One challenge for me as I started to grow staple crops was knowing how to use them. Particularly with grains, I was used to having them already ground into flour and in a nice sack in my kitchen, not attached to the top of a stem in my garden! So here are some of the techniques my family has learned as we adapt our food culture to fit our agriculture. If you have more knowledge from your own experience, tell us about it; we may test it out and add it here!

For ideas on how to process staple crops up to the point discussed in this article, see our article on harvesting, threshing, and separating.

Legumes

Culinary Considerations

Different varieties have different agronomics and colours, and they also have different textures and flavours.

I approximately categorize beans as “buttery,” which are those with a texture which works well in refried beans (pintos and Turkey Craw); “mealy,” which are good in soup (those with rounder seeds, like Kahnawake Mohawk), and “utility,” which work for anything (Macuzalito being our family favourite).

Peas have their own distinct flavour. Some consider it less pleasant than beans; however, we like them, especially when flavoured with a variety of herbs, coriander, onions, or garlic. Most people are familiar with the flavour of green or yellow split peas; we find round-seeded, white-flowered varieties taste like these commercial split peas. However, there is another option, which few people seem to know about. “Gray” peas have pink flowers and wrinkled, darker-coloured seeds with thicker seed coats. Their flavour and texture is strikingly different from the white-flowered peas — more like a chickpea, and we use them where we might otherwise use chickpeas.

Cooking

Dry

Before you can cook them, dry legumes (excluding lentils and cowpeas) need to be soaked.

The preferable way is to soak them for eight hours or more. Overnight works well. Use about four times as much water as legumes. Then cook in that water or after changing water. Remember, these are living seeds right up to the point of cooking. Long-soaking lets them imbibe water at their own pace and start germinating, making them as nutritious as possible.

If you have less time, you can quick-soak. Bring the same ratio of legumes to water (1:4) to a boil, then turn off the heat. Leave to soak for one hour, then cook. This method is faster, but may make the beans less digestible.

When you first cook home-grown dry legumes, keep a close eye on them; they will tend to be done much faster than legumes bought at the store, and it is easy to overcook them.

Shelly

Most dry legumes can be harvested at the “shelly” stage, when the seeds are full size but not yet dry, and shelled, cooked and eaten (or frozen for later). This is particularly important if an early frost kills your bean vines. Treat them as usual for cooking, with the difference that you don’t need to soak them first and they will cook a bit faster. They will taste a little “greener” but are fairly similar to dry beans.

Small Grains

Small grains can be eaten in various ways.

Whole

Coarsely Ground

Flour

Whole

Small grains (e.g. wheat and barley) can be used without grinding. Most people are familiar with rice in this form, but other grains can be cooked similarly.

Soak grain overnight, the same as legumes (amaranth and sorghum do not need soaking).

Drain. You can cook them now or sprout them for added nutrition. To sprout, rinse 3 times per day for the next 4 days, until they have sprouts about as long as the kernels.

Add water and cook like brown rice; grain usually takes about 40 minutes to cook for us.

Coarsely Ground

You can also make porridge from small grains. Crack the grain first; we use a Corona mill (see below), but I have also used a mortar and pestle, and we have friends who use their blender.

Bring to a boil:

2-3 c. water (depending on the grain and the consistency of porridge you’re aiming for; experiment!)

½ tsp. salt

Add:

1 c. cracked grain

•Cook for about 20-30 minutes, stirring occasionally.

Flour

Our favourite way to use small grains is making them into flour and baking them. This requires a flour mill; conveniently, we live near a small flour mill which does our milling for us. Once you have flour, you can bake anything! I will only give details on one corner of the baking art: sourdough.

Sourdough

Sourdough works because yeasts and lactic-acid bacteria naturally live on grain. All we do to leaven our baking is to create a habitat they like, and they’re undemanding: flour, water, and warmth is all they need. Currently, most of our baking is sourdough spelt, for three reasons: it suits my gluten-sensitive mother’s digestion; with spelt, it makes bread which is less crumbly than regular yeast (something to do with how lactic-acid bacteria work with spelt); and it means that we can bake without having to buy any leavening. We are rather amateurish, but we make lots of different things with sourdough. Here are some of our notes on the topic.

Starting a Starter

Beginning a starter is a four-day process which I’ve only done once (because it’s still growing happily). I used about ¼ c. flour and ¼ c. water each day for the first three days, and ½ c. flour with ¼ c. water on the fourth. Flour has about half the density of water, so if you go by weight, that would be maybe 25 g flour and 50 g water?

