My Top 5 Sourdough Cookie Recipes by Make It Dough (2024)

FAQs

What is the secret to sourdough? ›

The secret to sourdough is simple: water. The more water you add to your dough will affect how open the crumb (bigger holes and softer texture) will be once it's baked.

There is no single best ratio, but I've found a ratio of 1:5:5 fed twice daily at 12-hour intervals to produce a sourdough starter that's strong and healthy. This ratio corresponds to 20% ripe starter carryover, 100% water, and 100% flour (a mix of whole grain rye and white flour) at each feeding.

If you have too much starter compared to the additional flour and water you're adding, your hungry starter consumes all the nutrients and then it's not as bubbly.

When your starter is reliably rising to double or triple its size and falling in the jar anywhere between 4-8 hours after you feed it (dependent on your ambient conditions and the flour you feed with) it is ready to bake with. When the starter is at the peak of its rise, it is called ripe, fed, or mature.

The best flour blend for creating a new sourdough starter is 50% whole-meal flour (whole wheat or whole rye) and 50% bread flour or all-purpose flour. I recommend a 50/50 mix of whole wheat flour and bread flour.

The sourdough starter is the real secret to getting a good fermentation going. Essentially your sourdough starter is old dough, which has already pre-fermented and contains Lactobacillus culture. Lactobacillus culture has a sour taste and is an active culture that lives off natural yeast spores from the air.

Do I have to discard my sourdough starter? It would be best if you discarded some portion of your starter each time you feed it unless you want to continue to let it grow. Eventually, you need to discard the used “food” (flour and water) that's been used to sustain your starter during the last fermentation period.

If you over-ferment the dough you run the risk of the gluten structure degrading and the loaf turning into a puddle of goo before your eyes, never to be retrieved and destined for the bin.

Using less starter in your recipe will help slow down the fermentation process. So if your schedule has you away from home for awhile, or you want to do the bulk ferment over night, I'd recommend using less starter.

It is important that you stir the sourdough starter every day in the morning and in the evening. Feed the starter. Add 60 g flour and 60 g lukewarm water, stir well to combine, and let sit out for 24 hours.

Why is my sourdough starter bubbling but not rising? ›

If your starter gets completely covered on top with bubbles but does not rise, it is healthy but may just be a wet mix. Try reducing the water in your next feeding and see if you have different results. Also, the type of flour you are using can impede the rise of your starter.

Can sourdough discard be used as starter? While sourdough discard can't replace an active starter in a recipe that relies on a robust leavening agent, it can be revitalized and used to create a new starter.

There are two main acids produced in a sourdough culture: lactic acid and acetic acid. Acetic acid, or vinegar, is the acid that gives sourdough much of its tang. Giving acetic acid-producing organisms optimal conditions to thrive and multiply will produce a more tangy finished product.

Keeping the lid on for the first part of baking allows steam to expand between the gluten fibers to rise the bread and create a fluffy loaf. Step 4: Remove the lid and bake for an additional 12-14 minutes or until the crust is crispy and golden brown. Once you take the lid off, the bread likely won't rise anymore.

Sourdough relies on a mix of wild yeast and lactic acid bacteria, rather than baker's yeast, to leaven the dough. It's richer in nutrients, less likely to spike your blood sugar, contains lower amounts of gluten, and is generally easier to digest than bread made with baker's yeast.

One way you can help your sourdough to rise more is by turning on the light in your oven. Preheat the oven just slightly, then turn off the heat and place the dough inside with the light on. The warmth generated by the light helps activate the yeast, which will cause it to rise faster.