Tag Archive: bread

Wax on, wax off, or the importance of repetition

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I baked another rye sourdough bread today. 300 g bread flour to 200 g rye, 12 g of salt and 200 g of active starter. It came out great, apart from the slashing I tried, which caused the crust to break in unexpected places.

Still, the flavour is there and I am finally beginning to be able to handle sticky rye dough without getting it stuck to myself and/or the entire mixer. I’ve made this bread now twice, sometimes three times a week, for some time. Every time I make it again I learn something new, but I am now pretty confident that the end result will be delicious.

There are other breads waiting for me, other recipes I am planning to explore. But they can continue to wait, for now. Part of this has to do with my wife declaring the rye her most favourite bread ever, but part has also to do with the journey of exploration. In baking, it matters whether you use 12 or 15 grams of salt. 10 ml of water make a difference to the feel and finish of a dough, something that rarely happens in cooking.

Which makes experimentation all that more interesting. Experimentation that changes things incrementally, maybe substituting whole grain for white bread flour, maybe exchanging rye for Fife. The results are always delicious, and always interesting. The aim is to, one day, find a formula that can’t be improved, that is the essence of a dark, delicious, sourdough rye.

I am looking forward to the journey.

Bread. The road so far.

I had been baking bread for years, on and off,  with somewhat limited success. For a while I owned a bread maker and tried to convince myself that the resulting loaves where both tasty and healthy when they were really just crumbly and horrible. At other times the bread I made was flat and flaccid with none of  the deep flavour and crispy crust I loved about artisan bread. Obviously, I was doing it all wrong but I didn’t know what, why and where to start to change that deplorable situation.

This all started to change when Mr. Stephenson called one day on the telephone and informed me that he had found a small place in Little Italy that was selling baker’s yeast and whether I wanted to accompany him for the purchase. Sure thing, I thought and when I returned home with a sample of the fabled Italian yeast I went to work and started researching what makes good bread.

Time

Mr Stephenson, who drives a fast car, sometimes scoffs about my obsession with time. Time, for me, is a frequently overlooked but absolutely essential ingredient to many foods and has the ability to transform the mediocre into the outstanding.

Time, a good friend to people like us, is also the enemy of the food industry. Time, as we all know, is money and as a result many foods manufactured industrially have taken the results of time and tried to replicate them with chemicals, with flavour enhancers, artificial flavours, colourings, extra fat, extra salt, modified this and modified that.

The food industry has two goals: Manufacture food quickly, then make sure it has a long shelf life. Both of these needs are the antithesis of good food and thankfully we can bypass them entirely.

When it comes to bread, this is what I had always been doing: Take flour, water, a little salt, a little sugar. Mix, rise, deflate, rise, bake. The rise, I had been told, needed to happen in a warm place to get the yeast to work, so was the sugar.

My first mistake

What I have been finding out is that the above method has a snowball’s chance in hell to produce good bread. The magic ingredient, time, is missing entirely and the flour has no chance at all to release it’s flavours. The yeast feeds on the first food that’s available, the sugar, and leaves the wheat or rye alone.

What I do now, apart from frequently using sourdough starters, is give the dough time to work, give the yeast an incentive to interact with the ingredients. I use little yeast, in a cold environment, over a long time. Almost all of the bread I am baking starts life in the refrigerator, where the yeast will go to work very slowly, but with mouthwatering results.

Because I add no sugar, the yeast needs to look for nourishment elsewhere, and as a result the sugar in the grain itself gets used as fuel, breaking down the cell structure and creating depth of flavour. Many people we talk to don’t like to acknowledge the idea that the food we create is made with the generous help and support of many species of micro-organisms. Too many commercials telling them to disinfect their kitchens have done their work, hammering into their heads the message that bacteria are a bad thing and that a sterile environment is something to strive for.

This of course is absolute nonsense. While we do keep our kitchens clean, botulism is no joke, we also understand the symbiotic relationship us humans have with bacteria and other micro-organisms such as yeast, wild and otherwise. Our entire digestive system relies on the help of tribes of friendly bacteria to work and anybody who has ever taken antibiotics knows that kick-starting intestinal flora with a generous supply of yoghurt is a very good thing indeed.

What we do when we bake bread is to create a habitat that the kind of organisms we’d like to move in will find inviting. A bread dough provides shelter and food for yeasts, and in return we get flavour and rise. Not a bad exchange, especially as we’ll be killing off the entire yeast population during the baking process.

My second mistake

Most cheap bread baking machines don’t reach a temperature anywhere high enough to create a decent loaf. Baking bread needs high temperatures, 500º, with the addition of steam to create a crispy crust. Steam can be added in several ways. Commercial bread ovens inject steam at high temperatures. We can mimic that effect by keeping a pan at the bottom of the oven and filling it with hot water at the beginning of the bake. Then get a spray bottle and spray the walls of the oven to create an instant moist environment.

The drawback to this is potential mess and, especially of you’ve got an electric oven, the obvious disadvantages of mixing water with electricity. I own a very simple gas oven, so don’t have to face these issues, but I would be most cautious with a domestic electric model.

Thankfully there is a solution to this dilemma and it has changed the way I bake for the better. It is called a cloche, an unglazed ceramic bowl with a matching ceramic plate underneath. The cloche re-creates the environment we’d find in an old wood fired brick oven, or a steam injected bakery oven and loaves come out perfectly crisp, every time. I can’t recommend them highly enough.

I’ll be posting more about my personal bread making discoveries as I make them. Stay tuned.

Midweek baking

When Mr. Duess and Mr. Stephenson talk to friends, and frequently strangers, about their adventures in the kitchen where they bake bread, cure meats and lure unsuspecting lacto-acidic bacteria into carefully prepared habitats there’s one all to frequent question:

“Where do you find the time?”

Now, both Mr. Duess and Mr. Stephenson are far from being retired, years away from sitting quietly on their front porch, pipe in hand and feet beslipperd. Yet they like few things better than a slice of freshly baked rye bread, dipped into a humble dish of peppery olive oil. And to achieve that goal, midweek baking is frequently a necessity. Here’s how to do it:

Day One:

In the evening, take your sourdough starter out of the fridge and feed.

Day Two:

The next morning, prepare your dough. Today we used 180g rye and 320g wheat flower, with about a cup full of very active starter. Salt, water; about 300ml for a (roughly) 60% hydration of the dough. Add everything to your mixer and knead while you’re taking a shower. Take the resulting dough ball and put into an oiled bowl, cover and refrigerate. Go to work.

In the evening, remove dough from the fridge and allow to come to room temperature. Fold and stretch three times, then let rise in a banneton for two hours. After the first hour, pre-heat the oven to 500º. Bake for 45 minutes or until the bread has an internal temperature of 200º. This is the result:

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The loaf had hardly risen in the fridge, and even after three hours at room temperature little had changed. The rise happened almost exclusively in the oven – the so called oven spring, where the yeast goes on one last manic feeding frenzy before being killed off at just over 140º.