Los Baños, The Philippines
January 25, 2008
Rice research community seeks
to reach 18 million households with improved rice varieties,
increase yields by 50% within 10 years
The International Rice Research
Institute (IRRI) is receiving significant new funding to
harness major scientific advances and address some of the
biggest unsolved problems in agriculture. IRRI’s new project
will help develop and distribute improved varieties of rice that
can be grown in rainfed ecosystems—where farmers have little or
no access to irrigation—and withstand environmental stresses
such as drought, flooding, and salinity.
The Bill & Melinda
Gates Foundation today announced a grant to IRRI for US$19.9
million over three years to initially help place improved rice
varieties and related technology into the hands of 400,000 small
farmers in South Asia and sub-Saharan Africa. Farmers are
expected to achieve a 50 percent increase in their yields within
the next 10 years.
The grant to IRRI was part of a package of agricultural
development grants announced today by Bill Gates, co-chair of
the foundation, at the World Economic Forum in Davos. All of the
grants are designed to help small farmers boost their yields and
increase their incomes so they can lift themselves out of hunger
and poverty.
IRRI will draw on its past success in improving incomes for
millions of poor farmers to reach its ultimate goal: more than
18 million households benefiting from improved rice varieties
that will generate income increases and help lift farmers out of
poverty. IRRI will work closely with other national and
international agricultural research centers, including the
Africa Rice Center (WARDA).
In addition, the project will build the capacity of researchers
and seed producers in poor rice-dependent countries.
The success of the Green Revolution in the 1960s and ’70s—which
sharply boosted production, causing rice prices to steadily
fall—helped lay the foundation for the economic growth and
prosperity in Asia in the two decades that followed. The new
funding comes at a vital time for rice farmers, who are now
facing major production pressure and rising prices that threaten
Asia’s continued economic growth.
The project is underpinned by IRRI’s new strategic plan,
Bringing Hope, Improving Lives. With its focus on reducing
poverty, the plan, which gives fresh impetus to research at the
Institute, is now attracting support that will help some of the
world’s poorest people.
“If we are serious about ending extreme hunger and poverty
around the world, we must be serious about transforming
agriculture for small farmers—most of whom are women,” said
Gates. “These investments—from improving the quality of seeds,
to developing healthier soil, to creating new markets—will pay
off not only in children fed and lives saved. They can have a
dramatic impact on poverty reduction as families generate
additional income and improve their lives.”
The grant to IRRI is part of a package totaling $306 million
that nearly doubles the foundation’s investments in agriculture
since the launch of its Agricultural Development initiative in
mid-2006. The initiative, part of the foundation’s Global
Development Program, is focused on a range of interventions
across the entire agricultural value chain—from planting the
highest quality seeds and improving farm management practices to
bringing crops to market. The foundation believes that with
strong partnerships and a redoubled commitment to agricultural
development by donor- and developing-country governments,
philanthropy, and the private sector, hundreds of millions of
small farmers will be able to boost their yields and incomes and
lift themselves out of hunger and poverty.
Rice is a food staple for 2.4 billion people and provides more
than 20 percent of their daily calorie intake, and up to 70
percent for the poorest of the poor. In order to meet the
projected global demand for rice production in the 21st century,
the world’s annual rice production must increase by nearly 70
percent—from 520 million tons today to nearly 880 million tons
in 2025. With nearly all irrigated rice-growing lands already in
production, there is considerable potential to increase rice
yields on rainfed lands.
IRRI’s project will target the poorest rice farmers in Africa
and South Asia, who have little or no access to irrigation and
who are totally reliant on sufficient, timely rains. These
farmers are regularly exposed to drought, flooding, or
salinity—conditions that reduce yields, harm livelihoods, and
foster hunger and malnutrition. The development and distribution
of new rice varieties tolerant of these environmental stresses
can help avert hunger and malnutrition while improving
livelihoods for millions of farmers and their families. With
minimal access to irrigation and fertilizer, these farmers, who
own small plots on marginal land, are inevitably most
exposed—and most vulnerable—to poor soils, too much or too
little rain, and environmental disasters.
IRRI Director General Robert S. Zeigler emphasizes that, with
climate change threatening to worsen the frequency and severity
of these problems, the need for insurance—in the form of
stress-tolerant crops—is growing ever urgent.
“Scientists have been confounded by the challenges of stress
tolerance for decades,” said Dr. Zeigler. “But the rice-science
community in general and IRRI in particular have recently taken
significant steps forward through precision breeding to develop
stress-tolerant varieties. As a world-class scientific facility
with links throughout the rice-consuming world, we are uniquely
positioned to produce crop varieties that can—and have, and
will—benefit the poor.”
