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RA 00048.pdf - OAR@ICRISAT

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Foreword<br />

In October 1971 in Hyderabad, India an international s y m p o s i u m on sorghum w a s<br />

held w h i c h examined and reviewed the then scientific, production, and nutritional<br />

k n o w l e d g e of sorghum as a crop and as a human food.<br />

A l m o s t exactly 10 years later, ICRISAT hosted Sorghum in the E i g h t i e s — a n<br />

international s y m p o s i u m sponsored by USAID Title XII Collaborative Research<br />

Support Program on Sorghum and Pearl Millet (INTSORMIL); the Indian Council of<br />

Agricultural Research (ICAR); and the International Crops Research Institute for<br />

the Semi-Arid Tropics (ICRISAT).<br />

It w a s felt by the organizers that because so m u c h knowledge and information<br />

had been attained in the intervening 10 years, scientists should m e e t again.<br />

Consequently, 245 scientists from 37 countries attended the Symposium f r o m 2<br />

to 7 N o v e m b e r 1981 at ICRISAT Center near Hyderabad. They examined and<br />

evaluated the achievements made in the last decade, discussed the current<br />

problems, and made recommendations for future research and other activities.<br />

The participants s h o w e d a critical awareness of sorghum's role as an important<br />

cereal for food, feed, construction material, and fuel in the developed and the<br />

developing countries. On a w o r l d production and utilization basis, sorghum ranks<br />

fifth after w h e a t , rice, maize and barley. About 9 0 % of the total production and<br />

9 0 % of the harvested area are located in 12 countries in Asia, the Americas,<br />

Africa, and Oceania.<br />

S o r g h u m is one of the main staple food grains of the world's poorest people,<br />

particularly in the semi-arid tropics (SAT). Over 5 5 % of world sorghum production<br />

is in the SAT. Of the total SAT production, Asia and Africa contribute about 6 5 % ,<br />

of w h i c h 3 4 % is harvested in India. Matters of considerable concern are that<br />

s o r g h u m production is growing more slowly than population and that the food<br />

situation in parts of Africa is rapidly deteriorating.<br />

Situations such as these clearly indicate that more socioeconomic factors will<br />

need to be taken into account to guide and influence the direction of future<br />

scientific research on sorghum. The deliberations and discussions during the<br />

S y m p o s i u m on factors related to s o rghum and its environment, including climate,<br />

insects, fungi, and birds; the genetic resources; breeding for improvement;<br />

production technology; food quality and utilization; and the socioeconomic issues<br />

s h o w e d that many studies will still have to be made to further unravel the<br />

potentialities of this cereal. Sharp notice has been taken of research fields w h e r e<br />

there has been little progress in the last 10 years.<br />

A main value of the S y m p o s i u m has been to determine w o r k priorities for<br />

ICRISAT and the national programs in the SAT, and to emphasize the need for<br />

continued cooperation w i t h other institutions. Sorghum in the Eighties has been a<br />

rewarding S y m p o s i u m w h i c h has not lost sight of the basic objective to increase<br />

the yield and production of better sorghum to feed people.<br />

I believe that the Proceedings of Sorghum in the Eighties will be a prominent<br />

benchmark for our future studies and perspectives on sorghum in the next<br />

decade.<br />

L.D. Swindale<br />

Director General<br />

VII

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