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A JOURNAL OF ACADEMIC WRITING VOLUME 8

A JOURNAL OF ACADEMIC WRITING VOLUME 8

A JOURNAL OF ACADEMIC WRITING VOLUME 8

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is unfair to ask them to either accept GMO food or starve.<br />

Accepting GMOs as food aid is a threat to African peoples’<br />

beliefs about food safety, even if those beliefs are a result of<br />

European influence. Donating cash aid instead of in-kind aid<br />

may not chip away at the mountains of surplus corn in the U.S.<br />

or open up a new market for GMOs, but it is arguably more<br />

manageable for the United States to accept this concession than<br />

it is for Africa to wait for food while they starve.<br />

Some experts argue that Africa was ultimately at fault for<br />

their own hunger because they folded to the E.U.’s wishes.<br />

Gerald D. Coleman, a Catholic clergyman and advocate<br />

of GMOs, argues in his article “Is Genetic Engineering the<br />

Answer to World Hunger?” that: “It was a moral disgrace that<br />

in 2002 African governments gave in to [GMO] opponents<br />

and returned to the World Food Program tons of [GMO]<br />

corn simply because it was produced by U.S. biotechnology.” 8<br />

Coleman’s assertion is misguided.<br />

The Zambian president Levy Mwanawasa explained, “the<br />

rejection is not intended to demean those who had donated<br />

it, rather it was done to protect the long-term interest of the<br />

Zambian people and the environment.” 9 Regardless of whether<br />

the U.S. or the E.U. is right about GMO food safety, it is a<br />

secondary issue to the more important economic relationships<br />

between Europe and Africa. After the 2002 crisis had subsided,<br />

Zambia started exporting non-GMO food, allowing its<br />

economy to begin the recovery process. 10 If GMO seeds had<br />

entered the Zambian agricultural sector through food aid,<br />

they would not have been able to export GMO-free food.<br />

Obviously, it was the right decision for Zambia to reject GMO<br />

aid. The U.S. must begin providing cash donations for food aid<br />

instead of in-kind aid while the debate over GMOs plays out in<br />

the developed world; or the U.S. must cultivate and separately<br />

store non-GMO food for emergencies.<br />

The United States eventually offered to mill the GMO<br />

corn for the African countries, yet Zambia still refused to accept<br />

it. Zambia claimed that “any health problems that might arise<br />

from eating GMOs would be too costly to address.” 11 The<br />

reasoning was that Zambian people consume much more<br />

corn than Americans do, suggesting that there is no scientific<br />

evidence to prove that a diet consisting of such an amount<br />

of GMO corn is safe. 12 In fact, many experts do claim that<br />

GMOs are unsafe to eat. One oft-cited study was conducted by<br />

Arpad Pusztai for the Rowett Research Institute. Pusztai found<br />

that GMO potatoes sometimes caused internal organ mis-<br />

8 Gerald D. Coleman, “Is Genetic Engineering the Answer to World<br />

Hunger?,” America, February 2005, 17.<br />

9 Lieberman and Gray, “GMOs and the Developing World: A<br />

Precautionary Interpretation of Biotechnology,” 404.<br />

10 Ibid, 404.<br />

11 Clapp, “The Political Economy of Food Aid in an Era of Agricultural<br />

Biotechnology,” 472.<br />

12 Clapp, “The Political Economy of Food Aid in an Era of Agricultural<br />

Biotechnology,” 473.<br />

96 - HOHONU Volume 8 2010<br />

development and weakened the immune systems of laboratory<br />

rats. 13 Proponents of biotechnology argue that Americans have<br />

been eating GMOs without incident, and that there is no nonrefutable<br />

proof that GMOs are unsafe. 14 Norman Borlaug, the<br />

1970 Nobel Peace Prize laureate and biotechnology advocate,<br />

argues that “To date, there is no reliable scientific information<br />

to substantiate claims that transgenic crops are inherently<br />

hazardous.” 15 However, there is no conclusive evidence that<br />

transgenic crops are inherently safe, according to a large section<br />

of the scientific community. Notably, most studies conducted<br />

on GMOs are funded by private institutions in developed<br />

nations. Asking Africa to accept GMOs into their diets and<br />

their economies is asking them to accept a product that their<br />

scientists have not been able to test with the same vigor as the<br />

developed nations. This problem did not escape Zambia. In<br />

response to the GMO aid that the U.S. offered, Zambia sent a<br />

small group of their scientists to study the issue. They traveled<br />

to the U.S., South Africa, and Europe, and concluded that<br />

GMOs should not be accepted. 16 The scientists determined<br />

that accepting the aid could endanger biodiversity in local<br />

corn varieties; that introduction of GMOs into Zambia could<br />

threaten the European export market; and that the U.S.’s<br />

claims of GMO safety were inconclusive, particularly regarding<br />

“toxicity, allergenicity and antibiotic resistance.” 17 Even if<br />

GMOs would be perfectly safe to consume, Zambia did not<br />

cave to the E.U.’s precautionary stance. They did their own<br />

research and decided the risk was too high. The U.S. must<br />

respect the fact that African countries have the right to adopt<br />

the precautionary principle.<br />

Beyond the issues of trade relations and human safety lies<br />

the threat of purposeful cultivation of GMOs in Africa. The<br />

typical small farmer in Africa cannot afford the licensing fees<br />

and expensive GMO seeds on a regular basis. This is proved<br />

time and time again by the fact that they so often need food aid<br />

because of crop failure. They certainly do not have the money<br />

to consistently renew licensing agreements or purchase GMO<br />

seeds. For example, several African farmers who purchased<br />

expensive GMO cotton seeds with the intention of increasing<br />

their production went into debt because the GMO yields<br />

13 Mae-Wan Ho et al., GMO Free: Exposing the Hazards of Biotechnology<br />

to Ensure the Integrity of Our Food Supply, (Ridgefield, Connecticut:<br />

Vital Health Publications, 2004), 22 and Roberto Verzola, “Genetically<br />

Engineered Foods Have Health Risks”, in Genetically Engineered Foods,<br />

ed. Nancy Harris (San Diego, CA: Greenhaven Press, 2004), 38.<br />

14 Florence Wambugu, “Why Africa Needs Agricultural Biotech,” Nature<br />

400. (1999): 15 and Norman Borlaug, “The Second Green Revolution,”<br />

in Agriculture, Human Security, and Peace: A Crossroad in African<br />

Development, ed. M.Taeb and A.H. Zakri (West Lafayette, Indiana:<br />

Purdue University Press, 2008), 150.<br />

15 Borlaug, “The Second Green Revolution,” 150.<br />

16 Clapp, “The Political Economy of Food Aid in an Era of Agricultural<br />

Biotechnology,” 479 and Zerbe, “Feeding the Famine? American Food<br />

Aid and the GMO Debate in Southern Africa,” 599.<br />

17 Zerbe, “Feeding the Famine? American Food Aid and the GMO Debate<br />

in Southern Africa,” 599-600.

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