To make starter, mix up the flour and water in a quart jar, then put the lid on (not too tightly, in case the jar pressurizes from all the carbon dioxide the yeasts make). If you keep the starter a little warmer at first (35º C) you increase the chances of the good microorganisms winning, apparently; use warm water and find a toasty place to keep it for the first few days. For my starter, I warmed up two more quart jars of water and put a jar on each side of my starter in a little cardboard box, then tucked it under the duvet on my bed to incubate. That seemed to work well, but probably wasn’t necessary (for the record, I removed the box from the bed at night and left it on a chair, then added to the starter first thing in the morning).

I also let the water dechlorinate when I made sourdough in the city, by leaving it sitting in an open jar on the counter overnight. The chlorine is meant to kill bacteria, but in sourdough we want certain bacteria to survive! So dechlorinating the water, at least for the start-up phase of making starter, makes life easier for the bacteria.

All of this is really just fine-tuning to increase your chances of success. Sourdough, in my experience, is easy; you know you are heading in the right direction if it is starting to bubble by the end of the four days and smell nice and vinegary/beery. Ideally the yeasts will eventually be able to inflate the dough to about twice its volume over the course of the day when they really get going (be careful that your jar doesn’t run over and make a mess at that point).

Refreshing Starter

Once you have a happy starter, there are all sorts of possibilities. First you need to know how to care for your new little buddies, so that you will always have vigorous starter ready when you want to bake something. This is easy; we only feed our starter the day before we bake, and then put it in the fridge and ignore it (for up to three weeks) until we want to bake again. The only trick with sourdough is that you need to plan ahead a bit to refresh it in advance of baking.

For every 1 c. starter needed in a recipe, take your current starter and add:

1 c flour

½ c. water

Mix thoroughly with a clean hand. Don’t use soap to wash right before in case your soap has anti-microbial chemicals in it. Let the starter sit on the counter for 8-12 hours to let the yeasts colonize the new flour.

To measure starter for a recipe, it’s usually easiest to measure by displacement in the water used for that recipe.

Bread

Mix and let sit overnight:

5 c. flour

1½ c. water

1 c. starter

The next morning, mix in a separate bowl:

7 c. flour

4 c. water (we also substitute whey for some or all the water in sourdough baking)

1 Tbsp. salt

Let sit 30 minutes. Grease 3 loaf pans. Then mix the two together. Divide into the loaf pans and let rise 4-6 hours, until dough has reached ~¼” from the top of the pan. It’ll help with extracting them later if you put some corn meal in the bottom of the pans.

Bake at 440ºF for 10 minutes, then 400ºF for 30 minutes.

Pizza/Focaccia Dough

Pizza is even easier than bread. Mix:

2 c. water

½ c. starter

4-5 Tbsp. melted animal fat or oil

1⅓ tsp salt

4 – 4½ c. flour

You can also add fresh or dried herbs.

Spread onto two greased cookie sheets and let rise at least 4-6 hours. For spreading, it’s easiest to use a constantly wet utensil (spoon or spatula). If you’re making focaccia, top with some oil/fat and tasty things like herbs and minced garlic.

Bake for 20 minutes at 400ºF. If you’re making pizza, take it out half way through and put on the toppings.

Pitas

My brother, Andre, made this up while cooking for himself at university (Ah, the perilous forms of entertainment a 21-year-old finds when off on his own for the first time with a sourdough starter and a sack of flour!). The only critical ratio is flour:water, and you have to establish that by feel. The key to success is in the rolling and cooking. Have fun watching them puff.

Mix:

3 c. flour

¼ c. starter
⅔ c. water
Add flour or water until it’s a nice firm dough that holds together well but isn’t too sticky. Let sit at least 4 hours.

Add and knead in:

¾ tsp. salt

Divide into 9 or 12 equal portions and roll into roughly 5” circles. If you made the dough the wrong consistency, you’ll find that out now and know better for next time. Flour the bottom side thoroughly and let sit about 30 minutes. Don’t wait too long or they’ll dry out.

Cook the pitas on a cast iron griddle (I think the thermal mass helps) on medium heat (you’ll have to play around until you find the right amount). When the larger bubbles start to form, flip the pita, and if you did it right it will not be burnt on that side and will finish puffing. If it only puffs part way, sometimes you can coax it the rest of the way by pressing on the bubble with a flipper/spatula. You can sneak another pita in beside that one once it’s puffed up. Stack on a plate to keep warm for eating soon, or spread out to dry a bit before storing.

Corn

Corn is a valuable food for humans, particularly for those who do not eat gluten. We use dry corn in two main ways: ground into meal, for cornbread or polenta/porridge, and as whole kernels for hominy. Our wood stove is an important part of our family’s corn-eating; adapt this if you haven’t got one.

