitivity.

Flour Selection Framework

Choosing the right flour requires understanding what you're trying to achieve. A baguette demands different flour from a dark rye loaf. The table below provides guidance for common bread styles:

Advanced Fermentation Management

Fermentation is where bread becomes either memorable or mundane. The advanced baker understands that fermentation develops flavour, affects texture, and influences keeping qualities. Managing this process requires attention to temperature, time, and the character of your starter.

British home kitchens present particular challenges for fermentation control. A Victorian terrace in winter might maintain 16°C in the kitchen, whilst a modern flat in summer could exceed 26°C. These temperature differences dramatically affect fermentation speed—roughly doubling for every 10°C increase. The solution isn't fighting your environment but working with it.

The Stiffness of Your Starter Matters

Most home bakers maintain a 100% hydration starter—equal parts flour and water by weight. This approach works well, but varying starter hydration offers significant advantages for different applications. A stiffer starter (60-70% hydration) produces more acidic notes and develops more complex flavour over time. A liquid starter (120-150% hydration) ferments more rapidly and produces milder acidity.

For British flour, which tends to produce milder flavours than American varieties, maintaining a stiffer starter can help develop the characteristic sourness many bakers seek. I keep two starters: a stiff rye starter for whole grain breads and a liquid white starter for delicate pastries and pizza dough.

The feeding schedule also affects character. A starter fed daily develops different qualities from one fed weekly. Daily feeding produces a milder, more yeast-active culture; infrequent feeding encourages acid-producing bacteria, creating stronger sourness. Neither is superior—choose based on the breads you want to make.

Reading the Dough

Recipes provide guidelines, but dough tells you what it needs. Learning to read dough signals separates recipe-followers from true bakers. During bulk fermentation, observe these indicators:

• Volume increase: Properly fermented dough should increase 30-50% in volume. Under-fermented dough tastes flat; over-fermented dough loses structure.
• Surface texture: A fermented dough develops a slightly domed surface with visible bubbles. A smooth, tight surface indicates insufficient fermentation.
• Jiggle test: Gently shake the container. The dough should wobble like set jelly, indicating a developed gluten network and gas production.
• Poke test: Press a floured finger 1cm into the dough. If the indentation springs back immediately, fermentation continues. If it remains, the dough is ready for shaping.
• Smell: Fermented dough smells pleasantly yeasty with subtle acidity. Sharp, acetone-like notes indicate over-fermentation.
• Temperature: Use a probe thermometer. Final dough temperature should reach 24-26°C for optimal fermentation.

Hydration: The Advanced Baker's Frontier

High hydration doughs—those exceeding 75% water content—produce the open crumb and thin, crisp crust that characterise artisan bread. But working with wet dough requires technique, not just courage.

British flour absorbs water differently from American flour. The lower protein content means less gluten formation, which affects how much water the dough can hold. A recipe calling for 80% hydration developed for American flour might produce a puddle with British flour. Start 5% lower and adjust upward based on your flour's behaviour.

The key to high hydration lies in the mixing method. Rather than adding all water at once, reserve 10-15% and add it gradually during the first thirty minutes of mixing. This technique, called bassinage in French baking, allows the flour to hydrate fully before the final water incorporation. The result is a dough that, whilst wet, maintains sufficient strength to hold its shape.

Coil Folds and Slap-and-Fold

Traditional kneading fails with high hydration doughs. Instead, employ coil folds during bulk fermentation. To execute a coil fold, gently lift the dough from beneath, allowing it to stretch and fold under its own weight. Rotate the container and repeat. This technique develops gluten without degassing the dough.

For initial mixing, the slap-and-fold method works exceptionally well. After combining ingredients to a shaggy mass, lift the dough, slap it against the work surface, fold it over itself, and repeat. This French technique develops gluten rapidly in wet doughs—typically within 5-8 minutes of vigorous work.

Shaping and Scoring: The Final Expression

Shaping transforms fermented dough into the final loaf. The goal is creating surface tension that holds the loaf's shape whilst preserving the gas cells developed during fermentation. Poor shaping loses the openness you've worked to create; aggressive shaping compresses the crumb into a dense, disappointing texture.

Different breads require different shaping approaches. A batard demands a tight, oval form with a pronounced seam. A boule requires even tension across the surface. Pan loaves need less tension than free-form breads, as the tin provides support. Practice each shape until the movements become instinctive.

"The shape of the loaf is the baker's signature, but the cut is the baker's voice. Through scoring, we determine how the bread expands, where the crust opens, and ultimately how the loaf presents itself to the world. A confident cut speaks of a baker who understands their dough."

— Emmanuel Hadjiandreou, Master Baker and author of How to Make Bread

Scoring serves practical and aesthetic purposes. The cut controls where the loaf expands, preventing blowouts and ensuring even rise. A well-executed score also creates the distinctive patterns that identify different breads—the single slash of a traditional baguette, the cross on a cottage loaf, the elaborate patterns on competition pieces.

