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GMO

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GMO s, Biotech Food and Trade Policy Lecture 16 AHEED International Agricultural Trade and Policy Taught by Alex F. McCalla, Professor Emeritus, UC Davis. – PowerPoint PPT presentation

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Title: GMO


1
GMOs, Biotech Food and Trade Policy
  • Lecture 16 AHEED International Agricultural
    Trade and Policy
  • Taught by Alex F. McCalla, Professor Emeritus, UC
    Davis.
  • April 8, 2010, University of Tirana, Albania
  • Lecture Courtesy of Professor Colin A. Carter, UC
    -Davis
  • Readings
  • FAO Agric Biotechnology
  • Jonathan Rauch Will Frankenfood Save the
    Planet?
  • Economist Monsanto


2

Genetically Modified Crops
  • "Biotech" is genetic modification the selective
    transfer of genes from one organism to another.
    Ordinary breeding can cross related varieties,
    but it cannot take a gene from a bacterium, for
    instance, and transfer it to a wheat plant.
  • e.g., golden rice developed by inserting a
    daffodil gene into rice GM rice contains
    betacarotene, which humans convert to vitamin A.
    (WTO vitamin A deficiency causes 250-500
    thousand children to go blind each year).

3
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4

Rauch
  • UN estimates the population will grow by 40,
    from 6.3B to 8.9B in 2050.
  • Feeding those people, their pets providing
    increasingly protein-rich diets that an
    increasingly wealthy world will expectwill
    require food output to at least double,
    possibly triple.

5
Qaim, AJAE, 2005
  • GM technologies differ from previous crop
    innovations because
  • GM crop development commercialization are
    driven by the private sectormostly rich country
    multinationals.
  • Intellectual property rights (IPRs) have gained
    in importance (e.g.,)
  • GM crops are associated with new environmental
    health risks, entailing new regulatory
    procedures.
  • Uncertainty risk aversion have also led to
    limited public acceptance precautious policy
    approaches.
  • Modern biotechnology separates developing a
    specific crop trait the breeding of locally
    adapted germplasm.

6
Strong Views on All Sides
  • The campaign of fear now being waged against
    genetic modification is based largely on fantasy
    a complete lack of respect for science logic.
    Genetic modification can reduce the chemical load
    in the environment, reduce the amount of land
    required for food crops.
  • Dr. Patrick Moore, ecologist co-founder of
    Greenpeace, March 2001.

7
More
  • California is the state with the highest
    potential economic impact associated with
    adoption of GM crops.
  • National Center for Food and Agricultural
    Policy

8
Policy Issues
  • Starlink Corn contamination in US (2000)
  • Zambia rejected food aid (GM corn). It is better
    for Zambians to starve than eating harmful food.
    (2002)
  • Oregon vote on mandatory GMO labeling (2002)
  • GM Wheat shelved in N. America (2004)
  • Ventrias pharma rice (2004)
  • Brazil legalized GM soy/cotton in 2005
  • County GM crop bans (e.g. Sonoma) in Calif. 2005
    defeated 57 to 43
  • WTO ruled EUs de facto ban on GMO approval was
    not based on scientific concerns (2006).
  • Liberty Link Rice contamination in US (2006)
  • US Judge halts sale of GM alfalfa seeds (2007)
  • Bt cotton accused of being main reason for a
    resurgence of farmer suicides in India (2008).
  • US Judge overturned USDA approval of GM sugar
    beets (09)


9

US Regulatory Approach
  • US FDA deals with pre-market approval of GMOs
    foods containing GM ingredients
  • USDAs APHIS regulates small-scale field testing
    of GM plants before commercialization.
  • US EPA regulates GM plants that express
    pesticides such as Bt corn.

9
C Carter
10

Food Labeling US Regulatory Approach
  • FDAs 92 position was very clear labeling of GM
    foods is not required.
  • FDA approach is based on scientific risk based
    assessment of GMOs concept of substantial
    equivalence objective of such an approach is not
    to establish absolute safety, but to consider
    whether/not GM foods are as safe as conventional
    foods.
  • Alternatively, EU follows the precautionary
    principle

10
C Carter
11
Source USDA, ERS
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18
Source Fernandez Cornejo Caswell USDA, ERS,
April 2006
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21
GMO Importance in Developing Countries
e.g.China
  • gt 75 of China's cotton now biotech.
  • Bollworm resistance to pesticides was a big
    problem in China before Bt.
  • Cotton fields were sprayed up to 40 times.
  • With Bt cotton, Chinas farmers have saved 20 in
    production costs.
  • Chinas pesticide use has fallen sharply with Bt
    cotton (C. Pray).
  • Bt cotton has potential to eliminate the need for
    40 of global pesticide use (Clive James, ISAAA).