A team co-led by IRRI scientists made a key breakthrough in 2006
with the discovery of a gene that allows rice to survive up to
two weeks’ flooding with minimal yield loss. Varieties without
this gene that are subjected to more than a few days’ flooding
can be completely ruined.
The gene, known as Sub1, has been bred into several popular
varieties—which in the absence of submergence behave exactly as
the original variety—and these are already being tested in
farmers’ fields in India and Bangladesh.
A United States National Public Radio report in October 2007
visited a field of Sub1 rice grown by Bangladeshi farmer
Gobindra, the only person in his village who planted the seed
before an 8-day flood hit. After the water subsided, his crop
recovered and now every other farmer in Gobindra’s village plans
on planting the flood-tolerant variety. A striking time-lapse
video showing the relative effects of 10 days’ flooding on a
Sub1 rice variety and its non-floodproof counterpart is
available at www.irri.org/timelapse.asp.
Even Bangladeshi farmers who were devastated by Cyclone Sidr in
November last year —which was so fierce that no rice crop could
fully withstand it—can benefit from new varieties with
sufficient tolerance of submergence, salinity, and stagnant
flooding. Such varieties can mitigate the immediate effects of
severe storms and offer yields that will avert hunger until the
next harvest.
Several other major donors have signaled their confidence in
IRRI’s research. A series of significant grants has recently
come from the government of Japan (¥499.5 million—$4.7
million—for flood tolerance in Southeast Asia), Germany’s
Federal Ministry for Economic Cooperation and Development in
combination with the Eiselen Foundation (€1 million—$1.45
million—for salinity tolerance), and the International Fund for
Agricultural Development ($1.5 million for sub-Saharan Africa,
in partnership with the Africa Rice Center).
The International Rice Research Institute (IRRI) is the
world’s leading rice research and training center. Based in the
Philippines, with offices in 13 other countries, IRRI is an
autonomous, nonprofit institution focused on improving the
well-being of present and future generations of rice farmers and
consumers, particularly those with low incomes, while preserving
natural resources. IRRI is one of 15 centers funded through the
Consultative Group on International Agricultural Research
(CGIAR), an association of public and private donor agencies (www.cgiar.org)
Guided by the belief that every life has equal value, the Bill &
Melinda Gates Foundation works to help all people lead healthy,
productive lives. In developing countries, it focuses on
improving people’s health and giving them the chance to lift
themselves out of hunger and extreme poverty. In the United
States, it seeks to ensure that all people—especially those with
the fewest resources—have access to the opportunities they need
to succeed in school and life. Based in Seattle, the foundation
is led by CEO Patty Stonesifer and co-chair William H. Gates
Sr., under the direction of Bill and Melinda Gates and Warren
Buffett.
Gates Foundation boost for climate-hardy rice |
February 4, 2008
Source: SciDev.Net
The Bill and Melinda Gates Foundation has announced
a grant to aid the production of stress-tolerant
rice varieties.
The US$19.9 million grant for the Philippines-based
International Rice Research Institute (IRRI) will be
used to develop suitable rice varieties to help poor
farmers in Africa and Asia mitigate the effects of
climate change.
Announced last month (25 January), the three-year
funding is part of a US$306 million package of
agricultural development grants announced by the
foundation at the World Economic Forum in
Switzerland.
The money will be used to develop and distribute
rice varieties that can withstand drought, floods
and salty water to 400,000 farmers in Asia and
Africa who rely on rain fed agriculture so are
vulnerable to such effects.
The project ultimately aims to reach 18 million
households and help farmers achieve a 50 per cent
yield increase in the next 10 years.
Duncan Macintosh, IRRI spokesperson, told SciDev.Net
that the harsh conditions caused by climate change
threaten global rice production — rice prices in
Asia have more than doubled in the past 2–3 years.
The rice-science community, in particular IRRI, have
recently taken steps towards developing
stress-tolerant crop varieties by precision breeding
— the movement of specific genes from one variety to
another. However, research and application in this
field face difficulties.
"There are two main challenges. The first is
adapting [varieties] to many local environments and
conditions. It will take many varieties to cover all
the conditions. The second challenge is the
dissemination to farmers," says Macintosh.
According to Macintosh, IRRI will disseminate the
new rice varieties through its traditional partners,
the ministries of agriculture in each country, as
well as new partners such as nongovernmental
organisations and their networks, and private sector
partners.
Wang Feng, a leading scientist at the Fujian Academy
of Agricultural Sciences, says the project will
greatly help poor farmers in Africa and Asia.
"But providing rice varieties alone is far from
enough. Improvements in irrigation conditions and
mechanisation, and providing technology training
courses for farmers to improve rice planting in
local areas are indispensable," Wang told
SciDev.Net. |
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