

Whether you’re new to the game or a seasoned professional, working with slack, high-hydration doughs can be challenging. They resist kneading, they stick to our hands, they’d rather slump than rise. But don’t give up. Over many years, in bakeries and my home kitchen, I’ve found a few tips — from baker’s math to folding, fermentation, and proofing — that will help you achieve the best bread of your life.
(To see these tips in action, be sure to check out our video 5 Tips: Working With High-Hydration Dough.)
Before we can get you out of what probably feels like a sticky mess, we need to know where you are. In dough terms, that means quantifying ratios using baker's math, a.k.a. baker’s percentages. In basic terms, baker’s percentages will clarify exactly how wet your dough is. This is important, as dough hydration will set expectations for how you develop strength (either kneading or folding), shape, and even how you proof.
Let’s do a quick review of baker’s percentages using our Rustic Sourdough Bread.
Rustic Sourdough Bread
227g sourdough starter
600g all-purpose flour
340g water
1 teaspoon yeast
15g salt
Total hydration is found by dividing total water by total flour. In this recipe, the flour value is 600g plus the amount in the starter (which is equal parts flour and water, so the flour is 113g), for a total of 713g flour. The water value is 340g plus the amount in the starter (113g), for a total of 453g water. So, the total hydration percentage in this dough is 453/713, or 63%.
While this isn’t all the information we need, it does help. A 63% hydration dough made with all-purpose flour may be easily kneaded, but if hydration is increased to 80% it will respond better to folds.
We all know that bread is a fermented food like wine, prosciutto, and sauerkraut, but did you know that in addition to flavor, fermentation also serves a functional role in breadmaking?
As yeasts consume available sugars during fermentation, they produce organic acids and alcohol as by-products. The acids reinforce the structure of dough, strengthening and improving elasticity (the rubber-band quality). Without a healthy starter, good dough temperature, and ambient conditions — all of which support dough activity — fermentation will slow.
If fermentation slows too much, dough strength will suffer. While that might work with firmer doughs, with our high-hydration tightrope act, doughs literally fall without good fermentation, unable to support all the water.
How do we guide fermentation?
On my next business card, I’d like to have the word “Baker” replaced with “Fermentologist.” It sounds silly, but most of a dough’s life is spent fermenting, not baking. And who guides fermentation? We do.
Three keys to fermentation:
You’ve mixed your dough. The mass is homogeneous, and ahhhhhhhhhh, here comes the part where you work the kinks out of your week. Drop the shoulders, plant your feet, sprinkle a little flour, and settle in for a 10-minute session of blissful kneading. But instead of your usual moment of Zen, high-hydration doughs might leave you up to the elbows with a sticky mess, more stressed-out than ever.
Thankfully, there’s a method to develop strength in these doughs that’s frequently easier than kneading: folding. Here are three types of folds that will effectively strengthen dough (the purpose of kneading!). Our High-Hydration Whole Wheat Sourdough Bread employs each of these folds.
This fold is used in the early stages of fermentation, before the dough has significant structure. As you pull the sides of the dough up and press them into the middle, working around the mass, the dough will slowly gain structure.
This fold is used in the middle stages of fermentation as the dough become more elastic. Lift the dough from the center, allowing it to elongate and stretch, so that it coils around itself.
This fold, similar to a letter fold, is used in the later stages of fermentation when the dough has developed enough elasticity to stretch thinly without tearing. Spreading the dough thinly on a wet work surface significantly increases strength and elasticity.
As with kneading, shaping also improves with a new approach. Using a heavy hand to compress the dough, adding muscle to the mix, is best saved for shaping firmer doughs. Here, a gentler approach is better, applying only the pressure required to seal a seam. Too much pressure and the dough will compress and tear, sticking to everything.
Here are two common shapes:
Cold fermentation (chilling shaped loaves overnight before baking) is a game-changer. What goes into the banneton as a gassy, wobbly mass firms up overnight, improving flavor and creating a skin that takes the cut of my razor or lame more easily. Holding shaped loaves in the refrigerator also allows flexibility in terms of scheduling the bake. I decide when loaves go into the oven, working a bake around my day as opposed to working my day around a bake.
Now that we know our hydration, control fermentation, fold for strength, shape gently, and chill our loaves before baking, let’s take our new skills for a spin.
At 95% hydration, this High-Hydration Whole Wheat Sourdough Bread recipe is technically high hydration. Each loaf is almost equal parts water and flour. But using the tips above, I guarantee you'll find more joy than struggles. Happy baking!
Cover photo by Mark Weinberg.
