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Het is de zaadindustrie een doorn in het oog dat boeren
ieder jaar opnieuw van hun eigen oogst de beste rijst gebruiken om weer uit te
zaaien. Niet dat ze alleen daarom hybride variëteiten ontwikkelen, maar het is
mooi meegenomen als de oogst van een nieuwe, overigens goed presterende
rijstsoort niet meer nuttig is om ingezaaid te worden wegens steriliteit. De
boeren spreken van zelfmoordzaad. Bij maïs is dit al jaren een gangbare
praktijk; bij rijst nog niet.
Killing
fields the global push for hybrid rice continues
The seed
industry will do whatever it takes to stop farmers saving seeds. The only way
it can make big money from seeds is to force farmers to buy from seed companies
every year. With rice, one of the world’s most important crops, it is no wonder
that there is a relentless push for a hybrid variety that is essentially
sterile.1 Suicide seeds, so to speak. Of course, the seed industry
wants people to believe that there are other reasons behind the push for hybrid
rice. They talk of higher yields and big profits for farmers. But if you look
at the situation in the fields, none of that turns out to be true.
In 2005,
GRAIN released a report2 documenting the dismal performance of hybrid
rice in Asia. Despite the promises of higher yields, hybrid rice was largely a
fiasco in the field. The only country that was said to be reaping success from
it was China, the birthplace of the hybrid rice “miracle”. Because what was
happening in China seemed to be different, we decided to go there in 2006 to
hear from the farmers on the ground.3 Their stories confirmed our
suspicions about the country’s reported successes. A wide gap existed between
the yield projections made by scientists in the laboratory and farmers’
experiences in the field. Some farmers reported no increase at all in yields
and, in areas where there were rises, they were modest and owed much to the
liberal use of chemical fertilisers and pesticides and steady irrigation. The
Chinese peasants we met told us that after three decades of hybrid rice
development they were as poor as ever.
In some
Asian countries where farmers are still growing hybrid rice, it is often only
because of government programmes that heavily subsidise it or, as in the case
of China and Burma, that leave farmers no other option. Even the World Bank, a
long-time supporter of hybrid rice through its funding of the International
Rice Research Institute (IRRI), has begun to see how such programmes “distort”
rice farming. In a report published earlier this year, it slammed the
Philippine government’s subsidy on hybrid rice as a major waste of public resources.4
Yet governments continue unperturbed with their ambitious projects to promote
hybrid rice. In Asia and Africa, it is hailed as key to meeting the millennium
development goal of food security. Packed within broad co-operation agreements
that include oil exploration or agrofuel production, it is also seen as an
important component of addressing the impending energy crisis. Developing
countries are not the only ones rolling out the carpet for hybrid rice. Field
trials are under way in Spain and Italy,5 and in other European
countries through Medrice, the UN Food and Agriculture Organisation’s (FAO)
Inter-Regional Co-operative Research Network on Rice in the Mediterranean Climate
Areas.
TNCs and
China’s emerging seed empire
China is at
the centre of this emergent transnational rice seed industry. Some of the corporate
players moving in on rice seeds are well known transnationals, such as the pesticide
and seed giants Bayer, DuPont and Monsanto or the agribusiness titan Charoen
Pokphand. The Chinese corporations, operating inside and outside China, may be
less well known, but they are pursuing the same path as these larger seed
corporations, perhaps even more aggressively. Hybrid rice is indeed their entry
point on to the stage of the global seed industry, and they have the backing of
the Chinese government’s growing international presence to help things along.
Just as
Monsanto and the others look to mergers with Chinese seed companies to break
into the Chinese seed market, Chinese seed corporations are tying up with local
players, both from industry and government, to secure their place in countries outside
China. Thus we see a number of smaller companies in places like Indonesia and
Vietnam forming partnerships with Chinese companies to sell Chinese hybrids. So
far, the most high-profile merger involving a Chinese seed company occurred in
July 2007 when France’s Vilmorin (the world’s fourth-largest seed company)
bought 46.5 per cent of Yuan Longping High-Tech Agriculture, one of China’s
largest seed corporations and its leading supplier of hybrid rice seeds.
