Gardening with Grains. Brie Arthur

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addition to the landscape (top photo), in addition to being a nutritious crop.

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      Rapeseed planted at Chanticleer is an oilseed grain.

      GRAIN LEGUMES, also called pulses, are members of the pea family (Fababceae) and offer high protein content, ranging from 20-40%. These plants are dicots. In addition to being a source of protein, legumes also contain carbohydrate and fat. Delicious crops such as chickpeas, beans, lentils, peanuts, peas and soybeans are considered legumes. Grains and legumes are ideal companion plants and should be utilized in regular crop rotations to maximize the available nutrients in your soil. Legumes are nitrogen fixers; in addition to being important sources of nutrition, they also increase fertility in the soil.

      OILSEED GRAINS are primarily grown for the extraction of their edible oil, fuel or lubricant. Many plants fall into this category, though most home gardeners grow them for their foliage and flowers. Mustards and rapeseed (the source of Canola oil) from the Brassicaceae family are important oilseed plants. Others include flax, hemp, poppy, safflower, sesame and sunflowers.

      All of these plants grow in similar conditions to traditional cereal grains. I encourage you to consider growing these to complement your traditional landscape and expand your horizons. Even if a plant seems impractical from a harvesting perspective, that’s okay! As home gardeners, we have the privilege of growing plants simply for the experience. Even a novelty crop can provide valuable educational opportunities as well as fascination and exposure to something out of the ordinary. ■

      Three

      The Entwined History of Humans and Cereal Grains

      (briefly told)

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      Iam going to start this chapter with something I said in the last chapter (I feel it’s that important): People and society as we know it today would not exist without the evolving cultivation of grains. Regardless of where you stand on the subject of consumption of cereal grains, this point cannot be ignored: Homo sapiens and grains co-evolved, and human life on this planet would not be as it is without this interaction.

      If you will permit me a small rant: It drives me crazy as we endure an era where the fundamental value of cereal grains is minimized and dismissed in our diets. It has become just too easy to blame the carbs in grains for our increasing waistlines while disregarding the issues of processed foods. These times find us at odds with the vitally important concept of eating nutrient-dense foods, and instead offer fast, less nutritious alternatives at the expense of our health. We seem to have a serious disconnect between nutrition and long-term wellness. This hasn’t happened overnight. It has followed closely on the increased industrialization and mass marketing of food production – along with our increased separation from the sources of our food. I suppose blaming bread and our genes is the easiest approach, but that’s hardly the whole picture.

      SO, WHAT IS THE FUNDAMENTAL VALUE OF CEREAL GRAINS”? At the early stages of human evolution, grains were there to provide much-needed caloric intake for our ancient ancestors. Cereals are a rich source of vitamins, minerals, proteins, carbohydrates, fats and oil. Grains were cultivated not only as food for people, but to provide energy for grazing animals and to improve soil health. Yet, in this era where people are so far removed from where their food is grown, grains have been turned into an enemy rather than a resource for healthy living.

      It is generally believed that people first began eating grains at least as far back as 75,000 years ago in the Middle East. These grains, including einkorn and emmer wheat, were ancestors of today’s Triticum species. Both einkorn and emmer grew wild near the banks of rivers, where people harvested the grasses that grew naturally near their communities long before “farming” techniques were established. Scientists believe they have discovered the world’s oldest-known grain silos at an Early Neolithic village called Dhra’, in modern Jordan. These silos, dating back 11,000 years, contained remnants of barley and early types of wheat. Another site, in Israel, revealed a trove of 23,000-year-old grains.

      Over time, grains and their cultivation were becoming essential to the rise of civilization in other places around the world: rice in China, more than 8,000 years ago; sorghum in Africa, about 7,000 years ago; and in Mesoamerica, an ancestor of corn was domesticated about 6,000 years ago.

      Ancient people ate grains in much the same way we do today. Wheat grains were made into flour and used for bread baking. Rice was steamed and eaten hot or cold. Oats were mashed with water or milk to make oatmeal. And perhaps most importantly, our ancient ancestors created beer by fermenting barley. Beer is the oldest manufactured beverage in the world and had very low alcohol content in its original creation. It too was an important source of carbohydrates and nutrients in ancient diets.

      Did you know… there are records of the workers who built Egypt’s pyramids at Giza being paid in beer and bread? An ancient example of grain being used by early civilizations as a form of currency.

      The historical impact of grains in global agriculture is profound. Because grains are small, hard and dry, they can be stored, measured and transported easily, especially compared to other food crops like fresh fruits, roots and tubers. The development of cereal grains allowed excess food to be produced and stored, which ultimately led to the creation of the first permanent settlements and, in time, societal structuring.

      Today, those of us living in the industrialized world take for granted that grains are grown, stored and transported across the globe. We are accustomed to seeing silos and giant combines responsible for efficiently harvesting crops. The invention of the combine created the single most important piece of agricultural equipment.

       THE AMAZING COMBINE

      The combine is truly a remarkable machine. It does three jobs in the harvesting of grain: cutting it, threshing it, and winnowing the seed from the chaff.

      Cutting removes the grain from the stalk of grass. When doing this by hand in your home garden, it is just the removal of the seed head from the dried stem.

      Threshing loosens the edible grain from its casing, called the chaff. The chaff is inedible and humans and animals cannot digest it. This step is significantly more complex for a home gardener without proper equipment, though there are some creative solutions for this step that involve your favorite child garden helpers! My young helpers have been threshing heroes.

      Winnowing, the final step, is the removal of the grain from the chaff.

      Combine harvesters make this process time-and cost-effective. It is my dream that one day there will be a combine for small-batch growers like me – and maybe you! (See page 153 for how we thresh and winnow at home).

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      HARVESTING ON A SMALL SCALE: The sight of those giant combines may be common in developed, wealthier countries, but the standard for global grain production isn’t large fields tended by expensive machinery and planted with modern, genetically improved varieties. In the developing world today, very few farmers have the resources that we are so accustomed to seeing in North America. Farmers in the developing world typically cultivate just a few acres and provide grain for their local community. These farmers usually thresh

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