From berry to loaf

Follow the grain to bread.

A loaf begins long before it goes into the oven. Here’s the path I explore: whole grain, fresh flour, dough, and bread.

A bowl filled with whole wheat grains in different colors — Whole grains before milling.

Fresh-milled bread dough stretched above a mixing bowl — Checking how the dough stretches.

01 · The grain

Meet the varieties

My baking uses heritage and ancient grains such as Turkey Red, Red Fife, spelt, einkorn, and khorasan. Each grain has its own history and baking qualities.

02 · The mill

Grain becomes flour

A wheat berry contains bran, germ, and endosperm. Milling the whole berry at home turns it into fresh flour for baking.

03 · The dough

Mix, knead, and rise

Flour, water, yeast or starter, and the other ingredients come together. Resting and fermentation give the dough time to develop.

04 · The loaf

Shape, proof, and bake

After shaping, the dough proofs before it goes into the oven. The final loaf is the result of each step from berry to bread.

See my sandwich bread recipe Learn with me in class

01 · The grain

Meet the varieties

The names on a grain jar do not all mean the same thing. Einkorn and emmer are wheat species; Turkey Red and Red Fife are named heritage wheats; hard white describes a market class. Rye and barley are different cereal grains. Here is where each fits in the story, what its chromosomes tell us, and what it tends to do in the kitchen.

Map 1 · Early wheat and barley histories

Early domestication was a long process across Southwest Asia, not a single point on today’s map. Modern place names are only geographic guides.

Map 2 · Heritage wheat journeys in North America

These are later seed and farming histories. Red Fife’s precise source is uncertain; White Sonora is a wheat landrace shaped in Sonora after wheat arrived from Europe.

How to read the maps: the first map shows broad domestication and crop-history regions; the second shows later movements of named heritage wheats. Neither claims that a modern wheat variety was first domesticated exactly where its North American story took place.

Compare the grains

Einkorn

Triticum monococcum · ancient hulled wheat

History: One of the earliest domesticated wheats in the Fertile Crescent; wild einkorn grew in Southwest Asia.
Chromosomes: 2n = 14 (diploid; AA genome).
Gluten proteins: Wheat gliadins and glutenins, with a simpler genome than bread wheat. It still contains gluten.
Nutrition: Whole-grain source of protein, fiber, B vitamins, minerals, and carotenoid pigments; exact amounts vary.
Best uses: Porridges, pancakes, tender cookies, flatbreads, and carefully handled loaves. Its dough can be less elastic than common bread wheat.

Emmer

Triticum turgidum ssp. dicoccum · ancient hulled wheat

History: Domesticated in Southwest Asia in the early farming era; a parent lineage of later tetraploid wheats.
Chromosomes: 2n = 2n = 28 (tetraploid; AABB genomes).
Gluten proteins: Wheat gliadins and glutenins. Gluten quality differs from loaf wheat; it is not gluten-free.
Nutrition: Whole grain provides protein, fiber, starch, B vitamins, minerals, and grain oils. In one matched study, emmer flour had more fiber than the other tested wheats.
Best uses: Rustic breads, flatbreads, pasta, porridge, soups, and cooked grain dishes. Blend with stronger bread wheat when a taller loaf is the goal.

Spelt

Triticum aestivum ssp. spelta · hulled hexaploid wheat

History: Spelt is closely related to bread wheat. Recent genome work supports European spelt forming as hexaploid wheat spread west and crossed with local emmer; it became important in Central Europe.
Chromosomes: 2n = 42 (hexaploid; AABBDD genomes).
Gluten proteins: Gliadins and glutenins, as in common wheat. Its dough behavior varies by cultivar and is not a marker of safety for gluten-related disorders.
Nutrition: Whole spelt supplies protein, fiber, starch, minerals, B vitamins, and lipids. Protein and fiber overlap with other wheats and vary by crop.
Best uses: Yeast breads, rolls, pancakes, muffins, pasta, and cooked berries. Watch dough as it mixes and proofs; it can become slack if overworked.

