Inside the Gate
  Views from Campus: Honorary Degrees and Graduation 2008; Western Students Exceed
Lebanese Expectations; Teaching in Tehran; A May Explosion
Fast Track to Slow Food: A Crash Course in Lebanese Heritage Cuisine
Heavenly Halloumi
Better Barley, Wonder Wheat and Champion Chickpeas
A Night Out in Beirut
In Our History
Alumni Profile
Maingate Connections
Alumni Happenings
Class Notes
AUB Reflections
In Memoriam
From the President
From the Editors
Letters to the Editors
Last Glance
Charles W. Hostler Student Center Welcomes Students, Staff and Alumni
Try it On On-line
Redefining Nursing in Lebanon
Collecting Lebanon's Past
Fast Track to Slow Food: A Tour of Lebanon's Best Culinary Traditions
Better Barley, Wonder Wheat and Champion Chickpeas
Class notes: May Albert Rihani Receives the 2008 Khalil Gibran International Award
Last Glance: Lee Observatory

Summer 2008 Vol. VI, No. 4


Better Barley, wonder wheat and champion chickpeas

How agricultural sustainability and genetic engineering are taking on climate change, women,s empowerment, and global food security

It took a trip to Syria to learn that the most common varieties of foods we eat-wheat, barley, chickpeas-are constantly being replaced by new varieties that can fight disease, improve production, and respond to the challenges of climate change. The consumer doesn't generally know the difference.-Ed.

Improving the most common varieties of the foods we eat is at the heart of the research taking place at ICARDA, the International Center for Agricultural Research in the Dry Areas, located outside of Aleppo, Syria, and headed by Director General Mahmoud El Solh (BS '69, MS '72 from AUB, PhD '78 from UC Davis). ICARDA is one of 15 international agricultural research centers spread all over the world under the Consultative Group for International Agricultural Research (CGIAR) whose mission is to contribute globally to enhance food security, alleviate poverty and protect the environment. ICARDA is dedicated to improving food production in ways that are environmentally sustainable, with a special research mandate to improve barley, lentil, and fava beans globally, and durum and bread wheats, chickpea, pasture, and forage legumes in the Central and West Asia and North Africa (CWANA) region as a platform to address global challenges facing dry areas. They've developed a chickpea variety that thrives in a bitter winter and barley that survives drought. They're researching crops that can be irrigated with salty water and identifying disease resistant strains of wheat that will slow the spread of Ug99, a deadly blight that is spreading around the world and that, if unchecked, could decimate global wheat production. (Google "Ug99" for some terrifying articles.)

ICARDA is no small operation. The center is located on an expansive 1,000 hectare farm off the highway heading into Aleppo. Five hundred staff of 45 nationalities, including breeders, biotechnologists, agronomists, geneticists, and agricultural economists drive a research platform that is responding to the far reaching consequences of climate change and a few staggering numbers: of the 1 billion people living in dry areas around the world, 700 million live in severe poverty. This is projected to double in the next 30 years. Forty-one percent depend on agriculture for their livelihood. But their nutritional status is poor, agricultural systems aren't producing enough food to go around, and natural resources are being destroyed in the process.

The winter chickpea: ensuring hummus for all
A bowl of creamy hummus and olive oil seems common enough to most of us. But the chickpea, which is grown in 33 countries worldwide, is a valuable source of high-quality protein for millions. It's also a valuable source of feed for livestock. But it's hard to grow. Sown in the spring, crops can suffer in the heat and drought, and fail. Sown in the winter, crops can be totally lost because of a fungal disease called ascochyta. One of ICARDA's success stories is the introduction of a winter chickpea: after10 years of studying 20,000 accessions and conducting chickpea trials in three ecologically diverse locations, ICARDA and its partners developed a cold and blight resistant winter chickpea with a 62 to100 percent higher yield.

Ug99: a tsunami on wheat production worldwide

In many cases new plants-which can take 20 years to develop and release-improve production and a farmer's livelihood, like the winter chickpea; but some new varieties are being developed because of an urgent need. A wheat stem rust called Ug99, currently being airborne around the world, is the black plague of wheat diseases. "Ug99 could act like a tsunami on wheat production worldwide," says Ken Street, the legume curator for the ICARDA collection. And there's a precedent: in the 1950s, 40 percent of the spring wheat crop was lost in North America due to the disease.

Since 1999, when Ug99 was discovered in Uganda, it has been windborne to Kenya, Ethiopia, and Yeman; in June 2007 the winds of Cyclone Gonu unexpectedly took Ug99 to Iran, a major wheat producer, years earlier than expected. "We all know that Ug99 is capable of causing enormous losses to

wheat production and food security in the Horn of Africa, the Nile Valley countries, West Asia, North Africa, and even worldwide unless it is controlled through deployment of wheat varieties with durable rust resistance. This effort is beyond the capacity of any one country or any one institution. This needs a global effort," says ICARDA Director General Solh. As the disease is carried on prevailing winds, Pakistan-the gateway to the Asian breadbasket-and India are likely to be hit next. Also at risk is Afghanistan, a country in transition that could do without any additional problems. Pesticides are only nominally effective; the best solution is to plant disease resistant crops. Richard Brettell, director of ICARDA's Biodiversity and Integrated Gene Management Program, says that the center has identified resistant wheat varieties, and these are currently under evaluation in national agricultural systems around the world.