22

Technology vs Chemicals
  • Organic farming, uses no artificial fertilizer,
    but it does use manure, which can pollute water
    and contaminate food.
  • Traditional farmers may use less herbicide, but
    they also do more ploughing, with environmental
    complications.
  • Low-input agriculture uses fewer chemicals but
    more land.

23
Are Transgenic Rice/Wheat Different from other
GMOs?
  • GM rice wheat are not commercially grown.
  • Rice/wheat are food grains, whereas corn,
    soybeans are mainly used for feed.
  • Soybean, corn, canola oil largely exempt from
    labeling regulations in Japan.
  • Plenty of GM food now eaten in EU, Japan,
    China.

24
EU versus GM Technology
  • In WTO case, US alleged violation of Sanitary
    Phytosanitary (SPS) Agreement.
  • From Oct. 98 no new GMOs authorized in the EU
    until 2006.
  • EU response to WTO case lack of consumer demand
    accounts for low sales of GMOs in the EU (EU
    trade directorate).
  • EU adopted new rules on labeling traceability.
    EU trade directorate says the EU system is
    science based not driven by economic
    considerations.

25
EUs Approach
  • Labeling at 0.9 tolerance.
  • EU influences other countries (Isaac Paarlberg)
    e.g. Zambia, Zimbabwe, Russia China
  • Lowering of adventitious presence of unapproved
    transgenic material to 0.5 from 0.9? Including
    soy corn oil corn gluten (whether or not DNA
    is detectable).

26
EU Maize Imports
mt
US
Arg
BZ
27
EU Soybean Imports
mt
BZ
US
Arg
28
International Rules
  • UN food code (Codex Alimentarius) unable to reach
    an agreement on GM labeling.
  • Cartagena Biosafety Protocol uses a
    "precautionary approach allows importers to
    block GM imports if they are not satisfied with
    information supplied by exporters.
  • Protocol promotes idea of letting each country
    decide on its own labeling policy.
  • US has opposed the Cartagena Protocol.

29
Labeling
  • Mandatory labeling encourages food processors to
    switch away from GM ingredients avoid labels,
    especially for highly processed products.
  • In the EU, tolerant consumers suffer economic
    loss due to lack of choice at retail level.
  • US food industry asked US govt to file a WTO
    complaint against the EU's new biotech
    traceability and labeling rules, from Apr. 2004.

30
Harmonization of Labeling Policies
  • Kirchoff Zago (2001) Jackson (2002) find that
    harmonization is not a good idea for the US EU.
  • Labeling policies may not have a large effect on
    soybeans corn (Gruère Carter) animal feed is
    (currently) exempt from labeling.
  • Transgenic food crops (wheat rice) is a
    different story labeling will have significant
    economic effect.

31
Starlink Corn
  • Sep. 18, 2000, Washington Post reported genetic
    material from StarLink corn was found in taco
    shells.
  • StarLink was approved by US EPA for animal feed
    but not for human consumption (i.e., a split
    license).
  • StarLink was co-mingled with non-StarLink corn
    this led to recalls of hundreds of food products
    domestically and overseas.
  • StarLink corn was not approved for food or feed
    use in Japan or S. Korea.
  • Aventis settled a class action lawsuit for 112 m.

32
LL601 Rice Contamination
  • GM rice not commercially grown in US or
    elsewhere.
  • Bayer trials on LL Rice contaminated seed supply
    of US Long Grain rice reported in 2006.
  • US produces 160 million cwt of long grain rice
    each year exports 50
  • EU stopped importing US long grain following the
    Aug 18th 2006 contamination announcement.
  • Resulted in a 10 to 20 drop in US long grain
    exports in 2006/07 subsequent years.
  • Another lawsuit is underway farmers v. Bayer.

33
Liberty Link Rice Contamination Impact on
November rice futures
/cwt
LL601 Contamination announcement
34
U.S. Long-Grain Rice Exports to European Union
(million cwt)
Note August-July crop year figures are rough
equivalent. Compiled from U.S. Department of
Commerce and USDA FAS trade data.
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