Khorasan

Triticum turgidum ssp. turanicum · ancient tetraploid wheat

History: An old cultivated wheat associated by name with the historic Khorasan region of northeast Iran and neighboring areas. The crop’s exact origin and history are not firmly established.
Chromosomes: 2n = 2n = 28 (tetraploid; AABB genomes).
Gluten proteins: Wheat gliadins and glutenins. Khorasan wheat contains gluten and is not suitable for celiac disease.
Nutrition: Whole grain provides protein, fiber, starch, B vitamins, minerals, and carotenoids. Lab comparisons report differences, but results depend on the sample and growing conditions.
Best uses: Chewy pasta, pilaf, flatbreads, pancakes, and flavorful loaves. It can be milled alone or blended with other wheat flours.

Turkey Red

Triticum aestivum · heritage hard red winter wheat

History: A hard red winter wheat brought from Ukraine to Kansas by Mennonite settlers in the 1870s. Its North American story is well documented; its older varietal ancestry is less exact.
Chromosomes: 2n = 42 (hexaploid bread wheat; AABBDD).
Gluten proteins: Gliadins and glutenins. As a hard bread wheat, it can form an elastic dough, though strength depends on the seed lot and milling.
Nutrition: Whole-grain red wheat supplies protein, fiber, B vitamins, iron, magnesium, zinc, and other minerals. The actual profile varies by crop.
Best uses: Yeast and sourdough loaves, sandwich bread, rolls, and blending with softer or lower-protein flours.

Red Fife

Triticum aestivum · heritage hard red spring wheat

History: David Fife planted it in Ontario in 1842 after seed reached his family through Scotland. The exact source is uncertain; it is often linked to Eastern Europe.
Chromosomes: 2n = 42 (hexaploid bread wheat; AABBDD).
Gluten proteins: Gliadins and glutenins. It is a bread wheat, but dough strength varies with the crop and milling.
Nutrition: As a whole wheat, it contains the bran, germ, and endosperm, with protein, fiber, starch, B vitamins, minerals, and grain oils.
Best uses: Yeast or sourdough bread, rolls, and pancakes. Use it as a distinctive-flavored bread flour or blend to tune loaf texture.

White Sonora

Triticum aestivum · heritage soft white wheat landrace

History: Wheat arrived in northern Mexico with Spanish expeditions and missions in the 1600s. White Sonora was maintained and adapted in Sonora, including by Indigenous farmers.
Chromosomes: 2n = 42 (hexaploid bread wheat; AABBDD).
Gluten proteins: Gliadins and glutenins. It is still wheat and contains gluten; soft wheat generally makes less elastic dough than hard bread wheat.
Nutrition: Whole-grain White Sonora contains protein, fiber, starch, B vitamins, and minerals. “Soft” describes kernel texture, not a nutrition grade.
Best uses: Tortillas, cookies, pastries, crackers, and tender quick breads. For tall yeast loaves, blend with a harder wheat.

Hard white wheat

A market class of common bread wheat, not one single variety

History: Modern and heritage cultivars exist. “Hard” refers to kernel hardness; “white” refers to bran color. Winter and spring forms are grown.
Chromosomes: Usually common wheat, 42 (hexaploid; AABBDD).
Gluten proteins: Gliadins and glutenins; hard wheats are commonly selected for stronger dough and breadmaking.
Nutrition: Whole-grain hard white retains bran and germ. Nutrient levels depend on cultivar, soil, weather, and milling; color alone does not say how nutritious it is.
Best uses: Sandwich bread, dinner rolls, flatbreads, and whole-wheat flour with a milder color and flavor than red wheat.