Breeding for biodiversity
The Ug99 crisis calls into play the critical role of seed banks for making diverse genetic resources available for breeders. Modern crops are genetically uniform. What drives evolution is diversity. Explains Street, "Our job at the center is to develop new crop varieties and protect the region's native plants. And that's very important work because we're continually trying to play the role of evolution. The United States Department of Agriculture (USDA) calculates that a new variety only lasts for about five years. Then climate change and pests kick in." Pests like Ug99. By building a diverse collection of specimens from throughout the region, ICARDA and other plant breeders can access landraces (the local strains that have been selected by farmers over centuries) and introduce new disease and pest resistant plants. "A lot of people just eat their morning toast and cereal and are completely oblivious to the fact that to keep food on the table it's a huge effort on the part of organizations that breed varieties," adds Street. Twentieth century wheat, corn, and barley hybrids have successfully been developed for high productivity, but they often don't last. A seed bank such as ICARDA's ensures future biodiversity and the ability to drive evolution and develop stronger plants.

Coping with agricultural disaster in Iraq and Afghanistan
Years of conflict practically destroyed Afghanistan's agricultural capabilities, and over the last twenty years, many Afghanis have suffered from malnutrition, become dependent on food aid, and been forced to leave farms and homes. ICARDA has recently introduced Village Based Seed Enterprises (VBSEs) that enable cooperatives of local farmers to produce high quality, low cost, and market-relevant seed. One of the most innovative aspects of this program is an ingenious, inexpensive seed propagating machine designed by ICARDA engineers that can be built with basic parts available in almost any developing country. In Afghanistan, 21 VBSEs were established in five provinces between 2004 and 2005, contributing to net income increasing from $850,000 to $2.3 million in just two years-in a country that could barely feed itself a few years earlier. VBSEs are spreading throughout the CWANA region as well.

Empowering women
Unlike some other agricultural industries in Afghanistan, growing poppies continues to be a lucrative, if illegal business. A few alternatives being introduced by ICARDA are providing the rural poor with new opportunities to diversify crops and at the same time empowering women in the workplace. Funded by the UK's Department for International Development (DfID), one ICARDA RALF (Research in Alternative Livelihoods Fund) project has successfully involved Afghani women in the growing and harvesting of mint, and the development of mint derived products such as dried mint, mint oil, and mint water. Protected agriculture-work that takes place in the protected environment of a greenhouse-provides a safe place of work for women from conservative communities. "Male farmers will allow women to work in greenhouses because it's a closed environment. They don't allow them to work in the fields. This social dimension to our work is very important," adds Solh.

These derivative products achieve lucrative profits for their producers. Dried mint fetches a 250 percent profit in the urban markets. And since the price of mint can be ten times more expensive in the winter, investing in greenhouses is an attractive option. The RALF project has helped establish greenhouses in three provinces, provided cuttings of high yielding mint varieties, and has so far trained more than 5,000 women on how to produce mint products. ICARDA has also been successful in introducing farmers to saffron cultivation as another alternative to poppy growing.

Solh notes that 2008 was the driest year on record in Syria since 1978, with just 210 millimeters of rain. "The major challenge for us at ICARDA is to cope with the effects of climate change," says Solh. "All the work in drought tolerance, seed tolerance, salinity tolerance and at the gene bank is to provide a source of genes to protect biodiversity as crops are increasingly exposed to climate change."?


More On-line

Ug99, a deadly blight that is spreading around the world, could decimate global wheat production. Google "Ug99" for some terrifying articles.

Agricultural systems in ruins
Seed banks are regional resources that are also easy targets in conflict. Significant collections at seed banks in both Iraq and Afghanistan have been destroyed. In 2002, Taliban fighters in Afghanistan destroyed the national seed bank when they stole the plastic seed containers and dumped the entire germplasm collection on the floor. The national seed bank in Iraq, located in the city of Abu Ghraib, was completely destroyed following the looting at the end of the 2003 war. It was a rich resource for natural seed varieties that Iraqi farmers have been cultivating more than 10,000 years. Just one black cardboard box of seeds from Abu Ghraib was shipped to ICARDA. Since both banks were destroyed, documenting the region's biodiversity is more important than ever.

ICARDA, established in 1977, is one of 15 centers worldwide that is supported by the Consultative Group on International Agricultural Research (CGIAR). Major funding comes from CGIAR, the United States, the United Kingdom, the World Bank, Germany, Italy, the Netherlands, Norway, Sweden and the Arab Fund for Economic and Social Development. The CGIAR is co-sponsored by the World Bank, FAO, IFAD and UNDP with its Secretariat in the World Bank in Washington DC.