These rich tea breads are found all over northern Europe at Christmas time, having had ancient Christian religious connotations.  

They are German in origin, and come in endless regional variety, permitting a wide range of shape and finishing touches.   The rod of marzipan running down the middle is entirely optional, as is the use of spice, and the choice of liquor in which you soak the fruit.

In order to keep them fresh and attractively edible over the long Christmas season they would be repeatedly washed with melted butter.  In that way the outside of the loaf would be sealed so that it would keep well between its appearances at the table. Whenever it was put away in the pantry or in a tin, it was washed with the melted butter, whenever brought out to be served, it was dusted with icing sugar.

Method

Begin with a ferment.  The ferment gives the yeast a flying start, so that it will cope better when it meets all the rich and greasy ingredients which, while making the stollens delicious, are heavy going for the yeast and separate it from easy access to its food.

Beforehand, best overnight: soak the fruit (raisins and sultanas) in half a cup of rum. Yeast is upset when alcoholic liquor is added directly to dough, hence it is best to deliver the flavour of rum in the fruit

The ferment

• 350 ml. (5/8 pt.) warm milk
• 40 gm. ( 11/2 oz ) fresh yeast
• 15 gm (1/2 oz) sugar
• 110 gm ( 4 oz) strong bread flour

Whisk all these together in a deep bowl and put it aside in a place which is at room temperature.  In less than an hour it will have gassed up sufficiently to be used. It is ready when gas bubbles are bursting on the surface.

The dough

Add the ferment to the rest of the ingredients, making sure that you gather the dough together BEFORE adding all the butter.

• 2 eggs
• 800 gm ( 1lb 12oz) strong flour
• 15 gm (1/2oz ) salt – less if using salted butter
• 75 gm  ( 21/2oz ) brown sugar
• 175 gm  ( 6 oz ) butter                       

The aim is to have a moist and light dough. Adjust with more flour if it seems too sloppy, but it should remain a soft and pliable dough.   When you think it is silky and the gluten is sufficiently developed,

Add the following

The fruits

• 350 gm ( 12oz ) sultanas/raisins/chopped cherries
• Zest of  1 or 2 lemons

Let the dough sit, well covered, for at least an hour, longer if it is cool. It will have reached full proof when it has doubled in size, and looks so puffed up that it is almost ready to collapse.

This quantity will make two large, or four small stollens.  Divide the dough into the number you want.   Mould them by rolling and patting until you have gently expelled all the gas and got them into a neat oval shape.

They need another short rest before you flatten them out to the width of a bread and butter plate for the small ones, or a dinner plate for the large ones. Rather than having them round, try to keep them in an oval shape.  With quick and gentle movements of the rolling pin make a hollow down the length of the oval and lay the marzipan rod along the groove.   With the marzipan rod as a backbone fold the back towards the front so that the spread oval is turned into a half-circle.  Leave the edges puffy, not pressed hard together, so that they resemble a pair of lips.

Egg wash thoroughly , and prove them before baking in a moderate oven, which for most domestic ovens would be about 170 – 180 degrees C, or 330 – 350 F.  Squeeze them gently and feel their sides spring back to know that they are done.  After baking they are repeatedly washed over with melted butter.  Before serving they can be dusted with icing sugar and tied in a satin ribbon.

The marzipan, or modelling paste

• 120 gm  ( 4oz )  ground almonds
• 60 gm  ( 2oz )  icing sugar
• 90 gm  ( 3oz )  castor sugar
• 1 small egg
• Optional – the zest of an orange

Mix all together by hand or with a wooden spoon until it is properly gathered together.   It should not stick to you when it is rolled into rods on the bench.  Add some more almonds if it seems too wet.

Fashion the marzipan into a thick rod on the bench, then cut it into four. Now roll each segment into a slender rod about as long as your handspan, to neatly fit the width of the folded stollen.

Stoneground flour is a niche product

Stoneground flour, in the vast field of flour milling, is a niche product. Although it is putting the clock back, there is an explanation for why it has not simply died out, and that explanation is found in its inherent nutrition. The stone-grinding process retains an admirable amount of vitamins and minerals, leading to high nutrition when compared with industrial flour which is so refined that it would be fair to call it emaciated, hence the Flour Act makes it mandatory for it to be fortified with synthetic vitamins, iron, and calcium.

It’s more nutritious

Stoneground is nutritious because it is barely refined. While its sieving mechanism may remove about 28% of its bulk as the bran is removed, a beige coloured flour results which still contains fine fragments of bran. Further, it contains significant amounts of the layers between the outer bran and the endosperm (the inner white part). These under-bran layers (particularly the aleurone layer) are highly nutritious, particularly for minerals. Regarding vitamins, not only does it contain the B group of vitamins gained from the endosperm, but more importantly it is suffused with the precious germ oil, that contains three vitamins alone.

