Business Potential for Agricultural Biotechnology - Asian Productivity ...
Business Potential for Agricultural Biotechnology - Asian Productivity ...
Business Potential for Agricultural Biotechnology - Asian Productivity ...
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7. COMMERCIALIZATION OF AGRICULTURAL CROP<br />
BIOTECHNOLOGY PRODUCTS<br />
INTRODUCTION<br />
– 71 –<br />
Dr. Paul S. Teng<br />
Natural Science and Science Education AG<br />
National Institute of Education<br />
Nanyang Technological University<br />
Singapore<br />
One of the greatest achievements of the twentieth century has been the ef<strong>for</strong>ts of the global<br />
agricultural research community to achieve food security through the phenomenal increase in<br />
research-based crop and animal productivity that has fed millions and served as the basis of economic<br />
trans<strong>for</strong>mation in many poor countries, especially in the south <strong>Asian</strong> subcontinent (Conway,<br />
1998; Teng, Fischer, and Hossain, 1995). This “Green Revolution” has belied the dire<br />
predictions of death and famine in Asia in the years following the Second World War. However,<br />
Nobel laureate Norman Borlaug has estimated that to meet projected food demands by 2025,<br />
average cereal yields must increase by 80% over 1990 figures (Borlaug and Doswell, 1999).<br />
This <strong>for</strong>midable task—ensuring that food production is coupled with both poverty reduction and<br />
environmental conservation—is made even more difficult because it will need to take into<br />
account policies and actions to promote agriculture and rural development, an enabling regulatory<br />
framework, fair trade, flexible and responsive institutions, increased investments in health<br />
and education, especially <strong>for</strong> women, and access to credit, roads, marketing, and extension. The<br />
development community has increasingly realized that new knowledge and products are necessary<br />
but not sufficient conditions <strong>for</strong> sustainable agricultural development, just as food production<br />
is a necessary but not sufficient condition <strong>for</strong> food security (Serageldin, 1999). Access to<br />
and ability to apply technological advances will become important preconditions <strong>for</strong> increased<br />
productivity, and in this, in<strong>for</strong>mation technology and biotechnology will be key.<br />
The greatest threat to sustaining food security and achieving real progress in alleviating<br />
poverty and hunger is the continuous unchecked growth of population. Although there has been<br />
notable progress in the reduction of fertility in Asia, particularly in countries which have made<br />
significant economic progress, the number of consumers is currently increasing by 1.8% per year.<br />
Population growth is the major driver in the food demand equation. Demographers now project<br />
that the world’s population will double during the first half of the next century—from 5.3 billion<br />
in 1990 to more than 10 billion by 2050 (United Nations Population Division, 1999). However,<br />
underpinning the population growth figures is a more insidious phenomenon, viz., that there will<br />
also be more people living in poverty, that most of the poor people in the world will live in Asia<br />
and Africa, and that there will be more people living in “megacities” than in rural areas (Naisbitt,<br />
1995). The World Bank estimated that in 1990, there were 1.3 billion people living below the<br />
poverty line, of whom 65% were in Asia. Currently, most of these poor are rural, but Naisbitt’s<br />
predictions sound loud alarm bells. Concomitant with the move to freer markets worldwide,<br />
there will be fewer farmers to produce more per unit area, on less land with less water, to feed<br />
growing urban populations.<br />
Indeed, public concern about food has resurfaced in recent years, especially in Asia, after<br />
what appeared to be a period of relative complacency following the success of the “Green Revolution.”<br />
Poverty continues to limit access to food, leaving hundreds of millions of people in developing<br />
countries undernourished. Improvement of the genetic material of crop plants and<br />
maintenance of the natural resource base which sustains their productivity are the major means<br />
of improving the welfare of poor people. In the developing world, people are not only the source