nifty nixty

My paternal grandfather’s mother’s maiden name was Corn. Her family, as far as I know, were farmers in southern Ohio. I always like that simple name. Her son, my grandfather, was named Cornie. I’ve never heard the name anywhere else. My name, Coree, sounds like some derivative from my Grandfather, and Great-Grandmother, though no one has ever told me it is so. I haven’t passed anything like that along to my children (no Cornelias around here), but they certainly have a love of corn.

kids corn

last year’s corn maize

Who on this continent doesn’t have some kind of of sweet memory around family meals in summertime – slathering butter, salt and pepper, and chowing down on those steamy hot, sweet, messy ears? Lovely stuff, sweet corn.

Ah, daydreams of summer.  But I’m not talking about sweet corn today.

I’m talking about field corn. Grain. Folks call what we grow Indian Corn, or Rainbow Corn (for good reason), and it is one of thousands of cultivars (as many as 5,000 may exist in Meso-America alone) of open pollinated corn that has been migrating around North and South America for thousands of years. It’s also called Dent corn, which is a cross of Flour and Flint corn. There’s a dent in the top of the kernel (flour corns don’t have that).  Each landrace, each cultivar, has its own best qualities and traditional use.  A-maizing.

The variety of corn we grow, called Daymon Morgan’s Kentucky Butcher, came from our friend Susana up in Kentucky. The plants are tremendously tall and vigorous. On a really good year, we sometimes see three ears on a plant. They hold up well in drought (we had a bumper crop last year when almost everything struggled). And the ears are just gorgeous. My meticulous Fellow Man is fond of sorting them by color, admiring the variations of strip and solids, playing with selection for the next season. Each year, as we appreciate the harvest and select the ears we like best, I think that there’s really nothing new under the sun. People have been doing these same things, probably with these same feelings of enjoyment and wonder, for a great long time.

bluered stripe

There’s much we don’t know about the ancient history of the Americas, but it has become clear to most archeologists now that the people who settled North and South America “way back when” left out of their previous homes prior to the Neolithic Revolution (a.k.a. Early Agriculture). They didn’t bring their own seeds. So, 10,000 years ago, the people of the Americas made agriculture for themselves. A few thousand years later, they made maize, which we now call corn. (In the fifteen minutes of quiet before I fall asleep, I’ve been reading Charles C. Mann’s book 1491.  It is an excellent read, and I’m grateful to him for much of the information in this post.)

Teosinte, corn’s closest wild relative, bears almost no resemblance to modern maize. A whole ear of teosinte is less nutritious than one kernel of modern maize.  Geneticists have been duking it out for decades over how on earth the Indians orchestrated the transition. Historians have agreed that no matter HOW it was done, it is an accomplishment. “Arguably man’s first, and perhaps his (just as likely hers I think) greatest, feat of genetic engineering.” said Nina V. Federoff, of Penn State University in 2003. And native peoples have abundant fascinating stories about their connection to corn – a very important connection.

teosinte

teosinte and ‘modern’ maize – thanks google

What doesn’t often get said about the relationship of the people of the Americas and corn is the importance of the nixtamalization process. Nixtamalizing corn changes the amino acid profile, making B vitamins and Niacin available and essentially making corn into a complete protein. Nixtamalized corn, along with beans and avocados, formed the dietary basis of the Meso-American civilization, which was at its peak at least if not more technologically and scientifically advanced and populated than any other civilization of its time. Without the nifty nixty process, folks who eat LOTS of corn develop particular deficiencies, such as pellagra (niacin deficiency). Miserable stuff. Post-1492, as European explorers exported the wonder-food maize around the world, nixtamalization didn’t often follow them, and the results were evident.

Don’t get me wrong. I LOVE cornbread, but it turns out the Daymon Morgan kernels are so large that they don’t easily grind in our Nutrimill grinder. So, to make cornmeal, we have to crack the corn in a simple hand grinder, then baby sit it to make the small pieces pass through the electric mill. Nixtamalization has given me a good, no, GREAT, way to work with our corn whole. And even better, nixtamal takes corn to another level. I instinctively want to eat a lot of it. The kids feel the same way, and they munch it down as soon as it comes from the pan. Can’t beat that!

Here’s how to nixtamalize corn:

Take one pound of field corn, preferably from your own garden, or a grower you know, and soak it in lots of water overnight.

soaking corn

Drain the water, put the corn in a pot, and add fresh water in abundance (2 to 1, water to corn).

Add either ½ cup sifted untreated hardwood ash (if you have it), or 2 Tablespoons pickling lime.

Bring the mixture to a boil and cook it for a long time. Our friend Sandor says three hours – stirring from time to time.

The skins will begin to loosen. When they begin to slough off, remove the pot from heat and begin to rinse. The whole mix will look really gross now, but smell nice.

gross corn

Rinsing is a water intensive process. Run water through the pot until all the little skin particles and gross cloudy liquid is gone. As soon as the water is cool enough, plunge your hands in there and squeeze and scrub the kernels to help them along. The rinse water should come clear. The kernels should be chewy soft.

changed corn

corn, transformed

This maize is hominy. It can be eaten just as it is, sauteed in butter as a chewy grain (nice with eggs). I’ve ground it in a food processor and made good little corn cakes from it. We’ve also dried it in a warm oven and ground it into masa. I’ve not perfected my masa tortilla process yet, but thoroughly enjoy tortillas with half and half flour and masa meal.  There are thousands of years worth of recipes to explore.

nixty corn

Nixtamalized maize is also the foundation for many corn ferments. I won’t comment on them now because I haven’t explored that realm yet, but it’s definitely the direction I’m going. I’ve taken these nixtamalizing directions loosely from Sandor Katz and his excellent books. Please look at them for more great ideas. I’m particularly looking forward to playing with fermented nixtamal and cocoa.

hominy

I have purposefully restrained myself from discussing genetic modification in this post. Maybe some other day. For now, suffice to say that thousands of years of skilled observation and care have created maize, and so many other important foods. It’s perfectly possible for that good work to continue without the help of gene-splicing agri-scientists/businessmen. Please support growers who use non-genetically modified crops. Eat more corn.  Vote with your plate.

If you would like to grow some of our Daymon Morgan seed (we’ve been saving it for about 6 years now), we will gladly sell you some. Contact us.

7 thoughts on “nifty nixty

  1. I’m really looking forward to growing our “Entwistle Rainbow” corn this year. Thank you so much for that and for this article. I’ve always wanted to know, in detail, how to properly make hominy. I tried it once years ago but had much less detailed instructions and got absolutely nowhere.

  2. Nice bt of family history there!!
    We need to go back to southern Ohio and look up the Corn family and see how they are doing. I remember them as deep country folk who in the 1950’s still had a farm house with the kitchen separated from the main house and the main eating area under a roofed in area also outside the house. People with rough hands and ready laughter.

  3. Pingback: right now: cottage cheese | radical farmwives

  4. I love how they call it genetic engineering in a bid to legitimize gene-splicing when the original plant breeders did no such thing. They just worked with the genes the plant already had.

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