Higher levels of enzymes

Along with all this nutrition, stoneground flour has higher levels of the enzymes that lead to brisk fermentation. These are the enzymes that convert starch into the types of sugar that yeast wants to devour. They come with the endosperm, but bigger deposits of them occur around the germ and the under-layers of bran – those layers mentioned earlier that lie between endosperm and outer bran, including the aleurone layer.

Added enzymes mean that the baker must be careful to lower the amount of yeast, and make sure the temperature of the dough is on the cool side. I aim for 22-24 deg C., and I would have yeast at 2% of flour as the upper limit.

The presence of added enzymes and minerals causes the dough to break down more rapidly, and this factor when combined with brisker fermentation activity, leads to the releasing of more water into the dough, which in time becomes softer, and sticky. Hence the baker must be careful to reduce dough water a little and make slightly tighter dough than would occur with industrial flour.

Lower loaf volume

When working with stoneground white, there will not be the same loaf volume as is yielded by industrial white flour. All those tiny fragments of bran will undermine the gluten, even cutting gluten strands, and generally inhibiting the stretchiness of the gluten.

Enhanced signs of ripeness

Finally, the signs of ripeness will be more obvious when the dough is made with stoneground flour. Rather than seeing an array of surface bubbles, at full ripeness the surface of the dough will be more generally deteriorated, looking pock-marked along with surface gas deposits. The baker must be watchful to work the dough before that deterioration is too marked, resulting in the over-proved dough, which will never make the best bread

In the same way that unripe fruit is described as green, the jargon of the craftsmen bakers applied the same expression to wheaten dough that had not developed fully and hence was considered unripe. When I began baking in the seventies, I was fortunate that I could still meet and work with these old tradesmen/craftsmen, and I learned many of their expressions, customs and yardsticks.

There is a price to pay for working green dough, and you will never make your best bread with it. There is a tightness to the structure, and the loaves are of a mean and small stature because the lack of fermentation leaves the gluten undeveloped and less stretchy. To develop fully, gluten needs more than simply time to enable the water to merge wih the gluten proteins (glutenin and gliadin) to form an expandable webbing. There must also be the process of adequate fermentation activity which, by leaving organic acids in its wake, mellows and strengthens the gluten so that it has the capability of expanding fully as it traps the gas made by the yeast. Proceeding to work off a green dough means that you are carrying on with something that has not reached its full potential.

Another fault with green dough is that the resulting bread will stale quicker for the same reason as it has poor stature – the lack of fermentation development results in a rapid staling process as the starches and proteins expel more easily the water bound to them.

There are three signs by which you will recognise that you have worked green dough, well before it reaches the oven:

• open, self-supporting shapes like cobs will slump badly
• the dough will retain bubbles to the extent that it is difficult to mould (shape), and will have ungainly bubbles on its surface when shaped and
• the loaves will be uncharacteristically slow in final proof.

After the oven you will see that the crust colour is strangely bright, even reddish, since there will be a greater amount of residual sugars left behind in green dough owing to the reduced yeast activity. This reddish crust colour was called “foxy” by the craftsmen bakers.

How to avoid green dough?

By being in tune with the clear signs of ripeness of a fully developed dough, and being patient as you await that state.

Yeasted Dough

For conventionally yeasted doughs there must be gas deposits on the surface, or the surface must be pock-marked; if abruptly slapped the surface of the dough should sink away; if poked with a floury finger, the resultant hole should not be able to close, but should stay as a distinct cavity. If, as I recommend, you prove the bulk dough in a clear plastic (or glass) vessel, whereby you can see the sides of the bulk dough, you can learn through practice what exactly are the size of the gas bubbles visible at the side when the dough is fully ripe.

Wheaten Sourdough

For wheaten sourdough, which may only rise about a quarter or a third in its bulk, you will learn to recognise the look of the side bubbles as well as the tiny blisters on its surface. With sourdough you will also appreciate the feel of strength and gluten development as you give it a series of folds in the earlier stages of its bulk proof. By the last fold you will feel that it is feeling floppier as fermentation gases are lodging in it.

There are occasions when you may be aware that a green dough has been taken to the table. The situation can sometimes be rectified by giving it an abnormally long bench rest (usually called by me “intermediate rest”), and in that way some more fermentation maturity can be achieved, with the final bread being saved from the most unappealing aspects of green dough.