Rye

Secale cereale · a separate cereal grain

History: Rye likely began as a field weed among Southwest Asian cereals and was cultivated later; archaeobotanical evidence points to a gradual, regionally varied history.
Chromosomes: 2n = 14 (diploid).
Gluten proteins: Secalins, rye’s own prolamins. Rye does not form wheat-like elastic dough, and it is not safe for people with celiac disease.
Nutrition: Whole rye contributes fiber, including arabinoxylans and beta-glucans, along with starch, protein, and minerals.
Best uses: Rye sourdough, crispbread, dense loaves, crackers, porridge, and small additions to wheat dough for flavor.

Barley

Hordeum vulgare · one of the earliest domesticated cereals

History: Domesticated in the Fertile Crescent more than 10,000 years ago and later spread widely across Eurasia.
Chromosomes: 2n = 14 (diploid).
Gluten proteins: Hordeins, barley’s prolamins. Barley does not make wheat-style bread dough and is not safe for people with celiac disease.
Nutrition: Whole barley provides fiber, notably beta-glucan, plus starch, protein, B vitamins, and minerals. Hulless types are easier to use as whole grain.
Best uses: Soups, stews, pilafs, porridge, salads, malt, and small amounts in bread blends.

Nutrition: compare actual samples carefully

Whole grains all contribute energy from starch and protein, with fiber and nutrients distributed across the bran, germ, and endosperm. Here is one direct research comparison of whole-wheat flours made from four wheats. It reports protein, starch, fat, and dietary fiber as percentages of dry flour. It is a snapshot of those tested samples—not a promise that every bag of that grain will match.

Dry-basis composition in one study comparing einkorn, emmer, spelt, and hard red spring wheat
Whole-wheat flour sample	Protein	Dietary fiber	Crude fat	Starch
Einkorn	14.6%	15.1%	2.3%	62.2%
Emmer	14.5%	19.1%	2.1%	65.9%
Spelt	15.2%	17.3%	1.6%	61.6%
Hard red spring wheat	17.3%	19.2%	1.1%	62.3%

Because growing conditions, cultivar, milling, and lab methods affect results, this table should not be used to rank every grain or predict a nutrition label. For all the varieties above, milling the whole kernel keeps the bran and germ in the flour; sifting or refining changes what remains.

What you get from a whole grain

Across these cereals, the main nutrients are starch and protein, with fiber and small amounts of fat. Whole-grain flours can also provide B vitamins and minerals such as iron, magnesium, phosphorus, zinc, manganese, and selenium. Grain-specific compounds differ: barley is valued for beta-glucan fiber; rye contains arabinoxylans and other fibers; some einkorn, emmer, and khorasan samples have more yellow carotenoid pigments than common bread wheat. None of these differences guarantees a particular nutrition profile for every crop.

Gluten: what the names mean

All wheat varieties contain gluten

Einkorn, emmer, spelt, khorasan, Turkey Red, Red Fife, White Sonora, and hard white wheat are all wheats. Their dough performance and protein makeup differ, but none is gluten-free. Rye has secalins and barley has hordeins; those are also gluten-related proteins people with celiac disease need to avoid. Ancient, heritage, hard, soft, red, and white describe different things—they do not mean safe for celiac disease.

At a glance: which grain for which bake?

If you want to make…	Grains to try	Why
A lofty sandwich loaf	Turkey Red, Red Fife, hard white	Hard bread-wheat classes are commonly selected for dough strength; hydration and milling still matter.
A tender tortilla, cookie, or pastry	White Sonora, einkorn	Soft-kernel flours suit delicate baked goods; White Sonora has a long Sonoran tortilla tradition.
Rustic bread with a distinct flavor	Emmer, spelt, khorasan	Each brings its own flavor and dough behavior; blend with bread wheat if you want more structure.
A hearty, dark loaf	Rye	Rye adds characteristic flavor and moisture; it needs wheat or a rye-specific method for loaf structure.
Soup, pilaf, or porridge	Barley, rye, emmer, khorasan	Cooked whole kernels add chew and grain flavor without needing a gluten network.

These are starting points, not rules. Fresh-milled flour absorbs water differently from bagged refined flour, and each harvest behaves a little differently. I keep learning by milling, mixing, and taking notes.