Do you ever think about how our lives have changed in the last 100 years? Learn about baking bread in 1911 versus now. Why 1911?
In the spring of 2017 I was approached by the Lucy Maud Montgomery Society to give a talk at the site where Lucy lived from 1911 to 1926. The idea was to compare how Lucy baked bread when she arrived versus how it is made now. I researched the topic and found it very interesting. I presented the talk on July 26, 2017 and again at the Uxbridge Public Library on Nov 27, 2017.
I discovered a copy of the GOLD MEDAL FLOUR COOK BOOK by Washburn-Crosby Co, published in 1910. The talk revolves around a recipe for ‘Milk and Water Bread’ on page 49, and why each ingredient and step was done.
Presentation: Baking Bread 1911 vs Now
One of the unique features of On Bread Alone is what I call a recipe timeline. Bread recipes differ from cooking recipes in that for yeast breads there are ferment and proof times. I look at a bread recipe timing from two points of view:
The recipes list active and inactive times and a resulting total time. A timeline clock is a representation of this. Here are some examples
Sponge Method Challah has many active and inactive steps. The active steps are red pie shapes, the inactive times white. The steps include Active-Mix sponge, inactive-ferment, Active-Mix and knead dough, Inactive-proof, Active-Form braid, Inactive-Proof, Active-Wash and seed, Inactive-Bake, Active-Remove loaf.
The total time is 3:40 but only 40 minutes of that is active while you wait for 3 hours.
Beer Soda Bread is the exact opposite. Mix the ingredients and bake.
I know it is a bit overboard to produce a 32 page report for this assignment. I was just having so much fun.
The purpose of the experiment is to compare the results using the identical bread recipe and six different flours. No compensation was made for hydration or timing.
• All Purpose Flour Unbleached
• All Purpose Flour Bleached
• Bread Flour White
• Commercial Whole Wheat Bread Flour
• Heritage Red Fife
• Cake / Pastry Flour
Reports
Oven temperatures are quoted in different ways around the world. The metric scale uses degrees in Celsius (°C), Imperial scale uses degrees Fahrenheit (°F) and sometimes in the UK and France gas mark.
Electric | Gas Mark | Electric (Convection) | ||
°F |
°C |
°F |
°C |
|
230 |
110 |
¼ |
200 |
90 |
250 |
120 |
½ |
210 |
100 |
285 |
140 |
1 |
250 |
120 |
300 |
150 |
2 |
270 |
130 |
320 |
160 |
3 |
285 |
140 |
350 |
180 |
4 |
320 |
160 |
375 |
190 |
5 |
340 |
170 |
400 |
200 |
6 |
360 |
180 |
425 |
220 |
7 |
400 |
200 |
450 |
230 |
8 |
410 |
210 |
475 |
240 |
9 |
425 |
220 |