Corn can be shelled by hand or using a corn sheller. If you want a simple corn sheller, you can buy one or follow our instructions for making one.

Cornmeal

Flint (L) and flour (R) cornmeal

We make cornmeal using a Corona mill, a little hand-cranked thing inherited from my grandparents. For porridge I like to use flint corn, which makes a coarser meal with a more interesting texture; for cornbread a flour corn grinds more finely, making a less crumbly bread. Use it promptly or freeze it; commercial cornmeal has had the oil removed, but yours will be whole-grain, which means it will go rancid or mold if you keep it sitting around for more than about a week after grinding. We just grind it fresh when we want it, which only takes a couple minutes for a meal.

Corn Porridge/Polenta

(Based on Carol Deppe’s recipe in The Resilient Gardener, but adapted for a busy household of non-gourmets.)

Bring to a boil:

6 c. water

½ tsp. Salt

a couple Tbsp. Butter

Add:

2 c. cornmeal gradually, while stirring (or you will get little corn dumplings)

Let cook awhile on low heat, stirring every few minutes to prevent sticking. We use our wood stove, so I don’t know how hot it is, and I don’t time it anymore; maybe 30 minutes?

Eat right away, or store it in a cold place; we like reheating it with milk and adding a bit of honey or maple syrup for breakfasts. Our newest innovation is topping it with black walnuts.

Nixtamal

You can use flint, flour, or dent corn to make nixtamal. Making nixtamal involves removing the corn kernels’ seedcoats by cooking them with a powerful base. This makes corn more digestible and nutritious, and is the only practical way to eat dry corn without grinding it. The process is easy, but requires a bit of planning ahead: you will need corn, a base, and a stainless steel pot. We heat with wood, so for our base we use hardwood ashes (softwood is said to taste bad). If you do not have ashes, I have also read about doing this with baking soda or washing soda, and I understand that in Central America culinary-quality lime (Ca(OH)2, not the fruit) is used; however, I have never tried any of them.

Start in the evening the day before you want to eat it. If you have a source of fresh wood ashes, mix 1 part ashes with 2 parts whole corn kernels and add enough water to cover corn by about an inch or two. If your ashes are old, use 1:1 ashes and corn. Bring to a boil, then reduce heat and simmer for 40 minutes or so. Remove from heat and let sit overnight.

In the morning, transfer corn to a colander and rinse thoroughly to remove all wood ashes. At this stage, the corn’s seed coat should be gone, dissolved by the lye; the kernels should have a firm texture and be a little larger than they were originally. This is now called nixtamal (if you are in Central America; my terminology for corn is a mixture from across the continent’s corn-growing peoples). At this stage you have three choices: you can make it into hominy, grind it for masa, or dry it for future use.

Hominy is a delightful food which we use wherever we could use rice or pasta (and it’s really good with sage or oregano). To make it, add fresh water to the nixtamal and continue cooking it until it’s a consistency you like; it will absorb a lot of water, approximately tripling in size as it does so.

If you want to make tortillas, you can grind the nixtamal (to make masa), mix in a bit of salt and water until it has a playdough-like consistency, roll it out into circles about 1/8” thick and cook on a skillet on medium heat.

Alternately, you may want to save your nixtamal for later. We have found that it is quite easy to dry: simply spread it on a screen and put in a warm, dry place for a few days, stirring it around twice a day so that it dries evenly. Once it is fully dry and hard it can be stored in glass jars. When you want to cook it, just add water and cook like pasta, but somewhat longer; we would guess it takes 40 minutes or so to fully rehydrate and expand the rest of the way to become hominy. We like to make a lot of dry nixtamal on the woodstove in winter to use as a convenient food later in the year.

Warning: The wood ashes are being used in this recipe because they contain lye, which is a corrosive alkali which dissolves the hard seed coats on the corn and can dissolve other things which come in contact with it. At this concentration lye is not very dangerous, but it should be treated with respect. If it comes in contact with your skin, you will notice it becomes slippery. This is the lye reacting with your hand oils to form genuine “hand soap.” Wash thoroughly and you should be fine, although maybe a bit chapped. Use only stainless steel, wood, or glass containers and utensils when working with lye; some other metals (notably aluminum) will react with it.

Corn Husks

Corn husks also have many uses.

One use is simply storage of your corn crop: leaving husks attached to the cobs so you can braid them together and hang the ears up.

Braided husks can also be used for making rugs. For this, I usually split larger husks in half to make a more even product. I dip a handful of husks in water and then work with them; they don’t need to be soaked, merely moistened.

Historically, corn husks were used for various other things, such as stuffing mattresses, making shoes, and making dolls. They are also used as a part of some recipes, like tamales.