Getting Dough to Actually Rise
Most people who try baking at home quit after their first loaf comes out dense enough to sink through a floorboard. The problem isn't their recipe. It's almost always temperature and timing. I've been doing this for long enough to know where things go wrong before they even hit the oven. Here's how a proper Baking Tutorial should approach sourdough for someone who actually wants usable results, not just something that looks like bread on Instagram.
Understanding Hydration Before You Mix Anything
Hydration is the percentage of water relative to flour by weight. A 75% hydration dough has 750 grams of water for every 1 kilogram of flour. This matters more than anything else when you're learning. Low hydration doughs around 60% are forgiving and easy to shape. High hydration doughs at 80% or above are nearly unmanageable for beginners but produce the open crumb most people want. The sweet spot for learning is 72% to 74%. I've seen countless beginners jump straight to 82% hydration because they saw a photo online and tried to replicate it. The result was a puddle they couldn't shape, a flat loaf, and frustration. Start at 73%. Once your shaping is reliable, bump it up by 2% at a time over several months. This isn't theoretical. I watch this happen repeatedly in my kitchen and in forums where people post their failures.
Mixing and Autolyse: What Actually Matters
Autolyse means mixing just flour and water, then letting it sit for 30 to 60 minutes before adding salt and starter. This does two things: it allows the flour to fully hydrate and it starts gluten development passively. You don't need to do anything during this time except walk away. The mistake people make is skipping autolyse entirely and then trying to develop gluten through aggressive folding. This works to a degree but creates uneven structure. With autolyse, the gluten network forms more uniformly and your dough becomes easier to handle within the first hour of bulk fermentation. That saves time and reduces the chance of overworking the dough later. I used to skip autolyse because I was impatient. My loaves came out fine but consistently had tighter crumbs and required more shaping effort. After committing to the 45-minute autolyse on every batch, the difference was noticeable within three loaves. The dough felt different in my hands. More extensible. Less resistant.
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Bulk Fermentation and Temperature Control
Bulk fermentation is where most home bakers lose control. The standard advice is "ferment until doubled," but that's vague and depends entirely on your environment. At 75°F, a dough might need 4 hours. At 80°F, it could be done in 3. At 68°F, you're looking at 6 hours or more. The real indicator you should use is the dome test. Gently press a floured finger about half an inch into the dough. If it springs back immediately, it needs more time. If it springs back slowly and leaves a small indent, it's ready. If the indent collapses entirely, you've overfermented and need to move faster to shaping or accept a flatter loaf. My kitchen runs cold in winter, usually around 66°F. I solved this by placing the proofing basket inside an turned-off oven with the interior light on. The light produces roughly 5 to 8 degrees of warmth. That single adjustment changed my bulk fermentation from inconsistent 7-hour stretches to reliable 4-hour windows. I mention this because temperature stabilization is the single most impactful change a beginner can make without buying any equipment.
Shaping Without Destroying the Dough
Shaping is where fear sets in for most people. The dough feels alive and fragile, and you're convinced one wrong movement will flatten it. This anxiety leads to either handling it too roughly or under-folding during bulk, which makes shaping harder later. The basic bench fold during bulk fermentation achieves what you need before shaping ever happens. Every 30 minutes for the first two hours, stretch the dough from one side and fold it over itself, then rotate and repeat on the next side. Four folds total. This builds tension and structure without requiring skill. By the time you move to final shaping, the dough should hold its form reasonably well. For the final shape, use enough flour on your counter to prevent sticking but not so much that you're incorporating raw flour into the crust. A light dusting is sufficient. I learned this the hard way after one batch where I used a heavy hand with flour and the crust turned hard and chewy instead of crisp. The excess flour on the surface created a barrier that prevented proper oven spring and left a gummy layer underneath.
Proofing in the Fridge
Cold retardation, or proofing in the refrigerator overnight, does three things simultaneously: it slows fermentation for better flavor development, it firms up the dough for easier slicing and scoring, and it gives you a flexible schedule. You can bake at whatever time works for you rather than being locked into a same-day process. The standard range is 12 to 16 hours in the fridge at roughly 39°F. Beyond 18 hours and the dough risks overproofing even in the cold. I've lost batches at the 20-hour mark where the starter activity finally overcame the cold and the dough collapsed during baking. The workaround is straightforward: set a timer and pull the dough out at 14 hours if you're unsure about your fridge's exact temperature. Some refrigerators run warmer than others.
Scoring and Oven Spring
Scoring is the cut you make on the surface of the dough right before it goes into the oven. This controls where the bread expands. Without a score, the dough will tear at its weakest point, usually the sides, producing a misshapen loaf. With a proper score, the bread opens cleanly and rises upward instead of spreading outward. Use a lame or a very sharp knife held at a 45-degree angle. The blade should enter the dough quickly and completely in one motion. Dragging the blade through slow creates a sealed edge that prevents proper opening. I made this mistake for months before understanding that speed matters more than pressure. A fast cut through well-fermented dough requires minimal force. Preheating is non-negotiable. Your baking surface needs to reach at least 500°F before the dough goes in. A thick cast iron skillet or a steel plate works better than a baking sheet because it retains and transfers heat more effectively. I switched from a regular baking sheet to a preheated steel plate and saw my oven spring improve noticeably within the first batch. The bottom crust set faster, allowing the interior to expand upward before the structure locked in.
Steam and Why It Matters
Steam in the first 20 minutes of baking keeps the crust soft enough to allow maximum expansion. Without steam, the crust forms too early and restricts the loaf's growth. Home bakers without a professional deck oven can create steam by placing a metal pan on the bottom rack during preheating and pouring one cup of boiling water into it when the dough goes in. Close the oven door quickly to trap the steam. Remove the steam pan after 20 minutes and continue baking at 450°F for the remaining time. The total bake is usually 35 to 40 minutes for a standard loaf. The internal temperature should reach 205°F to 210°F when done. An instant-read thermometer is the only reliable way to know. Tapping the bottom for a hollow sound is inconsistent and unreliable across different oven types.
Cooling Before You Cut
This is the part everyone skips and then wonders why the crumb is gummy. The interior of the loaf is still actively cooking and setting after you remove it from the oven. Cutting into a hot loaf releases steam prematurely and destroys the texture you've worked for. Wait at least one hour, ideally two, on a wire rack. Air circulation underneath matters more than the surface material you place it on. Sourdough from scratch requires a starter culture, which means an ongoing commitment. If you can't maintain a small jar of flour and water in your refrigerator and feed it weekly, this method won't work for you. You'll end up with inconsistent results or abandon the process after a few failed attempts. In that case, a commercial yeast-based recipe or a no-knead sandwich loaf will give you better results with less overhead. The sourdough method also assumes access to a kitchen scale. Volume measurements like cups and tablespoons introduce enough variance that batch-to-batch consistency becomes nearly impossible. A $15 digital scale pays for itself in the first loaf by eliminating guesswork. Without one, you're baking blind.
Finally, if your living space stays below 65°F consistently even with your retention methods, fermentation times will stretch and the flavor profile will shift. Cold fermentation favors different microbial activity than warm fermentation, and the resulting bread will taste sharper and more sour. Some people prefer this. Others find it unpalatable. There's no middle ground that satisfies both preferences simultaneously.