For the advanced baker, scoring becomes a deliberate choice rather than an afterthought. Consider the relationship between cut depth and oven spring. A deep cut allows dramatic expansion but may weaken the loaf structure. A shallow cut provides subtle guidance. The angle of the blade affects how the cut opens—a near-vertical cut creates a narrow opening; a low angle creates the dramatic "ear" prized on sourdough loaves.

Home Oven Management

The domestic oven presents the most significant limitation for home bakers. Professional deck ovens reach 280°C with steam injection and stone hearths that retain heat brilliantly. The typical British home oven tops out at 250°C, loses heat rapidly when opened, and has no steam injection. Success requires working around these limitations.

The solution involves creating thermal mass and steam within your oven. A baking stone or steel, preheated for at least 45 minutes, provides the intense bottom heat that creates oven spring. For steam, place a heavy metal tray in the oven during preheating, then pour boiling water into it immediately after loading your bread. Alternatively, bake in a covered vessel—a Dutch oven or combo cooker—that traps steam from the dough itself.

The Dutch oven method has revolutionised home baking. Preheat the vessel, carefully lower your shaped dough inside, cover, and bake. The enclosed environment creates the steamy conditions professional ovens provide. Remove the lid after 20-25 minutes to develop colour on the crust. This technique produces bread indistinguishable from professional loaves.

The Importance of Cooling

Cutting into hot bread ranks among the most common mistakes home bakers make. During baking, starch gelatinises and sets the crumb structure. Cutting whilst hot disrupts this process, producing a gummy texture and losing moisture rapidly. Bread continues cooking after removal from the oven—the internal temperature continues rising for several minutes.

Allow at least one hour for rolls and small loaves, two hours for larger breads, and four hours for dense rye loaves. A properly cooled bread sounds hollow when tapped underneath and feels light for its size. The crust should be firm and sing with a crisp crackle when squeezed gently.

Working with British Seasons

The British climate affects baking throughout the year. Winter's cold, damp conditions slow fermentation dramatically and can make flour absorb more moisture from the air. Summer's warmth accelerates fermentation and dries flour. The advanced baker adjusts techniques seasonally.

In winter, consider using warmer water for mixing—28-30°C rather than the standard 20-22°C—to compensate for cold ambient temperatures. Extend bulk fermentation times or use a warm spot such as an airing cupboard or above a radiator (with a buffer to prevent direct heat). Winter is ideal for breads requiring long, slow fermentation.

Summer requires vigilance against over-fermentation. Use cooler water, reduce inoculation rates (less starter in the mix), or refrigerate dough during the hottest part of the day. Summer's warmth excels for breads needing rapid production and for developing active starters after periods of neglect.

Common Faults and Their Remedies

Even experienced bakers produce failures. Understanding what went wrong transforms mistakes into learning opportunities. The most common faults trace back to fermentation, hydration, or shaping issues.

A dense, heavy loaf with small holes typically indicates under-fermentation or insufficient gluten development. The dough didn't develop the gas cells or the structure to hold them. Extend fermentation next time, or improve your mixing and folding technique.

A loaf that spreads sideways rather than rising upward lacks surface tension or gluten strength. Improve your shaping technique and ensure adequate gluten development before shaping. High hydration doughs require more careful handling.

A pale, thick crust suggests insufficient oven temperature or inadequate baking time. Increase preheating time, verify your oven temperature with an independent thermometer, and bake until the loaf reaches 95-98°C internally.

A gummy crumb usually results from cutting whilst hot or under-baking. Ensure the loaf sounds hollow when tapped and reaches proper internal temperature. Practice patience during cooling.

Building a Baking Practice

Advanced baking develops through consistent practice and careful observation. Keep a baking notebook recording flour types, hydration levels, temperatures, and timings. Note the weather and your kitchen conditions. Over time, patterns emerge that help you adjust for variables beyond your control.

Source flour from multiple mills and compare their performance. Marriage's, Shipton Mill, Doves Farm, and Matthews Cotswold Flour all produce excellent products with distinct characteristics. Developing relationships with these suppliers deepens your understanding of flour as an ingredient.

Join the community of British artisan bakers. The Real Bread Campaign provides resources and connects bakers across the country. Local baking groups offer opportunities to share knowledge and troubleshoot problems. The collective wisdom of experienced bakers accelerates learning in ways no book can match.

Finally, embrace the reality that even the most accomplished bakers produce failures. The loaf that spreads into a flat disc, the crust that burns, the crumb that disappoints—each teaches something valuable. The path to advanced baking winds through many imperfect loaves. What matters is attention to what happened and why, applied to the next bake.

Artisan bread at its best expresses the intersection of ingredient, technique, and baker's judgement. The British context—our flour, our climate, our baking traditions—shapes the breads we can create. Understanding these factors and working with them, rather than against them, produces loaves of genuine character and quality. The advanced baker doesn't just follow recipes; they develop the sensitivity to adjust, adapt, and create bread that reflects both their skill and their unique circumstances.