January 14, 2025 at 4:07pm
The three folding techniques are really helpful but I don’t at all understand how you get from the lamination fold step to the workable dough you see in the shaping videos. I normally don’t do any particular shaping because the higher hydration dough is so wet. I tried following your example (for the batard) today and it was far too wet and sticky. Lightly flouring the surface also compounded the problem, ended up dropping a shapeless blob into the banneton. I’d love to solve this as I think the lack of proper shaping is what is undermining the height and form of my baked loaves.
March 10, 2025 at 10:08am
In reply to The three folding techniques… by Joseph (not verified)
Hi Joseph, that's the trouble with having a pro like Martin illustrate folding and shaping methods. His hands have touched hundreds of thousands of loaves over the years, and they know exactly how to touch the dough to create the least amount of sticking, while nurturing strength and maintaining airiness. When it comes to shaping, it is remarkable how much structure he has built in the dough, and how easily he is able to coax it into a nice, taut loaf. It's beautiful to watch, but hard to replicate if you are new to these methods.
For home bakers, who are likely to touch dough only a few times a week, developing these skills takes time and patience. And it's okay to begin with lower hydration recipes and gradually work your way up to higher hydrations as you become more confident in your skills.
August 26, 2024 at 3:43pm
I am having some issues with a good baking vessel. I made the high hydration whole wheat-one as a boule on a baking stone and one in loaf pan. Both got extremely burnt with recipe bake times. The loaf at least maintained its shape, but the stone baked one turned out like a burnt frisbee. I’m not ready to commit to new bakeware…. Can I bake a loaf in a regular uncovered cast iron skillet? If yes, should it be pre-oiled before transferring the dough at bake time? Thank you
August 26, 2024 at 4:04pm
In reply to I am having some issues with… by Melissa Brizee (not verified)
You certainly can make a dough in a cast iron skillet. I would recommend using parchment paper as opposed to oiling the skillet to ensure a clean release. You can preheat the cast iron skillet and lower the dough onto the skillet using the parchment paper. Happy baking!
October 2, 2023 at 3:47am
Are there any variations when working with a high-hydration dough at a high altitude? I live at 6,000 feet elevation. I already reduce the amount of yeast I use.
October 2, 2023 at 11:20am
In reply to Are there any variations… by judith (not verified)
Hi Judith, our High-Altitude Baking Guide offers these tips for yeast breads: Decrease the amount of yeast in the recipe by 25%, and make water/flour adjustments as necessary to get a dough with the correct texture. Make sure your bowl has plenty of room for the dough to rise in. Since rising times are much shorter at higher altitudes, you have a number of options to help its flavor.
Give the dough one extra rise by punching it down twice before forming it.
Try covering the dough and placing it in the refrigerator for its first rise, to slow the action of the yeast give the dough more time to develop.
If you have sourdough starter on hand, use it to replace a portion of the liquid in the recipe (25% is a good place to start). If you don't have any sourdough starter, make a quick sponge by mixing the yeast, liquid, and 1 to 2 cups of the flour called for in the recipe. Cover and let the sponge work for a few hours in the refrigerator to develop it before proceeding.
Since high-hydration doughs ferment faster, they can be particularly challenging at higher elevations, but using your refrigerator strategically should be helpful. Keep in mind that, even in the refrigerator, the dough may not hold up for an extended time.
March 8, 2022 at 9:13am
Hello, Nice video on high hydration sourdough.
I started off with 68% to 70% hydration but did not really get to grips with handling the dough so have been feeling more comfortable at 65% of late. I am keen to increase hydration again as I have been told that high hydration stays fresher (more moist) for longer. Is that true? Are there any other benefits to high hydration?
March 11, 2022 at 4:16pm
In reply to Hello, Nice video on high… by Peter Steele (not verified)
Hi Peter, I wouldn't say this is always the case, since a high hydration dough that results in a very open crumb structure (lots of holes) will also include a lot of air, so those breads tend to dry out a bit faster. However, breads like this also tend to have a thinner, crisper crust (which can be a plus). Martin tackles this question more fully in his blog post, When It Comes to Bread Dough, Is Wetter Really Better?
September 26, 2021 at 5:08pm
I have a questions re: red dots in my rising bread dough. There aren't many, but is it still safe? Is this due to either older flour or yeast?
Any help would be great...thank you!
September 27, 2021 at 9:49am
In reply to I have a questions re: red… by Kimberly (not verified)
Hi Kimberly, it's hard to say what the red dots you're seeing are, but these could be signs of mold or bacteria, particularly if the dough has been left out to rise for an extended time at room temperature. If the dough looks and smells otherwise healthy you might just want to pick out the questionable spots and bake the remaining dough, but it's probably best to error on the side of caution.
Pagination