Most
Chinese companies are tightly linked to, and spun-off from, the breeding
programmes of China’s public agricultural research system, which often seals
deals for its companies through international development agreements. The
Chinese Academy of Agricultural Sciences (CAAS), for example, has formed
partnerships with governments in Malaysia and Indonesia to set up seed research
centres in these countries to serve as the bases for hybrid rice joint ventures
between Chinese and local seed companies. Sichuan Nongda, the private arm of
Sichuan
Agricultural University’s Rice Research Institute, has an on-going
collaboration with the Burmese government. In Madagascar, China will build a
hybrid rice development centre – involving US$1.28 million of government funds
– as part of its effort to promote agricultural production.6 This is
one of the ten agricultural technology projects that China has promised to
build in African countries, including Sierra Leone, Mozambique, Ghana, Egypt
and Nigeria. In Liberia, an “intensive training programme on hybrid rice
cultivation techniques”, under the China–Liberia Agriculture Technical
Cooperation – which President Ellen Johnson-Sirleaf recently heaped praise on –
has reportedly inspired the planned construction of an agriculture college next
year.7
IRRI takes
a back seat
Something
that stands out in this new push for hybrid rice is that IRRI – the primary
institution involved in developing hybrid rice for the tropics – has pretty
much disappeared from the scene. In its 2007–2015 strategic plan, “Bringing
Hope, Improving Lives”,8 hybrid rice is hardly mentioned.
Is IRRI
backing away so as not to compete directly with the Chinese, who are moving
aggressively to clinch deals to set up hybrid rice research centres everywhere?
The TNCs and Chinese companies appear to have taken over this front, and so perhaps
there is no further need for IRRI’s breeding programmes.
This shows
where IRRI really fits within the rampant privatisation of agricultural
research: the whole point of IRRI’s hybrid rice work was to stimulate a private
seed industry. No doubt it has the same template for the rest of its work, such
as its GM rice research.
Early this
year IRRI struck a new research agreement in Indonesia, including support for developing
“improved rice varieties with high yield potential, grain quality, and
resistance to pests”.9
It sounded
like a resurrection of its GM bacterial blight rice experiment in the
Philippines, which was stopped by public protests. Also, ambitious GM research
is reportedly under way at IRRI to develop “C4 rice”, which supposedly would boost
the crop’s photosynthetic efficiency (thereby producing more grains), like C4
plants such as maize. And it continues to work on “Golden Rice” – the patented,
genetically modified rice variety with increased beta-carotene content,
controlled by Syngenta.
The threat
continues …
The ghost
of the Green Revolution’s high yielding varieties (HYVs) might have long faded from
collective memory, but the fear of famine remains for many as unsettling as a
poltergeist.
On IRRI’s
website, there is a little counter constantly calculating the ratio between
global population (always increasing) and hectarage of arable land (always
decreasing). It must frighten many people. Yet at any given point, one can do a
simple mathematical computation and find that there would be more than enough
land on which to grow rice, if important resources like land and seeds were
equitably distributed. For itself, IRRI sits on a 300-hectare campus, houses
100,000 rice cultivars, and comes up with one or two hybrid rice lines once in
a while that make no impact on farmers. When will this craziness stop?
The same
can be said of hybrid rice itself. The main argument for developing hybrid rice
has always been that the increased demand for food, especially given the rate
at which global population is increasing, will have to be met with less land, less
water, less labour, and less pesticide. It is, however, precisely in these
conditions that hybrid rice performs worst, as is shown by the experience of
almost every country that has tried to grow it. As we’ve also learned from
different country programmes, the subsidies that governments pay, out of
taxpayers’ money, just to get a hybrid rice programme up and running go more or
less straight into the coffers of seed and agrochemicals companies. Yet
governments still want to keep the money flowing for hybrid rice …
The threat
that hybrid rice is posing to farmers’ agricultural biodiversity is no longer
confined to genetic erosion. Many of the companies involved in this current
hybrid rice explosion are also developing GM rice, and are involved in various
incidents of contamination. They are taking control of the rapidly changing
seed system. This undermines farmers’ livelihoods and food sovereignty, and
eats at the very core of sustainable farming.
1
grain.org/hybridrice/?id=57
2 grain.org/briefings/?id=190
3 Seedling January 2007 grain.org/seedling/?id=455
4 grain.org/research/?lid=190
5 http://tinyurl.com/2k48s3
6 http://tinyurl.com/2uf9gp
7 http://tinyurl.com/25qv7q
8 http://www.irri.org/
9 http://tinyurl.com/2br8qn
Ontleend aan Seedling van Grain, Oct. 29, 2007
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