Not Enough Time To Rise A longer rise time could be due to a room that is a little too cold or it could be that most of the yeast was dead. It could be because you are using a different kind of flour, or whole grain flour. Even sweet bread dough takes a long time to rise.
“The first thing that springs to mind,” Bertinet says, “is that your dough is probably too cold.” Or, put another way, the water you're using isn't warm enough. “It's vital you give the yeast a helping hand, otherwise it'll just slumber lazily,” he says, adding that your water/ flour/salt/yeast ratio is also crucial.
But almost as good as a proofing box is taking a Mason jar filled halfway up with water, microwaving it for two minutes, then putting your bowl of dough into the microwave with the jar to rise. The other thing you can do is place your lidded container or bowl of dough into a second, larger bowl of warm water.
If your kitchen and/or counter where you knead the dough is cool, the dough will cool down also (even if you used warm water to make it). If your dough is kept at around 80°F, it should take between 1 and 1½ hours to rise double in volume.
As a guide, for a kitchen where the temperature is 20C and you added yeast at 1% of the flour weight (eg 5g dried yeast in 500g flour), you should still leave your dough to rise for around an hour and a half to two hours after kneading it.
What makes bread rise? Yeast turns the starches and sugars in flour to carbon dioxide gas which in turn inflates air bubbles in the bread causing it to rise. Since the yeast is also multiplying and producing more carbon dioxide the bread rises more and more. What does dough enhancer do?
In bread, this means the starches in the grain are consumed by the yeast and bacteria and broken down into sugars, acids, and, crucially, gases. The gas bubbles become trapped in the gluten and starch web, leavening the dough and making it big and fluffy.
While it is possible to bake dough that has not risen, it is not recommended for this reason. The final result of baking dough that hasn't risen will not be worth it, as you won't achieve the perfect bread you're dreaming of! This doesn't mean it's time to throw the dough straight in the trash!
The overworked or over-kneaded dough contains too much gluten that blocks the yeast from releasing carbon dioxide and pushing the dough upward. You can activate the yeast in a bowl of warm water at 100°F.
Let your dough proof at a high temperature (80–90°F or 27–32°C) and high humidity (about 75%) for at least 1 to 3 hours, as heat and moisture will make your dough rise faster. Add more yeast, blend in the starter, or knead in more flour to help initiate rising.
Nail the sweet spot — warm enough to rise at a decent rate, yet cool enough to develop flavor — and you're golden. Studies have shown that the optimum temperature for yeast to grow and flavor to develop is 75°F to 78°F. (Interested in the science behind the data?
To put things simply, when you do not allow your bread to rise, it is going to be dense and less flavorful. it will be more akin to a cake than anything else, given that it will be just dough and not the plethora of air bubbles that make bread into the fluffy loaves that everyone knows and loves.
Carbon dioxide is responsible for all the bubbles that make holes in bread, making it lighter and fluffier. Because gas is created as a result of yeast growth, the more the yeast grows, the more gas in the dough and the more light and airy your bread loaf will be.
Vitamin C strengthens the gluten in flour, which can give a better rise, and help dough to rise more quickly. You probably won't need it if you're making white bread, but if you make wholemeal bread and it doesn't rise as well as you hoped, you could try a little vitamin C next time.
Instead, the range of which a dough can be properly kneaded is quite broad. It's possible to under-knead the mixture by a small amount, or over-knead it and still yield a delicious loaf of bread. Doughs usually flop when they are severely under or over-kneaded. That being said, it is quite easy to over-knead dough.
In bread making (or special yeasted cakes), the yeast organisms expel carbon dioxide as they feed off of sugars. As the dough rises and proofs, carbon dioxide is formed; this is why the dough volume increases. The carbon dioxide expands and moves as the bread dough warms and bakes in the oven. The bread rises and sets.
Bread is made using yeast. Yeast is a living organism that converts the sugars in the bread mixture into carbon dioxide gas, the bubbles of which get trapped and make the bread rise and expand.
Does Rising Bread Affect Its Texture? For a fluffy bread texture, the key is to let the bread rise long enough.
If dough is left to rise for too long, it will cause issues with the taste and appearance of the bread. Excess fermentation occurring in either the first or second rise can lead to a sour, unpleasant taste if the dough gets left for a long time. Over-proofed loaves have a gummy or dense texture.
If the dough doesn't spring back at all, you've likely over-proofed the dough. When the dough rises too much before it gets baked, it will collapse, rather than rise, in the oven's heat, and the crumb will be uneven and ragged.
Once dough has risen to double its size, it must be pressed down or turned to prevent it from overproofing. If bread is allowed to rise to more than double its size, the gluten will stretch to the point of collapse and will no longer be able to hold the gas bubbles that provide necessary structure for the loaf.