Planting for a Greener Yield

By Brandon Hunnicutt

Over the last 15 years, agriculture has been changing technologically at an amazing pace. It is something that is truly fun to look back at and realize where we have come. As a producer of corn, soybeans, wheat, seed corn, and popcorn over many of those years it has truly changed what we are able to do and what we will be able to do in the future.

Equipment technology has created a way for us to be able to be better stewards of our ground and resources. Biotechnology has allowed us to push the food, feed, and fuel production to levels that only a few short years ago, many people would not have thought possible. Plus, we are utilizing fertilizer at a better rate.

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Non-traditional Comestibles Suitable for Holiday-specific Ingestion

by Cody Cobb

Before Thanksgiving break, my plant systematics professor told us that if we handed her a list of the scientific names of every plant species we consumed over the holidays we would get extra credit. I toyed with the idea of simply rewriting a recipe to include the latin names but considered that too easy. Instead, I’d have to go all out and write a full-on academic paper of my holiday experience. Since this would also be my first Thanksgiving away from home, I had cause to experiment. What follows, then, is my extra credit assignment:

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The Right to Know: Why GMO Labeling Law Isn’t So Black and White

By Rob Hebert

Consumer advocacy groups are a strange animal. It seems that for every influential lobbying group with a senator’s ear, there are hundreds or thousands with only vague mission statements and no clear agenda for attaining their stated goals. I once spent a summer working for the latter type. A hallmark of this kind of crew is the use of the petition (bonus points if it’s online and has been circulating for more than a year). Issue-specific petitions almost never work when directed at agencies; they are often unsophisticated (in a legal sense) and rife with ambiguous language and emotional rhetoric. If I were more cynical, I might point out the possibility that many people in charge of these groups are aware of their petitions’ minuscule chances for success and instead use them to gin up controversy and interest in their cause, which is always a great way to get a few email addresses or financial contributions–some petitions even have a convenient donate button right next to where you “sign” your name!

draft_lens4060172module27649162photo_1239993139no_gmoA quick google search for “gm labeling petition” pulls up, well, more petitions than I really care to count. Most make seemingly modest demands about the “right to know,” consumer education, and truth in advertising. Is that an accurate view of the debate: Consumer education versus corporate secrecy? Truth is, the legal reality is a little more complex than these petitions would seem to indicate. Below, I’ve written a short synopsis of the government’s current stance on GMO labeling. It’s written for people without any legal training, so it’s only a sketch. I’ve also listed a few helpful resources at the bottom for anyone who wants to dig a little deeper. This is exclusively about U.S. law, but in future posts, I’ll discuss recent developments in the biotech laws of Canada, the European Union, and Japan.

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Breeding Tetanus Vaccines into Plants

By Melinda Yerka

This is a painting done by Sir Charles Bell in 1809 of a soldier dying of tetanus.  Doesn’t look too comfortable, hmm?  Tetanus is a condition brought on when certain bacteria, called Clostridium tetani, enter deep puncture wounds, such as the proverbial rusty nail, or in this soldier’s case, a dirty sword in battle.  Once inside the wound, C. tetani bacteria produce the tetanus toxin, which then migrates to the body’s central nervous system where it causes tetanus disease, characterized by intense muscle spasms.  70% to 80% of the people who contract tetanus die.  Unfortunately, many of these people today are newborn infants and their mothers.  Infection by C. tetani bacteria occurs in these cases when unclean instruments are used to cut umbilical cords or remove a fetus from the mother’s womb during live birth or abortion.  If the mother had been immunized against tetanus toxin, she and the infant (who would be born with some of its mother’s immunities) would have survived.

You may wonder why the mother was not immunized when vaccines against tetanus have been readily available for more than a generation.  In fact, it is because vaccinations are far less prevalent in poor countries than in wealthier nations such as the United States and much of Europe.  Furthermore, despite growing humanitarian interest in providing vaccines, the infrastructure of many developing nations is not sufficient to safely synthesize, transport, or store them.  Lack of pharmaceutical companies, efficient transportation systems, refrigerated warehouses, and knowledgeable physicians all play a role in the continued fight against tetanus.  Nevertheless, progress has been made since the early 1980′s, as depicted below in a graph from the World Health Organization (WHO).

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Biofortified's volunteer authors are devoted to providing factual information and fostering discussion about agriculture, especially plant genetics and genetic engineering. The site is written by grad students, professors, and guest experts. Meet our authors on the Authors page.

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