As the world faces food shortages, a Taiwan-based international research institute is seeking to alleviate malnutrition and poverty in developing counties by improving the production and consumption of vegetables.
Since its founding in 1971 in Shanhua Township (善化) in Tainan County, the Asian Vegetable Research and Development Center (AVRDC) — the World Vegetable Center — has changed the lives of millions of farmers in Asia and Africa by teaching them how to grow, store and transport vegetables as well as how to cook them.
Over the past 37 years, the AVRDC has seen its size and role expand rapidly as improved vegetable production helped reduce malnutrition and poverty.
“We are not trying to use vegetables as a substitute for [other] food, but rather as an addition to the food basket, to help farmers become better nourished and grow out of poverty,” said the center’s director, Dyno Keatinge.
Malnutrition represents a serious global problem. According to figures released by the WHO, 2 billion to 3.5 billion people suffer from malnutrition and 1.1 billion people are underweight.
By improving vegetable production and raising yields, nutrition levels can be improved while allowing farmers to make more money by growing and selling better vegetables, Keatinge said.
As a non-profit organization, it gets funding from dozens of governments and foundations, which this year totaled US$18 million, to operate regional centers in Thailand, Tanzania and India. AVRDC also plans to open a regional center in Central America.
One main task for the center is to gather germplasms — seeds or plant culture — of indigenous vegetables from around the world and store them so they won’t become extinct. So far, AVRDC has stored 56,136 germplasms from 150 countries.
Germplasms are planted at the center to record their growth and characteristics for long-term storage — up to 100 years.
Thousands of species of indigenous vegetables exist in the world, providing important nutrition to people in developing countries, said Lin Li-ju of the AVRDC’s international cooperation unit, pointing to the plots of land and greenhouses where the plants had been grown.
“Take sweet potato shoots and leaves for example, they were the poor men’s diet or pig feed in Taiwan in the past. But in recent years they have become a popular dish in households and even at banquets because they are high in vitamin A, [vitamin] E and iron,” she said.
AVRDC researchers are also experimenting with natural crossing to improve the quality of vegetables and to make them pest and heat-resistant. Genetic engineering was monitored at the center but not actively pursued, officials said.
Peter Hanson, a plant breeder, held up a plate of egg-sized yellow tomatoes, the result of several years of research.
“This Golden Tomato contains three to six times more beta carotene, which is the precursor to vitamin A. A single improved tomato like this can provide all your daily vitamin A needs,” he said, popping a Golden Tomato into his mouth.
AVRDC also teaches farmers in Asia and Africa how to irrigate vegetable plots, pack and transport vegetables or preserve them.
Research shows post-harvest loss can be up to 50 percent if the product is not transported properly, resulting in a waste of produce and a loss of income for farmers.
Often very simple actions can have great effects.