Ingredient
Bread
Bread is four ingredients and a great deal of time. Almost everything that distinguishes a good loaf from a poor one is a decision about hydration, fermentation and heat rather than about skill.
What each ingredient decides
- Flour
- The protein content decides the structure. Strong flour at 12 to 14% protein gives a chewy, well-risen loaf; plain flour gives a softer, denser one.
- Water
- Hydration decides the crumb. A wetter dough — 70% or more of the flour weight — gives an open, irregular crumb and is harder to handle. A drier one at 60% gives a tight, even crumb and is easier.
- Salt
- Flavour, and it tightens the gluten and slows the yeast. Bread made without salt is flat-tasting and rises too fast then collapses. Around 2% of the flour weight is standard.
- Yeast
- Produces the gas. How much you use is really a decision about time: less yeast and a longer ferment gives far more flavour than more yeast and a fast one.
- Time
- The fifth ingredient. Long, slow fermentation develops flavour, improves texture and does much of the gluten development for you.
- Heat
- A hot oven for the spring, and steam for the first stretch so the crust does not set before the loaf has finished rising.
The shape of a loaf
Whatever the recipe, the sequence is the same.
- Mix flour and water and leave them for twenty to forty minutes. This autolyse hydrates the flour and starts gluten forming with no work.
- Add salt and yeast and bring the dough together.
- Develop the gluten — by kneading, or by stretching and folding every half hour for the first two hours, or simply by time.
- Bulk ferment until the dough is visibly risen and airy. This is where the flavour is made, and it depends on temperature far more than on the clock.
- Shape it, building surface tension so it holds its form rather than spreading.
- Prove until it is puffy and a gentle press springs back slowly and incompletely.
- Bake hot, with steam for the first ten to fifteen minutes, then dry to crisp the crust.
Why a loaf comes out dense
The commonest complaint, and it has a short list of causes.
- Under-developed gluten. The network cannot hold gas. Knead further, or use stretch and folds, and check with a windowpane test.
- Under-proved. The dough had not risen enough before baking. Judge by how it looks and behaves, not by the clock — a cold kitchen doubles the time.
- Over-proved. The structure exhausted itself and collapsed. It will be flat and coarse rather than dense and tight.
- Too much flour. Added during kneading because the dough felt sticky. Wet dough is meant to be sticky.
- Weak flour. Plain flour makes softer, denser bread than strong flour.
- Oven not hot enough, so there was no oven spring.
- Wholemeal or rye, which are denser by nature — the bran cuts the gluten strands.
The changes that improve a loaf most
- Bake it in a preheated covered pot. The trapped steam gives the crust and the spring a domestic oven cannot otherwise produce. This is the single biggest improvement available.
- Use less yeast and more time. An overnight ferment in a cool place transforms the flavour.
- Weigh the water as well as the flour, and think in percentages.
- Wetter dough than feels comfortable. Handle it with a scraper and wet hands rather than adding flour.
- Let it cool completely before cutting. The crumb is still setting; cutting hot bread gives a gummy texture.
- Store it cut-side down on a board, or frozen sliced. Never in the fridge, which stales bread faster than anything else.
What it is
-
Bread is a leavened baked product.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 1. Introduction authoritative
-
Bread is derived from wheat flour.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 2. Porous Crumb Structure Development authoritative
How it is made
-
Bread uses baking.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 2. Porous Crumb Structure Development authoritative
How it behaves when cooked
-
Bread is governed by aeration.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 2. Porous Crumb Structure Development authoritative
-
Bread is governed by starch retrogradation.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 6. Crumb Staling authoritative
-
Bread is governed by starch gelatinisation.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 2. Porous Crumb Structure Development authoritative
-
Bread is governed by gas expansion.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 2. Porous Crumb Structure Development authoritative
-
Bread is governed by moisture migration.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 6. Crumb Staling authoritative
-
Bread is governed by staling.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 6. Crumb Staling authoritative
-
Bread is governed by alcoholic fermentation.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 2. Porous Crumb Structure Development authoritative
-
Bread is governed by gluten development.
Reasonable evidence
- Evidence type
- textbook statement
- Confidence
- high
- Sources
- Porous Crumb Structure of Leavened Baked Products (International Journal of Food Science 2018:8187318) 2. Porous Crumb Structure Development authoritative
Common questions
Do I need a sourdough starter?
No. Commercial yeast with a long, cool ferment produces excellent bread. A starter adds acidity and complexity and a good deal of maintenance.
How do I know when it is proved?
Press it gently. If the dent springs back fully it needs longer; if it springs back slowly and partly it is ready; if it does not spring back it is over-proved.
Why is my crust soft?
Steam left in the oven for the whole bake, or the loaf cooled in a bag. Take the lid or steam away for the second half, and cool on a rack.
Can I use plain flour?
Yes, and the loaf will be softer and less well risen. For a chewy, open loaf, strong flour is worth the difference.
Try this next
- Kneading developing the gluten
- Plain flour and why protein content matters
- Dutch oven the biggest single improvement