Is Bread Better If You Let It Rise Longer? The Benefits of Extended Fermentation

Ever wondered if letting your dough rise longer leads to a better result?

In this article, we’ll explore the science and techniques behind extended fermentation, and whether this extra time investment truly makes a difference in achieving a better bread.

Allowing the dough to undergo longer fermentation has several significant effects on the bread's characteristics, including enhanced flavor and aroma, a stronger gluten structure, improved nutritional profile and digestibility, as well as an extended shelf life.

How Does Longer Rising Make a Difference?

The duration of the rising stage in bread making can indeed have a notable impact on the final product, as evidenced by the following factors:

1. Flavor Profile

The longer the fermentation time of bread dough, the more acidity increases, mainly the amount of acetic acid. This makes the bread taste tangy, which many people find enjoyable.

It is worth noting that lower bread rising temperatures favor the formation of the more harsh acetic acid, while higher temperatures promote the formation of mild lactic acid. As a result, people who prefer milder flavors may find doughs with shorter fermentation times more suitable.

So, when it comes to flavors, we can decide between longer or faster fermentation times based on personal preferences.


2. Dough Structure

As the dough is given ample time to relax and the gluten network strengthens, it can better hold its shape during baking, resulting in a more even crumb structure and a softer, more pleasant mouthfeel.

However, it is essential to be cautious not to overproof the dough, as over-fermented bread will taste sour, and its gluten structure will weaken, leading to a dense texture.

3. Nutrition Profile and Digestability

Longer fermentation positively impacts both the digestibility and nutritional aspects of bread. During the prolonged fermentation process, enzymes present in yeast or sourdough cultures break down complex starches and proteins, making them easier for our bodies to digest.

Three loafs on a metal tray

Moreover, the fermentation process increases the availability of certain nutrients, such as vitamins, minerals, and amino acids, making them more readily absorbable. Phytic acid, an anti-nutrient that can hinder nutrient absorption, is also broken down during fermentation, further improving the bread’s nutritional profile.

Additionally, longer fermentation contributes to the formation of beneficial compounds, such as prebiotics and bioactive peptides, which can support gut health. As a result, bread made through extended rising offers not only improved digestibility but also enhanced nutritional value, making it a healthier choice.

4. Improved Shelf Life

Longer fermentation allows lactic acid bacteria to produce organic acids, such as acetic and lactic acid, which create an inhospitable environment for mold and bacteria. These acids act as natural preservatives, slowing down spoilage and extending the bread’s freshness and shelf life.


The Standard Bread Rising Time

The typical rising times in bread making can vary based on several factors, including the type of bread, ambient temperature, and yeast activity.

Generally, the first rise, also known as bulk fermentation, lasts around 1 to 2 hours. After shaping the dough into loaves, the second rise, or proofing, usually takes 30 minutes to 1 hour at room temperature. However, the rising period can be prolonged, up to several hours or even two days in the refrigerator, to enhance the flavor and texture of the bread.

The Overnight Final Proof of Yeasted Bread

The Impact of Temperature on Fermentation

Temperature plays a crucial role in fermentation during bread making. Warmer temperatures accelerate the fermentation process, as yeast becomes more active, consuming sugars more rapidly, and producing more gas. This results in faster dough rising. However, warmer temperatures can lead to over-fermentation.

Bread dough can be proofed in the temperature range of 40-130°F (4-54°C). At temperatures below 40°F (4°C), yeast activity slows down, and at the freezing point, it completely stops. At temperatures above 140°F (60°C), yeast experiences thermal death, which typically occurs during baking.

Conversely, cooler temperatures slow down fermentation, allowing for longer, more controlled rises. This extended fermentation period can enhance the bread’s flavor complexity. Bakers carefully manage the temperature to strike the right balance and achieve optimal fermentation results.

Moreover, the prolonged rise provides convenience, as bakers can prepare the dough in advance and have freshly baked bread the next day. However, careful timing is essential to prevent over proofing, which could negatively affect the final result, ensuring a perfect balance of flavors and a nicely risen loaf.


Further Factors That Influence the Rising Time of Bread

The amount of yeast used in the dough also affects the speed of fermentation. With less yeast, the fermentation process will be slower.

The presence of water provides yeast with the environment it needs to grow and multiply, leading to the rising and leavening of the dough. Softer doughs, which have more water content, will ferment faster compared to dry doughs with less hydration.

Adding a small amount of sugar to the dough also accelerates yeast activity by providing extra nutrients. However, larger amounts of sugar tend to extend the rising time.

Additional ingredients used in enriched dough, such as eggs, butter, and dairy products containing fats can also prolong the proofing time of the dough because the fats hinder gluten formation.

Incorporating whole grains, like whole wheat or rye flour, can also enhance the flavor profile of bakery products. However, baked goods that contain a high percentage of whole wheat flour and seeds require a longer proofing time because the coarse particles impede the formation of the gluten matrix.

Improving Flavor in Limited Time

Improving flavor in a limited time can be achieved through strategic techniques like using preferments and whole grains. Preferments, such as poolish or biga, involve fermenting a portion of the dough’s ingredients in advance, allowing the development of deeper flavors within a shorter period. These pre-fermented doughs infuse the final bread with complexity and rich taste.


Speaking of bread taste, you may be interested in my article on what causes bread to turn out tasteless.

Final Thoughts

In this blog post, we’ve learned that letting the dough rise for a longer time in bread making has several important benefits. It improves the dough’s structure, enhances the flavors, makes the bread easier to digest, and extends its shelf life. So, taking the time to let the dough ferment longer leads to better bread overall.



My name is Debora, the founder of My Delicious Sweets, and a qualified confectioner with broad experience in the confectionery industry. On my blog, I will share important, interesting, and fun facts about food, along with some of my favorite recipes.

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