Million-dollar vote
of confidence from Mexican farmers and state officials

Jorge Artee Elias Calles (left) chats with
farmers visiting the CIANO research station. |
Nobel Peace Laureate Norman E. Borlaug anchors
the announcement of a global, Cornell-coordinated project to combat
a deadly wheat disease, and a Mexican farmer organization and Sonora
officials pledge a million dollars for CIMMYT’s work to secure
wheat harvests for developing country farmers.
Dr. Norman Borlaug had a joyous reunion in early April
2008 with CIMMYT and Mexican friends and former colleagues at the
place—the research facilities near Ciudad Obregón,
Sonora state, owned by the farmers union
Patronato para la Investigación y Experimentación
Agrícola del Estado de Sonora—where he and his
research team developed the Green Revolution wheats. His visit came
on the occasion of the announcement there by Ronnie Coffman, director
of international programs at Cornell University’s College
of Agriculture and Life Sciences, of a USD 26.8 million grant to
Cornell by the Bill & Melinda Gates Foundation to launch a global
partnership to combat the rust diseases of wheat, particularly the
virulent stem rust strain from eastern Africa, Ug99.
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At the same event, the President of
the Patronato, Jorge Artee Elias Calles, and the Sonora State Secretary
for Mexico’s Federal Ministry of Agriculture, SAGARPA, announced
that the Patronato and the state of Sonora would give respective
donations to CIMMYT of 6 million pesos and 4 million pesos—equivalent
to nearly USD 1 million in total—for research on rusts and
on Karnal bunt disease. “The farmers of the region are aware
of Ug99 and the problems it represents in other part of the world
and could cause in the Yaqui Valley [the Ciudad Obregón region]
in the future,” said Artee. “The donations are in honor
of Dr. Borlaug and to welcome CIMMYT’s new Director General,
Thomas A. Lumpkin.”
Lumpkin, who took up his appointment in mid-March
2008, thanked the Patronato and Sonora for the funding, which will
support center research to combat wheat diseases. “I would
also like to thank the Patronato for their other generous contributions
to CIMMYT over the years,” he said. “They and other
local farmers have played a vital role in our work, and I hope this
privileged partnership will continue well into the future.”
Nobel Peace Prize Laureate Norman Borlaug
takes a closer look at new, high-yielding, disease resistant
varieties of wheat
from CIMMYT. |
Borlaug, who recently turned 94, was full of vigor
and enthusiasm as he spoke to the gathering in fluent Spanish and,
as on countless occasions throughout his life, went into the field
to cast his discerning eye over rows of experimental wheat lines—this
time, new ones that carry resistance to Ug99. “The rust pathogens
recognize no political boundaries and their spores need no passport
to travel thousands of miles in the jet streams,” he said.
“Containing these deadly enemies of the wheat crop requires
alert and active scientists, strong international research networks,
and effective seed supply programs.” The new Cornell project
essentially brings full circle work begun by Borlaug and Mexican
associates 60 years ago in northwest Mexico, as part of the Rockefeller
Foundation-funded Office of Special Studies, that resulted in the
release of high-yielding, stem rust resistant wheats.
Patronato and CIMMYT roots
entwine
The Patronato descends directly from a group of farmers who, having
personally experienced the benefits of agricultural research, began
supporting Borlaug’s pioneering wheat improvement efforts
in the 1940s. “When Borlaug arrived, Valley farmers were struggling
to survive because their wheat varieties regularly succumbed to
stem rust,” says CIMMYT wheat agronomist Ivan Ortiz-Monasterio.
“After they began sowing Borlaug’s rust resistant wheats,
they doubled their harvests and became firm believers in agricultural
research.”
To ensure that research activities in the Valley would
continue, in 1955 the farmers, with government help, bought land
and made it available to the Ministry of Agriculture. It was to
be used for CIANO, the Northwestern Agricultural Research Center,
for work in collaboration with Borlaug and his colleagues. Thus
began a mutually beneficial relationship between Yaqui Valley wheat
producers and Borlaug’s team of scientists. Over time, the
former evolved into the Patronato and the latter became CIMMYT.
Extraordinarily fruitful not only for Patronato and
CIMMYT but for much of the world, the relationship continues to
this day. Starting in the 1960s, when the semidwarf wheat varieties
developed by Borlaug and his colleagues in Mexico kept millions
from starving in India and Pakistan, CIMMYT varieties and other
wheat technologies have made a big difference in the lives of many.
Endowed with many useful traits (such as disease resistance, wide
adaptation, and heat and drought tolerance), the modern varieties
have helped raise yields and produced enough food to feed millions
of people in the developing world.
Stem rust rises again
The stem rust race Ug99, identified in Uganda in 1999, is the only
known race of P. graminis tritici to be virulent against
the resistance genes that have kept wheat crops safe for decades.
The presence of the new rust was confirmed in the Arabian Peninsula
and Sudan in 2006, and in Iran in 2007. Prevailing wind patterns
predict its spread to the vast wheat-growing areas of North Africa,
the Middle East, and Central, West, and South Asia. Most major wheat
cultivars in this migration path are susceptible to Ug99, so annual
losses of as much as USD 3 billion are possible. The effects on
rural livelihoods and geopolitical stability would be incalculable,
particularly given the current global food shortage crisis.
The new project will involve researchers from Cornell,
CIMMYT, the Syria-based International Center for Agricultural Research
in the Dry Areas (ICARDA), FAO, and the national agricultural research
programs of Ethiopia and Kenya. Among other activities, the project
will seek to replace susceptible varieties with seed of durably
resistant varieties and to introduce genetic immunity to rust from
rice to wheat.
For more information: Ravi Singh, CIMMYT
wheat geneticist/pathologist (r.singh@cgiar.org)
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